revenue metering connection diagrams metering connection diagrams... · 120/240 volt -1 phase -3...

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REVENUE METERING CONNECTION DIAGRAMS

YELLOW Section 1. PRESENT STANDARDS (CONTENTS)

2. 1 PHASE – 2 & 3 W

3. NETWORK

4. 3 PHASE – 4 W – WYE

5. PULSE METERS

GREEN Section 6. PREVIOUS STANDARDS (CONTENTS)

7. 1 PHASE – 2 W

8. 1 PHASE – 3 W

9. 3 PHASE – 3 W – DELTA

10. 3 PHASE – 4 W – DELTA

11. 3 PHASE – 4 W – WYE

12. PULSE METERS

WHITE Section 13. APPENDIX (CONTENTS)

14. GENERAL

15. CURRENT TRANSFORMERS

16. TEST PROCEDURES

17. CHARTS & Meter Displays

18. ERRORS


CONTENTS

NOTE: Additional metering information can be found in the “Electric Service Requirements”,

“Revenue Metering Material Code Book” and “Revenue Metering Course Manual.”

PRESENT STANDARDS

YELLOW SECTION

THE DIAGRAMS IN THIS SECTION ARE TO BE USED FOR ALL NEW CONSTRUCTION OR

NEW INSTALLATIONS.

1 PHASE – 2 WIRE CD-120

1 PHASE - 3 WIRE CD-130

NETWORK CD-140

3 PHASE - 4 WIRE WYE CD-181

PULSE METERS CD-510

PREVIOUS STANDARDS

GREEN SECTION

THE DIAGRAMS IN THIS SECTION ARE TO BE USED ONLY FOR THE MAINTENANCE OF

EXISTING INSTALLATIONS.



NETWORK


3 PHASE - 4 WIRE DELTA CD-269

3 PHASE - 4 WIRE WYE CD-280

PULSE METERS CD-633

APPENDIX

WHITE SECTION

THIS SECTION CONTAINS INFORMATION IMPORTANT TO METERING.

GENERAL AP-100

CURRENT TRANSFORMERS AP-200

TEST PROCEDURES AP-300

CHARTS AP-500

ERRORS ER-700

YELLOW SECTION THE CONNECTION DIAGRAMS IN THIS SECTION ARE TO BE USED FOR ALL NEW CONSTRUCTION


CONTENTS



PRESENT STANDARDS

YELLOW SECTION

THE DIAGRAMS IN THIS SECTION ARE

TO BE USED FOR ALL NEW

CONSTRUCTION.

1 PHASE - 2 WIRE

CD-120 REV 2005

1 PHASE - 3 WIRE

CD-130 REV 2007

CD-133 REV 2006

CD-134 REV 2005

CD-136 REV 2008

CD-137 REV 2008

CD-138 REV 2008

NETWORK

CD-140 REV 2005

CD-142 REV 2008

3 PHASE - 4 WIRE WYE

CD-181 REV 2007

CD-182 REV 2008

CD-183 REV 2008

CD-185 REV 2008

CD-186 REV 2008

CD-187 REV 2008

CD-188 REV 2006

CD-XXX-N REV 2005

CD-XXX-R REV 2006

PULSE METERS

CD-500 REV 2005

CD-510 REV 2008

CD-512 REV 2005

CD-522 REV 2005

CD-551 REV 2008

CD-552 REV 2008

CD-554 REV 2008

CD-556 REV 2005

CD-562 REV 2006

CD-563 REV 2006

CD-564 REV 2007

CD-565 REV 2005

CD-570 REV 2005

CD-572 REV 2007

CD-573 REV 2005

CD-578 REV 2005

CD-579 REV 2007

CD-580 REV 2007

CD-581 REV 2007

SERVICE VOLTAGE

120 VOLT - 1 PHASE - 2 WIRECD- 120

LOAD

LINE

PH

AS

E

NE

UT

RA

L

TYPES

170S

K2S

D5S

J5S

C1S

(CENTRON)

METER

10 AMP - 120 VOLT - 1 PHASE - 2 WIRE


BILLING MULTIPLIER IS

METER MULTIPLIER

REV. 2008

PREVIOUSLY CD-218

CODE 14-12-11

kWh


PH

AS

E

PH

AS

E

NE

UT

RA

L

LINE

LOAD

CD-130

PH

AS

E

PH

AS

E

NE

UT

RA

L

BOND

SERVICE VOLTAGE

120/240 VOLT - 1 PHASE - 3 WIRE

TYPESkWh

M1S SS1S0D

AB1 C1S

J5S KS

K2S I60S

170S D5S

D4S D3S

KWSD K2WSD

VA DEMAND

(OILFIELD)

K2LS

SVIS

SS1S2L

REVISION 2008

METER

kWh

CODECODE AMP MULT.

15-23-11

15-23-17

15-23-13

2 - 200

1

40

15-23-19

15-23-1GSEE CD-510

100

10

1

1

10

4

DIALS

LP PULSE WEIGHT

0.5 ALPHA

1.5 SENTINEL

VA DEMAND (OILFIELD)

CODE AMP MULT.

34-23-11 1 - 100 20

VA DEMAND - ELECTRONIC

35-23-13

35-93-14 2 - 200

40

MAX. 24 kVA

MAX.

48 kVA

MAX.

96 kVA10

NOTE: VOLTAGE TEST LINKS,

LOCATED ON THE BACK OF OLDER METERS MUST

BE IN CLOSED POSITION BEFORE INSTALLATION.

NEW METERS DO NOT COME WITH TEST LINKS.

BILLING MULTIPLIER IS:

METER MULTIPLIER

240 VOLT 1 PHASE 3 WIRE

120-480 VOLT - 1 PHASE - 3 WIRE

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS SEE

CD-510

½ C

OIL

½ C

OIL

12

3 4

35-93-1C

35-93-1G10

MAX.

96 kVA

15-93-13 10 5 DIALS

PHASE

PHASE

NEUTRAL

LINE

LOAD

CD-133

PHASE

PHASE

NEUTRAL

BOND

SERVICE VOLTAGE


TYPES

VA DEMAND

K2LS

SVIS

VECTRON

SS1S2L

SS1SOD

(SENTIENEL)

A3TL

(ALPHA3)

REVISION 2008

METER

VA DEMAND - THERMAL

CODE AMP MULT.

33-43-11 20


35-43-13

35-93-142 - 200

80

10

NOTE 1:

VOLTAGE TEST LINKS,

LOCATED ON THE BACK OF

METER MUST BE IN CLOSED

POSITION BEFORE

INSTALLATION.


METER MULTIPLIER

480 VOLT - 1 Ø - 3 WIRE

120 – 480 VOLT - 1Ø – 3 WIRE

34-43-11 1 - 100 40

35-43-11 2 - 200 80

NOTE 2:

FOR "F" SERIES CABINET

CONNECTIONS SEE

CONSTRUCTION STANDARDS

SECTION-A24-XX

NOTE 3:

WHEN INSTALLING A

35-93-1C OR 35-93-1G

METER SEE CD-510

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS SEE

CD-510

INTERVAL METERS WITH INTERNAL MODEM OR

RS232 & MASS MEMORY

35-93-1C 2 - 200 10

12

3 435-93-1G 2 - 200 10

.5 - 20

kWh

CODE AMP MULT.

15-93-13 102 - 200

LINE

GND

R/BK

R/W

Y

R

LOAD

CIRCUIT CLOSER

LEFT SIDE

BOND

NEU

TR

AL

SERVICE VOLTAGE


CD-134

TYPES

kWh

C1SD

M1S

K2S

I210

I70S

CJ3S

K2WSD

KWSD

VA DEMAND

K2LS

SVIS

KV2C

METER

kWh

VA DEMAND - THERMAL


BILLING MULTIPLER IS:

METER MULTIPLIER X C.T. RATIO

NOTE:

REFER TO CD-137 WHEN 3-WIRE

CT IS NOT PRACTICAL DUE TO

SIZE OF CONDUCTORS.

REV. Oct 20 2009

.12-10 AMP - 240 VOLT - 1 PHASE - 2 WIRE

CODE 11-22-11

CODE 31-22-11

CODE 31-22-13

1 2

3 4CODE 31-22-14

CODE 11-22-13

kWh – Bidirectional Net meter

CODE 21-22-13

VA DEMAND – ELECTRONIC Bidirectional NET meter

CODE 51-22-14

LINE

GND

R/BK

R/W

Y

R

LOAD

CIRCUIT CLOSER

LEFT SIDE

BOND

NE

UT

RA

L

SERVICE VOLTAGE


CD-136

TYPES

kWh

M1S

K2S

CJ3S

K2WSD

KWSD

I210

VA DEMAND

K2LS

KV2C

SVIS

ALPHA3

METER

kWh

VA DEMAND


METER MULTIPLIER X C.T. RATIO X P.T. RATIO

REV. 2008


CODE 11-12-11

CODE 31-12-111 2

3 4

Y

R

480 V

120 V

CODE 31-12-13

CODE 31-12-14

LINE

GND

R/BK

R/W

Y

R

LOAD

CIRCUIT CLOSER

LEFT SIDE

BOND

NEUTRAL

SERVICE VOLTAGE


WINDOW OR BAR TYPE CT'S

CD-137

TYPES

kWh

M1S

K2S

I210

I70S

J5S

K2WSD

KWSD

kV2c

VA DEMAND

K2LS

KV2C

SVIS

ALPHA3

kV2c

METER

kWh

VA DEMAND - THERMAL



METER MULTIPLIER X 1/2 C.T. RATIOREV. Oct 20 2009


CODE 11-22-11

CODE 31-22-11

CODE 31-22-13

Y/W

Y/BK

ALTERNATE TO CD-134,

DUE TO SIZE OF CONDUCTORS

1 2

3 4CODE 31-22-14

CODE 11-22-13

kWh – Bidirectional Net meter

CODE 21-22-13

VA DEMAND – ELECTRONIC Bidirectional NET meter

CODE 51-22-14

LINE

GND

R/BK

R/W

Y

R

LOAD

CIRCUIT CLOSER

LEFT SIDE

BOND

NEUTRAL

SERVICE VOLTAGE


WINDOW OR BAR TYPE CT'S

CD-138

TYPES

kWh

M1S

K2S

I70S

K2WSD

KWSD

VA DEMAND

K2LS

KV2C

SVIS

ALPHA3

METER

kWh

VA DEMAND - THERMAL



METER MULTIPLIER X

1/2 C.T. RATIO X PT RATIO

REV. 2008


CODE 11-12-11

CODE 31-12-11

CODE 31-12-13Y/W

Y/BK

ALTERNATE TO CD-136,

DUE TO SIZE OF CONDUCTORS

MULT.

1

1

1

1 2

3 4

480 V

120 V

R

Y

CODE 31-12-14 1

NEUTRAL

LINE

LOADNEUTRAL

BOND

SERVICE VOLTAGE

120/208 VOLT - 3 WIRE - NETWORK

CD-140

TYPES

kWh

PCS

KYS

P20S

V62S

D4S5

KWYSD

CN1S

METER

120 VOLT - NETWORK - 3 WIRE

kWh

CODE AMP. MULT.

14-13-21 1.2 - 1001

20

15-13-21 2.5 - 2001

40

NOTE 1:

THE LOAD CAN BE TAKEN

OFF ANY TWO OF THE

THREE PHASES FOR LOAD

BALANCING

NOTE 2:

NEW INSTALLATION LAY-IN

TERMINAL TO BE

CONNECTED TO 5TH JAW

NOTE 3:

INTERNAL METER

CONNECTION

REV. 2008

VOLTAGE AT

SOCKET

TERMINAL VOLTS

1 - 5

2 - 5

1 - 2

120

120

208


METER MULTIPLIER

UNITY P.F.

ERN

IR

300

IR-B

R 0

ELEMENT

B 0

ELEMENT

IB

300

IB-R

EBN

120 V - LOAD - IR AND IB

208 V - LOAD - IRB AND IBR

15-13-23 2 - 200 1

1 2

3 4

5

.12 - 10 AMP - 120 VOLT 3 PHASE -3 WIRE

BOND

BE

R

R/W

WR/BK

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

WR BE R/BKR/W BE/BKBE/W

SERVICE VOLTAGE


CD-142

8-JAW COMBINATION

SOCKET

TYPES

KYS

P20S

V63S

D4S2

KYWSD

kWh

VA DEMAND

KYLS

KVIS

SVIS

METER

METER - FOR VA DEMAND

0.1 - 10 AMP -120 VOLT - NETWORK

UNITY P.F.

ERN

IR

300

IR-B

R Ø

ELEMENT

B Ø

ELEMENT

IB

300

IB-R

EBN

kWh

CODE 11-13-31


VA DEMAND - THERMAL

CODE 31-13-22

CODE 31-13-23

CODE 31-13-21

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208


METER MULTIPLIER X CT RATIO

NOTE: LOAD CAN BE TAKEN OFF ANY TWO OF THE THREE PHASES FOR LOAD

BALANCING. REGARDLESS OF PHASES USED WIRING MUST BE COLOR

CODED AS SHOWN.

NOTE:

31-13-22 AND 31-13-

23 METERS MUST

BE MARKED AS

"NETWORK" ON THE

NAMEPLATE.

31-13-33

ELECTRONIC

METERS ARE NOT

MARKED AS

NETWORK METERS

LINE

NEUTRAL

REVISION 2008

CODE 31-13-33

CODE 31-13-34

3 ELEMENT SELF-CONTAINED

CD-181

w

4 5 6 7

N

RY BE

NOTE: 1

VOLTAGE TEST LINKS

(POT links) ON BACK OF

METER MUST BE CLOSED

NOTE: 2

0N 277/480 VOLT OR 347/600

VOLT SERVICES THE METER

MUST BE CONNECTED BEHIND

THE CUSTOMERS MAIN SWITCH

AND THE NEUTRAL SPLITTER IN

THE SOCKET MUST BE

INSULATED FROM GROUND.

UNITY P.F. ERN

EYNEBN

IR

IYIB

R ELEMENT

Y ELEMENT

B ELEMENT

N R Y BETYPES

KWH

KYS

VA DEMAND

SVIS

(VECTRON)

SV4SD

SV4SR

(SENTINEL)

SS4S0D

SS4S2L

(ELSTER)

A3KL


METER MULTIPLIER

1 2 3

SERVICE VOLTAGE120/208 - 277/480 - 347/ 600V 3PH - 4W - WYE

OR EXISTING 120/240V 3PH - 4W - DELTA

SERVICE VOLTAGE

TERMINAL 120 / 208 120 / 240 277 / 480 347 / 600

1 – 6 120 120 277 347

VOLTAGE 2 - 6 120 120 277 347

AT 3 – 6 120 208 277 347

SOCKET 1 – 2 208 240 480 600

2 – 3 208 240 480 600

1 - 3 208 240 480 600

WYE

DELTA

REV. Oct 20 2009

SERVICE METER – 120 V0LT – 3PH – 4W – WYE

120/208 VOLT OR - 120-480 VOLT – 3PH – 4W - WYE

WYE CODE AMPS MULT.

KWH 15-15-31 4 DIAL X10

15-95-33 20

VA DEMAND 35-15-33 2.0 - 200 20

ELECTRONIC 55-95-34

55-95-3G

25

25

SERVICE METER – 120-480 VOLT – 3PH – 4W - WYE

120/240 VOLT

DELTA CODE AMPS MULT.

KWH 15-95-33 2.0 - 200 20

VA DEMAND 35-95-34 25

ELECTRONIC 55-95-34

55-95-3G

2.0 - 200 25

25


277/480 VOLT OR - 120-480 VOLT – 3PH – 4W – WYE

WYE CODE AMPS MULT.

KWH

ELECTRONIC

15-95-37

15-95-33

100

20

VA DEMAND 35-75-33 2.0 - 200 20

ELECTRONIC 35-95-34

55-95-34

55-95-3G

25

25

25


347/600 VOLT OR - 120-480 VOLT – 3PH – 4W - WYE

WYE CODE AMPS MULT.

KWH

ELECTRONIC

15-95-37

15-95-33

100

20

VA DEMAND 35-35-33 2.0 - 200 20

ELECTRONIC 35-95-34

55-95-34

55-95-3G

25

25

25

NOTE: 3

DO NOT USE SVIS METERS

ON 120/240 VOLT DELTA

SERVICES

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS SEE

CD-551

1 2 3 4 65 7 8 9 10

BOND

GN

R Y BE WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

120/208 VOLT - 3PHASE - 4 WIRE - WYE

THREE ELEMENT

CD-182

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT – 3 PHASE 4W - Y

kWh

CODE 11-15-31

VA - DEMAND - ELECTRONIC

CODE 31-15-33CODE 31-15-34

TYPES

VA DEM.

SVIS

VIME4S

SV4SD

SV4SR

SS4S2L

A3KL

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

UNITY

P.F.

ERN

IR

B Ø

ELEMENT

IB

R ØELEMENT

IY

Y Ø

ELEMENT

NOTE:

MANUFACTURER’S MARKINGS MAY VARY

AT THE TERMINALS ON THE METER

SOCKET. PLEASE WIRE AS INDICATED ON

THE DRAWING.

REV. Oct 20 2009


METER MULT. X C.T. RATIO

13-JAW

COMBINATION

SOCKET

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS

SEE CD-552

INTERVAL METERS WITH

COMMUNICATIONS(SEE CD-552)

CODE 31-15-3CCODE 31-15-3G

1 2 3

4 5 6

7

8

9

13

12

11

10

EBN EYN

XO

SPC TRANSFORMATION

CODE 31-15-6CCODE 31-15-6GCODE 31-15-66CODE 31-15-69

CODE 51-15-34CODE 51-15-3G

CODE 51-15-3G

1 2 3 4 65 7 8 9 10

BOND

GN

R Y BE WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE – WITH GROUND FAULT RESISTOR

120/208 VOLT – 3 PHASE - 4 WIRE – WYE

THREE ELEMENT

CD-183

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT - 3PHASE 4W - Y


CODE 31-15-33CODE 31-15-34

TYPES

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

UNITY

P.F.ERN

IR

B Ø

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

NOTE:

MANUFACTURES MARKINGS MAY VARY AT THE

TERMINALS ON THE METER SOCKET. PLEASE

WIRE AS INDICATED ON THIS DRAWING.

REV. Oct 20 2008



13-JAW

COMBINATION

SOCKET

CAUTION: DO NOT GROUND XO (REF. DWG CS

A-30-04) ( CIRCULAR MSC-10) INSTALL

INSULATED NEUTRAL BUSHING FOR THE STAR

POINT FOR METERING 3 PHASE 4 WIRE WYE XO

R

GROUND

FAULT RELAYGROUND FAULT

RESISTOR

HO

EBNEYN

CUSTOMER EQUIPMENT

SPC TRANSFORMATION

kWh

CODE 11-15-31


COMMUNICATIONS

(SEE CD-552)

CODE 31-15-3CCODE 31-15-3GCODE 31-15-6CCODE 31-15-6GCODE 31-15-66CODE 31-15-69

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS

SEE CD-552

4 5 6

1 2 37 13

8

10

12

119

VA DEM.

SVIS

ALPHA3

VECTRON

SENTINEL

ION 8500

ION 8600

Q1000CODE 51-15-34

CODE 51-15-3G

1 2 3 4 65 7 8 9 10

BOND

GN

R Y BE WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/W

Y/WBE/W

R/BK

Y/BK

BE/BK

SERVICE VOLTAGE

EXISTING 120/240 VOLT - 3 PHASE - 4 WIRE - DELTA

METERED 4 WIRE WYE THREE ELEMENT

* DO NOT USE FOR NEW CONSTRUCTION

CD-185

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT – 3 PHASE 4W - Y

kWh

CODE 11-15-31


CODE 31-15-33CODE 31-15-34

TYPES

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

240

240

240

208

120

120UNITY

P.F.

ERN

IR

B Ø

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

NOTE:

MANUFACTURE’S

MARKINGS MAY VARY AT

THE TERMINALS ON THE

METER SOCKET. PLEASE

WIRE AS INDICATED ON THE

DRAWING.

REV. DEC 2008 BILLING MULTIPLIER IS:


13-JAW

COMBINATION

SOCKET


COMMUNICATIONS (SEE CD-554)

CODE 31-15-3CCODE 31-15-3G

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS

SEE CD-553

SPC

TRANSFORMATION

CODE 31-15-6CCODE 31-15-6GCODE 31-15-66CODE 31-15-69

4 5 6

1 2 37

8

9

10

11

12

13

VA DEM.

SVIS

ALPHA3

VECTRON

SENTINEL

ION 8500

ION 8600

Q1000

CODE 51-15-34

1 2 3 4 65 7 8 9 10

BOND

GN

RY BE

WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

277/480 - 347/600 - 2400/4160 – 8400/14400 - 14400/25000 - 41250/72000 - 80500/138000 VOLT

3 PHASE - 4 WIRE - WYE THREE ELEMENTCD-186

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT - 3PHASE 4W - Y


CODE 31-15-33CODE 31-15-34

TYPES

VA DEM.

SVIS

ALPHA3

VECTRON

SENTINEL

ION 8500

ION 8600

Q1000

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

UNIT

Y P.F.

ERN

IRBØ

ELEMENT

IB

R Ø

ELEMENT

I

YY Ø

ELEMENT

NOTE:

MANUFACTURES' MARKINGS MAY

VARY AT THE TERMINALS ON THE

METER SOCKET. PLEASE WIRE AS

INDICATED ON THIS DRAWING.

REV. Oct 20 2009


METER MULT. X C.T. RATIO X

P.T. RATIO

13-JAW

COMBINATION

SOCKET

BRBK

277/480 347/600

192

192

192

111

111

111

200

200

200

115

115

115

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS

SEE CD-554

EYNEBN

CAUTION:

INSTALL INSULATED NEUTRAL BUSHING

FOR THE COMMON NEUTRAL POINT

FOR METERING 3 PHASE 4 WIRE WYE

CAUTION:

DO NOT COMMON THE H2 TERMINALS OF THE PT’s

OR CONNECT H2 TO THE X2 OF THE PT’s

XO

R Y BE

BK BR W

SPC TRANSFORMATION


COMMUNICATIONS

(SEE CD-552)


4 5 6

1 2 37

8

9

10

11

12

13

CODE 51-15-34

CODE 51-15-3G

1 2 3 4 65 7 8 9 10

RY BE

W

R/W

R/BK

Y/W BE/W

Y/BKBE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

PCS Cory GIS Substation 80500/138000 VOLT

3 PHASE - 4 WIRE - WYE THREE ELEMENT

CD-186aMETER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

ION 8600

R

Y

BE

NEUTRAL

LINE LOAD

R

Y

BE

N

BILLING

MULTIPLIER is

built in ION8600

meter program

13-JAW

COMBINATION

SOCKET

BRBK

CAUTION:

INSTALL INSULATED

NEUTRAL BUSHING FOR

THE COMMON NEUTRAL

POINT FOR METERING 3

PHASE 4 WIRE WYE

XO

R Y BE

BK BR W

PCS owned GIS with CT/PT built in

4 5 6

1 2 37

8

9

10

11

12

13

UNIT

Y P.F.

ERN

IRBØ

ELEMENT

IB

R Ø

ELEMENT

I

YY Ø

ELEMENT

EYNEBN

VOLTAGE AT TEST

SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

2 3 4 5 61 7 8 109

LCC Relay Cabinet

See PCS Drawing

80-70-1003

V1A

V2A V1B

V2B V1C

V2C

V3C

V1A

V1B

V1C

V1PE

V1C

V1B

V1A

C1PE

C13

C12

C11

R/BK Y/BK BE/BK

3 circuit

Breakers

UNUSED

1 2 3 4 65 7 8 9 10

BOND

GN

RY BE

WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

277/480 - 347/600 - 2400/4160 – 8400/14400 - 14400/25000 - 41250/72000 - 80500/138000 VOLT

3 PHASE - 4 WIRE - WYE THREE ELEMENT WITH GROUND FAULT RESISTORCD-187

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT - 3PHASE 4W - Y


CODE 31-15-33CODE 31-15-34

TYPES

R

Y

BE

LINE

LOAD

R

Y

BE

N

VOLTAGE AT TEST

SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

UNITY

P.F.ERN

IR

B Ø

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

NOTE:

MANUFACTURER’S MARKINGS

MAY VARY AT THE TERMINALS

ON THE METER SOCKET.

PLEASE WIRE AS INDICATED

ON THIS DRAWING.



P.T. RATIO

13-JAW

COMBINATION

SOCKET

BRBK

HO

R

GROUND


RESISTOR

XO

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS

SEE CD-554

CAUTION: DO NOT GROUND XO (REF.

DWG CS A-30-04) ( CIRCULAR MSC-10)




CAUTION:

DO NOT COMMON THE H2

TERMINALS OF THE PT’s OR

CONNECT H2 TO THE X2 OF THE

PT’s

CUSTOMER

EQUIPMENT

R Y BE

BK BR W

TCPL Transformer

80500-2400V

NEUTRAL


COMMUNICATIONS

(SEE CD-552)


1 2 3

4 5 6

7

8

9

10

11

12

13

VA DEM.

SVIS

ALPHA3

VECTRON

SENTINEL

ION 8500

ION 8600

Q1000

CODE 51-15-34

SaskPower PTs

2400-120V

SaskPower CTs

3000-5A

1 2 3 4 65 7 8 9 10

BOND

GN

RY BE

WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

277/480 - 347/600 - 2400/4160 – 8400/14400 - 14400/25000 - 41250/72000 - 80500/138000 VOLT

3 PHASE - 4 WIRE - WYE THREE ELEMENT WITH GROUND FAULT RESISTORCD-187

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT - 3PHASE 4W - Y


CODE 31-15-33CODE 31-15-34

TYPES

R

Y

BE

LINE

LOAD

R

Y

BE

N


TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120UNITY

P.F.ERN

IR

B Ø

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

NOTE:

MANUFACTURER’S MARKINGS




ON THIS DRAWING.

REV. DEC 2008



P.T. RATIO

13-JAW

COMBINATION

SOCKET

BRBK

277/480 347/600

192

192

192

111

111

111

200

200

200

115

115

115

HO

R

GROUND


RESISTOR

XO

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS

SEE CD-554

CAUTION: DO NOT GROUND XO (REF.

DWG CS A-30-04) ( CIRCULAR MSC-10)




CAUTION:

DO NOT COMMON THE H2

TERMINALS OF THE PT’s OR

CONNECT H2 TO THE X2 OF THE

PT’s

CUSTOMER

EQUIPMENT

R Y BE

BK BR W

SPC TRANSFORMATION

NEUTRAL


COMMUNICATIONS

(SEE CD-552)


1 2 3

4 5 6

7

8

9

10

11

12

13

VA DEM.

SVIS

ALPHA3

VECTRON

SENTINEL

ION 8500

ION 8600

Q1000

CODE 51-15-34

CODE 51-15-3G

REV. Oct 20 2009

1 2 3 4 65 7 8 9 10

BOND

GN

RBE

WR

ORBK BE

GN W

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

WIND MILLS

SERVICE VOLTAGE

398/690 VOLT


CD-188

METER

.2 - 20 AMP -120-480 VOLT - 3PHASE 4W - Y

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT TEST

SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

398

398

398

120

120

120

UNITY

P.F.

ERN

IR

BØ

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

REV. 2005



X P.T. RATIO

13-JAW

COMBINATION

SOCKET

ION 8300 METER C/W MASS

MEMORY, RS232/485,

ETHERNET, OPTICAL PORT.

Stock Code 51-15-3K

I/O cable,

Ethernet, and

RS232/485

EYNEBN

ORBK GN

1 2 3 4 65 7 8 9 10

BOND

GN

RBE

WR

ORBK BE

GN W

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

WIND MILLS

SERVICE VOLTAGE

398/690 VOLT


CD-188

METER

.2 - 20 AMP -120-480 VOLT - 3PHASE 4W - Y

R U BE

Y V BK

BE W R

NEUTRAL

LINE

LOAD

N

VOLTAGE AT TEST

SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

398

398

398

120

120

120

UNITY

P.F.

ERN

IR

BØ

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

REV. 2006



P.T. RATIO

13-JAW

COMBINATION

SOCKET

ION 8300 METER C/W

MASS MEMORY, RS232/

485, ETHERNET,

OPTICAL PORT, AND

COMPENSATION

Stock Code 51-15-3K

I/O cable,

Ethernet, and

RS232/485

EYNEBN

ORBK GN

RBK BE

WGNOR

R U BE

Y V BK

BE W R

NOTE 2: BUS BAR AND H1

CONNECTIONS ON PT’s

CONNECTED BY VESTAS

NOTE 3: H2 SIDE OF PT’s

CONNECTED BY SASKPOWER TO

AN INSULATED NEUTRAL

CONNECTION POINT PROVIDED

BY VESTAS. AT THIS POINT

THERE SHOULD NOT BE ANY

CONNECTION BETWEEN

NEUTRAL AND GROUND.

NOTE 1: CT’s AND PT’s

INSTALLED BY VESTAS

NOTE 4: CT & PT SECONDARY

TERMINATED BY SASKPOWER

NOTE 5: CTs AND PTs ARE

NON-STANDARD TO NORMAL

METERING

4 5 6

1 2 37

8

9

10

11

12

13

1 2 3 4 65 7 8 9 10

GN

RY BE

WR/W

R/BKY/W BE/W

Y/BK BE/BKBR

BK

TO 3 ELEMENT METER

BE/BK

BE/W

X1

X2

X3

H1 H2

BE

W

HO

Y1

Y2

Y3

Z2

Z1

Z3

Y/BK

Y/W

X1

X2

X3

H1 H2

Y

BR

HO

Y1

Y2

Y3

Z2

Z1

Z3

R/BK

R/W

X1

X2

H1 H2

R

BK

HO

Y1

Y2

Y3

Z2

Z1

Z3

X3

40250/72000 - 3 PHASE - 4 WIRE WYE

WITH 3 OIL-FILLED SINGLE PHASE METERING UNITS

CD-XXX-N

SQUARE D TYPE N-350

LINE

LOAD

[B] (Y) R

[R] (B) Y

[Y] (R) B

NOTE 1:

POSITIVE SEQUENCE MUST BE

MANTAINED - RYB, YBR OR BRY

NOTE 2:

METERING SERVICES WILL USE 2 RUNS OF 6

CONDUCTOR #9 AWG

(R/W, R/BK, Y/W, Y/BK, BE/W, BE/BK)

VOLTAGE TRANSFORMERS

*Y1-Y3, *Z1-Z3 115 VOLTS

*Y2-Y3, *Z2-Z3 67.08 VOLTS

CURRENT TRANSFORMER

RATIO CONNECTIONS

HIGH LOW

*X1 - X3 *X2 - X3

NOTE 3:

UNDER COMMENTS ON H500 OR

SAP NOTIFICATIONS INDICATE

CONNECTION DIAGRAM USED

WITH UNITS. ie: CD-XXX-N

REV. 2008

Y3

Y2

Y1

X2

X3

X1

X1

X2

X3

H1

H2

H2

H1

Y3

Y2

Y1

X2

X3

X1

X1

X2

X3

H1

H2

H2

H

1

Y3

Y2

Y1

X2

X3

X1

X1

X2

X3

H1

H2

H2

H1

1 2 3 4 65 7 8 9 10

GN

RY BE

WR/W

R/BKY/W BE/W

Y/BK BE/BKBR

BK

TO 3 ELEMENT METER

NOTE 1:


MANTAINED - RYB, YBE OR BRY


*X1-X3, *Y1-Y3 115 VOLTS

*X2-X3, *Y2-Y3 67.08 VOLTS

CURRENT TRANSFORMER

RATIO CONNECTIONS

HIGH LOW

*X1 - X3 *X2 - X3

NOTE 3:




WITH UNITS. ie: CD-558-N

NOTE 2:


CONDUCTOR #9 AWG


CD-XXX-R132800/230000 - 3 PHASE - 4 WIRE WYE

WITH OIL-FILLED INSTRUMENT TRANSFORMERS

ARTECHE - CT's CTG-245 (DUAL RATIO)

- PT's UTF-245 (DOUBLE SEC.)[B] [R] [Y]

(Y) (B) (R)

R Y B

LINE

LOAD

W

BE

BR

Y

R

BKR/W

R/BK

Y/W

Y/BK

BE/W

BE/BK

REVISION 2008

Y3

Y2

Y1

X2

X3

X1

H1

1 2 3 4 65 7 8 9

GN

RY

BE

W

R/WR/BK

Y/W BE/WY/BK BE/BK

TO 3 ELEMENT METER

NOTE 1:



RATIO

LOW

CONNECTION

STRAPS

HIGH

CONNECTION

NOTE 3:




WITH UNITS. ie: CD-558-P

NOTE 2:

METERING SERVICES WILL USE 2 RUNS

OF 6 CONDUCTOR #9 AWG


CD-XXX-T80500/138000 - 3 PHASE - 4 WIRE WYE


FERRANTI PACKARD

- CT's - K138 (DUAL RATIO)

- PT's - -MG-138 (DOUBLE SEC.)

[B] [R] [Y]

(Y) (B) (R)

R Y B

LINE

LOAD

W

R/W

R/BK

Y/W

Y/BK

BE/W

BE/BK

H0

BE

H2X2

X1

H1

H3

H4

X2

H1

H4

X2

H1

H4

H2

H3

X1

X1

H2

H3

Y3

Y2

Y1

X2

X3

X1

H1 BK

H0

R

LINE LOAD

H1 H4

H1 H4

PARALLEL

H3

H4

H2

H1

H1

H2 H3

H4

SERIES

Revised 2008

Y3

Y2

Y1

X2

X3

X1

H1 BRN

H0

Y

10

BRN

BK

Y3

Y2

Y1

X2

X3

X1

X1

X2

X3

H1

H2

H2

H1

X1

X2

X3

H2

H1

Y3

Y2

Y1

X2

X3

X1

X1

X2

X3

H1

H2

H2

H1

1 2 3 4 65 7 8 9

GN

R Y BEW

R/WR/BK

Y/W BE/WY/BK BE/BK

TO 3 ELEMENT METER

NOTE 1:




*X1-X3, *Y1-Y3 115 VOLTS

*X2-X3, *Y2-Y3 67.08 VOLTS

CURRENT TRANSFORMER

RATIO CONNECTIONS

HIGH LOW

*X1 & X3 *X2 & X3

NOTE 3:





NOTE 2:


CONDUCTOR #9 AWG


CD-XXX-U80500/138000 - 3 PHASE - 4 WIRE WYE


TYPES - CT's - CTE-145 (DUAL RATIO)

- CT’s – IMBD-145 (DUAL RATIO)

- PT's - UTE-145 (DOUBLE SEC.)

- PT’s- UT5-650 (DOUBLE SEC.)

[B] [R] [Y]

(Y) (B) (R)

R Y B

LINE

LOAD

W

BE

R

BKR/W

R/BK

Y/W

Y/BK

BE/W

BE/BK

REVISED 2009

Y3

Y2

Y1

X2

X3

X1

H1

H2

BRN

Y

10

BK

BRN

CD-500RELATIVE VALUE COMPARISONS

WATTS / VARS / Q

2Q - W

3Vars = VA = W

2+ Vars

2 W

VAPF =

AT 0.866 LAG PF Q = W AT UNITY PF Q = W/2 AT 0.866 LEAD PF Q = ZERO

LAG LEAD

900

690

450 30

000 30

0

Vars

Q

WATTS

0.358 0.707 0.866 UNITY 0.866

2 ELEMENT 2.5 ELEMENT 3 ELEMENT

ERB

IR

IB

ERY

Q

Q

300

300

VECTOR REPRESENTATION OF Q-METERING AT UNITY POWER FACTOR

ERN

EBN

IB-R

IB-Y

DEGREES

POWER FACTOR

ERN

EYN

EBN

-IB

-IR

-IY

Q

REVISION 2005

600

600

600

PH

ASE

PH

AS

E

NE

UTR

AL

LINE

LOAD

CD-510

PH

ASE

PH

ASE

NEU

TR

AL

BOND

SERVICE VOLTAGE


240/480 VOLT - 1PHASE - 3 WIRE

TYPES

kWh

D4SPL AITL+

K2HS SS1S1L

K2PS A3TL

C1SD

VA DEMAND

SS1S2L

A3TL

REVISION 2008

METER

kWh

CODECODE AMP VOLT

15-23-18

15-23-74

15-23-14 2 - 200

240

15-23-1G

240

240

240


35-93-1C

35-93-1G

NOTE:

VOLTAGE TEST LINKS,

LOCATED ON THE BACK OF METER

MUST BE IN CLOSED POSITION

BEFORE INSTALLATION.

BULLING MULTIPLIER IS:

METER MULTIPLIER

240 VOLT 1 PHASE 3 WIRE

120-480 VOLT - 1 PHASE - 3 WIRE

PULSE OUTPUTS

CONNECT TO

CUSTOMER TERMINAL

STRIP

K-Y1 Wh

K-Y2 VAh

MULT.

LP PULSE

WEIGHT

0.5 ALPHA

1.5 SENTINEL

1

1

1

11

COMMUNICATIONS CABLE

CONNECTED TO EXTERNAL

MODEM OR SASKTEL

PHONE JACK

NOTE:

PULSE CABLE COLORING WILL

VARY FOR THE DIFFERENT

METERS. USE THE

APPROPREIATE COLORS FOR

THE METER USED

2 - 200 10120 - 480VMAX.

96 kVA

25-23-13 0.5 - 200 1240VNET

METERING

LINE

GND

R/BK

R/W

Y

R

LOAD

CIRCUIT CLOSER

LEFT SIDE

BOND

NEUTRAL

SERVICE VOLTAGE


CD-512

TYPES

kWh

D4SPL

I70S

IW70S

METER

kWh


METER MULTIPLIER X C.T. RATIO

NOTE:

REFER TO CD-137 WHEN 3-

WIRE CT IS NOT PRACTICAL

DUE TO SIZE OF

CONDUCTORS.

REV. 2005


CODE 11-22-11

CODE 11-22-1A


CONNECTED TO EXTERNAL

MODEM OR SASKTEL

PHONE JACK

PULSE OUTPUTS

CONNECT TO

CUSTOMER TERMINAL

STRIP

K-Y1 Wh

K-Y2 VAh

.12 - 10 AMP - 120 VOLT 3 PHASE -3 WIRE

BOND

BE

R

R/W

WR/BK

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

WR BE R/BKR/W BE/BKBE/W

SERVICE VOLTAGE


CD-522

8-JAW

COMBINATION

SOCKET

TYPES

VA DEMAND

KYLS

KVIS

SVIS

METER

UNITY

P.F.

ERN

IR

300IR-B

R Ø

ELEMENT

B Ø

ELEMENT

IB

300

IB-REBN


CODE 31-13-3C

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208



NOTE: LOAD CAN BE TAKEN OFF

ANY TWO OF THE THREE PHASES

FOR LOAD BALANCING.

REGARDLESS OF PHASES USED

WIRING MUST BE COLOR CODED AS

SHOWN.

LINE

NEUTRAL

K

Y1

Y2

Y3

GN

R

W CUSTOMER USE

2-WIRE OUTPUT

K-Y1 WATTS

K-Y2 VA9-PIN CONNECTOR

SEE CD- 564

CODE 31-13-6C

CODE 31-13-6G

CODE 51-13-3C

CODE 51-13-6E

NOTE:



METERS. USE THE


THE METER USED

REV. 2008

CODE 31-13-3G

3 ELEMENT SELF-CONTAINED

ALL VOLTAGE LEVELS

CD-551

w

4 5 6 7

N

RY BE

NOTE 1

VOLTAGE TEST LINKS ON

BACK OF METER MUST BE

CLOSED

NOTE 2

0N 277/480 VOLT OR 347/600


MUST BE CONNECTED BEHIND

THE CUSTOMERS MAIN SWITCH

AND THE NEUTRAL SPLITTER IN

THE SOCKET MUST BE

INSULATED FROM GROUND.

UNITY P.F.

ERN

EYNEBN

IR

IYIB

RØ

ELEMENT

YØ

ELEMENT

BØ

ELEMENT

N R Y BE TYPES

VA DEMAND

(SENTINEL)

SS4S0D

SS4S2L

(ALPH3)

A3KL


METER MULTIPLIER

1 2 3

SERVICE VOLTAGE120/208 - 277/480 - 347/ 600V 3PH - 4W - WYE

AND 120/240V 3PH - 4W - DELTA

SERVICE VOLTAGE

TERMINAL 120 / 208 120 / 240 277 / 480 347 / 600

1 – 6 120 120 277 347

VOLTAGE 2 - 6 120 120 277 347

AT 3 – 6 120 208 277 347

SOCKET 1 – 2 208 240 480 600

2 – 3 208 240 480 600

1 - 3 208 240 480 600

WYE

DELTA

REV. 2008

NOTE 3

DO NOT USE SVIS METERS

ON 120/240 VOLT DELTA

SERVICES

K Y1 Y2 Y3

OR

RY

CUSTOMER USE 2-WIRE

OUTPUT

K-Y1 WATTS

K-Y2 VA

9-PIN CONNECTOR

SEE CD- 564


CONNECTED TO

EXTERNAL MODEM OR

SASKTEL PHONE JACK

NOTE 4



METERS. USE THE

APPROPRIATE COLORS FOR

THE METER USED

GN

CODE 35-95-3C

CODE 35-95-3G

CODE 35-95-6C

CODE 35-95-6G

1 2 3 4 65 7 8 9 10

BOND

GN

R Y BE WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

120/208 VOLT - 3PHASE - 4 WIRE - WYE

THREE ELEMENT

CD-552

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT – 3 PHASE 4W - Y


TYPES

VA DEM.

SVIS

QUANTUM

Q1000

VECTRON

SENTINEL

ALPHA3

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

SOCKET

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

UNITY P.F.ERN

IR

B Ø

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

NOTE:

MANUFACTURER’S MARKINGS MAY



INDICATED ON THE DRAWING.

REV. 2008



13-JAW

COMBINATION

SOCKET

INTERVAL METERS WITH COMMUNICATIONS

CODE 31-15-3C

CODE 31-15-3G

K Y1 Y2 Y3

GN R W

CUSTOMER USE 2-WIRE

OUTPUT

K-Y1 WATTS

K-Y2 VA

9-PIN CONNECTOR

SEE CD- 564


CONNECTED TO

EXTERNAL MODEM OR

SASKTEL PHONE JACK

CODE 31-15-6C

CODE 31-15-6G

CODE 31-15-6E

NOTE:



METERS. USE THE


THE METER USED

1 2 3

9

13

8

7

12

11

10

654

XO

SPC TRANSFORMATION

CODE 51-15-3C

CODE 51-15-6C

CODE 51-15-6E

SERVICE VOLTAGE

120/240 VOLT - 3Ø - 4 WIRE – DELTA (INDOOR OR OUTDOOR C.T.’s)3 ELEMENT METERING FOR USE ON EXISTING SERVICES ONLY

CD-553

1 2 3 4 65 7 8 91

0

BOND

GN

R Y BE WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

Y/WBE/W

R/BKY/BK

BE/BK

TYPES

VA DEM.

SVIS

SV4SD

SV4SR

SENTINEL

ALPHA3

QUANTUM

Q1000

R

Y

BE

NEUTRAL

LINE

3Ø 3W

240V

LOADS

R

Y

BE

N

REV. 2008

13-JAW

COMBINATION

SOCKET

1Ø 3W

120/240V

LOADS

208V

SPC TRANSFORMATION

BE

1 2 3

9

13

8

7

12

654

R/W

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

240

240

240

208

120

120

K Y1 Y2 Y3

GN R W

CUSTOMER USE 2-

WIRE OUTPUT

K-Y1 WATTS

K-Y2 VA

9-PIN

CONNECTOR

SEE CD- 564


CONNECTED TO

EXTERNAL MODEM OR

SASKTEL PHONE JACK

NOTE:PULSE CABLE COLORING WILL


METERS. USE THE


THE METER USED

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT – 3 PHASE 4W - Y


UNITY

P.F.

ERN

IR

B Ø

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT



INTERVAL METERS WITH COMMUNICATIONS

CODE 31-15-3C

CODE 31-15-3G

CODE 31-15-6C

CODE 31-15-6G

CODE 31-15-6E

NOTE: MANUFACTURER’S MARKINGS MAY



INDICATED ON THE DRAWING.

EYNEBN

CODE 51-15-6E

CODE 51-15-3C

1 2 3 4 65 7 8 9 10

BOND

GN

RY

BEW

R/WR/BK

Y/W BE/WY/BK BE/BK

W

R

Y

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

277/480 - 347/600 - 2400/4160 - 14400/25000 - 41250/72000 - 80500/138000 VOLT

3 PHASE - 4 WIRE - WYE THREE ELEMENTCD-554

METER

.12 - 10 AMP - 120 VOLT - 3 PHASE - 4W - Y

.2 - 20 AMP -120-480 VOLT - 3PHASE 4W - Y

TYPES

VA DEM.

SVIS

QUANTUM

Q1000

VECTRON

SENTINEL

ALPHA3

R

Y

BE

NEUTRAL

LINE LOAD

R

Y

BE

N

VOLTAGE AT SOCKET

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

UNITY P.F. ERN

IR

B Ø

ELEMENT

IB

R Ø

ELEMENT

IY

Y Ø

ELEMENT

NOTE:





REV. 2008


METER MULT. X C.T. RATIO X P.T. RATIO

13-JAW

COMBINATION

SOCKET

BRBK

277/480 347/600

192

192

192

111

111

111

200

200

200

115

115

115

INTERVAL METERS

WITH COMMUNICATIONS

CODE 31-15-3C

CODE 31-15-6C

CODE 31-15-6G

CODE 31-15-6E

CODE 51-15-3C

K Y1 Y2 Y3

GN R W

CUSTOMER USE 2-WIRE

OUTPUT

K-Y1 WATTS

K-Y2 VA

9-PIN CONNECTOR

SEE CD- 564


CONNECTED TO

EXTERNAL MODEM OR

SASKTEL PHONE JACK

NOTE:



METERS. USE THE


THE METER USED

CODE 31-15-3G

XO

SPC TRANSFORMATION RY BE

BK BR W

CODE 51-15-3G

CODE 51-15-6C

CODE 51-15-6G

CODE 51-15-6E

W

R\W BE\WY\W

BE\W

BE\WY\W

Y\WR\W

R\W

WR\BK

R\BK

Y\BK

Y\BK

BE\BK

BE\BK

R\W Y\W BE\W

R

Y

BE

R

Y

BE

RY BE

W

SERVICE VOLTAGE

277/480 - 347/600 - 2400/4160 - 14400/25000 - 40250/72000 - 80500/138000 - 132800/230000V -3 PHASE - 4W - WYE

THREE ELEMENT DOUBLE METER SOCKET METERING

CD-556

BILLING METERNON-BILLING METER

METER

TYPES

ALPHA3

ION 8600

ION 8500

ION 8300

QUANTUM

Q1000

SENTINEL

METER

0.2-20 AMP - 120-480 V

3 PHASE - 4W

VA DEMAND

BR

BK

R WY

BE R\W

R\BK

Y\W

Y\BK

BE\W

BE\BK

PULSE OUTPUTS &

COMMUNICATIONS

CABLES

SEE CD-564

AUXCILIARY

POWER

FOR METER

CAN BE FROM

UPS SYSTEM OR

STATION POWER

1 1 2 3SASKTEL

PHONE LINE1 - METER 1

2 - METER 2

3 - PORTABLE PHONE THE "STICK"

PHONE LINE SHARING DEVICE

TO INSTRUMENT TRANSFORMERS

SEE CD-XXX-N OR CD-XXX-R

VOLTAGE AT SOCKET

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

277/480 347/600

192

192

192

111

111

111

200

200

200

115

115

115

REV. 2008

UNITY P.F.

ERN

IR

B 0

ELEMENT

IB

R 0

ELEMENT

IY

Y 0

ELEMENT

NOTE:





CODE 31-15-3C

CODE 31-15-6C

CODE 31-15-6G

CODE 31-15-6E

CODE 51-15-3C

CODE 31-15-3G

CODE 51-15-3G

CODE 51-15-6C

CODE 51-15-6G

CODE 51-15-6E

RGN/W

GN/BK

GN

BE/BK

BE

BE/W

BK/W

W

W/BK

R

R/W R/BK

++++++++

------ --

GN

S

H - + S

H - +

Y K Z

Y K Z

R\BK Y\BK BE\BK

R\W Y\W BE\WR

Y BEW

A-4 A-3 A-2 A-1

OPTIONAL

POWER (ANALOG VERSIONS ONLY)

N/- L/+ G

W BK

2 AMP

SLOW BLOW

FUSE

C-3

C-4

COM2/4

S

COM

Y K Z

Y K Z

DIGITAL CONNECTIONS TO EXTERNAL

RELAYS OR PULSE COUNTER

200 VDC/AC MAX.

ANALOG CONNECTIONS TO ANALOG TRANSDUCERS

0 - 20 mA: 500 LOAD MAX.

-1 TO 1mA: 10K LOAD MAX.

FORM C

DIGITAL OUTPUTSFORM C

DIGITAL OUTPUTS

C-1

C-2S

3

S

2

S

1S

6

S

5

S

4

S

8

S

7

ION EXPANSION MODULE

TO INSTRUMENT

TRANSFORMERS

R

BK

W

BK

BK

BK

BE Y

MOLEX MALE CONNECTOR

FROM ION METER

DATA ACCESS

TERMINAL STRIP

CUSTOMER USE KY

1

Y

2

Y

3

Y

4

Y

5

TYPICAL VALUES

K - Y1 KWH DEL.

K - Y2 KVAH DEL. & REC.

K - Y3 TIME

K - Y4 KWH REC.

THESE VALUES CAN BE SITE

SPECIFIC

R Y

BK 4X

BE W

DB9 MALE

CONNECTOR

RA-232 COM1

COM 1

RS-485

R

OR

BE

BR

BE/BK

OR/BK R/BK

BK

OPTIONAL

CONNECTION TO EXTERNAL DRY

CONTACTS 130 VDC MAXIMUM.

USUALLY FED INTO SECOND METER

3 WIRE OR 2 WIRE OUTPUT SIGNAL

AVAILABLE FOR ADDITIONAL

CUSTOMER INFORMATION WHEN

SECOND METER IS NOT PRESENT

CONNECTED TO SASKPOWER

GRID CONTROL CENTRE (DNP 3.0)

W

BK

NOTE:

ALL FUSES ARE SLOW BLOW TYPE

NOTE:

FOR ANALOG OUTPUT THE POWER SUPPLY CAN COME

FROM THE TEST SWITCH OR AN ALTERNATE PLUG-IN

SUPPLY ie ups

BKS H

CUSTOMER

COMMUNICATIONS

COM4 - 485

CD-562

TO SECOND METER

REV. 2008

CD-563

ION 8500 EXPANSION MODULES

DIGITAL MODEL AIOEA0 OR AIOEA1

SECONDARY DIGITAL OUTPUTS

FORM C CONTACTS – NORMALLY CONNECTED TO SECOND METER

K TO Z NORMALLY CLOSED, K TO Y, NORMALLY OPEN

PORTTERMINAL

NUMBER

WIRE

COLORQUANTITY DESTINATION TERMINAL

WIRE

COLOR

C1

Y1

K1

Z1

R

BK kWh DEL.

SECOND

METER

DIGITAL

INPUTS

1

SCOM

R

BK

C2

Y2

K2

Z2

Y

BKkVARh

DEL.

SECOND

METER

DIGITAL

INPUTS

2

SCOM

Y

BK

C3

Y3

K3

Z3

BE

BK kWh REC.

CUSTOMER

TERMINAL

STRIP

3

SCOM

BE

BK

C4

Y4

K4

Z4

W

BKkVARh

REC.

SECOND

METER

DIGITAL

INPUTS

4

SCOM

W

BK

PORTTERMINAL

NUMBER

WIRE


WIRE

COLOR

A

1

R

BK kWh DEL.

SECOND

METER

DIGITAL

INPUTS

Y1

K

R

BK

A

2

Y

BK

kVARh

DEL.OR

kVA

SECOND

METER

DIGITAL

INPUTS

Y2

K

W

BK

A

3

BE

BK TIME

CUSTOMER

TERMINAL

STRIP

Y3

K

BE

BK

FORM A DIGITAL OUTPUTS FOR CUSTOMER USE

PULSE OUTPUT QUANTITIES – MAXIMUM OF 4

kWh DEL, kWh REC, TIME, kVAh, kVARh DEL, kVARh REC

A

4

W

BK kWh REC.

CUSTOMER

TERMINAL

STRIP

Y4

K

W

BK

PORTTERMINAL

NUMBER

WIRE

COLORQUANTITY ORIGIN TERMINAL

WIRE

COLOR

SCOM

S1

S2

S3

S4

S5

S6

S7

S8

BK

R

Y

BE

W

GN

BR

COMMON

kWh DEL.

kVARh

DEL

kWh REC

kVARh

REC

SECOND

EXPANDER

Y1

K1

Y2

K2

Y3

K3

Y4

K4

R

BK

Y

BK

BE

BK

W

BK

FORM A DIGITAL INPUTS – STATUS INPUTS (OPTIONAL)

SIGNAL USUALLY COMES FROM SECOND METER

PORTTERMINAL

NUMBER

WIRE


WIRE

COLOR

A

1

R

BK kWh DEL.

SECOND

METER

DIGITAL

INPUTS

Y1

K

R

BK

A

2

Y

BKkVARh

DEL.

SECOND

METER

DIGITAL

INPUTS

Y2

K

W

BK

A

3

BE

BK TIME

CUSTOMER

TERMINAL

STRIP

Y3

K

BE

BK

MODEL AIOED0 AO:1-4 (0-20 Ma)

FORM A ANALOG OUTPUTS FOR CUSTOMER USE

ANALOG OUTPUT QUANTITIES – MAXIMUM OF 4

RELAY RANGE IS 4 TO 20 MILLIAMPS

kWh DEL, kWh REC, TIME, kVAh, kVARh DEL, kVARh REC

A

4

W

BK kWh REC.

CUSTOMER

TERMINAL

STRIP

Y4

K

W

BK

METER OUTPUT CABLES DESTINATION/USE

MOLEX MALE CONNECTOR

MODEM – RJ31 MALE CONNECTOR

ETHERNET – RJ45 MALE CONNECTOR (OPTIONAL)

AUXILIARY POWER – 3-PRONG PLUG

I/O EXPANDER

RJ31 FEMALE PHONE JACK (MV90)

CUSTOMER COMMUNICATIONS (OPTIONAL)

ALTERNATE POWER SUPPLY

REV. 2006

PULSE OUTPUT CABLES FROM VARIOUS METERSCABLE FROM KVIS, SVIS, VECTRON, AND SENTINEL METERS

HAVE A FEMALE DB-9 CONNECTOR

ALPHA+ METERS PRESENTLY COME WITHOUT A CONNECTOR

CD-564

KVIS WIRE METER CABLE

CONTACT

K1 WATTS

Y1 WATTS

Z1 WATTS

K2 VA

Y2 VA

Z2 VA

DEM. SYNC.

NOT USED

DEM. SYNC.

COLOR PIN OUTS

RED

YELLOW

BLACK

BROWN

ORANGE

BLUE

GREEN

PURPLE

WHITE

P1

P2

P3

P4

P5

P6

P7

P8

P9

SVIS WIRE METER CABLE

CONTACT

K1 WATTS

Y1 WATTS

Z1 WATTS

K2 VA

Y2 VA

Z2 VA

DEM. SYNC.

NOT USED

DEM. SYNC.

COLOR PIN OUTS

RED

YELLOW

BLACK

BROWN

ORANGE

BLUE

GREEN

PURPLE

WHITE

P1

P2

P3

P4

P5

P6

P7

P8

P9

VECTRON WIRE METER CABLE

CONTACT

K1 WATTS

Y1 WATTS

Z1 WATTS

K2 VA

Y2 VA

Z2 VA

EOI NO

EOI K

COLOR PIN OUTS

RED

YELLOW

BLACK

RED/WHITE

YELLOW/WHITE

BLACK/WHITE

ORANGE

WHITE

P1

P2

P3

P4

P5

P6

P7

P8

P9

SENTINEL WIRE METER CABLE

CONTACT

K1 WATTS

Y1 WATTS

Z1 WATTS

K2 VA

Y2 VA

Z2 VA

EOI NO

EOI K

COLOR PIN OUTS

RED

YELLOW

BLACK

RED/WHITE

YELLOW/WHITE

BLACK/WHITE

ORANGE

WHITE

P1

P2

P3

P4

P5

P6

P7

P8

P9

ALPHA+ WIRE METER CABLE

CONTACT

K1 WATTS

Y1 WATTS

Z1 WATTS

K2 VA

Y2 VA

Z2 VA

COLOR PIN OUTS

RED

YELLOW

BLACK

ORANGE

WHITE/BLACK

BLUE

P1

P2

P3

P4

P5

P6

P7

P8

P9

QUANTUM WIRE METER CABLE

CONTACT

Y3 WATTS

K3 WATTS

Z3 WATTS

Y4 VA

K4 VA

Z4 VA

COLOR PIN OUTS

LIGHT BLUE

VIOLET

GREY

TAN

PINK

DARK BLUE

P7

P8

P9

P10

P11

P12

QUANTUM CABLE CONNECTIONS FROM DB-25 CONNECTOR

FOR CUSTOMER TERMINAL STRIP PRE-2005

QUANTUM WIRE METER CABLE

CONTACT

Y1 WATTS

K1 WATTS

Z1 WATTS

Y2 VA

K2 VA

Z2 VA

Y3 EOI

K3 EOI

COLOR PIN OUTS

YELLOW

RED

BLACK

GREEN

ORANGE

BROWN

LIGHT BLUE

VIOLET

P1

P2

P3

P4

P5

P6

P7

P8

QUANTUM PIN OUTS FROM DB-25 CONNECTOR FOR

CUSTOMER TERMINAL CONNECTIONS WITH OUT AN

ISOLATION BUFFER PRESENT. AFTER 2005

DB-9 FEMALE

CONNECTOR

DB-9 MALE

CONNECTOR

FROM METER

TO AUXILIARY DEVICE OR

CUSTOMER TERMINAL STRIP

CONTACT

K1 WATTS

Y1 WATTS

Z1 WATTS

K2 VA

Y2 VA

Z2 VA

EOI NO

EOI K

COLORPIN OUTS

RED

YELLOW

BLACK

BROWN

ORANGE

BLUE

GREEN

PURPLE

WHITE

P1

P2

P3

P4

P5

P6

P7

P8

P9

PRESENTLY THE ALPHA METERS WE HAVE ARE NOT

EQUIPED WITH DB-9 CONNECTORS

21

34

5

67

89

NOTE: THE DB-9 MALE

CABLE MUST BE WIRED

AS SHOWN FOR

STANDARDIZATION

REV. 2007

CHANGE TO

21

34

5

67

89

CD-565SVIS PULSE OUTPUT

CONNECTION - TYPICAL

1

K1

R

E

D

2

Y1

Y

E

L

L

O

W

3

Z1

B

L

A

C

K

4

K2

B

R

O

W

N

5

Y2

O

R

A

N

G

E

6

Z2

B

L

U

E

7 GREEN

9 WHITE8 PURPLE NOT USED

A-BASE TYPE

S-BASE TYPE

EXTERNAL PULSE

CONNECTOR

EXTERNAL DUPLICATE

PULSE CONNECTOR

(OPPOSITE SIDE OF METER)

1

K1

R

E

D

2

Y1

Y

E

L

L

O

W

3

Z1

B

L

A

C

K

4

K2

B

R

O

W

N

5

Y2

O

R

A

N

G

E

6

Z2

B

L

U

E

7 GREEN

9 WHITE

8 PURPLE NOT USED

MATING CABLE

(INCLUDED)MALE CABLE

(INCLUDED)

FEMALE CONNECTOR

SECOND CONNECTOR (IF

DUPLICATE PULSES REQUESTED)

SVIS WIRE METER CABLE

CONTACT

K1 WATTS

Y1 WATTS

Z1 WATTS

K2 VA

Y2 VA

Z2 VA

SYNC.

NOT USED

M/S DMD INT.

COLOR PIN OUTS

RED

YELLOW

BLACK

BROWN

ORANGE

BLUE

GREEN

PURPLE

WHITE

P1

P2

P3

P4

P5

P6

P7

P8

P9

REVISION 2005

2 1345

6789MASTER OR SLAVE

DEMAND INTERVAL

SYNCHRONIZATION

CD-570ALTERNATE POWER SUPPLY

RED POT

OF

METER

6

7

5

1

2

10

4

9

8

3

FUSE

HOLDER

NEON

LAMPPB-R10-EI-X2-115V

VOLTAGE SELECTION

1 2 3 4

R Y

BE

W

BR BK

BK

BK

ALTERNATE

POWER

SUPPLY

BK

WW

BK

33 KΩ

W

W

BK

BK

BK

W

W

BK

BK

NOTE #1: NEON LIGHT ACROSS TERMINALS

4 AND 9 GIVES A-C STANDBY INDICATION.

OPENING THE FUSE DISABLES A-C STANDBY

FOR SERVICING. NEON LIGHT WILL GO OUT.

NOTE #2: CURRENT LIGHT A-C MOVED TO 1 AND 4

TO PREVENT BACKFEED. (120V CONVERTED

CURRENT LIGHTS ONLY)

TEST

SWITCH

TO CURRENT LIGHTS

WHERE APPLICABLE

COVER DECAL: “CAUTION AUX AC – OPEN FUSE TO SERVICE”

BK

BK

1 2 3 4

5

67 10

89C

C

RECORDER

OR OTHER

AUX. DEVICE

REV. 2005

CD-572QUANTUM METER

DB-25 CONNECTOR

PIN FUNCTION COLOR CODE PIN

P1

P2

P3

P4

P5

P6

P7

P8

P9

P10

P11

P12

P13

P14

P15

P16

P17

P18

P19

P20

P24

P23

P22

P21

P25

P1

P2

P3

P4

P5

P6

P7

P8

P9

P10

P11

P12

P13

P14

P15

P16

P17

P18

P19

P20

P24

P23

P22

P21

P25

Y1 WATTS YELLOW

REDK1 WATTS

Z1 WATTS BLACK

Y2 VA GREEN

ORANGEK2 VA

Z2 VA BROWN

LIGHT BLUEY3 TIME

K3 TIME VIOLET

Z3 GRAY

TANY4

K4 PINK

DARK BLUEZ4

QDIF 0 VOLTS WHITE/BLACK/ORANGE

WHITE

WHITE/BLACK

SYNC – (M/S DEMAND TIMING OR FREEZE)

SYNC + (M/S DEMAND TIMING OR FREEZE)

TRANSMIT (EXTERNAL MODEM/RS-232) TXD2

RECEIVE (EXTERNAL MODEM/RS-232) RXD2

GROUND (EXTERNAL MODEM/RS-232) GND2

XRTS

WHITE/BROWN

WHITE/ORANGE

WHITE/GRAY

WHITE/BLUE

XCTS

MODEM: DAISY CHAIN SLAVE INPUT

QDIF: TXD

MODEM: DAISY CHAIN GROUND

QDIF: RXD

MODEM: DAISY CHAIN MASTER OUT

QDIF: RTS

MODEM: DAISY CHAIN MASTER OUT

QDIF: CTS

QDIF: DCD

WHITE/VIOLET

WHITE/BLACK/RED

GREEN/YELLOW

WHITE/BLACK/GREEN

WHITE/BLACK/GRAY

WHITE/BLACK/BLUE

DB-25 FEMALE

CONNECTOR

1

25

REV. 2007

1

25

1

25

CD-573QUANTUM METER

DB – 25 CONNECTOR

KYZ PULSE OUTPUTSRS232 DIRECT CONNECTION

BETWEEN METER AND PC

PIN FUNCTION COLOR CODE PIN

P1

P2

P3

P4

P5

P6

P7

P8

P9

P10

P11

P12

P1

P2

P3

P4

P5

P6

P7

P8

P9

P10

P11

P12

Y1 WATTS YELLOW

REDK1 WATTS

Z1 WATTS BLACK

Y2 VA GREEN

ORANGEK2 VA

Z2 VA BROWN

LIGHT BLUEY3 EOI

K3 EOI VIOLET

Z3 GRAY

TANY4

K4 PINK

DARK BLUEZ4

P16

P17

P18

P16

P17

P18

TRANSMIT (EXTERNAL MODEM/RS-232)

RECEIVE (EXTERNAL MODEM/RS-232)

GROUND (EXTERNAL MODEM/RS-232)

WHITE/BROWN

WHITE/ORANGE

WHITE/GRAY

TO METERTO PCTO METER

TO EXTERNAL

DEVICE

REV. 2005

AC AC 1K 1Y 1Z 2K K2Z1Y1K13Z3K 3Y2Z2Y

IB-6 ISOLATION BUFFER

CD-578

TB11

OUTPUTS 5

OUTPUTS 6

OU

TP

UT

S 4

OU

TP

UT

S 3

OU

TP

UT

S 1

OU

TP

UT

S 2

JUMPER IN POSITION 2 AND 3

SETS OUTPUTS 5 AND 6 TO A

3 SECOND TIMED OUTPUT

INPUT 1

INP

UT

1

INPUT 2

INP

UT

2

INP

UT

3

INPUT 3

TB7 TB8 TB9

JUMPER IN SELECTS

FORM A OPERATION

Y2 Z2 Y3K3 Z3 Z4K4 Y4

Y6

K6

Z5

Y5

K5

Z6

K

Y

K

Y

K Y

K Y

K Y

K Y

INPUT 1

INPUT 2

INPUT 3

120/240

VAC

OUTPUT 1

FROM

INPUT 1

OUTPUT 2

FROM

INPUT 1

OUTPUT 3

FROM

INPUT 2

OUTPUT 4

FROM

INPUT 2

OUTPUT 6

FROM

INPUT 3

OUTPUT 5

FROM

INPUT 3

K Y K Y

K Y

AC AC 1K 1Y 1Z 2K K2Z1Y1K13Z3K 3Y2Z2Y

TB11

OUTPUTS 5

OUTPUTS 6

OU

TP

UT

S 4

OU

TP

UT

S 3

OU

TP

UT

S 1

OU

TP

UT

S 2

JUMPER IN POSITION 2 AND 3

SETS OUTPUTS 5 AND 6 TO A

3 SECOND TIMED OUTPUT

INPUT 1

INP

UT

1

INPUT 2

INP

UT

2

INP

UT

3

INPUT 3

TB7 TB8 TB9

JUMPER OUT SELECTS

FORM C OPERATION

Y2 Z2 Y3K3 Z3 Z4K4 Y4

Y6

K6

Z5

Y5

K5

Z6

K

Y

K Y

K Y

K Y

INPUT 1

INPUT 2

INPUT 3

120/240

VAC

OUTPUT 1

FROM

INPUT 1

OUTPUT 2

FROM

INPUT 1

OUTPUT 3

FROM

INPUT 2

OUTPUT 4

FROM

INPUT 2

OUTPUT 6

FROM

INPUT 3

OUTPUT 5

FROM

INPUT 3

FORM C OPERATION – 3WFORM A OPERATION – 2W

Z

Y ZKZZ

Z

YK

Y ZK

Y ZK

Y

Z

K

Z

REV. 2005

MARSHALLING PANEL WIRING CD-579

15

14

1

2

3

4

5

6

7

8

9

10

11

12

13

30

29

16

17

18

19

20

21

22

23

24

25

26

27

28

CURRENT

TERMINAL STRIP

T1

VOLTAGE

TERMINAL STRIP

T2

IN COMING CABLES

FROM TRANSFORMERS

CRX1 (R/W) (R/W ) VRX1(R/W) CRX1 VRX1 (R/W)

CRX2 (R/BK)

CRX3 (R/BK)

CYX1 (Y/W)

CYX2 (Y/BK)

CYX3 (Y/BK)

CBX1 (BE/W)

CBX2 (BE/BK)

CBX3 (BE/BK)

(R/BK) CRX2

GN

GN

GN

(Y/W) CYX1

(Y/BK) CRX2

(BE/W) CBX1

(BE/BK) CRX2

SPARE

SPARE

SPARE

(Y/BK) VYX3

(BE/W) VBX1

(BE/BK) VBX3

(R/W) VRY1

(R/BK ) VRX3

(Y/W ) VYX1

(R/BK) VRY3

(Y/W) VYY1

(Y/BK) VYY3

(BE/W) VBY1

(BE/BK) VBY3

VRX3 (R/BK)

VYX1 (Y/W)

VYX3 (Y/BK)

VBX1 (BE/W)

VBX3 (BE/BK)

VRY1 (R/W)

VBY1 (BE/W)

VBY3 (BE/BK)

VYY1 (Y/W)

VRY3 (R/BK)

VYY3 (Y/BK)

CT CABLE 6C #9 RJ

TO METER

EXAMPLE

X1 – X2 LOW RATIO

X1 – X3 HIGH RATIO

2 PT CABLES 6C #9 RJ

TO METER LOCATION(ONE CABLE IS FOR

CUSTOMER VOLTAGE SIGNAL)

EXAMPLE

X1 – X3 115 V SEC.

X2 – X3 67.08 V SEC.

CT’s ARE SHOWN ON THE LOW RATIO: TO CHANGE TO HIGH RATIO – SHORT OUT THE SECONDARY WINDINGS BY INSERTING MARRETTED END

OF JUMPER AT X3 OF EACH PHASE INTO TERMINAL BELOW EACH X3 WINDING (GN). THEN MOVE THE X2 WIRE OF EACH PHASE FROM METER

DOWN TO X3 TERMINAL AND REMOVE ALL MARRETTED JUMPERS.

PT Y WINDINGS ARE FOR CUSTOMER VOLTAGE SIGNAL. IF THEY ARE NOT BEING USED GROUND ALL Y3"S

CAUTION:

CHECK NAMEPLATE OF

TRANSFORMER

BEFORE CHANGING

RATIOS

REV. 2007

F

U

S

E

Y

BLK/R

BRN

BRN/Y

R

BE

ORG

BLK

W12V DC

Y

345V

BLK/R

277V BRN

240V

BRN/Y

120V

ORG

0V

BLK

240V

W0V

277V CONNECTION

CDMA

AIRLINK MODEM

RAVEN

TNC

SERIAL

PORT

RS232

ADAPTER

ANTENNA

RAVENAIRLINK

RESET

CHAN

LINK

REG

RSSI

TxRx

Err

PWR

277V OR 345V CDMA MODEM

CONNECTION

CD-580

345V CONNECTION

RS232 CONNECTION

FROM METER

RAVEN POWER SUPPLY SPEC:

INPUT VOLTAGE 10V DC TO 28V DC

INPUT CURRENT 40 ma to 200 ma

REVISION 2007

HAMMOND

TRANSFORMER

H301080

14V

500mA

LED

F

U

S

E

Y

W

BRNGRY

R

BE

ORG

BLK

12V DC

BRN

ORG BLK

W

240V CONNECTION

CDMA

AIRLINK MODEM

RAVEN

TNC

SERIAL

PORT

RS232

ADAPTER

ANTENNA

RAVENAIRLINK

RESET

CHAN

LINK

REG

RSSI

TxRx

Err

PWR

120V OR 240V CDMA MODEM

CONNECTION

CD-581

RS232 CONNECTION

FROM METER

RAVEN POWER SUPPLY SPEC:

INPUT VOLTAGE 10V DC TO 28V DC

INPUT CURRENT 40 ma to 200 ma

REVISION 2007

TRANSFORMER

266G14

R Y

LED

120V CONNECTION:

REMOVE ORIGINAL JUMPER.

CONNECT ORANGE TO WHITE

AND BROWN TO BLACK.

CONNECT PRIMARY LEADS TO

ORANGE AND BLACK

GREEN SECTION THE CONNECTION DIAGRAMS IN THIS SECTION ARE ONLY TO BE USED FOR MAINTENANCE OF EXISTING INSTALLATIONS


CONTENTS



PREVIOUS STANDARDS

GREEN SECTION

THE DIAGRAMS IN THIS SECTION ARE

TO BE USED ONLY FOR THE

MAINTENANCE OF EXISTING

INSTALLATIONS

1 PHASE - 2 WIRE

CD-221 REV 2005

CD-226 REV 2005

1 PHASE - 3 WIRE

CD-231 REV 2005

CD-232 REV 2005

CD-233 REV 2005

CD-234 REV 2005

CD-236 REV 2005

CD-237 REV 2005

CD-238 REV 2008

NETWORK

3 PHASE - 3 WIRE

CD-239 REV 2005

CD-244 REV 2005

CD-245 REV 2005

CD-246 REV 2008

CD-247 REV 2008

CD-248 REV 2005

CD-250 REV 2005

CD-261 REV 2008

CD-XXX-A REV 2006

CD-XXX-B REV 2006

CD-XXX-C REV 2006

CD-XXX-D REV 2006

CD-XXX-E REV 2005

CD-XXX-H REV 2005

CD-XXX-I REV 2006

3 PHASE - 4 WIRE DELTA

CD-269 REV 2005

CD-270 REV 2008

CD-271 REV 2008

CD-272 REV 2008

CD-273 REV 2008

CD-274 REV 2008

3 PHASE - 4 WIRE WYE

CD-280 REV 2005

CD-281 REV 2008

CD-284 REV 2008

CD-285 REV 2008

CD-287 REV 2008

CD-288 REV 2008

CD-292 REV 2008

CD-293 REV 2008

CD-295 REV 2008

CD-296 REV 2008

CD-XXX-J REV 2006

CD-XXX-K REV 2006

CD-XXX-L REV 2006

CD-XXX-M REV 2006

CD-XXX-O REV 2005

CD-XXX-P REV 2006

CD-XXX-Q REV 2006

CD-XXX-S REV 2006

PULSE METERS

CD-633 REV 2005

CD-637 REV 2008

CD-638 REV 2008

CD-645 REV 2007

CD-647 REV 2007

CD-648 REV 2005

CD-649 REV 2008

N

SERVICE VOLTAGE

120 VOLT - 1 PHASE - 2 WIRE

CD- 220

LINE

PHASE

N

PHASE

LOAD

REV. 2005

METER



METER MULTIPLIER

CODE 42-12-11

kWh

TYPES

kWh

CA

CFA

1 432

1

N

PHASE

N

PHASE

LOAD

SERVICE VOLTAGE


CD- 221

12

3 4

2

4

1

3

LINE

METER




METER MULTIPLIER

CODE 12-12-11

kWh

CODE 14-12-11

TYPES

kWh

CFS

CSI

CS

D5S

I70S

K2S

REV. 2005

A-BASE

100 AMP

SOCKET ADAPTER

SOCKET METER

SERVICE VOLTAGE

480, 600, 1200, 2400, 14400 VOLT - 1 PHASE - 2 WIRECD- 226

LINE

GND

R/BK

R/W

Y

R

LOAD

CIRCUIT CLOSER

LEFT SIDE

BOND

NEU

TR

AL (G

RO

UN

D P

HASE)

1 2

3 4

GND

kWh

VA DEMAND


METER MULTIPLIER X C.T.

RATIO X P.T. RATIO


CODE 11-12-11

CODE 31-12-11

REV. 2008

TYPES

kWH

CJ3S

K2S

TJSD

K2WSD

KWSD

VA DEMAND

K2LS

R

Y

CODE 31-12-13

CAUTION

A-BASE

100 AMP

S0CKET ADAPTER½ COIL

½ COIL

1 2

3 4

METER SOCKET

CD-231

TYPES

kWh

D4S

D5S

B1S

B1XS

B2S

B3S

B4S

CFS

CS1

CS

D2S

D3S

B5S

K2S

155S

I60S

I70S

B21S

CJS

CJ3S

DS

KS

M1S

J5S

SERVICE VOLTAGE

120 / 240 - 1 PHASE – 3 WIRE

FARM SOCKET ADAPTER

METER

240 VOLT – 1 PHASE – 3 WIRE

CODECODE AMP MULT.

13-23-11

13-23-13

1

1015 - 25

kWh

14-23-11

14-23-13.75 - 100

1

10

15-23-11

15-23-132 - 200 1

LOAD

NOTE:

VOLTAGE TEST LINKS,

LOCATED ON THE BACK OF

METER MUST BE IN CLOSED

POSITION BEFORE

INSTALLATION.

LINE

NEUTRAL

1 2

3 4


METER MULTIPLIER

REVISION 2005

NEUTRAL

½ COIL ½ COIL

CD-232SERVICE VOLTAGE

120 / 240 - 1 PHASE – 3 WIRE

(UP TO 100 AMPS)

LINE LOAD

METER

240 VOLT – 1 PHASE – 3 WIRE

CODECODE AMP MULT.

44-23-11 1.75 - 100

kWh

44-23-13 .75 - 100 10

44-23-19 .75 - 100 1

NOTE:

VOLTAGE TEST LINKS,

LOCATED NEAR THE METER

TERMINALS MUST BE IN

CLOSED POSITION BEFORE

INSTALLATION.


METER MULTIPLIER

TYPES

kWh

155A

CJ3A

DA

D3A

CFA

CA

REVISION 2005

NEUTRAL

A-BASE

S0CKET ADAPTER

1 2

3 4

METER SOCKET

CD-233

TYPES

kWh

K2S

I210

I70S

CJ3S

K2WSD

KWSD

TJSD

SERVICE VOLTAGE

120 / 240 - 1 PHASE – 3 WIRE

METER

.12 – 10 AMP - 240 VOLT – 1 PHASE – 2 WIRE

CODECODE 11-22-11

kWh

LOADLINE

1 2

3 4


METER MULTIPLIER X CT RATIO REVISION 2008

VA DEMAND - THERMAL

CODE 31-22-11


CODE 31-22-13

VA DEM.

K2LS

SVIS

KV2C

CAUTION:

SHORT OUT CT PRIOR TO

REPLACEMENT OF METER, NO

CIRCUIT CLOSER ON SOCKET

ADAPTER.

PLACE CAUTION DECAL CODE

85-90-00 0N ADAPTER BASE

BOND

GND

R

Y

R/BKR/W

CODE 11-22-13


120 / 240 - 1 PHASE – 3 WIRE

NEUTRAL

LOAD

1 2 3 4

BOND

GND

TYPES

kWh

CFA

METER


CODECODE 41-22-11

kWh



LINE

REV. 2008

R

Y

R/BKR/W

NEUTRAL

LOAD

1 2 3 4BOND

GND

TYPES

kWh

CFA

CD-236

SERVICE VOLTAGE

120 / 240 - 1 PHASE – 3 WIRE

LINEPHASE

PHASE

PHASE

PHASE

METER


CODECODE 41-22-11

kWh


METER MULTIPLIER X ½ CT RATIO

NOT RECOMMENDED

REPLACE 2-WIRE C.T.’S

WITH A 3-WIRE C.T.

WHENEVER C.T.’S

REQUIRE

REPLACEMENT

REFER TO CD-134

REVISION 2008

R

Y BE/W

BE/BK

R/W R/BK

CD-237

SERVICE VOLTAGE

120 / 240 - 1 PHASE – 3 WIRE

OUTDOOR WINDOW CT

LINE

GND

R/BK

R/W

YR

LOAD

CIRCUIT

CLOSER

LEFT SIDE

BOND

NEUTRAL

1 2

3 4

BOND

kWh

VA DEMAND - THERMAL



CODE 11-22-11

CODE 31-22-11

CODE 31-22-13

WHEN CT IS INSTALLED

POLE TOP, BOND CT

SECONDARY THROUGH

JAW #3 OF SOCKET


METER MULTIPLIER X ½ C.T. RATIO

TYPES

kWH

M1S

K2S

I210

I70S

CJ3S

K2WSD

KWSD

TJSD

VA DEMAND

K2LS

KV2C

SVIS

REV. 2008

NOTE:

REFER TO CD-137 WHEN ABOVE

CT IS NOT PRACTICAL DUE TO

SIZE OF CONDUCTORS.

CODE 11-22-13

LINE

GND

R/BK

R/W

Y

R

LOAD

CIRCUIT

CLOSER

LEFT SIDE

BOND

NEUTRAL

1 2

3 4

CD-238

SERVICE VOLTAGE

240 / 480 - 1 PHASE – 3 WIRE

OUTDOOR METERING

- TRANSRACK -

TYPES

kWH

M1S

K2S

I70S

CJ3S

K2WSD

KWSD

TJSD

VA DEMAND

K2LS

SVIS

GND

kWh

VA DEMAND - THERMAL


CODE 11-12-11

CODE 31-12-11

NOTE:

GROUND INSTRUMENT TRANSFORMERS

AT TERMINALS 3 AND 4 OF THE SOCKET

WHEN THE CT-PT ARE LOCATED POLE

TOP.

REV. 2008


METER MULTIPLIER X ½ C.T.

RATIO X PT RATIO

MULT.

1

0.5

GN

Y

R

480 V

120 V

SERVICE VOLTAGE


CD-239

LOAD

BOND

43

5

21

LINE

R BY

R Y B

TYPES

kWh

S3S

V62S

PBS

KYWSD

KYS

REV. 2005

240 VOLT – 3 PHASE - 3 WIRE

kWh

CODE AMP. MULT.

14-23-3150

1.2 - 10010

40


METER MULTIPLIER

NOTE 1:

#12 FLAMESEAL (YELLOW) CONNECTED

BETWEEN YELLOW PHASE AND 5TH TERMINAL

NOTE 2:

INTERNAL METER CONNECTION BETWEEN

ALTEDRNATE POSITIONS OF 5TH TERMINAL

NOTE 3:

TEST LINKS TO BE IN CLOSED POSITION

EBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.


CODE AMP. MULT.

35-93-34 2.0 – 200

VA DEM, - ELEC.

SS2S2L

(SENTINEL)

METER

20

43

5

21

31 2 4 5 6 87

R

Y

B

R

Y

B

LINE LOAD

SERVICE VOLTAGE240 VOLT - 3 PHASE - 3 WIRE

(SOCKET ADAPTER)

CD-244

SOCKET METERS

kWh

S3S

V62S

PBS

P20S

KYWSD

KYS

VA DEM. ELEC.

SS2S2L

(SENTINEL

REV. 2005


kWh

CODE AMP. MULT.

14-23-3150

1.2 - 100


METER MULTIPLIER


CODE AMP. MULT.

35-93-34 2.0 – 200

METER

20

(ADAPTER CODE 83-33-50)

EBY

ERY

IR

IB

300

300

B Ø

ELEMENT

UNITY P. F.

NOTE #1:

SOCKET ADAPTER USED WHEN

REPLACING S3 METERS

NOTE #2:

INTERNAL METER CONNECTION

BETWEEN ALTERNATE POSITIONS

OF 5TH

TERMINAL

NOTE #3:

TEST LINKS TO BE IN

CLOSED POSITION

10

40

SERVICE VOLTAGE

480 VOLT - 3 PHASE - 3 WIRECD-245

LOAD

BOND

43

5

21

LINE

R BY

R Y B

TYPES

kWh

D4S5

V62S

PCS

KYWSD

KYS

REV. 2008


kWh

CODE AMP. MULT.

13-43-31


METER MULTIPLIER

NOTE 1: WITH #12 (Y) FLAMESEAL MAKE

SOCKET CONNECTION FROM YELLOW PHASE

SPLITTER BLOCK TO 5TH

JAW

NOTE 2: INTERNAL METER

CONNECTION

NOTE 3: YELLOW PHASE

SPLITTER BLOCK MUST

BE INSULATED FOR 600

VOLTS

EBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.


CODE AMP. MULT.

35-93-34 2.0 – 200

VA DEM.KYLS

KVIS

SVIS

SS2S2L

(SENTINEL)

KV2c

METER

20

0.6 - 50 40

14-43-31

15-43-31

15-43-37

15-93-37

1.2 - 10010

80

2.5 - 200 10

2.5 - 200

205 - 200

100

100

34-43-32 1.0 - 100 40

34-43-33 1.0 - 100 40

35-43-32 2.0 - 200 80

35-43-33 2.0 - 200 80

F.S. DEMAND

MAXIMUM

96 kVA

96 kVA

192 kVA

192 kVA

192 kVA

FARM

IRRIGATION

NOTE 4: METER MUST BE

INSTALLED BEHIND THE

CUSTOMERS MAIN SWITCH

CODE AMP. MULT.

32-43-31 0.3 - 25 20

33-43-31 0.6 - 50 40

34-43-31 1.2 - 100 80

35-43-31 2.5 - 200 160

F.S. DEMAND

MAXIMUM

20 kVA

40 kVA

80 kVA

160 kVA

VA DEMAND - THERMAL

VOLTAGE AT SOCKET

TERMINAL VOLTS

1 - 5 480

1 - 2 480

2 - 5 480

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS SEE

CD-633

BOND

BER

R/W

YR/BK

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

W BE R/BKR/W BE/BKBE/W

8-JAW

COMBINATION

SOCKET

LINE

R R

Y Y

BE B

GN

R Y

GN

CD-246

SERVICE VOLTAGE

480 – 600 – 1080 – 2400 – 14400 – 25000 – 72000 VOLT - 3 PHASE – 3 WIRE

REV. 2008

BILLING MULTIPLIER IS: METER

MULT. X CT RATIO X PT RATIO

.12 - 10 AMP - 120 VOLT - 3 Ø -3 WIRE

METER

CODE 11-13-31

VA DEMAND - THERMAL

CODE 31-13-32

CODE 31-13-33

CODE 31-13-31

kWh


CODE 31-13-34

NOTE: WHEN USED WITH AN

OILFILLED METERING UNIT REFER TO

SERIES CD-XXX-A TO CD-XXX-E

EBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

120

TYPES

kWh

KYS

P20S

V63S

KYWSD

VA DEM.

KYLS

KVIS

SVIS

SV3SR

(VECTRON)

SS3S2L

(SENTINEL)

R

Y

BE

W

BOND

BE

R

R/W

YR/BK

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

W BE R/BKR/W BE/BKBE/W

8-JAW

COMBINATION

SOCKET

LINE

R R

Y Y

BE B

GN

R Y

GN

CD-247

SERVICE VOLTAGE

480 – 600 – 1080 – 2400 – 14400 – 25000 – 72000 VOLT - 3 PHASE – 3 WIRE

APPLICATION: CUSTOMERS WITH GROUND FAULT RESISTOR

REV. 2008


METER MULT. X CT RATIO X PT

RATIO

.12 - 10 AMP - 120 VOLT - 3 Ø -3 WIRE

METER

CODE 11-13-31

VA DEMAND - THERMAL

CODE 31-13-32

CODE 31-13-33

CODE 31-13-31

kWh


CODE 31-13-34




EBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

120

TYPES

kWh

KYS

P20S

V63S

KYWSD

VA DEM.

KYLS

KVIS

SVIS

SV3SR

(VECTRON)

SS3S2L

(SENTINEL)

GROUND FAULT

SENSING RESISTOR

XOHO

CAUTION:

DO NOT GROUND XO(REF. DWG A-30-04)

(CIRCULAR MSC-10) CUSTOMER

EQUIPMENT

SPC TRANSFORMATION

R

Y

BE

W

BOND

BE

R

R/W

YR/BK

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

BE R/BKR/W BE/BKBE/W

8-JAW

COMBINATION

SOCKET

LINE

R R

Y Y

B B

GN

R Y

GN

CD-248

SERVICE VOLTAGE

240 VOLT - 3 PHASE – 3 WIRE

REV. 2008


METER MULT. X CT RATIO

.12 - 10 AMP - 240 VOLT - 3 Ø -3 WIRE

METER

CODE 11-23-31

VA DEMAND - THERMAL

CODE 31-23-32

CODE 31-23-33

CODE 31-23-31

kWh


EBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

240

240

240

TYPES

kWh

KYS

P20S

V63S

KYWSD

VA DEM.

KYLS

KVIS

SVIS

SV3SR

(VECTRON)

SS3S2L

(SENTINEL)

BE

R

R/W

YR/BK

BE/W

BE/BK

12 3 4

56 7 8

LOAD


LINER R

Y Y

B B

R Y

GN

CD-250

SERVICE VOLTAGE


REV. 2008



.12 - 10 AMP - 240 VOLT - 3 Ø -3 WIRE

METER

CODE 11-23-31

VA DEMAND - THERMAL

CODE 31-23-32

CODE 31-23-33

CODE 31-23-31

kWh


EBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.

VOLTAGE AT

SOCKET

TERMINAL VOLTS

2 - 6

3 - 7

2 - 3

240

240

240

TYPES

kWh

KYS

P20S

V63S

KYWSD

VA DEM.

KYLS

KVIS

SVIS

SV3SR

(VECTRON)

SS3S2L

(SENTINEL)

NOTE:

CIRCUIT CLOSURE

BOTH SIDES

UPGRADE THIS

SERVICE REWIRE TO

CD-248

31

2 4 5

6 8

7

R

Y

B

R

Y

B

LINE

LOAD

SERVICE VOLTAGE480, 1080, 2400, 14400, 72000 VOLT - 3 Ø- 3 WIRE

CD-261

kWh

KYWPD

VA DEM.

KYLP

KYWPE

REV. 2008

.12 – 10A – 120 V -3 Ø – 3 W

kWh

CODE 41-13-31


METER MULTIPLIER X CT

RATIO X PT RATIO

VA DEMAND - THERMAL

CODE 61-13-31

METER

EBY

ERY

IR

IB

300

300

B Ø

ELEMENT

UNITY P. F.

TYPES

1 2 3 4 5 6 7

GN

R/W

R

BE

BE/W

Y

Y

BE/BK

R/BK


TERMINAL 1080 V OTHER

1 – 2

2 – 3

1 - 3

108

108

108

120

120

120R WY BE R/W R/BK BE/BK BE/BK

GN

GN

BOND




R

Y

BE

W

CD-XXX-A5KV – 3 Ø – 3 W – OIL FILLED METERING UNIT

FERRANTI-PACKARD – CSS-5

1 2 3 4 5 6 7

GN

R WY BE R/W R/BK BE/W BE/BK

GN

V1A

V2A

V2C

V1C

C2A

C1A

C3A

C1C

C2C

C3C


H1B

H1A

H1C

H2A

H2C

LOAD

NOTE 1:

POSITIVE SEQUENCE TO BE MAINTAINED

FROM (H1A) THROUGH (H1C), RYB,YBR,

OR BRY.

(F.P.) CSS-5

3 Ø – 3W

METERING UNIT

2 – 4200-120V – P.T.

2 - ____ /___ -5A – C.T.

NOTE 2:

UNDER COMMENTS ON H500 DOCUMENTS OR ON SAP

S5 NOTIFICATIONS PLEASE INDICATE CONNECTION

DIAGRAM USED WITH METERING UNIT.

i.e – CD-XXX-A (CD-246-A)

C. T. RATIO CONNECTION

HIGH LOW

H1A – C.T.

HIC – C.T.

CIA & C3A

CIC & C3C

C1A & C2A

C1C & C2C

REV. 2006

TEST

SWITCH

TO METER

LINE

3Ø – 3W

4160 V

CD-XXX-B15KV – 3 Ø – 3 W – OIL FILLED METERING UNIT


1 2 3 4 5 6 7

GN


GN

V1A

V2A

V2C

V1C

C2A

C1A

C3A

C1C

C2C

C3C


H1B

H1A

H1C

H2A

H2C

LOAD

NOTE 1:


FROM (H1A) THROUGH (H1C), RYB,YBR, OR

BRY.

(F. P.) CSS-15

3 Ø – 3W

METERING UNIT

2 – 14,400-120V – P.T.

2 - ____ /___ -5A – C.T.

NOTE 2:

UNDER COMMENTS ON H500 DOCUMENTS OR ON SAP S5

NOTIFICATIONS PLEASE INDICATE CONNECTION DIAGRAM USED

WITH METERING UNIT.

i.e – CD-XXX-B (CD-246-B)


HIGH LOW

H1A – C.T.

HIC – C.T.

CIA & C3A

CIC & C3C

C1A & C2A

C1C & C2C

REV. 2007

TEST

SWITCH

TO METER

LINE3Ø – 3W

14,400 V

CD-XXX-C72KV – 3 Ø – 3 W – OIL FILLED METERING UNIT

FERRANTI-PACKARD – KM-69 AND KMD-69

WITH SECONDARY RATIO SETTINGS

1 2 3 4 5 6 7

GN


GN

V1A

V2A

V2C

V1C

C2A

C1A

C3A

C1C

C2C

C3C


H1A

H1C

LOAD

NOTE 1:



OR BRY.

NOTE 2:

UNDER COMMENTS ON H500 DOCUMENTS OR ON

SAP S5 NOTIFICATIONS PLEASE INDICATE

CONNECTION DIAGRAM USED WITH METERING UNIT.

i.e – CD-XXX-A (CD-246-C)


HIGH LOW

H1A – C.T.

HIC – C.T.

CIA & C3A

CIC & C3C

C1A & C2A

C1C & C2C

REV. 2006

TO METER

TEST

SWITCH

H2A

H BH2C

(F. P.) KM-69 - 3 Ø – 3W

METERING UNIT

2 – 72,000-120V – P.T.

2 - ____ /___ -5A – C.T.

LINE

CURRENT BYPASS

& POTENTIAL DISCONNECTS

SHOWN WITH METERING UNIT IN

SERVICE

H1 H2

LINE LOAD

PRIMARY BUSHING KMD 69

WITH SECONDARY

RATIO SETTING

H1

H2

LOAD

LINE

PRIMARY BUSHING KM 69

WITH SECONDARY

RATIO SETTING

CD-XXX-D72KV – 3 Ø – 3 W – OIL FILLED METERING UNIT

FERRANTI-PACKARD – KMD-69

WITH PRIMARY RATIO SETTINGS

1 2 3 4 5 6 7

GN


GN

V1A

V2A

V2C

V1C

C1A

C2A

C1C

C2C


H3A

H1C

LOAD

NOTE 1:



OR BRY.

NOTE 2:




i.e – CD-XXX-D (CD-246-D)

REV. 2006

TO METER

TEST

SWITCH

H2A

H B

H3C

(F. P.) KM-69 - 3 Ø – 3W

METERING UNIT

2 – 72,000-120V – P.T.

2 - ____ /___ -5A – C.T.

LINE

CURRENT BYPASS


SHOWN WITH METERING

UNIT IN SERVICE

RATIOCONNECTION

STRAPS

CONNECTION

LINE LOAD

LOW

HIGH

H1 H4

H1 H4

SERIES

PARELLEL

H1

H2 H3

H4

H1

H2 H3

H4

H2C

H4C

H1AH4A

H1H2 H3

H4

R

H1

H2 H3

H4

B

CD-XXX-E72KV – 3 Ø – 3 W – OIL FILLED METERING UNIT

C. G. E. – KFE-69 – 3 Ø – 3W UNIT

P1 – X1

P1 – X2

P3 – X2

P3 – X1

C1 – X2

C1 – X1

C1 – X3

C3 – X1

C3 – X2

C3 – X3


H1-S

LINE

H3-S

LINE

LOAD

NOTE 1:

POSITIVE SEQUENCE TO BE

MAINTAINED FROM H1 THROUGH H3,

RYB,YBR, OR BRY.

NOTE 2:




i.e – CD-XXX-E (CD-246-E)


HIGH LOW

H1 – C.T.

H3 – C.T.

CI-X1 & C1-X3

C3-X1 & C3-X3

C1-X1 & C1-X2

C3-X1 & C3-X2

REV. 2005

H1-L

LOAD

H-2

H3-L

LOAD

(G. E.) KFE-69 - 3 Ø – 3W METERING UNIT

2 – 72,000-120V – P.T.

2 - 100 / 200 -5A – C.T.

LINE

CURRENT BYPASS


SHOWN WITH METERING

UNIT IN SERVICE

CD-XXX-H25KV – 3 Ø – 3 W – OIL FILLED METERING UNIT

PIONEER ELECTRIC – TYPE - IAPAT

1 2 3 4 5 6 7

GN


GN

V1

V2

V3

V4

C1

C2

C3

C4


LOAD

NOTE 1:


FROM (A) THROUGH (C), RYB,YBR, OR

BRY.

NOTE 2:

UNDER COMMENTS ON H500 DOCUMENTS

OR ON SAP S5 NOTIFICATIONS PLEASE

INDICATE CONNECTION DIAGRAM USED

WITH METERING UNIT.

i.e – CD-XXX-H (CD-246-H)

REV. 2005

TO METER

TEST

SWITCH

PIONEER ELECTRIC - IAPAT

2 – 24,000-120V – P.T.

2 - ____ /___ -5A – C.T.

LINE

LINE-A

LINE-B

LINE-C

LOAD-A

LOAD-C

SHORTING SCREWS

MUST BE LEFT OPEN

LOAD SIDE

PRIMARY BUSHING300/5 AMP

150/5 AMP

CD-XXX-I25KV – 3 Ø – 3 W – OIL FILLED METERING UNIT

FERRANTI-PACKARD – KM-25

1 2 3 4 5 6 7

GN


GN

V1A

V2A

V2C

V1C

C2A

C1A

C3A

C1C

C2C

C3C


H1A

H1C

LOAD

NOTE 1:



OR BRY.

NOTE 2:




i.e – CD-XXX-A (CD-246-C)


HIGH LOW

H1A – C.T.

HIC – C.T.

CIA & C3A

CIC & C3C

C1A & C2A

C1C & C2C

REV. 2006

TO METER

TEST

SWITCH

H2A

H BH2C

(F. P.) KM-25 - 3 Ø – 3W

METERING UNIT

2 – 24,000-120V – P.T.

2 - ____ /___ -5A – C.T.

LINE

CURRENT BYPASS



SERVICE

PRIMARY BUSHING KM25

WITH SECONDARY

RATIO SETTING

H2

H1

LINE

LOAD

w

4 5 6 7

1 2 3

½ COILS

CD-269

N

RY

B

NOTE 1:

VOLTAGE TEST LINKS ON BACK OF METER MUST BE

CLOSED

NOTE 2:

DO NOT ALLOW CUSTOMER TO CONNECT SINGLE PHASE

LOADS FROM RED PHASE

UNITY P.F.ERN

EYB

IR

IY

2

-IB

2RØ

ELEMENT

YBØ

ELEMENT

TYPES

KWH

KYS

V66S

VA DEMAND

KVIS

SVIS

SV4SD

SV4SR

SS4S0D

SS4S2L

A3KL


METER MULTIPLIER

SERVICE VOLTAGE

120/240V 3 Ø - 4W – DELTA

(2.5 ELEMENT METER SHOWN)

REV. 2008

METER

240 VOLT - 3Ø – 4W DELTA

kWh

CODE AMPS MULT.

14-24-31

15-24-31

1.2 - 10010

40

2.5 - 20010

40

CAUTION:RED PHASE (208 VOLTS TO

GRD.) MUST BE CONNECTED

TO TERMINAL #3


CODE

35-24-32

35-24-33

AMPS. MULT. F. S. DEMAND

MAXIMUM

2.0 - 200

2.0 - 200

40

40

96 kVA

96 kVA

CODE

35-24-31

AMPS. MULT. F. S. DEMAND

MAXIMUM

2.5 - 200 80 80 kVA

VA DEMAND - THERMAL

IY-B

2

IYB+IYB

2

(1Ø)

(3Ø)

VOLTAGE AT SOCKET

TERMINAL VOLTS

1 – 6

2 – 6

3 – 6

1 - 2

120

120

208

240

NOTE 3:

ONCE THIS SERVICE HAS A 3 ELEMENT METER ON IT DO NOT

GO BACK TO A 2.5 ELEMENT

METER. THE NEW CONNECTION DIAGRAM NUMBER IS CD-181

BOND

Y B R

208V

LINE

LOAD

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS SEE

CD-551

3 ELEMENT

METERING

35-95-34 2.0 - 200 25 CD-181

1 2 3 4 65 7 8 9 10

BOND

GN

R Y B WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/W

Y/WBE/W

R/BKY/BK

BE/BK

SERVICE VOLTAGE

120/240 VOLT - 3Ø - 4 WIRE – DELTA (INDOOR OR OUTDOOR C.T.’s)CD-270

METER

.12 - 8 AMP - 240 VOLT - 3 Ø - 4W - DELTA

kWh

CODE 11-24-31


CODE 31-24-32

CODE 31-24-33

TYPES

VA DEM.

SVIS

SV4SD

SV4SR

R

Y

BE

NEUTRAL

LINE

3Ø 3W

240V

LOADS

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

240

240

240

208

120

120

NOTE:

MANUFACTURER’S MARKINGS MAY VARY

AT THE TERMINALS ON THE METER

SOCKET. PLEASE WIRE AS INDICATED ON

THE DRAWING.

REV. 2008



13-JAW

COMBINATION

SOCKET

FOR OPTIONAL

PULSE OUTPUTS &

COMMUNICATION

CONNECTIONS

SEE CD-553

1 2 3

4 5 6

7

8

9

13

12

11

10

1Ø 3W

120/240V

LOADS

½ COIL

FULL COIL

UNITY P.F.ERN

EYB

IR

IY

2

-IB

2RØ ELEMENT

YBØ ELEMENT

IY-B

2

IYB+IYB

2

(1Ø)

(3Ø)

NOTE:ONCE THIS SERVICE HAS A 3

ELEMENT METER ON IT DO NOT GO

BACK TO A 2.5 ELEMENT METER.

THE NEW CONNECTION DIAGRAM

NUMBER IS CD-185

208V

kWh

KYS

KYWSD

VA - DEMAND - THERMAL

CODE 31-24-31

CODE 31-15 -34

300

300

SPC TRANSFORMATION

½ COIL

BOND

Y

R

R/W

Y

R/BK

Y/W

Y/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

3Ø LOAD

WBE R/BKR/W Y/BKY/W

8-JAW COMBINATION

SOCKET

LINE

RR

YY

BB

GN

R Y

GN

CD-271

REV. 2008



.12 - 10 AMP - 240 VOLT - 3 Ø -3 WIRE

METER

CODE 11-23-31

kWh

CAUTION: TO CORRECT NEGATIVE SEQUENCE

INTERCHANGE THE SERVICE

CONDUCTORS ON LINE SIDE OF 3W – C.T.

ALSO LOAD SIDE IF REQUIRED FOR

MOTOR ROTATION.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 – 3

1 – 4

2 – 4

3 - 4

240

240

240

208

120

120

TYPES

kWhKYS

V63S

KYWSD

SERVICE VOLTAGE

120/240 VOLT - 3Ø - 4 WIRE – DELTA (LINE FROM LEFT HAND SIDE)

8

BE

W

1Ø LOAD

NEUTRAL

20

8V

UNITY P.F.ERN

EYB

IRRØ

ELEMENT

YBØ

ELEMENT

IY-B

NOTE

DO NOT INSTALL 31-23-31

METERS – THEY READ 125%

HIGH ON DEMAND

SPC TRANSFORMATION

VA DEM.SENTINEL

ALPHA 3


CODE 31-13-34

BOND

Y

R

R/W

Y

R/BK

Y/W

Y/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

WBE R/BKR/W Y/BKY/W

8-JAW COMBINATION

SOCKET

LINE

R

YY

B

B

GN

R Y

GN

CD-272

REV. 2008

BILLING MULTIPLIER IS: METER MULT. X CT RATIO

.12 - 10 AMP - 240 VOLT - 3 Ø -3 WIRE

METER

CODE 11-23-31

kWh

CAUTION: TO CORRECT FOR NEGATIVE

SEQUENCE INTERCHANGE THE

SERVICE CONDUCTORS ON

LINE SIDE OF 3W – C.T. ALSO

LOAD SIDE IF REQUIRED FOR

MOTOR ROTATION.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 – 3

1 – 4

2 – 4

3 - 4

240

240

240

208

120

120

TYPES

kWhKYS

V63S

KYWSD

SERVICE VOLTAGE

120/240 VOLT - 3Ø - 4 WIRE – DELTA (LINE FROM RIGHT HAND SIDE)

8

BE

W

NEUTRAL

208V

UNITY P.F.ERN

EYB

IRRØ

ELEMENT

YBØ

ELEMENT

IY-B

NOTE



HIGH ON DEMAND

3Ø LOAD

1Ø LOAD

R

SPC TRANSFORMATION

VA DEM.SENTINEL

ALPHA 3


CODE 31-13-34

BOND

Y

R

R/W

Y

R/BK

Y/W

Y/BK

1 2 3 4

5 6 7 8

1 2 34 5 6 7

3Ø LOAD

WBE R/BKR/W Y/BKY/W

8-JAW COMBINATION

SOCKET

LINE

R

R

Y Y

B

B

GN

RY

GN

CD-273

REV. 2008


METER MULT. X ½ CT RATIO

.12 - 10 AMP - 240 VOLT - 3 Ø -3 WIRE

METER

CODE 11-23-31

kWh

CAUTION: TO CORRECT NEGATIVE

SEQUENCE INTERCHANGE

Y AND B CONDUCTORS AT

SOURCE ALSO LOAD SIDE IF

REQUIRED FOR MOTOR

ROTATION.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 – 3

1 – 4

2 – 4

3 - 4

240

240

240

208

120

120

TYPES

kWhKYS

P20S

V63S

KYWSD

SERVICE VOLTAGE

120/240 VOLT - 3Ø - 4 WIRE – DELTA (OUTDOOR WINDOW TYPE C.T.’S)

8

BE

W

1Ø LOAD

NEUTRAL

20

8V

UNITY P.F.ERN

EYB

IRRØ

ELEMENT

YBØ

ELEMENT

IY-B

NOTE



HIGH ON DEMAND

SPC TRANSFORMATION

VA DEM.SENTINEL

ALPHA 3


CODE 31-13-34

Y

R

R/W

Y

R/BK

BE/W

1 2 3 4

5 6 7 8

3Ø LOAD

W


LINE

RR

YY

BB

R

CD-274

REV. 2008BILLING MULTIPLIER IS:


.12 - 10 AMP - 240 VOLT - 3 Ø -3 WIRE

METER

CODE 11-23-31

kWh

CAUTION: TO CORRECT NEGATIVE

SEQUENCE INTERCHANGE THE

SERVICE CONDUCTORS ON

LINE SIDE OF 3W – C.T. ALSO

LOAD SIDE IF REQUIRED FOR

MOTOR ROTATION.

VOLTAGE AT

METER SOCKET

TERMINAL VOLTS

2 - 6

3 - 6

2 – 3

3 – 7

2 – 7

6 - 7

240

240

240

208

120

120

TYPES

kWh

KYS

V63S

KYWSD

SERVICE VOLTAGE

120/240 VOLT - 3Ø - 4 WIRE – DELTA (INDOOR C.T.’S)

W

1Ø LOAD

NEUTRAL

208V

UNITY P.F.ERN

EYB

IRRØ

ELEMENT

YBØ

ELEMENT

IY-B

NOTE



HIGH ON DEMAND

NOTE

CIRCUIT CLOSURES BOTH

SIDES

GN

SPC TRANSFORMATION

CD-280

NOTE 1:



CLOSED

UNITY P.F.

TYPES

KWH

KYS

V66S

VA DEMAND

SVIS

SV4SD

SV4SR

SS4S0D

SS4S2L

A3KL


METER MULTIPLIER

REV. 2008

VOLTAGE

AT

SOCKET

TERMINAL 120/208

1 – 6

3 – 6

1 – 2

2 – 3

1 - 3

120

120

208

208

208 NOTE 3:

ONCE THIS SERVICE HAS A 3

ELEMENT METER ON IT DO NOT


METER. THE NEW CONNECTION

DIAGRAM NUMBER IS CD-181

SERVICE VOLTAGE

120/208 - 277/480 - 347/ 600V 3Ø - 4W - WYE

ERN

EBN

IR-IY

IB-Y

RØ

ELEMENT

BØ

ELEMENT

300

300

IR-Y

2.5 ELEMENT SELF-CONTAINED

METER 120 V0LT 3PH 4W WYE

120

208

CODE

AMPS

MULT.

KWH 14-14-31 1.2 - 100 10 30

15-14-31 2.5 - 200 10 60

VA DEM 35-14-31 2.0 - 200 60

THERM

VA DEM 35-15-33 2.0 – 200 20

ELECT 35-95-34 25


277

480

CODE

AMPS

MULT.

KWH 15-74-37 2.5 - 200 100

34-74-32 1.0 – 100 25

VA DEM 34-74-33 1.0 – 100 25

ELECT 35-74-32 2.0 – 200 50

35-74-33 2.0 – 200 50

35-95-34 2.0 - 200 25

VA DEM 33-74-31 .6 – 50 37.5

THERM 34-74-31 1.2 – 100 75

35-74-31 2.5 - 200 150


347

600

CODE

AMPS

MULT.

KWH 13-34-31 .6 - 50 45

14-34-31 1.2 - 100 10 90

34-34-32 1.0 - 100 30

VA DEM 34-34-33 1.0 – 100 30

ELECT 35-34-32 2.0 – 200 60

35-34-33 2.0 – 200 60

35-95-34 2.0 - 200 25

VA DEM 34-34-31 1.2 – 100 90

THERM 34-34-31 2.5 - 200 180

NOTE 2:

ON 277/480 VOLT OR 347/600


MUST BE CONNECTED

BEHIND THE CUSTOMER’S

MAIN SWITCH AND THE

NEUTRAL SPLITTER IN THE

SOCKET MUST BE INSULATED

FROM GROUND.

SERVICE VOLTAGE

277/480

277

277

480

480

480

347/600

347

347

600

600

600

w

4 5 6 7

R

Y

1 2 3

BOND

Y BR

B

N

N

BOND

BE

R

R/W

WR/BK

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

B R/BKR/W Y/BKY/W

8-JAW

COMBINATION

SOCKET

LINE

R R

Y Y

B B

GN

R W

GN

CD-281

REV. JAN. 2009BILLING MULTIPLIER IS:


.12 - 10 AMP - 120 VOLT - 3 Ø -3 WIRE

METER

CODE 11-13-31

kWh

WARNING: DO NOT INSTALL

THERMAL VA DEMAND

METERS AS THE DEMAND

WILL READ HIGH.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

TYPES

kWh

KYS

V63S

KYWSD

8 9

BE/BKBE/W

SERVICE VOLTAGE

120 / 208 V 3Ø - 4W - WYE

Y/BK

Y/W

NN

UNITY P.F.

ERN

EBN

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

SPC TRANSFORMATION


CODE 31-13-33

CODE 31-13-34

1 2 3 4 65 7 8 9

BOND

GN

R BWR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

120 / 208 VOLT – 3 Ø - 4 W - WYECD-284

METER

.12 - 8A - 120V - 3Ø - 4W -W YE


CODE 31-14-32

CODE 31-14-33

TYPES

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

NOTE:

MANUFACTURES MARKINGS




ON THIS DRAWING.

REV. 2008



13-JAW

COMBINATION

SOCKET

VA DEM.

SVIS

VIME4S

SV4SD

SV4SR

SS4S2L

A3KL

CODE 31-14-34


CODE 31-14-31

CODE 11-14-31

kWh

UNITY P.F.

ERN

EBN

IR

-IY

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

kWh

KYS

V65S

KYWSD

CAUTION: INSTALL JUMPER

4 5 6

1 2 3

12

137

8

SPC TRANSFORMATION

1 2 3 4 65 7 8 9

BOND

GN

R BWR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK


120 / 208 VOLT – 3 Ø - 4 W - WYECD-285

METER

.12 - 8A - 120V - 3Ø - 4W -W YE


CODE 31-14-32

CODE 31-14-33

TYPES

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

NOTE:





ON THIS DRAWING.

REV. 2008



13-JAW

COMBINATION

SOCKET

VA DEM.

SVIS

SV4SD

SV4SR

SS4S2L

A3KL

CODE 31-14-34


CODE 31-14-31

CODE 11-14-31

kWh

UNITY P.F.

ERN

EBN

IR-IY

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

kWh

KYS

V65S

KYWSD


R

GROUND

FAULT RELAY

GROUND FAULT

RESISTOR

HO

CAUTION: DO NOT GROUND XO (REF. DWG CS

A-30-04) ( CIRCULAR MSC-10) INSTALL

INSULATED NEUTRAL BUSHING FOR THE

COMMON NEUTRAL POINT FOR METERING 3

PHASE 4 WIRE WYE

654

1 2 3

7

812

13

CUSTOMER

EQUIPMENT

XO

SPC TRANSFORMATION

W

R/BK

BE/BK

1 2 3 4 5 6 7

LOAD

BE R/BKR/W Y/BKY/W

LINE

R R

Y Y

BE BE

GN

R W

GN

CD-287



.12 - 10 AMP - 120 VOLT - 3 Ø -4 WIRE

METER

CODE 11-14-31

kWh

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

TYPES

kWh

KYS

V65S

KYWSD

8 9

BE/BK

BE/W

SERVICE VOLTAGE

120 / 208 V 3Ø - 4W - WYE

WITH 13-JAW A-BASE SOCKET ADAPTER

Y/BKY/W

N N

UNITY P.F.

ERN

EBN

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

31

2 4

5

6 8

7

R/W

WBE/W

R

BE

REVISION 2008

VA DEMAND

CODE 31-14-33

CODE 31-14-34

4 5 6

1 2 3

4

5 6

1 2 3

2 ½ ELEMENT METER

9

10

11

VA DEM.

SVIS

SV4SD

SV4SR

SS4S2L

A3KL

SPC TRANSFORMATION

W

R/BK

BE/BK

1 2 3 4 5 6 7

LOAD

BE R/BKR/W Y/BKY/W

LINE

R R

Y Y

BE BE

GN

R W

GN

CD-288



.12 - 8 AMP - 120 VOLT - 3 Ø - 4 WIRE

METER

CODE 41-14-31

kWh

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

TYPES

kWh

KYS

V63S

KYWSD

8 9

BE/BKBE/W

SERVICE VOLTAGE

120 / 208 V 3Ø - 4W - WYE

Y/BK

Y/W

NN

31

2 4 9

6 8

7

R/W

WBE/W

R

BE

REVISION 2008

GN

Y/BK

5 10


CODE 61-14-32

VA DEMAND - THERMAL

CODE 61-14-31

APPLICATION

FOR USE IN SWITCHGEAR

OR METERING CABINET

UNITY P.F.

ERN

EBN

IR

-IY

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

SPC TRANSFORMATION

1 2 3 4 65 7 8 9

BOND

GN

R BW

R/WR/BK

Y/W BE/WY/BK BE/BK

W

R

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

277/480 – 347/600 – 2400/4160 – 14400/25000 VOLT – 3 Ø - 4 W - WYECD-292

METER

.12 - 8A - 120V - 3Ø - 4W -W YE


CODE 31-14-32

CODE 31-14-33

TYPES

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

NOTE:





ON THIS DRAWING.

REV. 2008


MULT. X C.T. RATIO X PT RATIO

13-JAW

COMBINATION

SOCKET

VA DEM.

SVIS

SV4SD

SV4SR

SS4S2L

A3KLCODE 31-14-34


CODE 31-14-31

CODE 11-14-31

kWh

UNITY P.F.

ERN

EBN

IR

-IY

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

kWh

KYS

V65S

KYWSD


Y

5 64

1 2 3

7

8

12

13

SPC TRANSFORMATION R

W

BEY

1 2 3 4 65 7 8 9

BOND

GN

RB

WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK


277/488 – 347/600 – 2400/4160 – 14400/25000 VOLT – 3 Ø - 4 W - WYECD-293

METER

.12 - 8A - 120V - 3Ø - 4W -W YE


CODE 31-14-32

CODE 31-14-33

TYPES

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N


TERMINAL NORMAL

1 - 2

2 - 3

1 - 3

120

120

208

NOTE:





ON THIS DRAWING.

REV. 2008

BILLING MULTIPLIER IS: METER MULT. X

C.T. RATIO X PT RATIO

13-JAW

COMBINATION

SOCKET

VA DEM.

SVIS

SV4SD

SV4SR

SS4S2L

A3KLCODE 31-14-34


CODE 31-14-31

CODE 11-14-31

kWh

UNITY P.F.ERN

EBN

IR-IY

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

kWh

KYS

V65S

KYWSD


R

GROUND


RESISTOR

HO

CAUTION: DO NOT GROUND XO

(REF. DWG CS A-30-04) (

CIRCULAR MSC-10) INSTALL

INSULATED NEUTRAL BUSHING

FOR THE STAR POINT FOR

METERING 3 PHASE 4 WIRE WYE

Y

277/480

111

111

192

347/600

115

115

200

4 5 6

1 2 3

7

8

12

13

CUSTOMER

EQUIPMENT

XO

SPC TRANSFORMATION R

BE

WY

W

R/BK

BE/BK

1 2 3 4 5 6 7

LOAD

BE R/BKR/W Y/BKY/W

LINE

R R

Y Y

BE BE

GN

R W

GN

CD-295

.12 - 10 AMP - 120 VOLT - 3 Ø -4 WIRE

METER

CODE 11-14-31

kWh

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

TYPES

kWh

KYS

V65S

KYWSD

8 9

BE/BK

BE/W

SERVICE VOLTAGE

277/480 – 347/600 – 2400/4160 – 14400/25000 V 3Ø - 4W - WYE

WITH 13-JAW A-BASE SOCKET ADAPTER

Y/BKY/W

N N

UNITY P.F.

ERN

EBN

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

31

2 4

5

6 8

7

R/W

WBE/W

R

BE

REVISION 2008

VA DEMAND

CODE 31-14-31

CODE 31-14-33

4 5 6

1 2 3

4

5 6

1 2 3

2 ½ ELEMENT METER

9

10

11

VA DEM.

SVIS

SV4SD

SV4SR

SS4S2L

A3KL

CODE 31-14-34

Y

BE

W

Y

RSPC TRANSFORMATION

BILLING MULTIPLIER IS: METER MULT. X

C.T. RATIO X PT RATIO

W

R/BK

BE/BK

1 2 3 4 5 6 7

LOAD

BE R/BKR/W Y/BKY/W

LINE

R R

Y Y

BE BE

GN

RW

GN

CD-296

.12 - 8 AMP - 120 VOLT - 3 Ø - 4 WIRE

METER

CODE 41-14-31

kWh

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

TYPES

kWh

KYWPD

8 9

BE/BKBE/W

SERVICE VOLTAGE

277 / 480 – 347 / 600 – 2400 / 4160 – 14400 / 25000 V 3Ø - 4W - WYE

Y/BK

Y/W

NN

31

2 4 9

6 8

7

R/W

WBE/W

R

BE

REVISION 2008

GN

Y/BK

5 10


CODE 61-14-32

VA DEMAND - THERMAL

CODE 61-14-31

UNITY P.F.

ERN

EBN

IR

-IY

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y

VA DEM.

KYLP

KYWPE

Y

NOTE:

WHEN USED WITH OILFILLED

METERING UNIT REFER TO

SERIES CD-XXX-J TO CD-XXX-P

277/480 347/600

111

111

192

115

115

200SPC TRANSFORMATION

Y

W

R

BEBILLING MULTIPLIER IS: METER


CD-XXX-J5KV – 3 Ø – 4 W – OIL FILLED METERING UNIT


1 2 3 4 5 6 7

GN

R WY BE R/W R/BK Y/W Y/BK

GN

V1A

V2A

V2C

V1C

C2A

C1A

C3A

C1C

C2C

C3C

R WY BE R/W R/BK BE/BK BE/BK

H0

H1A

H1B

H2A

H2B

LOAD

NOTE 1:



OR BRY.

(F.P.) CSS-5 3 Ø – 4W

METERING UNIT

2 – 2400-120V – P.T.’s

3 - ____ /___ -5A – C.T.’s

NOTE 2:

UNDER COMMENTS ON H500 DOCUMENTS OR ON SAP

S5 NOTIFICATIONS PLEASE INDICATE CONNECTION

DIAGRAM USED WITH METERING UNIT.

i.e – CD-XXX-J (CD-292-J)


HIGH LOW

H1A – C.T.

H1B – C.T.

C1A & C3A

C1B & C3B

C1A & C2A

C1B & C2B

REV. 2008

TEST

SWITCH

TO METER

LINE

H1C – C.T. C1C & C3C C1C & C2C

C1B

C2B

C3B

Y/W Y/BK

H1C H2C

9

BE/BK

8

BE/W

N

3Ø – 4W – WYE

4160 V

CD-XXX-K25KV – 3 Ø – 4 W – OIL FILLED METERING UNIT

FERRANTI-PACKARD – KM-25

V1A

V2A

V2C

V1C

C2B

C1B

C3B

C1C

C2C

C3C

R WY BE

Y/W Y/BK BE/BK BE/BK

H1B

H1C

LOAD

NOTE 1:



OR BRY.

NOTE 2:




i.e – CD-XXX-K (CD-292-K)


HIGH LOW

H1A – C.T.

H1B – C.T.

C1A & C3A

C1B & C3B

C1A & C2A

C1B & C2B

REV. 2006

H2B

H 0

H2C

(F. P.) KM-25 - 3 Ø – 4W

METERING UNIT2 – 14,400-120V – P.T.

3 - ____ /___ -5A – C.T.

LINE

CURRENT BYPASS



SERVICE

PRIMARY BUSHING

ON PHASE R – Y - & B

H2

H1

LINE

LOAD

H1A

H2A

C2A

C1A

C3A

R/W R/BK

1 2 3 4 5 6 7

GN


GN

TEST

SWITCH

TO METER

9

BE/BK

8

BE/W

3Ø – 4 WIRE – WYE

25,000 V

H1C – C.T. C1C & C3C C1C & C2C

CD-XXX-L25KV – 3 Ø – 4 W – OIL FILLED METERING UNIT

PIONEER ELECTRIC – TYPE – IAPFT & IP

(SINGLE RATIO)

V1

V2

V3

V4

C3

C4

C5

C6

R WY BE

Y/W Y/BK BE/W BE/BK

H1B

H1A

LOAD

NOTE 1:



OR BRY.

NOTE 2:




i.e – CD-XXX-L (CD-292-L)


HIGH LOWH1A – C.T. H1B – C.T.

C3 & C4 C5 & C6

REV. 2006

H2B

H 0

H2A

(P. E.) 25 KV- 3 Ø – 4W

METERING UNIT2 – 14,400-120V – P.T.’s

3 - ____ /___ -5A – C.T.’s

LINE

CURRENT BYPASS



SERVICE

PRIMARY BUSHING


H2

H1

LINE

LOAD

H1C

H2C

C1

C2

R/W R/BK

1 2 3 4 5 6 7

GN


GN

TEST

SWITCH

TO METER

9

BE/BK

8

BE/W


25,000 V

H1C – C.T.

C1 & C2

CD-XXX-M25KV – 3 Ø – 4 W – OIL FILLED METERING UNIT

PIONEER ELECTRIC – TYPE – IAPFT(DUAL RATIO)

V1

V2

V4

V3

C5

C2

C8

C3

C6

C9

R WY BE

Y/W Y/BK BE/W BE/BK

H1B

H1A

LOAD

NOTE 1:



OR BRY.

NOTE 2:




i.e – CD-XXX-M (CD-292-M)


HIGH LOW

H1A – C.T.

H1B – C.T.

C1 & C7

C2 & C8

C1 & C4

C2 & C5

REV. 2007

H2B

H 0

H2A

(P. E.) 25 KV - 3 Ø – 4W

METERING UNIT2 – 14,400-120V – P.T.’s

3 - ____ /___ -5A – C.T.’s

LINE

CURRENT BYPASS



SERVICE

PRIMARY BUSHING


H2

H1

LINE

LOAD

H1C

H2C

C4

C1

C7

R/W R/BK

1 2 3 45 6 7

GN


GN

TEST

SWITCH

TO METER

9

BE/BK

8

BE/W


25,000 V

H1C – C.T. C3 & C9 C3 & C6

1 2 3 4 65 7 8 9

GN

RY BW R/W

R/BKY/W BE/W

Y/BK BE/BK

TO 2.5 ELEMENT METER

BE/BK

BE/W

X1

X2

X3

H1 H2

BE

W

HO

Y1

Y2

Y3

Z2

Z1

Z3

X1

X2

X3

H1 H2

Y

HO

Y1

Y2

Y3

Z2

Z1

Z3

R/BK

R/W

X1

X2

H1 H2

R

HO

Y1

Y2

Y3

Z2

Z1

Z3

X3

40250/72000 V - 3 PHASE - 4 WIRE WYE

WITH 3 OIL-FILLED SINGLE PHASE METERING UNITS

CD-XXX-O

SQUARE D TYPE N-350

LINE

LOAD

[B] (Y) R

[R] (B) Y

[Y] (R) B

NOTE 1:



NOTE 2:


CONDUCTOR #9 AWG



*Y1-Y3, *Z1-Z3 115 VOLTS

*Y2-Y3, *Z2-Z3 67.08 VOLTS

CURRENT TRANSFORMER

RATIO CONNECTIONS

HIGH LOW

*X1 & X3 *X2 & X3

NOTE 3:




WITH UNITS. ie: CD-XXX-O

REV. 2005

Y/W

Y/BK

GN

Y3

Y2

Y1

X2

X3

X1

H1

1 2 3 4 65 7 8 9

GN

RY

BW R/WR/BK

Y/W BE/WY/BK BE/BK


NOTE 1:



RATIO

LOW

CONNECTION

STRAPS

HIGH

CONNECTION

NOTE 3:




WITH UNITS. ie: CD-558-P

NOTE 2:

METERING SERVICES WILL USE 2 RUNS

OF 6 CONDUCTOR #9 AWG


CD-XXX-P80500/138000 - 3 PHASE - 4 WIRE WYE


FERRANTI PACKARD

- CT's - K138 (DUAL RATIO)

- PT's - -MG-138 (DOUBLE SEC.)

[B] [R] [Y]

(Y) (B) (R)

R Y B

LINE

LOAD

W

R/W

R/BK

Y/W

Y/BK

BE/W

BE/BK

H0

BE

H2X2

X1

H1

H3

H4

X2

H1

H4

X2

H1

H4

H2

H3

X1

X1

H2

H3

Y3

Y2

Y1

X2

X3

X1

H1 Y

H0

R

LINE LOAD

H1 H4

H1 H4

PARALLEL

H3

H4

H2

H1

H1

H2 H3

H4

SERIES

Revised 2008

Y3

Y2

Y1

X2

X3

X1

X1

X2

X3

H1

H2

H2

H1

X1

X2

X3

H2

H1

Y3

Y2

Y1

X2

X3

X1

X1

X2

X3

H1

H2

H2

H1

1 2 3 4 65 7 8 9

GN

R Y BW

R/WR/BK

Y/W BE/WY/BK BE/

BK


NOTE 1:


MANTAINED - RYB, YBE OR BRY


*X1-X3, *Y1-Y3 115 VOLTS

*X2-X3, *Y2-Y3 67.08 VOLTS

CURRENT TRANSFORMER

RATIO CONNECTIONS

HIGH LOW

*X1 & X3 *X2 & X3

NOTE 3:





NOTE 2:


CONDUCTOR #9 AWG


CD-XXX-Q80500/138000 - 3 PHASE - 4 WIRE WYE


TYPES - CT's - CTE-145 (DUAL RATIO)

- CT’s – IMBD-145 (DUAL RATIO)

- PT's - UTE-145 (DOUBLE SEC.)

- PT’s- UT5-650 (DOUBLE SEC.)

[B] [R] [Y]

(Y) (B) (R)

R Y B

LINE

LOAD

W

BE

R

YR/W

R/BK

Y/W

Y/BK

BE/W

BE/BK

REVISED 2008

R BW R/W

R/B

K

Y/W

BE/WY/B

K

BE/B

K

R

Y

BE

LINE

LOAD

R

Y

BE

Y

CD-XXX-S

X1

H1

X2

X2

X1

H1

H2

H2

X1 X2

X3

X1 X2

X3

X1 X

2

X3

5 KV INDIVIDUAL CT’s AND PT’s

ENBRIDGE – WHITE CITY

2 – 2400/120V PT’s

TYPE – JVW3 OR PTOM-5

(OUTDOOR)

4160V

3Ø 4W - Y

3 - / -5 -CT’s

TYPE -RU-5 (WINDOW – OUTDOOR)

OR TYPE – PU-5 (BAR – OUTDOOR)

REVISED 2008

SERVICE VOLTAGE

480 VOLT - 3 PHASE - 3 WIRECD-633

LOAD

BOND

43

5

21

LINE

R BY

R Y B

TYPES

REV. 2008



METER MULTIPLIER

EBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.


CODE AMP. MULT.VA DEM.

KYLS

KVIS

SVIS

SS2S2L

A3KL

METER

35-93-3C 2.0 - 200 20

35-93-3G 2.0 - 200 20

F.S. DEMAND

MAXIMUM

192 kVA

192 kVA

VOLTAGE AT SOCKET

TERMINAL VOLTS

1 - 5 480

1 - 2 480

2 - 5 480

35-93-6C 2.0 - 200 20 192 kVA

K

CUSTOMER ACCESS

DATA TERMINAL STRIPY1 Y2 Y3

KWh KVAh TIME

OUT

RDB-9 CABLE COLOURS

SHOWN

SEE CD-564

Y

ORBRN

GRNPURPLE

NOTE: Y-TERMINAL

CONNECTOR INSIDE METER

SOCKET MUST BE

INSULATED.

35-93-6G 2.0 - 200 20 192 kVA

35-93-7C 2.0 - 200 20 192 kVA

BOND

BE

R

R/W

YR/BK

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

W B R/BKR/W BE/BKBE/W

8-JAW

COMBINATION

SOCKET

LINE

R R

Y Y

B B

GN

R Y

GN


480 – 600 – 1080 – 2400 – 14400 – 25000 – 72000 VOLT - 3 PHASE – 3 WIRE

REV. 2008



.12 - 10 AMP - 120 VOLT - 3 Ø -3 WIRE

METER

CODE 31-13-3C

CODE 31-13-3G


CODE 31-13-6C



SERIES CD-XXX-A TO CD-XXX-EEBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

120

Types:

VA DEM.

SV3SR

SS3S2L

A3KL

K

CUSTOMER ACCESS


KWh KVAh TIME

OUT

RDB-9 CABLE COLOURS

SHOWN

SEE CD-564

Y

ORBRN

GRNPURPLE

NOTE: PULSE CABLE COLOURS ARE

DIFFERENT FOR DIFFERENT METERS.

PLEASE SEE CD-564 FOR PROPER

COLOURS USED

R

Y W

BE

CODE 31-13-6G

CODE 31-13-7C

BOND

BER

R/W

YR/W

BE/W

BE/BK

1 2 3 4

5 6 7 8

1 2 3 4 5 6 7

LOAD

W R/BKR/W BE/BKBE/W

8-JAW

COMBINATION

SOCKET

LINE

R R

Y Y

B B

GN

R Y

GN

CD-638

SERVICE VOLTAGE

480 – 600 – 1080 – 2400 – 14400 – 25000 – 72000 VOLT - 3 PHASE – 3 WIRE

REV. 2008



.12 - 10 AMP - 120 VOLT - 3 Ø -3 WIRE

METER

CODE 31-13-3G

CODE 31-13-6C


CODE 31-13-6G



SERIES CD-XXX-A TO CD-XXX-EEBY

ERY

IR

IB

300

300

R Ø

ELEMENT

B Ø

ELEMENT

UNITY P. F.

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

120

TYPES

VA DEM.

ION 8300

ION 8500

ION 8600

QUANTUM

SV3SR

(VECTRON)

SS3S2L

(SENTINEL)

K

CUSTOMER ACCESS


KWh KVAh TIME

OUT

RDB-9 CABLE COLOURS

SHOWN

SEE CD-564

Y

ORBRN

GRNPURPLE

NOTE: PULSE CABLE COLOURS ARE DIFFERENT

FOR DIFFERENT METERS. PLEASE SEE CD-563

AND CD-564 FOR PROPER COLOURS USED

CODE 31-13-3C

BER

R/W

Y

BE/BK

BE/W

1 2 3 4

5 6 7 8

OPTIONAL

8-JAW

COMBINATION

SOCKET

R/BK

R/BK

Y BE

BE

R

CODE 31-13-7C

CODE 51-13-6I

R

Y

BE

W

* ONLY APPLICABLE TO EXISTING SERVICES OVER 5 MVA LOAD

BILLING METER BACK-UP METER

CODE 51-13-6J

CD-645

NOTE 1:



CLOSED UNITY P.F.

TYPES

VA DEMAND

(SENTINEL)

SS4S0D

SS4S2L

(ALPHA3)

A3KL

QUANTUM

ION


METER MULTIPLIER

REV. 2007

VOLTAGE

AT

SOCKET

TERMINAL 120/208

1 – 6

3 – 6

1 – 2

2 – 3

1 - 3

120

120

208

208

208

NOTE 3:

ONCE THIS SERVICE HAS A 3

ELEMENT METER ON IT DO NOT


METER. THE NEW CONNECTION

DIAGRAM NUMBER IS CD-181

SERVICE VOLTAGE120/208 - 277/480 - 347/ 600V 3Ø - 4W – WYE

2.5 ELEMENT SELF-CONTAINED

ERN

EBN

IR-IY

IB-Y

RØ

ELEMENT

BØ

ELEMENT

300

300

IR-Y

NOTE 2:

ON 277/480 VOLT OR 347/600


MUST BE CONNECTED

BEHIND THE CUSTOMER’S

MAIN SWITCH AND THE

NEUTRAL SPLITTER IN THE

SOCKET MUST BE INSULATED

FROM GROUND.

SERVICE VOLTAGE

277/480

277

277

480

480

480

347/600

347

347

600

600

600

w

4 5 6 7

R

Y

1 2 3

BOND

Y BR

B

N

N

LOAD

K Y1 Y2 Y3

OR

RY

CUSTOMER USE 2-WIRE

OUTPUT

K-Y1 WATTS

K-Y2 VA

9-PIN CONNECTOR

SEE CD- 564


CONNECTED TO

EXTERNAL MODEM OR

SASKTEL PHONE JACK

NOTE:



METERS. USE THE APPROPREIATE

COLORS FOR THE METER USED

GN

ONLY AVAILABLE METER FOR PULSE

OUTPUT IS A 3 ELEMENT SELF-CONTAINED

- INSTALL 3 ELEMENT METER AND CHANGE

CD# TO CD-551

1 2 3 4 65 7 8 9

BOND

G

N

R BWR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

120 / 208 VOLT – 3 Ø - 4 W - WYE CD-647

METER.12 - 8A - 120V - 3Ø - 4W -W YE


CODE 31-14-3CCODE 31-14-3G

TYPES

VA DEM.

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

NOTE:

MANUFACTURES MARKINGS MAY VARY AT THE

TERMINALS ON THE METER SOCKET. PLEASE

WIRE AS INDICATED ON THIS DRAWING.REV. 2008



13-JAW

COMBINATION

SOCKET

(VECTRON)

SV4SD

SV4SR

(SENTINEL)

SS4S2L

(ALPHA3)

A3KL

QUANTUM

CODE 31-14-6C

UNITY P.F.

ERN

EBN

IR-IY

IB-Y

RØ ELEMENT

BØ ELEMENT

300

300

IR-Y


654

1 2 3

7

812

13

K Y1 Y2 Y3

GNR

Y

CUSTOMER USE 2-WIRE

OUTPUT

K-Y1 WATTS

K-Y2 VA

9-PIN CONNECTOR

SEE CD- 564


CONNECTED TO

EXTERNAL MODEM OR

SASKTEL PHONE JACK

NOTE:

PULSE CABLE COLORING WILL VARY FOR THE

DIFFERENT METERS. USE THE APPROPREIATE

COLORS FOR THE METER USED

OR

CODE 51-14-6JCODE 51-14-6I

CODE 31-14-6GCODE 31-14-66CODE 31-14-69

W

R\W BE\WY\W

BE\W

BE\WY\W

Y\WR\W

R\W

WR\BK

R\BK

Y\BK

Y\BK

BE\BK

BE\BK

R\W Y\W BE\W

R

B

R

B

R BW

SERVICE VOLTAGE

277/480 - 347/600 - 2400/4160 - 14400/25000 - 40250/72000 - 80500/138000 - 132800/230000V -3 PHASE - 4W - WYE

2-1/2 ELEMENT DOUBLE METER SOCKET METERING

CD-648

BILLING METERNON-BILLING METER

METER

TYPES

ALPHA3

ION 8600

ION 8500

ION 8300

QUANTUM

Q1000

SENTINEL

METER

0.2-20AMP - 120-480V

3PHASE - 4W

VA DEMAND

R WY

B R\W

R\BK

Y\W

Y\BK

BE\W

BE\BK

PULSE OUTPUTS &

COMMUNICATIONS

CABLES

SEE CD-564

CODE 31-14-3C

CODE 31-14-3G

CODE 31-14-6E

CODE 31-14-7C

CODE 51-14-6I

AUXCILIARY

POWER

FOR METER

CAN BE FROM

UPS SYSTEM OR

STATION POWER

1 1 2 3SASKTEL

PHONE LINE1 - METER 1

2 - METER 2

3 - PORTABLE PHONE THE "STICK"

PHONE LINE SHARING DEVICE

VOLTAGE AT SOCKET

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

1 - 4

2 - 4

3 - 4

208

208

208

120

120

120

277/480 347/600

192

192

192

111

111

111

200

200

200

115

115

115

REV. 2008

NOTE:





CODE 31-14-6G

CODE 31-14-6C

UNITY P.F.

ERN

EBN

IR-IY

IB-Y

RØ

ELEMENT

BØ

ELEMENT

300

300

IR-Y

K

CUSTOMER ACCESS


KWh KVAh TIME

OUT

VOLTAGE SIGNAL

R

Y W

B

FUSEFUSE

TO “Y” WINDING

OF PT’SR

O

VIO

QUANTUM DB-25 CABLE

COLOURS SHOWN

LIGHT

BLUE

Y GRN

TO INSTRUMENT

TRANSFORMERS

CODE 51-14-6J

1 2 3 4 65 7 8 9

BOND

GN

R BEW

R/WR/BK

Y/W BE/WY/BK BE/BK

W

R

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

SERVICE VOLTAGE

277/480 – 347/600 – 2400/4160 – 14400/25000 VOLT – 3 Ø - 4 W - WYE CD-649METER

.12 - 8A - 120V - 3Ø - 4W -W YE


R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

VOLTAGE AT

TEST SWITCH

TERMINAL VOLTS

1 - 2

2 - 3

1 - 3

120

120

208

NOTE:





ON THIS DRAWING.

REV. 2008



13-JAW

COMBINATION

SOCKET

TYPES

VA DEM.

(VECTRON)

SV4SD

SV4SR

(SENTINEL)

SS4S2L

(ALPHA3)

A3KL

QUANTUM

ION

UNITY P.F.ERN

EBN

IR-IY

IB-Y

RØ

ELEMENT

BØ

ELEMENT

300

300

IR-Y


Y

5 64

1 2 37

8

12

13

K Y1 Y2 Y3

GNR

Y

CUSTOMER USE 2-WIRE

OUTPUT

K-Y1 WATTS

K-Y2 VA

9-PIN CONNECTOR

SEE CD- 564


CONNECTED TO

EXTERNAL MODEM OR

SASKTEL PHONE JACK

OR

CODE 31-14-3CCODE 31-14-3GCODE 31-14-6C

CODE 51-14-6ICODE 31-14-6ECODE 31-14-6G

BE

W

R

Y

SPC TRANSFORMATION

CODE 51-14-6J


APPENDIX

-- I N D E X --



GENERAL PAGE REV.

Polarity AP-101 2006

Power Factor AP-102 2006

Wiring for Positive Sequence -- (New Service_ AP-103 2006

Correcting Negative Sequence -- (Existing Service) cont’d AP-104 2006

Peculiarities in Oil Field Testing AP-105 87

3 -- 4W DELTA Selfcontained AP-107 91

Seal Period Extension Program AP-108 2006

CURRENT TRANSFORMERS Current Transformer Ratio Selection Using CSIS AP-200 2006

Current Transformer Ratio Selection AP-201 2006

AP-202 2006

1 - 3 Wire And Network AP-203 2006

3 - 3 Wire AP-204 2006

3 - 4 Wire Delta AP-205 2006

3 - 4 Wire WYE AP-206 2006

AP-207 2006

Maximum Number of Conductors Though Window CT AP-208 2006

Connection of Dual Ratio CT.’s AP-209 2006




General Electric CT.’s Type JAD-O AP-213 2006

TEST PROCEDURES Metering Data Reference AP-300 2006

kVA Calculations AP-301 2006

Single Phase -- 3 Wire and Network Service AP-302 91

3 - 3 Wire Service AP-305 91

3 - 4 Wire Delta Service AP-309 91

3 - 4 Wire Delta Service (CD-278, OBSOLETE) AP-313 91

3 - 4 Wire WYE Service AP-318 91


APPENDIX

-- I N D E X --



Charts Colours AP-500 2006

ITRON Meter Types AP-501 2006

Relative Value Comparison Chart AP-502 2005

kVA Calculation Chart AP-503 2006

Metering Data Reference AP-504 2006

Cosine, Sine, and Tangent Tables AP-505 2006

Vector Diagram Convention AP-506 2005

Response Curves for Exponential and Thermal Demands AP-507 2006

Positive Disc Ratio Curve AP-508 2006

Negative Disc Ratio Curve AP-509 2006

Demand Calculation Methods

Elster Alpha PLUS Meter Read Sheet

Quantum Meter Read Sheet AP-510 97

SVIS Meter Display Sheet AP-511 97

KVIS Meter Display Sheet AP-512 97

GE VIM Meter Display Sheet AP-513 97

GE VIM Meter Test Procedure AP-514 97

Meter Displays

Quantum meter Display AP-601 2007 KVIS AP-602 2007

SVIS AP-603 2007

Elster Alpha Plus AP-604 2007

Elster Alpha3 AP-605 2007

Vectron AP-606 2007

Sentinel AP-607 2007

Centron AP-608 2007

ION Wind mill meter AP-609 2007


APPENDIX

-- I N D E X --



ERRORS Miscellaneous Errors ER-700 2006

Network Meter on 120/240 V 1 - 3W Service ER-710 2006

120/240V 1 -3W Meter on NETWORK Service ER-711 2006

2 Element 480 V meter on 240/480v 1 service with neutral ER-712 2006

2 Element 480 V meter on 240/480v 1 service without neutral ER-713 2006

240V 1 meter on 120V 1 service ER-714 2006

5th

Jaw Not Connected on 120/208v Network Service ER-715 2007

120/208V Meter on 120/240V Service ER-741 2006

120v Trans. Rated Meter on 240V Rated Service ER-742 2006

Combination Socket with Terminals 7 & 8 Switched ER-743 2006

on a Delta Service

120/240V Meter on 120/208V Service ER-744 2006

240 Transformer Rated Meter on 120V Rated Service ER-745 2006

Combination Socket with Terminal 7 & 8 Switched ER-746 2006

on a WYE Service.

AP-101 POLARITY Polarity is the means of identifying primary and secondary winding terminals of transformers in order that proper vector relationships can be maintained. On distribution and power transformers, the terminals are identified as H1, H2, and H3 on the primary side and X1, X2, X3, etc. on the low voltage side. In the case of current and potential transformers, there is usually an additional polarity marking, that being a white dot on the H1 and X1 terminals. The phase condition of any voltage at terminal X1 of a potential transformer or a current leaving the X1 terminal of a current transformer is identical to that of the voltage or current applied to terminal H1 on the primary side of the transformer and differs only in magnitude. If the instrument transformer is used to determine the magnitude only of a current or voltage, vector relationship, and consequently polarity, is of no importance. However, when used for measuring voltage and current simultaneously as with revenue metering, it is imperative that not only the correct magnitude of current and voltage be supplied to the meter coils, but also that the correct vector relationship between the two be maintained. Therefore, knowledge of electrical polarities and how respective voltage and current polarities are to be applied to meter elements is extremely critical in order to correctly meter any load. The SaskPower standards with respect to polar connections of current and potential transformers and connections to revenue meters are indicated in all of the connection diagrams in this manual. Revision 2006

AP-102 POWER FACTOR

Power factor is that percentage of total or apparent power (KVA) supplied to a customer that is actually being used to produce real power or work (KW). Power Factor can be expressed as the ratio of useful or real power to the supplied apparent power, i.e. P.F. = KW/KVA. Perhaps the best way to describe power factor would be to explain the difference between real and apparent power. In the case of purely resistive loads such as heating elements or incandescent lighting, real and apparent power are identical, that is the power factor is 100% since the current is in phase with the voltage and all the current drawn is used to produce heat and light. In the case of motor loads, a certain portion of the total current drawn is required to excite or magnetize the motor windings. This is in addition to the current required to do any actual work. This exciting current is a constant quantity for any given motor and is drawn exactly 900 behind the working current component. When the exciting current (Ix) and the working current (Iw) are added vectorially, they result in a running current (Ir) which lags the voltage and the working current component by a certain angle θ between 00 & 900. Figures 1-3 illustrate that as the motor becomes more fully loaded, the angle by which the running current lags the working current component and the voltage becomes smaller, i.e. the running current is closer to being in-phase with the voltage and therefore, the power factor increases (1000 power factor results when current and voltage are totally in-phase).

If all three currents described above are multiplied by the circuit voltage, we can see that the Iw and Ix components produce the watts and vars respectively of the circuit VA. From this, we can graphically illustrate the “Power Triangle” shown in Fig. 4. applying our high school trigonometry, it can be readily seen that:

P.F. = KW/KVA (Stated in paragraph 1) = Cos θ Therefore, the power factor of a circuit can be obtained from the angle by which the current of a circuit lags the voltage.

On polyphase 3 Wire and 4 Wire Wye services having reasonably balanced currents, a reliable circuit power factor can also be obtained from the meter itself, since there is a direct relationship between the ratio of disc speeds on each element (for a given number of revolutions) and the power factor of the circuit. For detailed procedure on how to determine power factor by this method, refer to the test procedure section of the appendix Where circuits have a large current unbalance and on all polyphase 4 Wire Delta circuits, the approximate circuit power factor can be obtained by simply dividing the KW load (obtained from the meter) by the KVA load (obtained from the clip-on current and voltage readings). Rev. 2008

FIG. 1 LIGHTLY LOADED

Iw

Ir

E

Ix

FIG. 2 PARTIALLY LOADED

FIG. 3 FULLY LOADED

E θ θ Iw

Iw

Ir Ir

Ix Ix

E

FIG. 4 THE “POWER TRIANGLE”

θ

KW

KVA

KVar

θ

AP-103 WIRING FOR POSITIVE PHASE SEQUENCE – (NEW SERVICE) After the primary connections to our current transformers have been completed by the contractor, positive phase sequence to the meter can be assured as follows: 1. 3Ø – 4 Wire – Wye – connect the three terminals of the phase sequence indicator to

the three phase conductors such that the disc or indicating lights indicate positive sequence. (CAUTION – Where service voltage exceeds 600 volts, the connections must be made to the secondary terminals of the potential transformers). Then complete the wiring according to the appropriate metering connection diagram, using phase identification given by the phase sequence indicator.

2. 3Ø – 3 Wire – Connect the “S” (or Yellow) terminal of the phase sequence indicator

to the “no C.T.” phase conductor. Connect the other 2 terminals such that the disc or indicating lights indicate positive sequence. (CAUTION – Where service voltage exceeds 600 volts, the connections must be made to the secondary terminals of the potential transformers). Then complete the wiring according to the appropriate metering connection diagram, using phase identifications given by the phase sequence indicator.

3. 3Ø – 4 Wire Delta – (CD-272 using three 2 – Wire CT’s). Connect the “R” (or Red)

terminal of the phase sequence indicator to red phase conductor (208 volts to ground), the “S” (or Yellow) terminal and “T” (or Black) terminal to the remaining two phases. If negative sequence is indicated, then reverse terminals “S” and “T”. using phase identification now given by the phase sequence indicator for positive sequence, wire according to connection diagram CD-272

CORRECTING NEGATIVE PHASE SEUENCE – (EXISTING SERVICE) 1. 3Ø – 3 Wire & 4 Wire Wye – Where negative phase sequence is found on existing

installations, correction to positive sequence can be carried out by either of the following methods:

a. Primary – Interchange the red and blue phase primary connections on both the line and load side of the current transformers

b. Secondary – Interchange the red and blue phase secondary wiring (both

voltage and current) at the secondary terminals of the current and potential transformers. Where no potential transformers are involved, the red and blue phase meter potential tap connections must be interchanged.

2. 3Ø – 4-Wire – Delta

a. Using one 3-Wire and 2-Wire CT - When Red phase is established as 208 volts to ground and negative sequence is found, correction to positive sequence can be carried out by interchanging the primary phases at the 3-Wire CT, on both the line and load sides (120 volts to ground).

AP-104 b. CD-272 – Using Three 2-Wire CT’s – When Red phase is established as

208 volts to ground and negative sequence is found, correction to positive sequence can be carried out by either of the following:

1. Primary – Interchange the Yellow and Blue primary phases (120

volts to ground) on both the line and load side of the CT’s.

2. Secondary – Interchange the Yellow and Blue secondary wiring (both voltage and current) at the secondary terminals of the current transformers.

Revised. 2006

AP- 108

SEAL PERIOD EXTENSION PROGRAM

This is a program designed to determine the length of time that a group of domestic watt-hour meters is permitted to remain in service without recalibration, by measuring the performance of the group periodically, using statistical sampling methods of testing a representative random sample. This random sample is called for by a FORM-636. Meter types shown below are included in the program and are not to be shipped into Metering Services unless defective, surplus or called for by a FORM-636. They are to be retained in the district as their seal dates are no longer a basis for retest. All meters shipped in for reasons other than retest must have an orange tag with information requirements as indicated on the tag.

MANUFACTURER TYPE ITRON, Schlumberger, Sangamo CJS CJ3S KS K2S KYS CN1S

CJA CJ3S C1S J5S KVIS SVIS SV4SD

C. G.E. 155S 160S 170S V62S 155A V65S V66S

ELSTER, ABB, WESTINGHOUSE DS D2S D3S D4S D5S DA D2A AB1 ALPHA ALPHA3

REVISED 2008

AP-200

Revision 2006

CURRENT TRANSFORMER RATIO SELECTION USING CSIS

Assume a new grain elevator requiring a 277/480 Volt 3Ø – 4W WYE service is to be built and you know that a similar elevator was built at some other location. Using the CSIS Billing Information for the existing service establish a projected demand load for the new services. From this billing information the existing service recorded a maximum demand of 120 kVA. Now referring to AP-206, under Metering Voltage 277/480, and the applicable load range column, continue down the chart until you find a range where the 120 kVA load falls approximately ½ to 2/3 of the indicated load range. It appears that the load range of 30 to 203 will be applicable, now reading to the left we find a billing multiplier of 150 with 150-5 C.T.’s. With selection of the 150-5 C.T.’s we can now verify our selection as follows:

Scale Reading = Load in VA or Watts

Billing Multiplier

= 120,000VA 150 (B.M.)

= 800 VA

The above VA reading falls within the range ½ to 2/3 full scale recommended for 3Ø – 4W WYE services. Billing Multiplier = Meter Multiplier X CT Ratio X PT Ratio = 2 X 150/5 X 300/120 = 2 X 30 X 2.5 = 150

AP-201 CURRENT TRANSFORMER RATIO SELECTION FOR DEMAND METERED LOADS

Revision 2006

DEFINITIONS Scale range: Demand scale range, usually 200 to 1500, 120 to 1200 or 100 to 1000 for thermal demand meters. Scale reading: Demand indication from position of indicating needle on scale range

Scale Reading = Load in W or VA Billing Multiplier

Load Range: Meter Scale reading multiplied by Billing Multiplier refers to actual range of load that can be measured by the meter with selected CT Ratio. Preferred Range: General rule of ½ to 2/3 Full Scale

Exception: Use ½ Full Scale on: • Oilfield pump jack service • 120/240 V - 3Ø – 4W Delta service where

percent 1Ø amps is higher than 3Ø amps (Refer to AP-202)

Method of Selecting C.T. Ratio In order to select current transformer ratio, we have to establish a projected demand (Diversified demand) from Table 1. e.g.) Assume an office building with 600 amp main requiring 120/208 V-3Ø-4W-WYE service and having an area of 8,000 sq. ft. By referring to Table 1 we can determine a projected demand using 6 VA per sq. ft. time 8,000 sq. ft. for 48,000 VA (48 KVA). Now referring to AP-206 under Metering Voltage 120/208 and applicable load range column, continue down until we find a range where 48 KVA falls approximately ½ to 2/3 of indicated load range.

TABLE 1 DEMAND GUIDELINE FOR CT RATIO & TRANSFORMATION

PROJECTED DEMAND TYPE OF CUSTOMER SUMMER PEAK WINTER PEAK Office, Banks, Hotels 6 VA/Sq. Ft. Malls, Food Stores 10 VA/Sq. Ft. Department Stores 5 VA/Sq. Ft. Apartments – Air Cond. 2 KVA/Suite. Senior Citizen Apart. 1 KVA/Suite 1 KVA/Suite Schools 7.5 KVA/ Class

Room Townhouses 2.5 KVA/Res. Single Family Res. 3.0 KVA/Res. Skating Rinks – Art. Ice 135 KVA For air-conditioned buildings, the winter peak is 75% of summer peak or winter peak plus 33% equals summer peak.

It appears load range 12 to 81 KVA seems applicable, now reading to the left we find a billing multiplier of 60 with 150-5 CT. With selection of 150-5 CT we can verify our selection as follows:

Scale Reading = Load in VA or W Billing Multiplier = 48,000 VA

60 (BM) = 800 VA

The above reading falls within ½ to 2/3 full scale recommended for 120/208 V-3Ø-4W-WYE service

AP-202 CURRENT TRANSFORMER RATIO SELECTION FOR DEMAND METERED LOADS

Revision 2006

120/240 V - 3Ø – 4W – DELTA – an accurate method. To determine proper CT ratio for this service is to calculate 3Ø amps from projected 3Ø KVA load. Once this has been done, select the appropriate CT ratio on the basis of the Sum Total of 3Ø and 1Ø amps. Example 1 Example 2 Projected 3Ø load 75 kVA Projected 3Ø load 20 kVA Projected 1Ø load 29 kVA Projected 1Ø load 60 kVA Total 104 kVA Total 80 kVA 3Ø Amps = 75000 VA = 180 3Ø Amps = 20000 VA = 48 240 V x 1.73 240 V x 1.73 1Ø Amps = 29000 VA = 121 1Ø Amps = 60000 VA = 250 240 V X 1.73 240 V X 1.73

Total amps 301 Total Amps 298

With 300 amp loads we would select 300-5 CT’s, allowing for a 50% increase in customers load. Referring to page AP-205, CD-272, note the billing multiplier associated with 300-5 CT’s is (x120) therefore calculate scale readings as follows: Scale reading Scale reading Example 1 Example 2 104,000 (VA) = 866 VA 80,000 VA = 666 VA 120 (B.M.) 120 (B.M.) In both cases from the above examples, we have 300 amp loads in total. However, in Example 1, with a larger 3Ø load, we have a scale reading of 866 and in Example 2, with a larger 1Ø load we have a scale reading of 666. The scale range of this meter is designed primarily for 3Ø loads and points out the necessity of selecting the CT ratio on the basis of total 3Ø and 1Ø amps – Not total kVA.

TABLE 2 SCALE READINGS Where Blue Phase C.T. is loaded 150% of rating due to percent 1Ø amps to 3Ø amps distribution.

Percent 1Ø Amps

Percent 3Ø Amps

KVA Demand Meter

KW Demand Meter

100 90 80 70 60 50 40 30 20 10 0

0 10 20 30 40 50 60 70 80 90 100

900 966 1032 1096 1164 1230 1295 1361 1427 1493 1559

900 945 990 1035 1080 1125 1170 1215 1260 1305 1350

KW Demand Readings Based on 3Ø Load @ 86% P.F.

and 1Ø Load @ 100% P.F. The above Table 2 indicates scale readings corresponding to percent single phase to three phase amps making it possible to overload blue phase CT (over 150%). It is advisable to check this type of service with demand readings over 900, to confirm the situation. 3Ø – 3W Delta – Oilfield Pumpjack Metering Due to the extremely fluctuating load on this type of service, the rectified demand section of a KYLS, or K2LS meter may be subjected to high current levels for the short periods of time, therefore causing damage to the diodes without any indication given by the demand reading. To overcome this problem, we recommend selecting CT ratios to limit demand readings to ½ of full scale.

SINGLE PHASE - 3 WIRE & NETWORKSELECTION OF CURRENT TRANSFORMER RATIO

FOR DEMAND METERED LOADS

SCALE READING = CUSTOMER’S DIVERSIFIED LOAD (WATTS OR VA)BILLING MULTIPLIER

NOTE: SEE AP-201 FOR PREFERRED RANGE

C. T.NAME PLATE

RATIO

CD - 134BILL’GMULT.

LOADRANGE

100/100-5150/150-5200/200-5300/300-5400/400-5600/600-5800/800-5

20 4 - 3030406080

120160

6 - 458 - 6012 - 90

16 - 12024 - 18032 - 240

CD - 136BILL’GMULT.

LOADRANGE

40 8 - 606080120160

12 - 9016 - 12024 - 18032 - 240

C. T.NAME PLATE

RATIO

CD – 137 (X1 METER)

BILL’GMULT.

LOADRANGE

100-5150-5200-5300-5400-5500-5600-5

20

40

60

4 - 30

8 - 60

12 - 90

CD – 138*/CD - 142

BILL’GMULT.

LOADRANGE

20 4 - 303040*6080*

120*

6 - 458 – 60 12 - 9016 - 12020 - 15024 - 180

* - CD-238 AND CD-142- CONSIDER WINDOW CT’s – CD-137

100

800-5 80 16 - 120 160* 32 - 240

REVISION 2006

3Ø – 3 WIRE DELTA SERVICE

SELECTION OF CURRENT TRANSFORMER RATIOFOR DEMAND METERED LOADS

SCALE READING = CUSTOMER’S DIVERSIFIED LOAD (VA OR WATTS)BILLING MULTIPLIER


C. T.RATIO

METERING VOLTAGE

BILL’GRATIO

LOADRANGE

480 - V

10-520-525-540-550-575-5

100-5

150-5

200-5

300-5

400-5

500-5

600-5

800-5

40 8-60

60 12-90

80 16-120

120 24-180

160 32-240

240 48-360

320 64-480

400 80-600

480 96-720

640 128-960

BILL’GRATIO

LOADRANGE

600 - V

50 10-75

75 15-112.5

100 20-150

150 30-225

200 40-300

300 60-450

400 80-600

500 100-750

600 120-900

800 160-1200

BILL’GRATIO

LOADRANGE

1080 - V

20 4-30

40 8-60

50 10-75

80 16-120

100 20-150

150 30-225

200 40-300

BILL’GRATIO

LOADRANGE

2400 - V

40 8-60

80 16-120

100 20-150

160 32-240

200 40-300

300 60-450

400 80-600

600 120-900

800 160-1200

1200 240-1800

1600 320-2400

2000 400-3000

2400 480-3600

3200 640-4800

BILL’GRATIO

LOADRANGE

14400 -V

240 48-360

480 96-720

600 120-900

960 192-1440

1200 240-1800

1800 360-2700

2400 480-3600

3600 720-5400

4800 960-7200

7200 MVA1.44- 10.8

9600 MVA1.92-14.4

12000 MVA2.4-18

14400 MVA2.88-21.6

19200 MVA3.84-28.8

BILL’GRATIO

LOADRANGE

72000 - V

1200 240-1800

2400 480-3600

3000 600-4500

4800 960-7200

6000 1200-9000

9000 12-90

12000 MVA1.8-13.5

18000 MVA2.4-18

24000 MVA3.6-27

48000 MVA9.6-72

72000 MVA14.4-108

36000 MVA7.2-54

96000 MVA19.2-144

REVISION 2006

NOTE: LOADS ARE SHOWN IN KVA UNLESS SPECIFIED OTHERWISE

120 / 240 V - 3Ø – 4 WIRE DELTA

SELECTION OF CURRENT TRANSFORMER RATIO FOR DEMAND METERED LOADS

SCALE READING = CUSTOMER’S DIVERSIFIED LOAD (VA OR WATTS)BILLING MULTIPLIER


CD - 272

C.T.NAME PLATE

RATIO

BILLINGMULTIPLIER

LOAD RANGEKW OR KVA

100-5150-5200-5300-5400-5500-5600-5800-5

406080 REFER

TOPAGEAP-202

120160200240320

CAUTION:WHERE THE CUSTOMER’S LOAD IS PREDOMINANTLY SINGLE PHASE, CARE MUST BE TAKEN NOT TO OVERLOAD CT’s CONNECTED IN Y-B PHASES (120-V TO GROUND) SINCE THEY CAN BE LOADED BEYOND CAPACITY (150% OF NAME PLATE RATING) WITHOUTTHE DEMAND NEEDLE GOING OFF-SCALE. A CLIP-ON AMMETER CHECK TAKEN NEAR PEAK LOAD WILL VERIFY ANY OVERLOAD CONDITION. SEE PAGE AP-202.

REVISION 2006

C. T.RATIO

METERING VOLTAGE

BILL’GRATIO

LOADRANGE

120/208 - V

10-515-5

25-5

40-5

50-5

75-5

100-5

150-5

200-5

300-5

400-5

500-5

600-5

800-5

20 8-54

30 12-81

40 16-108

60 24-162

80 32-216

100 40-270

120 48-324

160 64-432

BILL’GRATIO

LOADRANGE

277/480 - V

25 10-68

37.5 15-101

50 20-135

75 30-203

100 40-270

150 60-405

200 80-540

250 100-675

300 120-810

400 160-1080

BILL’GRATIO

LOADRANGE

347/600 - V

30 12-81

45 18-122

60 24-162

90 36-243

120 48-324

180 72-486

240 96-668

300 120-810

360 144-972

480 192-1296

BILL’GRATIO

LOADRANGE

2400/4160 - V

40 16-108

60 24-162

100 40-270

160 64-432

200 80-540

300 120-810

400 160-1080

600 240-1620

800 320-2160

1200 480-3340

1600 640-4320

2000 800-5400

2400 960-6680

3200 1280-9640

BILL’GRATIO

LOADRANGE

14400/25000 -V

240 96-648

360 144-972

600 240-1620

960 384-2592

1200 480-3240

1800 720-4860

2400 960-6680

3600 1440-9720

4800 MVA1.9-13

7200 MVA2.9-19.5

9600 MVA3.8-26

12000 MVA4.8-32.4

14000 MVA5.8-38.9

19200 MVA7.7-51.8

NOTE: LOADS ARE SHOWN IN KVA UNLESS SPECIFIED OTHERWISE

1000-5

1200-5

1500-5

1600-5

2000-5

3000-5

200

240

300

320

400

600

80-540

96-648

120-810128-864160-1080240-1620

500

600

750

800

1000

1500

200-1350

240-1620

300-2025

320-2160

400-2700

600-4050

600

720

900

960

1200

1800

240-1620

288-1944

360-2430

384-2592

480-3240

720-4860

3Ø – 4 WIRE WYE SERVICESELECTION OF CURRENT TRANSFORMER RATIO FOR DEMAND METERED LOADS

SCALE READING= CUSTOMER’S DIVERSIFIED LOAD (VA OR WATTS)

BILLING MULTIPLIER


CAUTION:WHERE 2 ½ ELEMENT OR 3 ELEMENT (X1) METERS ARE USED, THE MAXIMUM PERMISSIBLE DEMAND SCALE REGISTRATION IS 2700 VA. AT LOADS IN EXCESS OF THIS REGISTRATION, BAR TYPE CURRENT TRANSFORMERS BECOME OVERLOADED. (i.e. CURRENT EXCEEDS 150% OF NAME PLATE RATIO)

REVISION 2006

BILL’GRATIO

LOADRANGE

40250/72000 - V

700 280-1890

1050 420-2835

1750 700-4725

2800 MVA1.12-7.56

3500 MVA1.4-9.45

5250 MVA2.1-14.175

7000 MVA2.8-18.9

10500 MVA4.2-28.35

14000 MVA5.6-37.8

28000 MVA11.2-75.6

35000 MVA14.0-94.5

42000 MVA16.8-113.4

21000 MVA8.4-56.7

56000 MVA22.4-151.2

BILL’GRATIO

LOADRANGE

80500/138000 - V

1400 560-3780

2100 840-5670

3500 MVA1.4-9.4

5600 MVA2.2-15.1

7000 MVA2.8-18.9

10500 MVA4.2-28.4

14000 MVA5.6-37.8

21000 MVA8.4-56.7

28000 MVA11.2-75.6

56000 MVA22-151

70000 MVA28-189

84000 MVA34-227

42000 MVA16.8-113

112000 MVA44.8-302

BILL’GRATIO

LOADRANGE

138000/230000 - V

2400 960-6480

3600 MVA1.4-9.7

6000 MVA2.8-16.2

9600 MVA3.8-25.9

12000 MVA4.8-32.4

18000 MVA7.2-48.6

24000 MVA9.6-64.8

36000 MVA14.4-97.2

48000 MVA19.2-129.6

96000 MVA38.4-259.2

120000 MVA48-324

144000 MVA57.6-388.8

72000 MVA28.8-194.4

192000 MVA76.8-518.4

3Ø – 4 WIRE WYE SERVICE CONTINUED

SELECTION OF CURRENT TRANSFORMER RATIO FOR DEMAND METERED LOADS

SCALE READING= CUSTOMER’S DIVERSIFIED LOAD (VA OR WATTS)

BILLING MULTIPLIER

C. T.RATIO

10-5

15-5

25-5

40-5

50-5

75-5

100-5

150-5

200-5

300-5

400-5

500-5

600-5

800-5

METERING VOLTAGE


CAUTION:WHERE 2 ½ ELEMENT OR 3 ELEMENT (X1) METERS ARE USED, THE MAXIMUM PERMISSIBLE DEMAND SCALE REGISTRATION IS 2700 VA. AT LOADS IN EXCESS OF THIS REGISTRATION, BAR TYPE CURRENT TRANSFORMERS BECOME OVERLOADED. (i.e. CURRENT EXCEEDS 150% OF NAME PLATE RATIO)

REVISION 2006

ALLOWABLE NUMBER OF CONDUCTORS THROUGH OUTDOOR WINDOW TYPE C.T.’S

CONDUCTOR -EXCLUDING BRAIDED,CORFLEX & U.G. TYPE

WINDOW SIZE IN INCHES

SIZEAWG

OUTSIDEDIA.

INCHES

1.312DIA.

1.375DIA.

1.562DIA.

1.75DIA

2.0DIA.

1.87X2.75

OVAL

2.75DIA.

3.06DIA.

3.125DIA.

3.50DIA.

#2

#1/0

#2/0

#3/0

#4/0

#250MCM

#300MCM

#350MCM

#500MCM

#750MCM

0.40

0.50

0.56

0.61

0.67

0.75

0.80

0.85

0.98

1.20

7 7 9

3 3 5 7 9

3 3 5 7 9

2 2 4 4 8 8 9

1 2 3 4 5 6 9

1 1 2 3 4 5 6 9

1 1 1 1 4 4 8 8 9

1 1 1 2 3 4 7 8 8 9

1 1 1 1 2 2 5 6 7 7

1 1 1 1 1 2 3 4 4 4

NUMBER OF CONDUCTORS

EXCEEDS PRACTICAL REQUIREMENTS

LISTING OF C.T. WINDOW SIZESINDOOR/OUTDOOR

1.312" DIA. CGE - JCWO 200-5

1.375" DIA. SANG. – KH6 200-5

1.562" DIA. F.P. - DCBW 200-5

1.75" DIA.CGE – JCWOSANG. – KH6F.P. DCBW

400-5400-5, 600-5

600-5

2.0" DIA.CGE – JKPO

SANG. – MIT-A6

F.P. DCBW

200-5200-5, 400-5

400-5

1.87" X 2.75"OVAL SANG – BH6A 800-5

2.75" DIA. WEST. - KTR 400-5, 600-5800-5, 1200-5

3.06" DIA. CGE – JKPOCGE - JAKO

SANG – MIT-B6

400-5, 600-5800-5

400-5, 600-5800-53.125" DIA.

F. P. - DCCW 400-5, 600-5800-5, 1200-53.50" DIA.

INDOOR

SANG – CW61000-51500-52000-5

1.375" X 4.125"

SANG – CW6 3000-54.125" X 4.125"

WEST.WCT

1000/500-51500/750-5

2000/1000-55.0" DIA.

5.75" DIA 3000/1500-5

NOTE:WHEN ORDERING WINDOW TYPE C.T.’s, SPECIFY ON THE FORM 44 THE SIZE OF CONDUCTOR BEING USED & THE NUMBER OF CONDUCTOR(S) TO PASS THROUGH THE WINDOW.

REVISION 2008

ITRON R6L R6P

200-5, 300-5, 400-5600-5, 800-5, 1200-55.50" DIA.

CONNECTION DIAGRAMS FOR DUAL RATIO C.T.’sITRON/SANGAMO – CW6WINDOW OR BAR TYPE

ITRON/SANGAMO – MI-150

POLARITY MARKS

HIGH RATIOSHORTING LINK OPEN SEC.

SHORTING LINK CLOSED

LOW RATIO

SHORTING LINK OPEN

SHORTING LINK OPEN SEC.

INSTALL EXTERNAL JUMPER

INSTALL EXTERNAL JUMPER

NOTE:SHORTING LINK IS ONLY ACROSS HIGH RATIO TERMINALS AND MUST BE OPENED AFTER CONNECTING SECONDARY TO LOW OR HIGH RATIO.

X1

X1 X2

X3

HIGHSHORTING LINK

SECONDARY TERMINALS

HIGH RATIO

LOW RATIO

X1 – X3

X1 – X2LOW

REVISION 2006

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

CONNECTION DIAGRAMS FOR DUAL RATIO C.T.’sWESTINGHOUSE – WCTINDOOR WINDOW TYPE

WESTINGHOUSE – CCO-150OUTDOOR WINDOW TYPE

NOTE:NO LONGER MANUFACTURED – USE FOR EXISTING STOCK ONLY

REVISION 2006

HIGH RATIO X1 – X3LOW RATIO X2 – X3

H1 H2

X1 X2 X3

NOTE:AFTER CONNECTIONS SHORTING LINKS MUST BE LEFT OPEN

X1X2 X3


CONNECTION DIAGRAMS FOR DUAL RATIO C.T.’sABB ACF-24

SHORTING SCREWSABB ACF-24

RATIO SELECTION

SHORTING SCREWS

HIGH RATIO

LOW RATIO

BOLTS USED AS SHORTING DEVICE

NOTE:WHEN IN SERVICE REMOVE BOLTS USED AS SHORTING DEVICE AND PLACE IN EXTRA HOLES IN BASE PLATES

PARALLEL FERRULE

FERRULESERIES

REVISION 2006

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

Circle, ellipse

CONNECTION DIAGRAMS FOR DUAL RATIO C.T.’s


H1 H2

X1 X2X3


H1 H2

X1 X2 X3

TRANSFORMER TYPES

R6LR6P

TRANSFORMER TYPES

BB25CLCJVW-5JVW-6KOR15

NOTE:AFTER CONNECTIONS SHORTING LINKS MUST BE LEFT OPEN

REVISION 2008

GENERAL ELECTRIC

TYPE JAD-O

SECONDARY TERMINAL CONNECTION INSTRUCTIONS FOR DUAL RATIO CURRENT TRANSFORMERS

These dual ratio current transformers have four secondary terminals. A secondary terminal cover and a short circuiting bridge are provided for each of the two pairs of secondary terminals. The appropriate primary current ratings and polarity designation are shown on top of the transformer.

When either or both short circuiting bridges are in the closed position, all of the secondary hardware can be safely handled during installation or ratio change. Both bridges must be in the open position for normal meter operation from either pair of terminals.

The conventional secondary cover with lead ports is provided for the terminals in use and cannot be assembled to the transformer with the ports accessible unless the short circuiting bridge for the used terminals is open. The cover without lead ports is provided for the unused pair of terminals and cannot be assembled to the transformer unless the sort circuiting bridge for the terminal is open.

The dual ratio transformer is shipped with the conventional cover on the lower current rating terminals, with the short circuiting bridge in these terminals closed and the lead ports of the cover inaccessible. This special arrangement of secondary hardware is designed to help the user:

1. Have one short circuiting bridge closed when making or changing connections to the secondary terminals.

2. Have both shorting bridges open when making meter operation is intended.

3. Avoid wiring errors by providing means for sealing the blank cover over the unused terminals in advance of installation.

REVISION 2008

General ElectricFour Terminal Secondary Dual Ratio

Window Current Transformer

HIGH RATIO

LOW RATIO

X1 X1

X2X3

POLARITY TERMINALSX1 FOR BOTH WINDINGS

HIGH RATIO CONNECTION: X1 – X3LOW RATIO CONNECTION: X1 – X2

Safety: When the transformer is energized, either X1 – X3 or X1 – X2 terminals must be shorted using the short circuit device provided, or, X1 – X3 or X1 – X2 connected to an ohmic burden not to exceed that on the nameplate.

METERING: either X1 – X3 or X1 – X2 terminal pair can be used. NEVER BOTH SETS OF TERMINALS. The unused terminals must be open.

TERMINAL COVERS: Two secondary terminal covers are provided. The cover with cutout for secondary leads is to be used with the terminal pair connected to the burden. The second cover without the cutouts protects the unused terminal pair. This cover cannot be connected unless the unused terminal’s short circuit device is “OPEN”.

2008

METERING DATA REFERENCE

PYTHAORAS THEOREM TRIG RATIOS POWER TRIANLE

A

B Ca

bc

900

a2 + b2

c2 = a2 + b2

c =

c2 - a2b =

c2 + b2a =

900HYPOTENUSE

ADJACENT

Θ 900Θ900APPARENT POWER

(VOLT AMP)

(WATTS)ACTIVE POWER OR REAL POWER

Θ 900Θ

Θ = ANGULAR DISPLACEMENT

SUM OF THREE ANGLES = 1800

ADJ HYP

= COS VALUE OF Θ

OPP HYP

= SIN VALUE OF Θ

OPP ADJ

= TAN VALUE OF Θ

OPPOSITE REACTIVE POWER(VARS)

Θ = POWER FACTOR ANGLE

P.F.ANGLE

POWER FACTOR = COS Θ

USUALLY YOU CAN OBTAIN VOLT. AMP AT A METERING INSTALLATION BY TAKING DISC READINGS FROM THE CUSTOMERS METER, WATTS CAN BE OBTAINED. VAR VA;UES CAN BE CALCULATED FROM VALUES SHOWN BELOW.

POWER FACTOR DATA REFERENCE

VA X COS Θ VA X P.F. ACTIVE POWER(REAL POWER)WATTS VA2 - VAR2

WATTSCOS Θ

WATTS X TAN Θ

WATTSP.F.

VA X SIN Θ

WATTS2 + VAR2

VA2 - WATTS2

APPARENT POWER

REACTIVE POWER

COS Θ WATTSP.F.

ACTIVE POWERAPPARENT POWER

VA

VAR

POWER FACTOR

REVISION 2006

CIRCUIT KVA CALCULATIONS

SINGLE PHASE AVERAGE AMPS X AVERAGE LINE TO LINE VOLTAGE1000

3 PHASE 3 WIREAND

3 PHASE 4W WYE

AVERAGE AMPS X AVERAGE LINE TO LINE VOLTAGE X 1.7321000

(OPTION)3 PHASE 4W WYE

TOTAL AMPS X AVERAGE LINE TO GROUND VOLTAGE1000

3 PHASE 4W DELTA

3 PHASE ONLY

SINGLE PHASE ONLY

CALCULATE 3Ø AND 1Ø KVA SEPARATELY AS INDICATED BELOW(TOTAL KVA = 3Ø KVA PLUS 1Ø KVA)

RED PHASE AMPS X AVERAGE LINE TO LINE VOLTAGE X 1.7321000

(IY – IR) + (IB – IR) AMPS X AVERAGE LINE TO GROUND VOLTS1000

MISCELLANEOUS DATA

WATTS BY DISC. REV’S X kh X 3600SECONDS

BILLING MULTIPLIER PT RATIO X CT RATIO X METER MULTIPLIER

SCALE READING

LOAD FACTOR

LOAD IN WATTS OR VABILLING MULTIPLIER

AVERAGE LOAD KWH CONSUMPTION / HOURS BETWEEN READSPEAK LOAD MAX. KVA LOAD X POWER FACTOR

REVISION 2006

AP-302

METERING INSTALLATION TEST PROCEDURE SINGLE – PHASE & NETWORK

(Using Form MS250.03)

1. GENERAL INFORMATION – Check wiring and connections as per connection diagram. If found in error continue and complete “as found test,” then correct and using another test sheet, complete “as corrected test” to establish error or registration at time of test.

2. DEMAND READINGS – Take both red and black demand reading prior to

running test and confirm red demand after test.

3. PHASE SEQUENCE –

4. VOLTAGE & CLAMP-ON READINGS –

5. DISC READINGS –

6. KVA CALCULATIONS –

7. KW CLCULATIONS –

8. POWER FACTOR –

9. SUMMATION –

10. BILLING CORRECT – Ensure that customer is being billed correctly by checking billing multiplier, consumption, demand and rate from CSIS system.

AP-500

Colours Conductor Colours used in wiring meters for SaskPower

ABBREVIATIONS COLOUR NORMAL USAGE

R RED RED PHASE POLARITY -- VOLTAGE

Y YELLOW YELLOW PHASE POLARITY -- VOLTAGE

BE BLUE BLUE PHASE POLARITY -- VOLTAGE

W WHITE BLUE PHASE NON-POLARITY -- VOLTAGE

BK BLACK RED PHASE NON-POLARITY -- VOLTAGE

BR BROWN YELLOW PHASE NON-POLARITY -- VOLTAGE

R/W RED/WHITE RED PHASE POLARITY -- CURRENT

R/BK RED/BLACK RED PHASE NON-POLARITY -- CURRENT

Y/W YELLOW/WHITE YELLOW PHASE POLARITY -- CURRENT

Y/BK YELLOW/BLACK YELLOW PHASE NON-POLARITY -- CURRENT

BE\W BLUE/WHITE BLUE PHASE POLARITY -- CURRENT

BE/BK BLUE/BLACK BLUE PHASE NON-POLARITY -- CURRENT

GRN GREEN GROUND WIRE

R RED PULSE CABLES

Y YELLOW PULSE CABLES

W WHITE PULSE CABLES

O ORANGE PULSE CABLES

BE BLUE PULSE CABLES

BK BLACK PULSE CABLES

BR BROWN PULSE CABLES

PK PINK PULSE CABLES

GY GREY PULSE CABLES

VIO VIOLET PULSE CABLES

TAN TAN PULSE CABLES

GRN GREEN PULSE CABLES

LBE LIGHT BLUE PULSE CABLES

DBE DARK BLUE PULSE CABLES

W/O WHITE/ORANGE PULSE CABLES

W/R WHITE/RED PULSE CABLES

W/Y WHITE/YELLOW PULSE CABLES

W/BR WHITE/BROWN PULSE CABLES

W/BE WHITE/BLUE PULSE CABLES

W\GN WHITE/GREEN PULSE CABLES

W/VIO WHITE/VIOLET PULSE CABLES

W/GY WHITE/GREY PULSE CABLES

GY/Y GREY/YELLOW PULSE CABLES

W/BK/GY WHITE/BLACK/GREY PULSE CABLES

W/BK/R WHITE/BLACK/RED PULSE CABLES

W/BK/BN WHITE/BLACK/BROWN PULSE CABLES

W/BK/Y WHITE/BLACK/YELLOW PULSE CABLES

W/BK/O WHITE/BLACK/ORANGE PULSE CABLES

ITRON METER TYPES

CENTRON Q1000

SENTINEL

CP 1 S

METROLOGYC = SINGLE PHASECN = NETWORKCP = POLYPHASE

VERSION1 = 1ST VERSION

BASES = SOCKETA = A-BASE

ATTACHMENTS= KWH ONLY

R = R300D = DEMANDT = TOUL = LOAD PROFILEC – CELLNETX = METROLGY ONLY

S M4SP

PRODUCTSP = Q1000SV = VECTRONSQ = QUANTUMSM = FULCRUMSL = ELECTROMECH

METER TYPE2 = 3 PH, 3W, 2 EL3 = 3 PH, 4W, 2 EL4 = 3 PH, 4W, 3 EL5 = 3 PH, 4W, 2.5 EL6 = 3 PH, 4W, DELTA12 = NETWORK

BASES = SOCKETA = A-BASEF = FLUSH-MOUNT/SWITCHBOARDR = RACK-MOUNTD = DIN

METER OPTIONSD = DEMANDT = TOUR = RECORDERQ = QDIFM = MODEM

S 44S S L

MANUFACTURERS = ITRON

PRODUCTS = SENTIENEL

METER FORM1 = 1 PH (FORM 2, 3, 4)2 = 3 PH, 3W, 2 EL [FORM 12]3 = 3 PH, 3W, 2 EL [FORM 45(5), 66(26)]4 = 3 PH, 4W, 3 EL [FORM 9(8), 10, 16,(14/15/17), 48]5 = 3 PH, 4W, 2.5 EL [FORM 46(6)]6 = 3 PH, 4W, DELTA

METER OPTIONSD = DEMANDT = TOUL = LOAD PROFILE

MEASUREMENT LEVEL0 = Wh ONLY1 = Wh, PF2 = Wh, PF, +Varh, or Vah or Qh3 = Wh, PF, Varh, Vah, Qh, PER PHASE V&A4 = Wh, PF, 4Q Varh, Vah, Qh, PER PHASE V&A, POWER QUALITY, BI-DIRECTIONAL

BASES = SOCKETA = A-BASE

REVSION 2006

R 3R300 # OF ERT’s

= 1 ERT2 = 2 ERT’s3 = 3 ERT’s

AP-502RELATIVE VALUE COMPARISONSWATTS / VARS / Q

2Q - W3

Vars = VA = W2 + Vars2 WVA

PF =

AT 0.866 LAG PF Q = W AT UNITY PF Q = W/2 AT 0.866 LEAD PF Q = ZERO

LAG LEAD

900 690 450 300 00 300

Vars

Q

WATTS

0.358 0.707 0.866 UNITY 0.866

2 ELEMENT 2.5 ELEMENT 3 ELEMENT

ERB IR

IB

ERY

Q

Q300

300

VECTOR REPRESENTATION OF Q-METERING AT UNITY POWER FACTOR

ERN

EBN

IB-R

IB-Y

DEGREES

POWER FACTOR

ERN

EYNEBN

-IB

-IR

-IY

Q

REVISION 2005

600

600

600

CIRCUIT KVA CALCULATIONS

SINGLE PHASE AVERAGE AMPS X AVERAGE LINE TO LINE VOLTAGE1000

3 PHASE 3 WIREAND

3 PHASE 4W WYE

AVERAGE AMPS X AVERAGE LINE TO LINE VOLTAGE X 1.7321000

(OPTION)3 PHASE 4W WYE

TOTAL AMPS X AVERAGE LINE TO GROUND VOLTAGE1000

3 PHASE 4W DELTA

3 PHASE ONLY

SINGLE PHASE ONLY

CALCULATE 3Ø AND 1Ø KVA SEPARATELY AS INDICATED BELOW(TOTAL KVA = 3Ø KVA PLUS 1Ø KVA)

RED PHASE AMPS X AVERAGE LINE TO LINE VOLTAGE X 1.7321000

(IY – IR) + (IB – IR) AMPS X AVERAGE LINE TO GROUND VOLTS1000

MISCELLANEOUS DATA

WATTS BY DISC. REV’S X kh X 3600SECONDS

BILLING MULTIPLIER PT RATIO X CT RATIO X METER MULTIPLIER

SCALE READING

LOAD FACTOR

LOAD IN WATTS OR VABILLING MULTIPLIER

AVERAGE LOAD KWH CONSUMPTION / HOURS BETWEEN READSPEAK LOAD MAX. KVA LOAD X POWER FACTOR

REVISION 2006

METERING DATA REFERENCE

PYTHAORAS THEOREM TRIG RATIOS POWER TRIANGLE

A

B Ca

bc

900

a2 + b2

c2 = a2 + b2

c =

c2 - a2b =

c2 + b2a =

HYPOTENUSE

ADJACENT

900Θ

APPARENT POWER

(VOLT AMP)

(WATTS)ACTIVE POWER OR REAL POWER

900Θ

Θ = ANGULAR DISPLACEMENT

SUM OF THREE ANGLES = 1800

ADJ HYP

= COS VALUE OF Θ

OPP HYP

= SIN VALUE OF Θ

OPP ADJ

= TAN VALUE OF Θ

OPPOSITE REACTIVE POWER(VARS)

Θ = POWER FACTOR ANGLE

P.F.ANGLE

POWER FACTOR = COS Θ

USUALLY YOU CAN OBTAIN VOLT. AMP AT A METERING INSTALLATION BY TAKING DISC READINGS FROM THE CUSTOMERS METER, WATTS CAN BE OBTAINED. VAR VA;UES CAN BE CALCULATED FROM VALUES SHOWN BELOW.

POWER FACTOR DATA REFERENCE

VA X COS Θ VA X P.F. ACTIVE POWER(REAL POWER)WATTS VA2 - VAR2

WATTSCOS Θ

WATTS X TAN Θ

WATTSP.F.

VA X SIN Θ

WATTS2 + VAR2

VA2 - WATTS2

APPARENT POWER

REACTIVE POWER

COS Θ WATTSP.F.

ACTIVE POWERAPPARENT POWER

VA

VAR

POWER FACTOR

REVISION 2008

TABLE OF NATURAL FUNCTIONS OF ANGLESAP-505

REVISION 2006

DEGREES SINE COSINE TANGENT0 0.0000 1.0000 0.0000 INFINITE 901 0.0175 0.9998 0.0175 57.2900 892 0.0349 0.9994 0.0349 28.6363 883 0.0523 0.9986 0.0524 19.0811 874 0.0698 0.9976 0.0699 14.3007 865 0.0872 0.9962 0.0875 11.4301 856 0.1045 0.9945 0.1051 9.5144 844 0.0698 0.9976 0.0699 8.1443 838 0.1392 0.9903 0.1405 7.1154 829 0.1564 0.9877 0.1584 6.3138 8110 0.1736 0.9848 0.1763 5.6713 8011 0.1908 0.9816 0.1944 5.1446 7912 0.2079 0.9781 0.2126 4.7046 7813 0.2250 0.9744 0.2309 4.3315 7714 0.2419 0.9703 0.2493 4.0108 7615 0.2588 0.9659 0.2679 3.7321 7516 0.2756 0.9613 0.2867 3.4874 7417 0.2924 0.9563 0.3057 3.2709 7318 0.3090 0.9511 0.3249 3.0777 7219 0.3256 0.9455 0.3443 2.9042 7120 0.3420 0.9397 0.3640 2.7475 7021 0.3584 0.9336 0.3839 2.6051 6922 0.3746 0.9272 0.4040 2.4751 6823 0.3907 0.9205 0.4245 2.3559 6724 0.4067 0.9135 0.4452 2.2460 6625 0.4226 0.9063 0.4663 2.1445 6526 0.4384 0.8988 0.4877 2.0503 6427 0.4540 0.8910 0.5095 1.9626 6328 0.4695 0.8829 0.5317 1.8807 6229 0.4848 0.8746 0.5543 1.8040 6130 0.5000 0.8660 0.5774 1.7321 6031 0.5150 0.8572 0.6009 1.6643 5932 0.5299 0.8480 0.6249 1.6003 5833 0.5446 0.8387 0.6494 1.5399 5734 0.5592 0.8290 0.6745 1.4826 5635 0.5736 0.8192 0.7002 1.4281 5536 0.5878 0.8090 0.7265 1.3764 5437 0.6018 0.7986 0.7536 1.3270 5338 0.6157 0.7880 0.7813 1.2799 5239 0.6293 0.7771 0.8098 1.2349 5140 0.6428 0.7660 0.8391 1.1918 5041 0.6561 0.7547 0.8693 1.1504 4942 0.6691 0.7431 0.9004 1.1106 4843 0.6820 0.7314 0.9325 1.0724 4744 0.6947 0.7193 0.9657 1.0355 4645 0.7071 0.7071 1.0000 1.0000 45

COSINE SINE TANGENT DEGREES

ROTATION

VECTOR DIAGRAM CONVENTION FOR REVENUE METERING

300

(ER)

ERN

ERBERY

EYN

IY

EYBIY-B

-IY

ENY

IR-Y

-IB

(-EB)ENB

IR-B

IR

EYR

IY-R

EBN

IB

(-ER)ENR

-IR

IB-R

EBR

EBY

IB-Y

( ) VOLTAGE REFERENCE

VOLTAGE POSITIONS ARE FIXED

CURRENTS ARE SHOWN AT UNITY P.F. REVISION 2005

0

0 10 20 30 40

10

20

60

50

40

30

90

80

70

10010 20 30 40

RESPONSE CURVES FOR THERMAL DEMAND METERS%

IND

ICA

TIO

N

TIME - MINUTES

% REGISTRATION

0% 25% 50% 99%90%75%

11

159

6

4.5

3

2

0

0

3216

30

32 MINUTE TIME CONSTANT- OTHER METER TYPES -

30 MINUTE TIME CONSTANTK-LINE & ELECRONIC

EMULATION MINUTES

K-LINE ORELEC. EMULATEDTHERMAL DEMAND30-MIN. DEMAND

OTHER32-MIN.DEMAND

REVISION 2006

0.1 0.2 0.60.50.40.3 1.00.90.80.70

DISC RATIO

PO

WE

R F

AC

TOR

.5

.6

.7

.8

.9

1.00.1 0.2 0.60.50.40.3 1.00.90.80.70

NUMBER OF SECONDS FOR FAST DISC FOR EQUAL NUMBER OF REV / DISCNUMBER OF SECONDS FOR SLOW DISC

DISC RATIO – POWER FACTOR CONVERSION CURVE POSITIVE – BOTH ELEMENT DISC TURNING FORWARD

ONLY RELIABLEUNDER BALANCED LOAD CONDITIONS

DISC RATIO = COS (30 + Ø)COS (30 – Ø)

WHERE Ø IS ANGLE OF P.F.

REVISION 2006

-0.1-0.2-0.6 -0.5 -0.4 -0.3-1.0 -0.9 -0.8 -0.7 0

DISC RATIO

POW

ER

FA

CTO

R

0

0.1

0.2

0.3

0.4

0.5-0.1-0.2-0.6 -0.5 -0.4 -0.3-1.0 -0.9 -0.8 -0.7 0

NUMBER OF SECONDS FOR FAST DISC FOR EQUAL NUMBER OF REV / DISCNUMBER OF SECONDS FOR SLOW DISC

DISC RATIO – POWER FACTOR CONVERSION CURVE NEGATIVE – BOTH ELEMENT DISC TURNING FORWARD

ONLY RELIABLEUNDER BALANCED LOAD CONDITIONS

DISC RATIO = COS (30 + Ø)COS (30 – Ø)

WHERE Ø IS ANGLE OF P.F.

REVISION 2006

0.1

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ELECTRONIC DEMAND CALCULATION METHODS

V1

V2

V3

I1I2

I3

VECTORIAL CALCULATION(Recommended Method) VECTOR KVA

PHASOR SUM

V1I1

V2I2V 3I 3

ARITHMETIC CALCULATION

V1I1 V2I2 V3I3

ARITHMETIC KVA

REV. 2008

SASKPOWER STANDARD IS TO USE VECTORIAL CALCULATION TO DETERMINE DEMAND

QUANTUM METER READ SHEET AP-601

REVISION 2007

DISPLAY ID ANNUCIATOR EXPLANATION READINGS2 KWh d Total kilowatt-hours3 A kWh d On Peak kilowatt-hours4 KQh d Total Kilo-Q-hours5 A max VA Maximum VA demand, on peak, for current month

5 A max VA Time Time of on peak VA demand for current month6 B max VA Maximum VA demand off peak for current month

6 B max VA Time Time of off peak VA demand for current month7 A kWh d FZ On peak Total kilowatt-hours frozen at bill cycle

8 A max VA FZ On peak VA demand frozen at bill cycle8 A max VA TIFZ Time of on peak Va demand frozen at bill cycle9 B max VA FZ Off peak VA demand frozen at bill cycle9 B max VA TIFZ Time of off peak VA demand frozen at bill cycle10 KWh d FZ Kilowatt-hour total frozen at bill cycle11 KQh d FZ Kilo-Q-hour total frozen at bill cycle12 Ins VA Instantaneous VA demand13 Prs VA Present VA demand14 Pf Present Power Factor15 Rt Present Time16 Btm Battery minutes Used17 Unit Identification

QUANTUM METER DEMANDS ARE RESET AUTOMATICALLY AT 00:00 HOUR ON THE FIRST DAY OF EACH MONTH.

ALTERNATE DISPLAY30 Ins V Instantaneous Volts31 Ins A Instantaneous Amps32 Ins W Instantaneous Watts delivered33 Ins var Instantaneous Volt-Amps-Reactive

Number of Power Downs (Loss of Power)

35 #dmr Number of demand resets36 TOU Time of Use Schedule37 Set38 KVAh d Total KVA hours delivered39 SV Software Version

34 Pwd

AP-602

KVI Normal Mode Electronic Display Main Display Register Sequence Annunciator Segment Test 8.8.8.8.8.8 VA Peak 1 VA MAX Power Factor at VA Peak 2 VA MAX PF VA Present Demand 3 VA PRES Present Power Factor 4 PF PRES Potential Indicators 5 PHASE ABC Blank Display Screen -- FOR BILLING PURPOSE: The kWh reading is obtained from the mechanical register The VA demand is obtained from the electronic screen VA Peak (Screen 01). To view the Alternate Display for the meter, pass a small magnet near the 5 o'clock position on the meter face. This action closes a magnetic switch and places the KVI in the Alternate display sequence. The meter will scroll through the Alternate display sequence once and then return to the Main display sequence. The Alternate Display of KVI meters Alternate Display Display Sequence Annunciator Wh Consumption KWh VA Peak 1 VA MAX VA Cumulative Demand 2 VA CUM Number of Demand Resets 3 #RST Instantaneous VAs 4 VA Instantaneous Power Factor 5 PF(LEAD/LAG) Volts Phase A 6 VA Volts Phase C 7 VC Amps Phase A 8 AA Amps Phase B 9 AB Amps Phase C 10 AC Electronic Register Kt 11 #Kh Firmware Revision Number 12 # Blank Display Screen 13 The momentary contact toggle switch on the face of the KVI/SVI electronic register is the Demand Reset. The demand registers can only be reset once every 3 minutes. This prevents anyone from inadvertently resetting the demand more than once while reading the meter. Both KVI and SVI meters count the number of times the meter has been reset.

ELSTER ALPHA3 METER DISPLAY AP-605 31-15-3G NORMAL MODE NORMAL DISPLAY SEQUENCE ID NAME READINGS

1 888 LCD TEST 2 2 CURRENT BILLING TOTAL KWH 3 3 CURRENT BILLING MAXIMUM KVA-DEL. 4 4 AVERAGE PF: KW-DEL AND KVA-DEL@KVA-DEL 5 SYS SYSTEM KVA (ARITHMETIC) 6 SYS SYSTEM PF (ARITHMETIC)

This meter has an alternate register which can be displayed by breaking the demand seal, lifting the lever, turning it to the right and pressing the ALT button. ALTERNATE DISPLAY SEQUENCE ID NAME READINGS

1 201 DEMAND RESETS (ALL) 2 202 CURRENT BILLING CUMULATIVE KVA DEL 3 203 PRESENT INTERVAL KVA-DEL 4 204 PREVIOUS INTERVAL KVA-DEL 5 SYS SYSTEM PF (ARITHMETIC) 6 SYS SYS KVA (ARITHMETIC) 7 SYS SYSTEM KW 8 SYS SYSTEM KVAR (ARITHMETIC) 9 PHA PHASE A VOLTAGE

10 PHB PHASE B VOLTAGE 11 PHC PHASE C VOLTAGE 12 PHA PHASE A CURRENT 13 PHB PHASE B CURRENT 14 PHC PHASE C CURRENT 15 215 PREVIOUS BILLING TOTAL KWH-DEL 16 216 PREVIOUS BILLING MAX. KVA-DEL 17 217 POWER OUTAGE COUNT 18 218 PROGRAM ID 19 219 FIRMWARE VERSION 20 220 HARDWARE VERSION 21 221 CUSTOM DISPLAY STRING 1

• - ID indicator not present but the annunciator is still present REVISION 2007

ION 8300 Primary Display Schedule AP-609 WIND MILL METERS

REVISION 2005

Notes: 1. Normal and Alt mode display demand values shall be based on a 20 min block. 2. Latest approved firmware shall be used.

Normal Display Screen Description Display Characters Screen 1 Mwh delivered XXXXXXXX.XX

Mwh received Rate A Mwh Delivered Rate B Mwh Delivered

Screen 2 MVARh del. XXXXXXXX.XX MVARh rec.

Screen 3 MVAh del. XXXXXXXX.XX MVAh rec.

Screen 4 KVA sw MAX A del. XXXXXX.XXX Screen 5 KVA sw MAX B del. XXXXXX.XXX Screen 6 Disk Simulator Screen 7 All Segments *Normal Display will scroll every 8 seconds

Alternate Display Screen Description Display Characters Screen 1 Owner SASKPOWER

Tag 1 Metering Services Tag 2 SPXXXXXX Firmware Battery Life

Screen 2 Dmd type Config Update Sync Max (KW)

Screen 3 Event Log Screen 4 Vector Diagram Screen 5 V RN XXXXXX.X

V YN V BN V avg

Screen 6 I r XXXX.X I y I b I avg

Screen 7 KW ins XXXXXX.XXX KVAR ins KVA ins PF pres

Screen 8 KVA SW pres del XXXXXX.XXX KVA SW pres rec


REVISION 2005

Screen 9 V R harmonic Screen 10 V Y harmonic Screen 11 V B harmonic Screen 12 I R harmonic Screen 13 I Y harmonic Screen 14 I B harmonic Screen 15 Rate A Mwh del. XXXXXXXX.XX Rate B Mwh del. Rate A Mwh rec. Rate B Mwh rec. Screen 16 KVA sw MAX A del. XXXXXX.XXX

KVA sw MAX B del. Screen 17 KVA sw MAX A rec. XXXXXX.XXX

KVA sw MAX B rec. Screen 18 PB Mwh del A XXXXXXXX.XX PB Mwh del B PB Mwh del total Screen 19 PB Mwh rec A XXXXXXXX.XX PB Mwh rec B PB Mwh rec total Screen 20 PB KVA sw MAX A del. XXXXXX.XXX

PB KVA sw MAX B del. Screen 21 PB KVA sw MAX A rec. XXXXXX.XXX

PB KVA sw MAX B rec. Screen 22 PB MVARh del Rate A XXXXXXXX.XX PB MVARh rec Rate A PB MVARh del Rate B PB MVARh rec Rate B Screen 23 PB KW sw max del XXXXXX.XXX

PB KW sw max rec Screen 24 PB KVAR sw max del XXXXXX.XXX

PB KVAR sw max rec Screen 25 PS Mwh del A XXXXXXXX.XX PS Mwh del B PS Mwh del total Screen 26 PS Mwh rec A XXXXXXXX.XX PS Mwh rec B PS Mwh rec total Screen 27 PS KVA sw MAX A del. XXXXXX.XXX

PS KVA sw MAX B del. Screen 28 PS KVA sw MAX A rec. XXXXXX.XXX

PS KVA sw MAX B rec. Screen 29 PS MVARh del Rate A XXXXXXXX.XX PS MVARh rec Rate A PS MVARh del Rate B PS MVARh rec Rate B Screen 30 PS KW sw MAX del XXXXXX.XXX

PS KW sw MAX rec Screen 31 PS KVAR sw MAX del XXXXXX.XXX


REVISION 2005

PS KVAR sw MAX rec Screen 32 Number of Demand Resets XXXX Test Display Screen 1 Kwh del T Kwh rec T Screen 2 KVARh del T KVARh rec T Screen 3 KVAh del T KVAh rec T Screen 4 KW sw del T KW sw rec T


REVISION 2005

Notes: 1. Normal and Alt mode display demand values shall be based on a 20 min block. 2. Latest approved firmware shall be used.

Normal Display Screen Description Display Characters Screen 1 Mwh delivered XXXXXXXX.XX

Mwh received Rate A Mwh Delivered Rate B Mwh Delivered

Screen 2 MVARh del. XXXXXXXX.XX MVARh rec.

Screen 3 MVAh del. XXXXXXXX.XX MVAh rec.

Screen 4 KVA sw MAX A del. XXXXXX.XXX Screen 5 KVA sw MAX B del. XXXXXX.XXX Screen 6 Disk Simulator Screen 7 All Segments *Normal Display will scroll every 8 seconds

Alternate Display Screen Description Display Characters Screen 1 Owner SASKPOWER



Screen 3 Event Log Screen 4 Vector Diagram Screen 5 V RN XXXXXX.X

V YN V BN V avg

Screen 6 I r XXXX.X I y I b I avg

Screen 7 KW ins XXXXXX.XXX KVAR ins KVA ins PF pres

Screen 8 KVA SW pres del XXXXXX.XXX KVA SW pres rec

Screen 9 V R harmonic Screen 10 V Y harmonic Screen 11 V B harmonic Screen 12 I R harmonic Screen 13 I Y harmonic


REVISION 2005

Screen 14 I B harmonic Screen 15 Rate A Mwh del. XXXXXXXX.XX Rate B Mwh del. Rate A Mwh rec. Rate B Mwh rec. Screen 16 KVA sw MAX A del. XXXXXX.XXX

KVA sw MAX B del. Screen 17 KVA sw MAX A rec. XXXXXX.XXX

KVA sw MAX B rec. Screen 18 PB Mwh del A XXXXXXXX.XX PB Mwh del B PB Mwh del total Screen 19 PB Mwh rec A XXXXXXXX.XX PB Mwh rec B PB Mwh rec total Screen 20 PB KVA sw MAX A del. XXXXXX.XXX

PB KVA sw MAX B del. Screen 21 PB KVA sw MAX A rec. XXXXXX.XXX

PB KVA sw MAX B rec. Screen 22 PB MVARh del Rate A XXXXXXXX.XX PB MVARh rec Rate A PB MVARh del Rate B PB MVARh rec Rate B Screen 23 PB KW sw max del XXXXXX.XXX

PB KW sw max rec Screen 24 PB KVAR sw max del XXXXXX.XXX

PB KVAR sw max rec Screen 25 PS Mwh del A XXXXXXXX.XX PS Mwh del B PS Mwh del total Screen 26 PS Mwh rec A XXXXXXXX.XX PS Mwh rec B PS Mwh rec total Screen 27 PS KVA sw MAX A del. XXXXXX.XXX

PS KVA sw MAX B del. Screen 28 PS KVA sw MAX A rec. XXXXXX.XXX

PS KVA sw MAX B rec. Screen 29 PS MVARh del Rate A XXXXXXXX.XX PS MVARh rec Rate A PS MVARh del Rate B PS MVARh rec Rate B Screen 30 PS KW sw MAX del XXXXXX.XXX

PS KW sw MAX rec Screen 31 PS KVAR sw MAX del XXXXXX.XXX

PS KVAR sw MAX rec Screen 32 Number of Demand Resets XXXX


REVISION 2005

Test Display Screen 1 Kwh del T Kwh rec T Screen 2 KVARh del T KVARh rec T Screen 3 KVAh del T KVAh rec T Screen 4 KW sw del T KW sw rec T

R\custserv\csms\pml\8500\ABB 8500 Bidirectional Display Schedule.doc

ABB 8500 Display Schedule Bi-directional Meter

Normal Display Screen Description Display Characters Screen 1 Kwh delivered XXXXX.X

Kwh received XXXXX.X Rate A Kwh Delivered XXXXX.X

Rate B Kwh Delivered XXXXX.X Screen 2 KVARh del. XXXXX.X

KVARh rec. XXXXX.X Screen 3 KVAh del. XXXXX.X

KVAh rec. XXXXX.X Screen 4 KVA sw MAX A del. X.XXX Screen 5 KVA sw MAX B del. X.XXX Screen 6 All Segments *Normal Display will scroll every 8 seconds Alternate Display Screen Description Display Characters Screen 1 Owner SASKPOWER



Screen 3 Event Log Screen 4 Vector Diagram Screen 5 V RN XXX.X

V YN XXX.X V BN XXX.X V avg XXX.X

Screen 6 I r X.XXX I y X.XXX I b X.XXX I avg X.XXX

Screen 7 W ins X.XXX VAR ins X.XXX VA ins X.XXX PF pres X.XXX


Screen 8 VA SW pres del X.XXX Screen 9 VA SW pres rec X.XXX Screen 10 V R harmonic Screen 11 V Y harmonic Screen 12 V B harmonic Screen 13 I R harmonic Screen 14 I Y harmonic Screen 15 I B harmonic Screen 16 Rate A Kwh del. XXXXX.X Rate B Kwh del. XXXXX.X Rate A Kwh rec. XXXXX.X Rate B Kwh rec. XXXXX.X Screen 17 KVA sw MAX A del. X.XXX Screen 18 KVA sw MAX B del. X.XXX Screen 19 KVA sw MAX A rec. X.XXX Screen 20 KVA sw MAX B rec. X.XXX Screen 21 PB Kwh del A XXXXX.X PB Kwh del B XXXXX.X PB Kwh del total XXXXX.X Screen 22 PB Kwh rec A XXXXX.X PB Kwh rec B XXXXX.X PB Kwh rec total XXXXX.X Screen 23 PB KVA sw MAX A del. X.XXX Screen 24 PB KVA sw MAX B del. X.XXX Screen 25 PB KVA sw MAX A rec. X.XXX Screen 26 PB KVA sw MAX B rec. X.XXX Screen 27 PB KVARh del Rate A XXXXX.X PB KVARh rec Rate A XXXXX.X PB KVARh del Rate B XXXXX.X PB KVARh rec Rate B XXXXX.X Screen 28 PB KW sw max del X.XXX Screen 29 PB VAR sw max del X.XXX Screen 30 PS Kwh del A XXXXX.X PS Kwh del B XXXXX.X PS Kwh total XXXXX.X Screen 31 PS Kwh rec A XXXXX.X PS Kwh rec B XXXXX.X PS Kwh rec total XXXXX.X Screen 32 PS KVA MAX A del. X.XXX Screen 33 PS KVA MAX B del. X.XXX Screen 34 PS KVA MAX A rec. X.XXX Screen 35 PS KVA MAX B rec. X.XXX


Screen 36 PS KVARh del Rate A XXXXX.X PS KVARh rec Rate A XXXXX.X PS KVARh del Rate B XXXXX.X PS KVARh rec Rate B XXXXX.X Screen 37 PS KW MAX del X.XXX Screen 38 PS KVAR MAX del X.XXX Screen 39 PS KVAR MAX rec X.XXX Screen 40 Number of Demand Resets XXX Test Display Screen 1 Kwh del T Kwh rec T Screen 2 KVARh del T KVARh rec T Screen 3 KVAh del T KVAh rec T Screen 4 KW sd del T KW sd rec T

PB – Previous Billing – Last month’s billing PS – means Previous Season – last year’s billing R\custserv\csms\library\Display Schedules\ABB8500 Meter Read Sheet.doc R:\custserv\csms\connection diagrams\appendix\Meter Displays\ABB8500 Meter Read Sheet.doc

ABB 8500 Meter Read Sheet Customer: ______________________________ Account Number: ________________________ Date & Time: ___________________________ Read By: _______________________________ Normal Display

Screen Description Display Reading Screen 1

Kwh delivered kWh del. Kwh received kWh rec.

Kwh delivered rate A kWh del A Kwh delivered rate B kWh del B

Screen 2 KVARh delivered kVARh del. KVARh received kVARh rec.

Screen 3 KVAh delivered kVAh del. KVAh received kVAh rec. Screen 4

VA Sliding Window Max Rate A received KVAsw maxA del.

Time format: mm/dd/yy hh:mm:ss Screen 5

VA Sliding Window Max Rate B delivered kVAsw maxB del.

Time format: mm/dd/yy hh:mm:ss

Screen 6 All Segments *Normal Display will scroll every 8 seconds


Alternate Display

Screen Description Display Reading Screen 1 Owner SASKPOWER

Tag 1 METERING SERVICES

Tag 2 SP Firmware 8500V205 Battery Life

Screen 2 Dmd type BLOCK/SLIDING Config 20 MIN X 1 PER

Update 20

Sync EXTERNAL Max (KW)

Screen 3 Event Log

Screen 4 Vector Diagram

Screen 5 Voltage line to neutral r Vln r

Vln y

Vln b

Vln avg.

Screen 6 Current phase r I r

I y

I b

I avg.

Screen 7 W instantaneous kW ins

KVAR ins

kVA ins PF present PF sign Tot

Screen 8 kVA Sliding Window Demand present delivered

KVAsw pres del.

kVA Sliding Window Demand present received

KVAsw pres rec.

Screen 9 V R harmonic THD%

Screen 10 V Y harmonic THD%

Screen 11 V B harmonic THD%

Screen 12 I R harmonic THD%

Screen 13 I Y harmonic THD%

Screen 14 I B harmonic THD%

Screen 15 Rate A Kwh del. kWh del. A. Rate B Kwh del. kWh del. B

Rate A Kwh rec. kWh rec. A Rate B Kwh rec. kWh rec. B


Screen 16 KVA sd max del A KVAsw maxA del.

Date & Time mm/dd/yy hh:mm:ss

Screen 17 KVA sd max del B kVAsw maxB del.


Screen 18 KVA sd max rec. A kVAsw maxA rec.

Date & Time mm/dd/yy hh:mm:ss Screen 19 KVA sd max rec. B

KVAsw maxB rec.


Screen 20 PB kWh del. A PB kWh del. B PB kW del. total

Screen 21 PB kWh rec. A PB kWh rec. B PB kWh rec. total

Screen 22 PB kVA sd max del A, PBkVA maxA del.

Date & Time mm/dd/yy hh:mm:ss Screen 23

PB kVA sd max del B, PBkVA maxB del.


Screen 24 PB kVA sd max rec. A, PBkVA maxA rec.


Screen 25 PB kVA sd max rec. B, PBkVA maxB rec.

Date & Time mm/dd/yy hh:mm:ss Screen 26 PB KVARh del. A

PB KVARh rec. A PB KVARh del B PB KVARh rec. B

Screen 27 PB kW sd max del., PBkWsw max del.

Date & Time mm/dd/yy hh:mm:ss Screen 28 PB kVAR sd max del.,

PBkVARsw max del.


Screen 29 PS kWh del. A PS kWh del. B PS kWh total

Screen 30 PS kWh rec. A PS kWh rec. B PS kWh rec. total

Screen 31 PS kVA sd max del A, PSkVA maxA del.



Screen 32 PS kVA sd max del B, PSkVA maxB del.


Screen 33 PS kVA sd max rec. A, PSkVA maxA rec.


Screen 34 PS kVA sd max rec. B, PSkVA maxB rec.


Screen 35 PS KVARh del A PS KVARh rec. A PS KVARh del B PS KVARh rec. B

Screen 36 PS KW sd max del., PSkW max del.


Screen 37 PS KVAR sd max del., PSkVAR max del.

Date & Time mm/dd/yy hh:mm:ss Screen 38 PS KVAR sd max del.,

PSkVAR max rec.

Date & Time mm/dd/yy hh:mm:ss Screen 39 Demand Resets Count

Test Display

Screen 1 Kwh del T Kwh rec. T

Screen 2 KVARh del. T KVARh rec. T

Screen 3 KVAh del. T KVAh rec. T

Screen 4 KW sd del. T KW sd rec. T

PB – Previous Billing – Last month’s billing PS – means Previous Season – last year’s billing R\custserv\csms\library\Display Schedules\ABB8500 Meter Read Sheet2.doc R:\custserv\csms\connection diagrams\appendix\Meter Displays\ABB 8500 Meter Read Sheet2.doc

ABB 8500 Meter Read Sheet #2 Customer: ______________________________ Account Number: ________________________ Date & Time: ___________________________ Read By: _______________________________ Normal Display

Screen Description Display Reading Screen 1

kWh deliver kWh receive

Screen 2 kVARh deliver kVARh receive.

Screen 3 kVAh deliver kVAh receive Screen 4 KW block peak deliver Time mm/dd/yy hh:mm:ss KVA block peak deliver Time mm/dd/yy hh:mm:ss KVAR block peak deliver Time mm/dd/yy hh:mm:ss Screen 5 Peak demand reset count Time mm/dd/yy hh:mm:ss Screen 6 KQ block deliver

KQhours deliver KQ block receive KQhours receive Screen 7 KWh disk simulator Screen All Segments *Normal Display will scroll every 8 seconds


Alternate Display

Screen Description Display Reading Screen 1 Owner SASKPOWER

Tag 1 METERING SERVICES

Tag 2 SP Firmware 8500V232 Battery Life % DIAG NUM

Screen 2 Dmd type BLOCK/SLIDING Config 20 min X 1 per Update 20 minutes Sync EXTERNAL Max (KW)

Screen 3 Event Log Screen 4 Vector Diagram Screen 5 Voltage line to neutral Vln a

Vln b Vln c Vln avg.

Screen 6 Current phase I a I b I c I avg.

Screen 7 kW total KVAR total kVA total PF sign Total

Screen 8 KW block deliver KW block receive Screen 9 Availablty-ppm No. of “Nines” EvalTime (days) Screen 10 V1-Flck N1/N V2-Flck N1/N V3-Flck N1/N Screen 11 VA Harmonics THD % Screen 12 VB Harmonics THD % Screen 13 VC Harmonics THD % Screen 14 IA Harmonics THD % Screen 15 IB Harmonics THD % Screen 16 IC Harmonics THD %


Screen Description Display Reading Screen 17 TOU Rate A Active TOU Rate B Inactive TOU Rate C Inactive TOU Rate D Inactive Screen 18 TOU Season 1 Active TOU Season 2 Inactive TOU Season 2 Inactive TOU Season 4 Inactive Screen 19 kWh del. A. kWh del. B kWh del. C kWh del. D Screen 20 KW block peak deliver A Date & Time mm/dd/yy hh:mm:ss KW block peak deliver B Date & Time mm/dd/yy hh:mm:ss Screen 21 KW block peak deliver C Date & Time mm/dd/yy hh:mm:ss KW block peak deliver D Date & Time mm/dd/yy hh:mm:ss Screen 22 Past Billing kWh del. A PB kWh del. B PB kWh del. C PB kWh del. C Screen 23 PB kW block peak deliver A Date & Time mm/dd/yy hh:mm:ss PB kW block peak deliver B Date & Time mm/dd/yy hh:mm:ss Screen 24 PB kW block peak deliver C Date & Time mm/dd/yy hh:mm:ss PB kW block peak deliver D Date & Time mm/dd/yy hh:mm:ss Screen 25 Past Season kWh deliver A PS kWh deliver B PS kWh deliver C PS kWh deliver D Screen 26 PS kW block peak deliver A Date & Time mm/dd/yy hh:mm:ss PS kW block peak deliver B Date & Time mm/dd/yy hh:mm:ss


Screen Description Display Reading Screen 27 PS kW block peak deliver C Date & Time mm/dd/yy hh:mm:ss PS kW block peak deliver D Date & Time mm/dd/yy hh:mm:ss Screen 28 PB kWh del. PS kWh del. PB kWh rec. PS kWh rec. Screen 29 PB kW block peak receive PS kW block peak receive Screen 30 PB kVARh del PS kVARh del. PB kVARh rec. PS kVARh rec. Screen 31 PB kVarh block peak del PS kVARh block peak del. PB kVARh block peak rec. PS kVARh block peak rec. Screen 32 PB kVAh del PS kVAh del. PB kVAh rec. PS kVah rec. Screen 33 PB kVA block peak del. PS kVA block peak del. PB kVA block peak rec. PS kVA block peak rec. Screen 34 Frequency Test Display

Screen 1 Kwh del T Kwh rec. T Screen 2 KVARh del. T KVARh rec. T Screen 3 KVAh del. T KVAh rec. T Screen 4 KW sd del. T KW sd rec. T

ELSTER ALPHA3 METER DISPLAY 31-15-3G NORMAL MODE NORMAL DISPLAY SEQUENCE ID NAME READINGS

1 888 LCD TEST 2 2 CURRENT BILLING TOTAL KWH 3 3 CURRENT BILLING MAXIMUM KVA-DEL. 4 4 AVERAGE PF: KW-DEL AND KVA-DEL@KVA-DEL 5 SYS SYSTEM KVA (ARITHMETIC) 6 SYS SYSTEM PF (ARITHMETIC)

This meter has an alternate register which can be displayed by breaking the demand seal, lifting the lever, turning it to the right and pressing the ALT button. ALTERNATE DISPLAY SEQUENCE ID NAME READINGS

1 201 DEMAND RESETS (ALL) 2 202 CURRENT BILLING CUMULATIVE KVA DEL 3 203 PRESENT INTERVAL KVA-DEL 4 204 PREVIOUS INTERVAL KVA-DEL 5 SYS SYSTEM PF (ARITHMETIC) 6 SYS SYS KVA (ARITHMETIC) 7 SYS SYSTEM KW 8 SYS SYSTEM KVAR (ARITHMETIC) 9 PHA PHASE A VOLTAGE

10 PHB PHASE B VOLTAGE 11 PHC PHASE C VOLTAGE 12 PHA PHASE A CURRENT 13 PHB PHASE B CURRENT 14 PHC PHASE C CURRENT 15 215 PREVIOUS BILLING TOTAL KWH-DEL 16 216 PREVIOUS BILLING MAX. KVA-DEL 17 217 POWER OUTAGE COUNT 18 218 PROGRAM ID 19 219 FIRMWARE VERSION 20 220 HARDWARE VERSION 21 221 CUSTOM DISPLAY STRING 1

* - ID indicator not present but the annunciator is still present

* - ID indicator not present but the annunciator is still present.

ELSTER/ABB Alpha Plus Meters Meter displays Residential single phase meters 15-23 1G A1TL+ NORMAL DISPLAY SEQUENCE ID ANNUNCIATOR

1 888 LCD TEST 2 2 TOTAL KWH

This meter has an alternate register which can be displayed by breaking the demand seal, lifting the lever, turning it to the right and pressing the ALT button. ALTERNATE DISPLAY SEQUENCE ID ANNUNCIATOR COMMENTS

1 * SYS VA 2 * PH A VOLTAGE 3 * PH A CURRENT 4 * PH B CURRENT 5 16 PROGRAM ID 6 17 POWER OUTAGE COUNT

Co-generation sites A1KL+ NORMAL DISPLAY SEQUENCE ID ANNUNCIATOR COMMENTS

1 888 COMPLETE LCD TEST 2 1 TOTAL KWH DEL. KWH DELIVERED TO CUSTOMER 3 2 TOTAL KWH REC. KWH RECEIVED BY SASKPOWER 4 * SYS POWER FACTOR INSTANTANROUS PF. 5 * SYS KVA INSTANTANEOUS KVA 6 * LINE FREQYENCY

This meter has an alternate register which can be displayed by breaking the demand seal, lifting the lever, turning it to the right and pressing the ALT button. ALTERNATE DISPLAY SEQUENCE ID ANNUNCIATOR COMMENTS

1 * PH A VOLTAGE 2 * PH B VOLTAGE 3 * PH C VOLTAGE 4 * PH A CURRENT 5 * PH B CURRENT 6 * PH C CURRENT 7 * SYS POWER FACTOR INSTANTANROUS PF. 8 * SYS WATTS INSTANTANEOUS WATTS 9 * SYS VARS INSTANTANEOUS VARS

10 * SYS VA INSTANTANEOUS VA 11 11 POWER OUTAGE COUNT NUMBER OF POWER OUTAGES 12 12 PROGRAM ID

KVI AND SVI METER DISPLAY KVI Normal Mode Electronic Display

Main Display Register Sequence Annunciator Segment Test 8.8.8.8.8.8 VA Peak 1 VA MAX Power Factor at VA Peak

2 VA MAX PF

VA Present Demand 3 VA PRES Present Power Factor 4 PF PRE S Potential Indicators 5 PHASE ABC Blank Display Screen -- For billing purposes the mechanical register dial reading is recorded and from the electronic register only the VA Peak is recorded. SVI Normal Mode Display

Main Display Register Sequence Annunciator Segment Test 8.8.8.8.8.8 KWh Total 1 kWh VA Peak 2 VA MAX Power Factor at VA Peak

3 VA MAX PF

VA Present Demand 4 VA PRES Present Power Factor 5 PF PRES Potential Indicators PHASE ABC Blank Display Screen -- The Alternate Display of KVI/SVI meters

Alternate Display Display Sequence Annunciator Wh Consumption 1 KWh VA Peak 2 VA MAX VA Cumulative Demand 3 VA CUM Number of Demand Resets

4 #RST

Instantaneous VA 5 VA Instantaneous Power Factor

6 PF(LEAD/LAG)

Volts Phase A 7 VA Volts Phase C 8 VC Amps Phase A 9 AA Amps Phase B 10 AB Amps Phase C 11 AC Electronic Register Kt 12 #Kh Firmware Revision Number

13 #

Blank Display Screen --

QUANTUM BI-DIRECTIONAL METER READINGS

R:\custserv\csms\quantum\QTbiMRSHT.doc Revised November 21, 2001

CUSTOMER:______________________________________________________DATE:_________________________________ ACCOUNT NUMBER:______________________________________________TIME:_________________________________ METER NUMBER:_____________________________________ BILLING MULTIPLIER: ____________________________ RECORDER NUMBER: (IF APPLICABLE)__________________________ DISPLAY

ID

ANNUCIATOR

EXPLANATION METER

READINGS 01 Kwh d Total kilowatt-hours delivered 02 A kwh d On Peak kilowatt-hours delivered

03 kQh d Total Kilo-Q-hours delivered 04 A max VA d Max VA demand delivered, On Peak, for current month

05 A max VA Time Time of On Peak VA demand delivered for current month

06 B max VA d Max VA demand delivered Off Peak for current month

07 B max VA Time Time of Off Peak VA demand delivered for current month

08 Kwh r Total kilowatt-hours received

09 A kwh r On Peak kilowatt-hours received

10 kQh r Total Kilo-Q-hours received

11 A max VA r Max VA demand received, On-Peak, for current month

12 A max VA r Time Time of On Peak VA demand received for current month

13 B max VA r Max VA demand received Off Peak for current month

14 B max VA r Time Time of Off Peak VA demand delivered for current month

15 ins VA Intsantaneous Volt-Amps

16 Prs VA Present VA

17 KWh d FZ Total Kilowatt hours delivered Frozen

18 A kWh d FZ On Peak kilowatt hours delivered

19 A max VA d FZ Max VA demand delivered, On Peak, Frozen: 1st of Month

20 A max VA Time FZ Time of On Peak VA demand delivered, Frozen 1st of Month

21 B max VA d FZ Max VA demand delivered Off Peak, Frozen 1st of Month

22 B max VA d Time FZ Time of Off Peak VA demand delivered, Frozen 1st of Month

23 Kwh r FZ Total kilowatt-hours received Frozen 1st of Month

24 A kwh r FZ On Peak kilowatt-hours received, Frozen 1st of Month

25 A max VA r FZ Max VA demand received, On-Peak, Frozen 1st of Month

26 A max VA r Time FZ Time of On Peak VA demand received, Frozen 1st of Month

27 B max VA r FZ Max VA demand received Off Peak, Forzen 1st of Month

28 B max VA r Time FZ Time of Off Peak VA demand received, Frozen 1st of Month

QUANTUM BI-DIRECTIONAL METER READINGS

R:\custserv\csms\quantum\QTbiMRSHT.doc Revised November 21, 2001

ALTERNATE DISPLAY

DISPLAY ID

ANNUCIATOR

EXPLANATION

METER READINGS

88 All Positions Black Segment Test

41 Ins V Instantaneous Volts

42 Ins A Instantaneous Amps

43 Ins W Instantaneuos Watts

44 Ins var Instantaneous Volt-Amps-Reactive

45 Pf Power Factor

46 KQh d FZ Total kiloQhours delivered

47 KQh r FZ Total kiloQhours received

48 A kQh d On-Peak kiloQhours delivered

49 A kQh r Off-Peak klioQhours received

50 A kQh d FZ On-Peak klioQhours delivered, Frozen 1st of Month

51 A kQh r FZ Off-Peak klioQhours received Frozen 1st of Month

52 PWD Number of Power Downs (Loss of Power)

53 #DMR Number of demand resets

54 Btm Battery minutes used

55 Rt Real Time and Date

56 SV Software Version

QUANTUM METER READINGS

R:\custserv\csms\quantum\qtm read sheet.doc R:\custserv\csms\connection diagrams\appendix\meter displays\qtm read sheet.doc Revised September 26, 2006

CUSTOMER:______________________________________________________DATE:_________________________________ ACCOUNT NUMBER:______________________________________________TIME:_________________________________ METER NUMBER:_____________________________________ BILLING MULTIPLIER: ____________________________ RECORDER NUMBER: (IF APPLICABLE)__________________________

MAIN DISPLAY

DISPLAY ID

ANNUCIATOR EXPLANATION READINGS

02 KWh d Total kilowatt-hours

03 A kWh d On Peak kilowatt-hours

04 KQh d Total Kilo-Q-hours

05 A max VA Maximum VA demand, on peak, for current month

05 A max VA Time Time of on peak VA demand for current month

06 B max VA Maximum VA demand off peak for current month

06 B max VA Time Time of off peak VA demand for current month

07 A kwh d FZ On peak Total kilowatt-hours frozen at bill cycle

08 A max VA FZ On peak VA demand frozen at bill cycle

08 A max VA TIFZ Time of on peak Va demand frozen at bill cycle

09 B max VA FZ Off peak VA demand frozen at bill cycle

09 B max VA TIFZ Time of off peak VA demand frozen at bill cycle

10 KWh d FZ Kilowatt-hour total frozen at bill cycle

11 KQh d FZ Kilo-Q-hour total frozen at bill cycle

12 Ins VA Instantaneous VA demand

13 Prs VA Present VA demand

14 Pf Present Power Factor

15 Rt Present Time

16 Btm Battery minutes Used



17 Unit Identification



ALTERNATE DISPLAY

30 Ins V Instantaneous Volts Total of each voltage

31 Ins A Instantaneous Amps Total of each current

32 Ins W Instantaneous Watts delivered

33 Ins var Instantaneous Volt-Amps-Reactive

34

Pwd Number of Power Downs (Loss of Power)

35

#dmr Number of demand resets

36

TOU Time of Use Schedule

37

kWh d Total KW hours delivered

38

KVAh d Total KVA hours delivered

39 Set

40 SV Software Version

R:\custserv\csms\connection diagrams\appendix\meter displays\Sentinel meter displays.doc

Sentinel meter displays Single phase meters ie 15-93-13

Normal Display ID. Quantity Name Annunciator Reading 88 Segment Test 2 Watt-hours - delivered KWh d 3 Instantaneous VA Vec Ins VA Vec 4 Instantaneous PF Ins PF

Alternate Display

ID. Quantity Name Annunciator Reading 201 Instantaneous VA Vec Ins VA Vec 202 Instantaneous Watts Ins W 203 Instantaneous VAR Ins VAR 204 Instantaneous PF Ins PF 205 Instantaneous Volts A Ins Va 206 Instantaneous Amp A Ins Aa 207 Instantaneous Amp C Ins Ac 208 Instantaneous NA Instantaneous NA 209 Outage Count Outage Count 210 Program ID Program ID 211 Firmware Revision Firmware Revision 212 User Data 01 User Data 01

ie 15-93-33

Normal Display ID. Quantity Name Annunciator Reading 88 Segment Test 2 Watt-hours - delivered KWh d 3 Instantaneous VA Ins VA Vec 4 Instantaneous PF Ins PF

Alternate Display

ID. Quantity Name Annunciator Reading 201 Instantaneous Volts Amps Ins Va 202 Instantaneous Watts Ins W 203 Instantaneous VAR Ins VAR 204 Instantaneous PF Ins PF 205 Instantaneous VA Vec Ins VA Vec d 206 Instantaneous Volts A Ins Va 207 Instantaneous Volts C Ins Vc 208 Instantaneous Amp A Ins Aa 209 Instantaneous Amp C Ins Ac 210 Watt hours del. (Snap Shot 1) Whd (SS1) 211 Watt hours del. (Snap Shot 2) Whd (SS2) 212 Instantaneous NA Instantaneous NA 213 Outage Count Outage Count 214 Program ID Program ID 215 Firmware Revision Firmware Revision 216 User Data 01 User Data 01


ie 35-93-1G Normal Display

ID. Quantity Name Annunciator Reading 88 Segment Test 2 Watt-hours - delivered KWh d 3 Maximum VA demand Max VA Arith d 4 PF @ Maximum VA demand PF @ max VA Arith d 5 Instantaneous VA Ins VA Arith 6 Instantaneous PF Ins PF

Alternate Display ID. Quantity Name Annunciator Reading 201 Demand Reset Count Demand Reset Count 202 Continuous Cum VA Arith d Ccum Va Arith d 203 Present VA Arith d Prs Va Arith d 204 Previous VA Arith d Prv Va Arith d 205 Instantaneous PF Ins PF 206 Instantaneous VA Arith Ins VA Arith d 207 Instantaneous Watts Ins W 208 Instantaneous VAR Ins VAR 209 Instantaneous Volts A Ins Va 210 Instantaneous Amp A Ins Vb 211 Instantaneous Amp C Ins Vc 212 Watt hours del. (Snap Shot 1) Whd (SS1) 213 Max VA Arithmetic d (Snap Shot 1) Max VA Arith d (SS1) 214 Watt hours del. (Snap Shot 2) Whd (SS2) 215 Max VA Arithmetic d (Snap Shot 2) Max VA Arith d (SS2) 216 Average power factor Average power factor 217 Minimum power factor Minimum power factor 218 Instantaneous NA Instantaneous NA 219 Projected VA Arith Projected VA Arith 220 Outage Count Outage Count 221 Program ID Program ID 222 Firmware Revision Firmware Revision 223 User Data 01 User Data 01 224


Sentinel Three Phase ie 31-15-3C

Normal Display ID. Quantity Name Annunciator Reading 88 Segment Test 2 Watt-hours – delivered KWh d 3 Maximum VA demand Max VA Arith d 4 PF @ Maximum VA demand PF @ max VA Arith d 5 Instantaneous VA Ins VA Arith 6 Instantaneous PF Ins PF

Alternate Display

ID. Quantity Name Annunciator Reading 201 Demand Reset Count 202 Continuous Cum VA Arith d CUM VA Arith d 203 Present VA Arith d Prs VA Arith d 204 Previous VA Arith d Prv VA Arith d 205 Previous PF MAX 206 Instantaneous PF Ins PF 207 Instantaneous VA Arith Ins VA Arith d 208 Instantaneous Watts Ins W 209 Instantaneous VAR Ins VAR 210 Instantaneous Volts A Ins V a 211 Instantaneous Volts B Ins V b 212 Instantaneous Volts C Ins V c 213 Instantaneous Amp A Ins Amp a 214 Instantaneous Amp B Ins Amp b 215 Instantaneous Amp C Ins Amp c 216 Instantaneous Neutral Amps Ins na 217 Whd (Snap Shot 1) Whd (SS1) 218 Max VA Arithmetic d (Snap Shot 1) Max VA Arith d (SS1) 219 Whd (Snap Shot 2) Whd (SS2) 220 Max VA Arithmetic d (Snap Shot 2) Max VA Arith d (SS2) 221 Average power factor Ave PF 222 Minimum power factor Min PF 223 Projected VA Arithmetic d Proj VA Arith D 224 Outage Count 225 Program ID 226 Firmware Revision 227 Option Board Field 1 228 Option Board Field 2 229 User Data 01


Time of Use Display ie 31-15-6C

Normal Display ID. Quantity Name Annunciator Reading 888 Segment Test Segment Test

2 Watt hours delivered Wh d 3 Watt hours delivered for Rate A Wh d Rate A 4 Max VA Arithmetic d Rate A Max VA Arith d Rate A 5 Date of Max VA Arithmetic

delivered for Rate A Date of Max VA Arith d Rate A

6 Time of Max VA Arithmetic delivered Rate A

Time of Max VA Arith d Rate A

7 Watt hours delivered for Rate B Wh d Rate B 8 Max VA Arithmetic delivered for

Rate B Max VA Arith d Rate B

9 Date of Max VA Arithmetic delivered Rate B

Date of Max VA Arith d Rate B

10 Time of Max VA Arithmetic delivered for Rate B

Time of Max VA Arith d Rate B

11 Max VA Arithmetic delivered Max VA Arith d 12 PF @ max VA Arithmetic delivered PF @ max VA Arith d 13 Instantaneous VA Arithmetic Ins VA Arith 14 Instantaneous Power Factor Ins PF

Alternate Display

ID. Quantity Name Annunciator Reading 201 Demand Reset Count 202 Continuous Cum VA Arith d CUM VA Arith d 203 Present VA Arith d Prs VA Arith d 204 Previous VA Arith d Prv VA Arith d 205 Previous PF MAX 206 Instantaneous PF Ins PF 207 Instantaneous VA Arith Ins VA Arith d 208 Instantaneous Watts Ins W 209 Instantaneous VAR Ins VAR 210 Instantaneous Volts A Ins V a 211 Instantaneous Volts B Ins V b 212 Instantaneous Volts C Ins V c 213 Instantaneous Amp A Ins Amp a 214 Instantaneous Amp B Ins Amp b 215 Instantaneous Amp C Ins Amp c 216 Instantaneous Neutral Amps Ins na 217 Whd (Snap Shot 1) Whd (SS1) 218 Max VA Arithmetic d (Snap Shot 1) Max VA Arith d (SS1) 219 Whd (Snap Shot 2) Whd (SS2) 220 Max VA Arithmetic d (Snap Shot 2) Max VA Arith d (SS2) 221 Average power factor Ave PF 222 Minimum power factor Min PF 223 Projected VA Arithmetic d Proj VA Arith D 224 Outage Count 225 Program ID 226 Firmware Revision 227 Option Board Field 1 228 Option Board Field 2 229 User Data 01

Display sequence for KVA Demand Vectron Meter

(i.e. Stock code 3X-XX-33 AND 3X-XX-6C)

Normal Display Mode: ID. Quantity Name Format Annunciator Units

88 Segment Test 1 Watt-hours 00000. KWh Kilo 2 Maximum VA demand 0000. Max Units 3 Present VA demand 0000. Units

Alternate Display Mode: ID. Quantity Name Format Annunciator Units

11 Previous VA demand 0000. Units 12 Cumulative VA demand 000000. CUM Units 13 Instantaneous VA 0000. Units 14 Instantaneous watts 0000. Units 15 Maximum watts 0000. MAX Units 16 Present watts 0000. Units 17 Demand Reset Count 18 Outage Count 19 Normal Kh 20 Firmware Revision

Time of Use Vectron Meters Stock Code 3X-XX-6C

Normal Display Display ID. Annunciator Explanation 88 Segment Test 01 KWh KWhr 02 MAX Maximum KVA demand since last reset 03 MAX Maximum demand ON PEAK 04 Date of ON PEAK demand 05 Time of ON PEAK demand 06 MAX Maximum OFF PEAK demand 07 Date of OFF PEAK demand 08 Time of OFF PEAK demand Alternate Display Mode: ID. Quantity Name Format Annunciator Units

11 Previous VA demand 0000. Units 12 Cumulative VA demand 000000. CUM Units 13 Instantaneous VA 0000. Units 14 Instantaneous watts 0000. Units 15 Maximum watts 0000. MAX Units 16 Present watts 0000. Units 17 WHR Rate A KWH Kilo 18 WHR Rate B KWH Kilo 19 Demand Reset Count

20 Outage Count 21 Normal Kh 22 Firmware Revision

New Time of Use Display, for use with all XX-XX-6C meters. All XX-XX-66 and 69 meters are being converted to this new display as they become due for retest. Normal Display Mode: ID. Quantity Name Format Annunciator Units

88 Segment Test 1 Watt-hours 00000. KWh Kilo 2 Maximum VA demand 0000. Max VA Units 3 Present VA demand 0000. Prs VA Units

Alternate Display Mode: ID. Quantity Name Format Annunciator Units

11 Watt hours for Rate A 00000. Wh Rate A Kilo 12 Max. VA for Rate A 0000. Max. VA Rate A Units 13 Date of max. VA for

Rate A

14 Time of max VA for Rate A 15 Watt hours for Rate B 00000. Wh Rate B Kilo 16 Max. VA for Rate B 0000. Max VA Rate B Units 17 Date of max VA Rate B 18 Time of max VA Rate B 19 Previous VA demand 0000. Prv VA Units 20 Cumulative VA demand 000000. CUM VA Units 21 Instantaneous VA 0000. Ins VA Units 22 Instantaneous watts 0000. Ins W Units 23 Maximum watts 0000. MAX W Units 24 Present watts 0000. PRV W Units 25 Demand Reset Count 26 Outage Count 27 Normal Kh 28 Firmware Revision

When used as a VA demand meter record kWhr, register 01 and maximum demand, register 02 only. When used as a Time of Use Meter record kWhr (01), On Peak Demand (03), Date (04) and Time (05), and Off Peak Demand (06), Date (07) and Time (08).

MISCELLANEOUS METERING ERRORS

31-13-21 – NETWORK METERS USED ON 3Ø – 3W TRANSFORMER RATED SERVICES WILL READ 115% OF THE TRUE DEMAND. THE KWH REGISTRATION WILL BE 100%

WHEN CD-269 DOES NOT HAVE RED PHASE (208 VOLT TO GROUND) CONNECTED TO TERMINAL 3, SEE CIRCULAR MSC1 IN THE REVENUE METERING MATERIAL CODE BOOK

31-23-31 – VA DEMAND METERS INSTALLED ON 120/240 VOLT 3Ø 4W DELTA SERVICES (CD-271, CD-272, CD-273 & CD-274) WILL REGISTER 124% OF TRUE DEMAND. KWH REGISTRATION WILL BE 100%

31-13-31 – VA DEMAND METERS INSTALLED ON 120/208 VOLT 3Ø 4W WYE SERVICES, CD-281, WILL REGISTER 124% OF TRUE DEMAND. KWH REGISTRATION WILL BE 100%.

REVISION 2006

120/240 VOLT - 1 PHASE - 3 WIRELINE

NEU

TRAL

1 2

3 4

5

ERROR CONDITION:120 VOLT NETWORK 3-WIRE METER INSTALLED

PH

ASE

PH

ASE

NEU

TRA

L

PH

ASE

PH

ASE

RIGHT HAND ELEMENT UNITY P.F.

E

(120 V LOAD)

(240 V LOAD)

(240/2)

LEFT HAND ELEMENT

E

(120 V LOAD)

(240 V LOAD)

(240/2)

METER WOULD SEE- 240 VOLT LOAD CURRENT TWICE. HOWEVER @ ½ VOLTS (100% REGISTRATION)- 120 VOLT LOAD CURRENT TRUE ON BOTH LEGS (100% REGISTRATION)

REVISION 2006

I

I

I

I

NE

UTR

AL LINE

LOAD

NE

UTR

AL

½ C

OIL

½ C

OIL

1 2

3 4

R B

120/208 VOLT - 3 WIRE - NETWORKERROR CONDITION:240 VOLT 1Ø 3-WIRE METER INSTALLED

ERB

IRB + IRB2

(208V LOAD)

(120V LOAD)

(120V LOAD)

300

300 -IB2

IR2

UNITY

AT UNITY208V LOAD – 100% REGISTRATION @ ALL P.F.120V LOAD – 75% REGISTRATION (BALANCED LOAD)

NOTE:(120 VOLT LOADS) THE PERCENT OF REGISTRATION CAN BE GREATER THAN 75% OR LESS FOR BALANCED LOADS WITH POWER FACTOR OTHER THAN UNITY.

UNITY POWER FACTOR = 75% REGISTRATION – BALANCED OR UNBALANCED0.866 POWER FACTOR = 75% BALANCED

= 86% UNBALANCED 25/10= 64% UNBALANCED 10/25= 50% UNBALANCED 0/30 REVISION 2006

240/480 VOLT - 1 PHASE - 3 WIREERROR CONDITION:480 VOLT 3Ø 3-WIRE METER INSTALLED AND NEUTRAL CONNECTED

LOAD

BOND

43

5

21

NE

UTR

AL

PH

ASE

PH

ASE

LINELEFT ELEMENT1 X E = 240 VOLT LOAD

CORRECT REGISTRATION

10 AMP X 240 = 2400 VAMETER SHOULD SEE5 AMP X 480 = 2400 VA

RIGHT ELEMENT1 X E = 240 VOLT LOAD

CORRECT REGISTRATION

480 VOLT LOADLEFT 1 X E = 1RIGHT -1 X -E =1

2 REGISTRATION ISDOUBLE

240V

240V

480V

VOLTAGE AT SOCKETTERMINAL VOLTS

1 – 51 – 22 - 5

240480240

REVISION 2006


ERROR CONDITION:480 VOLT 3Ø 3-WIRE METER INSTALLED AND NO NEUTRAL CONNECTED

LOAD

BOND

43

5

21

NE

UTR

AL

PH

ASE

PH

ASE

LINE

SHOP TEST RESULTSKWH – READS DOUBLEKW DEMAND 100%KVA DEMAND 50%


1 – 51 – 22 - 5

240480240

REVISION 2006

240/480 VOLT - 1 PHASE - 3 WIRELINE – 120 VOLT

LINE – 120 VOLT

½ C

OIL

½ C

OIL

½ C

OIL

½ C

OIL

LOAD – 5 AMPS

LOAD – 5 AMPS

CONDITION 1:120/240 VOLT 1 PHASE, 3 WIRE METER ON 120 VOLT, 1 PHASE 2 WIRE SERVICE.

LOAD = 5 AMP X 120 VOLTS = 6OO WATTS

LEFT SIDE = 5A/2 X 120V = 300 WATTSRIGHT SIDE = 5A/2 X 120V = 300 WATTS

TOTAL = 600 WATTS

100% REGISTRATION

CONDITION 2:120/240 VOLT 1 PHASE, 3 WIRE METER ON 120 VOLT, 1 PHASE 2 WIRE SERVICE.

LOAD = 5 AMP X 120 VOLTS = 6OO WATTS

LEFT SIDE = 5A/2 X 120V = 300 WATTSRIGHT SIDE = 0A/2 X 120V = 0 WATTS

TOTAL = 300 WATTS

50% REGISTRATION

REVISION 2006

120/208 VOLT - NETWORKERROR CONDITION:NEUTRAL IS NOT CONNECTED IN SOCKET TO THE 5TH TERMINAL AND THE METER IS ELECTROMECHANICAL TYPE

LOAD

BOND

43

5

21

NE

UTR

AL

PHA

SE

PHAS

E

LINE


1 – 51 – 22 - 5

02080

REVISION 2007

EFFECT:METER WILL ONLY REGISTER THE IMBALANCE OF THE LOAD

BALANCED LOAD 0 REGISTRATION

IMBALANCED LOAD ON RED PHASE POSITIVE KWH REGISTRATION

IMBALANCED LOAD ON BLUE PHASE NEGATIVE KWH REGISTRATION ORIF METER IS DETENT EQUIPPED0 REGISTRATION

4

w

N

RY

B

Y B R

208V

LINE

LOAD

4 5 6 7

1 2 3

SERVICE VOLTAGE120/240V 3 Ø - 4W – DELTA

ERROR CONDITION:3Ø 4-WIRE WYE METER INSTALLED

UNITY P.F.

EYN

IY

-IB

2(IYB) (1Ø)

IYB (3Ø)

ERN

IR -IB

INBIYB

IRB (3Ø)

UNITY P.F.

IYNINB UNBALANCE

(1Ø)

LEFT HAND ELEMENT RIGHT HAND ELEMENT

PROVIDING RED PHASE IS ON TERMINAL #3

3Ø AT UNITY P. F. = 125% REGISTRATION*1Ø AT UNITY P. F. = 100% REGISTRATION

3Ø AT 0.866 P. F. = 100% REGISTRATION**1Ø AT 0.866 P. F. = BALANCED LOAD 50% REGISTRATION

UNBALANCED DEPENDS ON LEG.

* L. H. EL. – 50%R. H. EL. – 75%

**L. H. EL. – 50%R. H. EL. – 50%

3Ø @ UNITY

3Ø @ UNITY

REVISION 2006


ERROR CONDITION:120 VOLT - 3Ø - 4-WIRE WYE METER INSTALLED

1 2 3 4 65 7 8 9 10

BOND

GN

R Y BE WR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

Y

BE

R/W

Y/WBE/W

R/BKY/BK

BE/BK

VA DEM.

KYLS

R

Y

BE

NEUTRAL

LINE

3Ø 3W240V

LOADS

R

Y

BE

N

13-JAW COMBINATION

SOCKET

10

1Ø 3W120/240VLOADS

208V

4 5 6

1 2 3

12

1378

TYPES

YELLOW – BLUE ELEMENT – CORRECT REGISTRATION

SHOULD SEE EYB X ( IYB 1Ø + IYB 3Ø )2 2

METER SEE’SEYN X (IYB 1Ø + IYB 3Ø)

SAME

RED ELEMENTNO REGISTRATION, VOLTAGE OPEN.RED EL. HAS 50% OF 3Ø LOAD ONLY.THEREFORE REGISTRATION WILL BE 100% 1Ø LOADS PLUS 50% OF 3Ø LOAD. (AT ALL P. F.)

UNITY P.F.

EYN

IYB (1Ø)

IYB (3Ø)

ALL CONDITIONS3Ø LOADS = 50%1Ø LOADS = 100%

1Ø LOAD = EYN (120V) X IYB FUL CURRENT3Ø LOAD = EYN (120V) X IYB FULL CURRENT

REVISION 2006


ERROR CONDITION:TERMINAL CONNECTIONS AT 7 & 8 ON THE SOCKET INTERCHANGED.

1 2 3 4 65 7 8 9 10

BOND

GN

R Y BE W R/W

R/BK

Y/W BE/WY/BK BE/BK

W

R

Y

BE

R/W

Y/WBE/W

R/BKY/BKBE/BK

VA DEM.

KYLS

R

Y

BE

NEUTRAL

LINE

3Ø 3W240V

LOADS

R

Y

BE

N

REV. 2006

13-JAW COMBINATION

SOCKET

1 2 3

4 5 6

7

8

9

13

12

11

10

1Ø 3W120/240VLOADS

½ C

OIL

FULL

CO

IL

208V

kWhKYS

KYWSD

UNITY P.F.

ERN

EYB

IR

IYB - 3Ø

IYB - 1Ø

3Ø LOADS ARE CANCELED

ALL 1Ø WILL BE IN THE REVERSE DIRECTION

w

R

Y

Y BR

B

N

N

SERVICE VOLTAGE120/208 - 277/480 - 347/ 600V - 3Ø - 4W - WYE

ERROR CONDITION:3Ø 4-WIRE DELTA METER INSTALLED

4 5 6 7

1 2 3

½ C

OIL

S

LEFT HAND ELEMENT RIGHT HAND ELEMENT

ERY

-IY2

IR2

UNITYIRY2

UNITYIB

EBN

AT ALL P.F. CONDITIONS(BALANCED LOAD)

KWH % REGISTRATION = 83.3% OF TRUE

DEMAND REGISTRATION WILL BE OKAY UNLESS THE VOLTAGE COILS ARE OVERLOADED.

SERVICE VOLTAGE120 / 208 VOLT – 3 Ø - 4 W - WYE

1 2 3 4 65 7 8 9

BOND

GN

R BWR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R/W

Y/BK BE/BK

TYPES

VA DEM.

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

13-JAW COMBINATION

SOCKET

SVISVIME4S

(VECTRON)SV4SDSV4SR

(SENTINEL)SS4S2L

kWhKYSV65S

KYWSD12

ERROR CONDITION:3Ø 4-WIRE DELTA METER INSTALLED

R BE

R/W

Y/W

BE/W

Y/BK

1 2 3

4 5 6

7

8

9

13

12

11

10

½ C

OIL

FULL

CO

IL


KWH GENERAL FORMULA (BALANCED LOAD)

COS. (300 – θ) + COS. (900 – θ)2√3 COS. θ

= 100% REG.

POWER FACTORUNITY – 25% REGISTRATION0.866 – 50% REGISTRATION0.500 – 100% REGISTRATION

BALANCED DEMAND NO CHANGE 100%

ERB

-IY2

IRY2

UNITY

IR2

REVISION 2006

1 2 3 4 65 7 8 9

BOND

GN

R BEWR/W

R/BKY/W BE/W

Y/BK BE/BK

W

R

BE

R/WY/W

BE/W

R/BK

Y/BKBE/BK

R

Y

BE

NEUTRAL

LINE

LOAD

R

Y

BE

N

13-JAW COMBINATION

SOCKET

KYSV65S

KYWSD4 5 6

1 2 3

12

1378

SERVICE VOLTAGE120 / 208 VOLT – 3 Ø - 4 W - WYE

ERROR CONDITION:TERMINAL CONNECTIONS AT 7 & 8 ON THE SOCKET INTERCHANGED. CAUTION: INSTALL JUMPER

UNITY P.F.

ERN

EBN

IB-Y

IR-Y

FOR BALANCED LOAD ZERO REGISTRATION

REVISION 2006

TYPE 2 ½ EL.

KVA DEM.

KYLSKVISSVIS


ERROR CONDITION:SELF-CONTAINED 480 VOLT 1Ø 3-WIRE METER INSTALLED

LOAD

BOND

43

5

21

LINE

R BY

R Y B

½ C

OIL

½ C

OIL

THE SINGLE PHASE METER SEES;(100/2 + 100/2) AMP x 480 VOLTS X 0.866 = 41.568 KWs

3 PHASE SERVICE IS SEEING;100 AMPS x 480 VOLTS x 1.732 = 83.1 KWs

REGISTRATION ERROR41.586/83.1 x 100 = 50.0%

CORRECTION FACTOR83.1/41.568 = 1.998

2008

ERB

IRB + IRB2

(480V LOAD)

300

300 -IB2

IR2

UNITY

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