rapidus power factor controller · l3 k3 l2 k2 l1 k1 v1 v2 v3 n v1 v2 v3 n k3 l3 l2 k2 k1 l1 v1 v3...

Rapidus Power Factor Controller

• Moduler design• No connector cables• No fixing screws• State of the art technology

mounting on panelsconnection to system Easy

Dynamic Capacitor Monitoring

Initial Values

After a certain time

Alarm screen indicates the status of 3rd and 4rd steps

• DCM is a supreme function in Rapidus which enables the user to make pro-active maintenance for compensation cabinets.• DCM tracks the real time KVAR values of each capacitor and uses the measured KVAR value in compensation calculations.• If a contactor is broken or a capacitor is out of order, DCM will detect it within 1 or 2 days* and activate the alarm for user.• DCM has 3,4% accuracy.

* This information is valid for 3 shift operating facilities.

Alarm Level Setup

Contactors C1 C2 C3 C4

Alarm Level %20

5 kvar 10 kvar 10 kvar 20 kvar

Contactors C1 C2 C3 C4

3 kvar 3 kvar 1 kvar

Means

capacitor shouldbe changed

Means capacitor is out of order

or contactor is out of order

or cable connection problem

or fuse blown

0 kvar

Alarm Level %20

Remotely monitor actualkvar values of each stepin addition to DCM alarms

Pro active maintenance

Highly sensitive compensationdue to realtime kvarmeasurements of the steps

MOBDUS - RS 485

Capacitor/Reactor---1P/3P

Advanced Learning Function

• Rapidus can be connected to either single or three phase capacitors or reactors.• Rapidus can be used in Data Centers or Mining Areas where the load is frequently capacitive.• Rapidus can be used with a selection of capacitors and reactors in single or three phase connections.

• Rapidus can learn the connections and capacitor or reactor values.• If there is a fault in the CT or VT connections, Rapidus detects the fault and corrects it. It shows the fault on the screen.

3 Phase Reactor 1 Phase Reactor 3 Phase Capacitor 3 Phase CapacitorMono Phase

Capacitor

- Fig. A - Fig. B

Correct connection

Advanced Learning Function

Rapidus detects the wrong connections after learning mode is activated.Connections are displayed on the screen. Rapidus don't take misconnections into consideration and

operates as if all connections are properly made as shown in Fig A.Rapidus learns all step values regardless they are capacitor or reactor.

Wrong connection

L3 K3 L2 K2 L1 K1 V1 V2 V3 N

V1

V2

V3

N

L3K3 L2 K2 L1K1 V1 V2V3 N

V1

V2

V3

N

Rapidus = PFC + Energy Analyzer

Rapidus as an Energy Analyzer

Data Logging

Saving On

• In standart compensation cabinets, there are always a multimeter or analyzer to be associated with a power factor controller. Rapidus, as a two-in-one device meets both requirements of the industry.• User can reduce the cost of analyzer, wiring and labor by choosing Rapidus.

Rapidus can measure and monitor the following parameters :

• All electrical parameters• Min, Max and Average Values for Hour, Day and Month• Harmonics upto 51 st• Demand• Phasor Diagram

• Rapidus measures 68 different energy parameters.• Rapidus logs 80 days hourly 240 days daily 36 months monthly real time measurements of 68 parameters.• Rapidus logs demand values for P. Q, S, I• Rapidus logs 50 recent alarms with time stamp.• 1 MB Memory

• Extra multimeter / analyzer cost• Wiring cost• Labor cost

Surge Withstand 100 A/1 sec

Rapidus current inputs can withstand surges upto 100 A for 1 second.

In case of a current rise in the secondary winding of the current transformer, current inputs of the PFC should withstand to these peak values. If not, current transformer may explode due to open circuit in the secondary winding.

This may result with shutdown of the compensation system and compensation penalty for the end-user.

Accuracy Class (0,2s)

-

-

-

IEC 62053-22 Class 0.2S

IEC 62053-23 Class 2

-

-

-

-

-

-

-

10 % Ib ≤ I ≤ Imax 0,5 Ind to 0,8 Cap



0 to 49999999999

0 to 49999999999

45 - 65 Hz

20 % Ib ≤ I ≤ Imax

20 % Ib ≤ I ≤ Imax

Umin ≤ U ≤ Umax

0,5 Ind to 0,8 Cap

0 % to 20 %

0 % to 100 %

0,2

1

0,2

0,2

2

0,05

0,2

0,5

0,2

0,5

1

1

Total active power

Total reactive power

Total apparent power

Total active energy

Total reactive energy

Frequency

Phase current

Neutral current

Voltage

Power factor

Total harmonic distortion voltage

Total harmonic distortion current

P

QV

SA

EA

ERV

f

I

INc

U

PFA

THDV

THDI

FunctionSymbol Function

FunctionPerformance ClassAccording to IEC

61557-12 Measuring Range

OtherComplementaryCharacteristics

Other Features

• Graphical LCD• Language Support• Harmonics Measurement upto 51• Advanced Alarm Settings• Real Time Clock

100 A

1 sec.5 A

GeneralGraphical LCD 6 buttonsPassword ProtectionMeasurement TypeSupply Voltage ACSupply Voltage DCDay/Night InputNumber of StepsCurrent Transformer RatioVoltage Transformer RatioConnection TypeType of SwitchingTarget cosQAccuracy Class VoltageAccuracy Class CurrentAccuracy Class Active EnergyNumber of Measurement in a periodPower ConsumptionPower Quality MeasurementsHarmonics / current and voltageTHD-Voltage in %THD-Current in %Phasor DiagramData LoggingAverage, Minimum, Maximum ValuesAlarmsTime Stamp Voltage Measurement Input (Supply andMeasurement Inputs are the same node)Overvoltage CategoryMeasured Range L-NMeasured Range L-LMeasured Frequency Range Power ConsumptionSampling Freq.between 45-65 HzCurrent Measurement InputRated CurrentMeasurement RangeOvervoltage CategoryMeasurement Surge VoltagePower ConsumptionPeak current for 1 secSampling Freq.between 45-65 HzInput Outputs • Relay Outputs Max. Switching Current Max. Switching Voltage Max. Switching Power for a Single Relay • Alarm Relay Outputs Max. Switching Current Max. Switching Voltage Max. Switching Power • GEN Input Input rangeMechanical PropertiesWeightProtection ClassAssembly TypeDimensions• Cable Cross Sections Voltage, Current, All Relay Outputs, Gen Input Stranded: Solid:

RS 485 Stranded: Solid:Ambient ConditionsOperating TemperatureStorage TemperatureRelative Humidity (no condensation)Communication and OthersModbus RTUBatteryReal Time ClockStandarts in ComplianceSafety requirements for electrical equipmentfor measurement, control, and laboratory use

606006 RAPIDUS 231R-E

**

3 Phase95-272 V AC95-272 V AC85-265 V AC

1-12 Selectable1-5000 A1-5000 A

3P4WRelay

0,80--1,00 Inductive or Capacitive0.20.20.5512

< 10VA

Upto 51st***

***

300 V Cat III95-272 Vrms165-470 Vrms

45-65 Hz<0.1 VA25,6 kHz

6A0.01-6A

300 V Cat II2 kV

<0.2 VA100 A

25,6 kHz

122 A

250 VAC1250 VA

24 A

250 VAC1000 VA

185 - 265 VAC

0,670 kgIP 40 front, IP 20 rear

Panel MountW144xH144xD78

2,5 mm2 - 14AWG4mm2 - 12 AWG

2x1.5 mm2 - 2x16 AWG

1,5 mm2 - 16AWG1.5 mm2 - 16 AWG

2x0.75 mm2 - 2x18 AWG

-20 C …. +60 C..-30 C …. +80 C..

95%

***

300 VAC CAT III acc. to IEC 61010-1

606007 RAPIDUS 232R-E

**

3 Phase95-272 V AC95-272 V AC85-265 V AC

1-24 Selectable1-5000 A1-5000 A

3P4WRelay


< 10VA

Upto 51st***

***


45-65 Hz<0.1 VA25,6 kHz

6A0.01-6A

300 V Cat II2 kV

<0.2 VA100 A

25,6 kHz

242 A

250 VAC1250 VA

24 A

250 VAC1000 VA

185 - 265 VAC



2,5 mm2 - 14AWG4mm2 - 12 AWG

2x1.5 mm2 - 2x16 AWG

1,5 mm2 - 16AWG1.5 mm2 - 16 AWG

2x0.75 mm2 - 2x18 AWG

-20 C …. +60 C..-30 C …. +80 C..

95%

***


606011 RAPIDUS 211R

**

1 Phase95-272 V AC95-272 V AC85-265 V AC

1-12 Selectable1-5000 A1-5000 A

3P4WRelay


< 10VA

Upto 51st***

***


45-65 Hz<0.1 VA25,6 kHz

6A0.01-6A

300 V Cat II2 kV

<0.2 VA100 A

25,6 kHz

122 A

250 VAC1250 VA

24 A

250 VAC1000 VA

185 - 265 VAC



2,5 mm2 - 14AWG4mm2 - 12 AWG

2x1.5 mm2 - 2x16 AWG

1,5 mm2 - 16AWG1.5 mm2 - 16 AWG

2x0.75 mm2 - 2x18 AWG

-20 C …. +60 C..-30 C …. +80 C..

95%

***


**

1 Phase95-272 V AC95-272 V AC85-265 V AC

1-24 Selectable1-5000 A1-5000 A

3P4WRelay


< 10VA

Upto 51st***

***


45-65 Hz<0.1 VA25,6 kHz

6A0.01-6A

300 V Cat II2 kV

<0.2 VA100 A

25,6 kHz

242 A

250 VAC1250 VA

24 A

250 VAC1000 VA

185 - 265 VAC



2,5 mm2 - 14AWG4mm2 - 12 AWG

2x1.5 mm2 - 2x16 AWG

1,5 mm2 - 16AWG1.5 mm2 - 16 AWG

2x0.75 mm2 - 2x18 AWG

-20 C …. +60 C..-30 C …. +80 C..

95%

***


606014 RAPIDUS 212R

**

1 Phase95-272 V AC95-272 V AC85-265 V AC

1-8 Selectable1-5000 A1-5000 A

3P4WRelay


< 10VA

Upto 51st***

***


45-65 Hz<0.1 VA25,6 kHz

6A0.01-6A

300 V Cat II2 kV

<0.2 VA100 A

25,6 kHz

82 A

250 VAC1250 VA

24 A

250 VAC1000 VA

185 - 265 VAC



2,5 mm2 - 14AWG4mm2 - 12 AWG

2x1.5 mm2 - 2x16 AWG

1,5 mm2 - 16AWG1.5 mm2 - 16 AWG

2x0.75 mm2 - 2x18 AWG

-20 C …. +60 C..-30 C …. +80 C..

95%

***


606020 RAPIDUS 218R

Rapidus Product Selection Chart

Wiring Diagrams

Rapidus 12 Relays (606 011)

Dimensions (mm)

144 7.058.0

144

137

Gen Input

Gen Input

rapidus power factor controller · l3 k3 l2 k2 l1 k1 v1 v2 v3 n v1 v2 v3 n k3 l3 l2 k2 k1 l1 v1 v3...

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