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Page 1: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18312 -18322

Flat Brackets

L-Shaped Brackets

Other Brackets

Product Name L Sheet Metal Mounting Plates, Brackets - Center Symmetrical Type Dimension Confi gurable Type

Page 1835 1837

Flat Bar Mounting Plates, Brackets - Center Symmetrical Type Flat Bars / Rolled Aluminum - B Dim. Selectable Type B Dim. Confi gurable Type 6 Surface Milled - Dimension Confi gurable Type

1839 1841 1841 1845

6 Surface Milled Mounting Plates, Brackets - Side Hole Type Product Name L Sheet Metal Mounting Plates, Brackets - Center Symmetrical Type Dimension Confi gurable Type

1849 Page 1851 1853

Mounting Plate, Bracket Mounting Plate, BracketOverview

L Shape Finished Angle Mounting Plates, Brackets - Center Symmetrical Type Dimension Confi gurable Type Welded Mounting Plate, Brackets - L-Shaped Type

1855 1857 1861

Product Name Sheet Metal Mounting Plates / Brackets - Z Bent Type Convex Bent Type Sheet Metal Round Plates

Page 1865 1867 1869

QAppearance per Machining Method

E  Bend radius of press fabricated products will be R. There will be some scratches left by press brake as shown below.

E Use e, d dimension for reference only.

Plate ThicknessBending

RBrake Scratches

PositionDepthEN 1.0330

Equiv. EN 1.4301 Equiv.(2B)r e dEN 1.0320 Equiv.

(hot coiled) EN AW-5052 Equiv.

1.0 1.0 1 5.0 0.05

1.6 1.5 1.5 6.0 0.05

2.3 2.0 2 7.5 0.1

3.2 3.0 3 10.5 0.2

4.5 4.0 4 13.5 0.3

6.0 5.0 6 15.0 0.4

<Joining 2 Plates> <L Shape Mounting Plate>

Q  Advantages of selecting L AngleTime for on-site assembly and adjustment, and accuracy during mounting is not required.Using L Angle has advantage in terms of price, delivery time and finished state.

1/2 Cost

QFlat Brackets

QL-Shaped Brackets Lineup

Type Photo Page Material Surface TreatmentDimensions

Precision PriceWidth Length Plate Thickness

Sh

ee

t M

eta

l

L Sheet Metal Mounting Plates, Brackets - Center

Symmetrical TypeP.1835

EN 1.0330 Equiv.EN 1.0320 Equiv.

(hot coiled)EN AW-5052

Equiv.EN 1.4301 Equiv.

(2B)

Trivalent Chromate (Clear)Trivalent Chromate

(Black)Anodize (Clear)Anodize (Black)

10~1001mm Increment

10~2001mm Increment

2.0~4.5Selection

-

Sheet Metal Mounting Plates / Brackets -

Dimension Confi gurable Type

P.1837

EN 1.0330 Equiv.EN 1.0320 Equiv.

(hot coiled)EN AW-5052

Equiv.EN 1.4301 Equiv.

(2B)

Black OxideTrivalent Chromate (Clear)Trivalent Chromate (Black)

Anodize (Clear)Anodize (Black)

5~3001mm Increment

10~3001mm Increment

1.0~6.0Selection

Fla

t B

ars

/ R

olle

d A

lum

inu

m

Flat BarsL Sheet Metal Mounting

Plates, Brackets - Center Symmetrical Type

P.1839

EN 1.0038 Equiv.

EN 1.4301 Equiv.

Black OxideElectroless Nickel Plating

15 16 20 2225 32 38 50

60 65 75100 125Selection

30~1501mm Increment

6~19Selection EN 1.0038 Equiv.,

EN 1.1191 (cold drawn) Equiv.

(Bending)0.1/100 or less

EN AW-5052 Equiv.(Flatness)

0.15/100 or less

EN 1.4301 Equiv.(Bending) 0.25/100

or less

Flat BarsMounting Plates, Brackets - B Dim. Selectable Type

P.1841

EN 1.1191 (cold drawn)

Equiv.EN 1.4301

Equiv.

Black OxideElectroless Nickel Plating

15 16 20 2225 32 38 50

60 65 75100 125Selection

25~2000.1mm

Increment

6~19Selection

Flat Bars / Rolled Aluminum

Mounting Plates, Brackets - B Dim. Confi gurable Type

P.1841

EN 1.1191 (cold drawn) Equiv.EN AW-5052

Equiv.EN 1.4301

Equiv.

Black OxideElectroless Nickel Plating

Anodize (Clear)Anodize (Black)

10~2000.1mm

Increment

25~2000.1mm

Increment

5~20Selection

6-S

urf

ac

e M

illin

g 6-Surface MillingMounting Plate, Bracket

P.1845

EN 1.1191 Equiv.

EN AW-5052 Equiv.

EN 1.4301 Equiv.

Black OxideElectroless Nickel Plating

Anodize (Clear)Anodize (Black)

10~2000.1mm

Increment

25~2000.1mm

Increment

3~300.1mm

Increment

(Flatness)Less than T10

0.1/100T10 or more

0.05/100

(Parallelism)0.05/100

6-Surface MillingMounting Plates,

Brackets - Side Hole Type

P.1849

EN 1.1191 Equiv.

EN AW-5052 Equiv.

EN 1.4301 Equiv.

Black OxideElectroless Nickel Plating

Anodize (Clear)Anodize (Black)

10~1500.1mm

Increment

30~1500.1mm

Increment

5~200.1mm

Increment

Type Photo Page Material Surface TreatmentDimensions Precision

(Perpendicularity)Price

Width Depth Height Plate Thickness

Sh

ee

t M

eta

l

L Sheet Metal Mounting Plates, Brackets - Center

Symmetrical TypeP.1851

EN 1.0330 Equiv.EN 1.0320 Equiv.

(hot coiled)EN AW-5052

Equiv.EN 1.4301 Equiv.

(2B)

Trivalent Chromate (Clear)Trivalent Chromate

(Black)Anodize (Clear)Anodize (Black)

15~1001mm

Increment

15~1001mm

Increment

20~2001mm

Increment

2.0~4.5Selection

-

Sheet Metal Mounting Plates / Brackets -

Dimension Confi gurable Type

P.1853

EN 1.0330 Equiv.EN 1.0320 Equiv.

(hot coiled)EN AW-5052

Equiv.EN 1.4301 Equiv.

(2B)

Black OxideTrivalent Chromate (Clear)Trivalent Chromate (Black)

Anodize (Clear)Anodize (Black)

10~2001mm

Increment

15~2001mm

Increment

20~2001mm

Increment

1.0~6.0Selection

Sh

ap

e F

inis

he

d A

ng

leL

L Shape Finished AngleL Sheet Metal Mounting

Plates, Brackets - Center Symmetrical Type

P.1855

EN 1.0038 Equiv.

EN AW-6063 Equiv.

EN 1.4301 Equiv.

Black OxideElectroless Nickel

PlatingAnodize (Clear)Anodize (Black)

25 30 4050 6070 80

Selection

20 25 3040 50

Selection

20 25 3040 5060 80

Selection

5~10Selection

Within 0.05/100

L Shape Finished AngleMounting Plates /

Brackets - Dimension Confi gurable Type

P.1857

EN 1.0038 Equiv.

EN AW-6063 Equiv.

EN 1.4301 Equiv.

Black OxideElectroless Nickel

PlatingAnodize (Clear)Anodize (Black)

10~1000.5mm

Increment

10~1300.5mm

Increment

10~1300.5mm

Increment

5~15Selection

Long A, B sides15~80

0.05 or less80.5~125Within 0.1

We

lde

d

Welded Mounting Plate, Brackets

P.1861

EN 1.0038 Equiv.

EN AW-5052 Equiv.

EN 1.4301 Equiv.

Black OxideElectroless Nickel

PlatingAnodize (Clear)Anodize (Black)

40~2001mm

Increment

40~1501mm

Increment

50~3001mm

Increment

8~20Selection

Within 0.05/100

d

e

r

e

r

Welded Parts

Steel Stainless Steel Aluminum

ESome sheet metal products are fabricated with turret punch presses and the appearances may be different from the above.

Milling

Metal

Laser Machined Sheet Metal

Steel Aluminum Stainless Steel

Page 2: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18332 -18342

Mounting Plate, BracketOverview

1. Standard machined dimension tolerances, and thickness tolerances of sheet metals, flat bars, and rolled material

ProductDimension

Range (B Dim.)Material ~16 ~25 ~50 ~60 ~100 ~125

Flat Bars(Width

Selectable)

Allowable Tolerance (b)

EN 1.0038 Equiv.EN 1.1191 (cold

drawn) Equiv.

0-0.18

0-0.21

0-0.25

0-0.3

0-0.35

0-0.4

EN 1.4301 Equiv.0

-0.270

-0.330

-0.390

-0.730

-0.730

-0.73

<Standard Machined Dimension Tolerances>

ProductDimension Range

(A & B Dim.)6 or less

Over 6, and 30 or less

Over 30, and 120 or less

Over 120, and 400 or less

Sheet Metal (No bends)Flat Bars (Width configurable)

Rolled Aluminum, 6 Surface MilledL Angle - Welded

Allowable Tolerance (a, b)

±0.1 ±0.2 ±0.3 ±0.5

Sheet Metal (Bent Products) Allowable Tolerance (a, b) ±0.3 ±0.5 ±0.8 ±1.2

* For sheet metals, Class B Tolerance stipulated in JIS B 0408, General dimensional tolerances for parts formed by press working from sheet metal is used.* For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used.

Product MaterialPlate Thickness

1.0~4.5 5 6 8 10 12 15, 16, 19 20

Sheet Metal All materials Since the material is left bare, ±thicknessx0.1 will be the reference. - - - - -

Flat Bars(Width selectable - Configurable)

EN 1.0038 Equiv.EN 1.1191 (cold

drawn) Equiv.-

0-0.18

0-0.18

-0

-0.220

-0.270

-0.3-

EN 1.4301 Equiv. -0

-0.30

-0.3-

0-0.22

0-0.27

0-0.33

-

Rolled Material EN AW-5052 Equiv. - ±0.35 ±0.45 ±0.5 ±0.6 ±0.7 ±0.7 ±0.8

<Plate Thickness Tolerance>

* For some products, part of the tolerances may not be supported for the corresponding thickness, even if described on the table. For details about thickness supported per material/product, see each product page.

E��Bolt through hole (N, NA), Counterbored hole (Z, ZF, ZB) Machining per nominal diameter

Screw Nominal Size

Machining Dimensions

d, h d1

3 3.5 6.5

4 4.5 8

5 5.5 9.5

6 6.5 11

8 9 14

10 11 18

12 14 20

14 16 23

16 18 26

3-1. Machining Limits: Flat Bars, Rolled Aluminum, 6-Surface Milling, L Angles, Welded

C0.2~C0.5

E��When counterbore and wall

thickness is less than 0.5,

the counterbore may break through.

b

bb

bt

A±a

A±a

B±b

B±b

A±0.15

B±b

6.3

3.2

6.3

3.2

25

25

Hole Type Bolt Hole Counterbored Holes Through Hole Tapped Holes (Coarse Thread)

Code N, NA Z, ZF, ZB, ZBA D, DA M, MA

Shape Diagram

Effective tap depth will be the max. nominal tap dia.x2.EX.) Specify M6 Effective depth is 12

Details

Through hole for screws/bolts.Use bolt nominal diameter for specifying.(ESee chart on right for machining dimensions)

Counterbored hole for screws/bolts.Use bolt nominal diameter for specifying.(ESee chart on right for machining dimensions)

Through hole whose diameter can be specified in 0.5mm or 1mm increments.

Coarse Thread TapUse tap hole size for specifying.

E

2. Hole Type

M

MA

D

DA

Z

ZF, ZB, ZBA

d

d1 h±

0.5

E

4. Hole Specifying Example

1For each of # encased hole symbols, the applicable hole can be eliminated.

2Holes can be reduced by specifying the hole pitch as 0.

3� When holes are evenly located about the center, the green color parameter can be omitted.

Specify hole position parameters and hole as 0.

FASBS-SP-T2.3-A20-B20-L20-X0-H0-N0-Y6-V8-S12-NA3-K6

Ordering Code

Ordering Example

Specify hole pitch parameter with 0.

HRJDA-SCB-A80-B50-T6-X15-Y10-W30-N5-K10-L45-F0-S10-G30-MA5

Ordering Code

Ordering Example

FALBS-SP-T2.3-A20-B20-L20-H15-N3-V8-S12-NA3(Same as FALBS-SP-T2.3-A20-B20-L20-X10-H15-N3-Y6-V8-S12-NA3)

Ordering Example

VY

L

X

K

S

H

2-Hole specification2

NA

Hole specification1

N

M

DA

4-C2 or less

20

86

2-NA3

12

6

15

10 2-N5 2-MA5 4-C2 or less

45

80

30

10

30

10

50

L

X

HS

VY

2-Hole specification2

NA

MA

Hole specification1

N

M

DA

K

L F

W

X

Y

GS

NA MA

ZF ZBN

4 - Hole specification2

1

6 8

20

2-NA3

N3

10

15

12

4-C2 or less

EMachining below the indicated limits is not possible.q b Conditional Values

Specified Values Specified Values (Nominal) b Conditional Values

Hole Type, Code 3 4 5 6 8 10 12 14 16

Tapped Holes M, MA 0.8 0.8 0.8 1 1 1 1 1.5 1.5

Bolt Hole N, NA 0.8 0.8 1 1 1 1 1 1 1

Counterbored Holes Z, ZF, ZB 0.8 0.8 1 1 1 1 1 1 1

Specified Values Per Specified Value (Hole Diameter) b Conditional Values

Hole Type, Code 3.0~5.0 5.1~25.0 25.1~50.0 50.5~100.0

Through Hole D, DA 0.8 1 2 3

Precision Hole (H7) DC, DFC 1.5 2 3 4

Specified Values Specified Values (Nominal) t Conditional Values

Hole Type, Code 3 4 5 6 8 10 12 14 16

Counterbored Holes Z, ZF, ZB 0.8 0.8 0.8 1 1 1 1 1.5 1.5

q t Conditional Values

3-2. Machining Limits: Sheet Metal

EMachining below the indicated limits is not possible.

E The hole may be deformed if specified at the limit value shown above.

Plate Thickness f (Distance between the hole and the bend)b ( )Distance between

the hole and the end face

h gEN 1.0330 Equiv. EN 1.0320 Equiv.

(hot coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.(2B)

Through Hole Tapped Holes Toleranced Hole: Slotted Hole parallel to bendL Bend Z, Convex Bend L Bend Z, Convex Bend

1.0 - 1.0 2 3 3 5.5 3.5 1 5.5 5.5

1.6 1.5 1.5 2 3.5 3 6 4 1 6 6

2.3 2.0 2.0 2 4.5 3 7 5 1.5 7 7

3.2 3.0 3.0 2 6.5 3 9 7 1.5 9 9

4.5 4.0 4.0 3 7.5 4 11 8 (9) 2 11 11

6.0 5.0 5.0 3 14 4 16 15 2.5 16 18

E Slotted hole f parallel to T4.0 - 4.5 will be (9).

h bf

b fg

b

bb

NoticeL bending machining limits have been greatly relaxed.Holes can be placed closer to the bends than before!

(Catalog published in 2012)

ConventionallyAfter the change

d

Page 3: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18352 -18362

Sheet Metal Mounting Plates / BracketsCenter Symmetrical Type

eAs opposed to the "Dimension Configurable Type" on the next page, the external dimension tolerance guarantee is ±1.0.

Part NumberMMaterial

SSurface

TreatmentType Material Symbol

JSDASJSAASJSHDS

SP EN 1.0330 Equiv.e

-

SPU Trivalent Chromate (Clear)

SPK Trivalent Chromate (Black)

AMEN AW-5052

Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SUD EN 1.4301 Equiv.(2B) -e4.5 thickness type is EN 1.0320 Equiv. (hot coiled) material.

T

4-C2 or less

1.0

A±1.0

(Common Dimension)

JSHDS

L

G

N M

4 - Hole specificationD+0.2

0

JSAAS

L

G

N M

4 - Hole specificationJSDAS

L

N M

2 - Hole specification

QSpecifications

e1.Burr height 0.1 or less

QMachining Limits

e2. There are machining limits for thickness between holes, and between hole and edge. (Ex. "b" on the right diagram)

For limit values, see dP.1834.

b

bb

Part Number- A - B - T - L - G -

Code,

Nominal Value- D

Type - Material Symbol

JSDAS - SP - A80 - B40 - T3.2 - L30 - N4

JSAAS - SPU - A100 - B50 - T2.3 - L90 - G40 - M3

JSHDS - SUD - A100 - B80 - T2.0 - L80 - G60 - N5 - D30

Part Number 1mm Increment SelectionL G

Hole SpecificationD

Type Material Symbol A B T Code / Specify Method

JSDASJSAASJSHDS

SPSPUSPKAM

AMWAMBSUD

10

~

200

10

~

100

EN 1.0330 Equiv.

(EN 1.0320 Equiv. (hot

coiled))

2.33.24.5

EN AW-5052 Equiv.EN 1.4301

Equiv.

2.03.04.0

1mm Increment

N (Bolt Hole)e3, 4, 5, 6, 8, 10

(Select) 3~30(0.5mm Increment)

M (Tapped Holes)3, 4, 5, 6, 8, 10

(Select)

N Specified Value 3 4 5 6 8 10

Through Hole Dia. (d) 3.5 4.5 5.5 6.5 9 11

eN Machining Dimension

QHole Type Selection Chart

Hole Type Bolt Hole Tapped Holes Through Hole

Code N M D

Shape Diagram

M D+0.2 0

dF

e��For d dimension, see "N Machining Dimensions" on lower section of specification chart.

Material Symbol

A B TUnit Price Volume Discount Rate

1~3 pcs. 4 ~7 pcs. 8 ~ 19 pcs. 20 ~ 39 pcs. 40 ~ 200 pcs.

SP

10

~

100

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

101

~

200

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

AM

10

~

100

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

101

~

200

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

SUD

10

~

100

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

101

~

200

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

QJSDAS Body Price QJSAAS Body Price

Material Symbol

A B TUnit Price Volume Discount Rate

1~3 pcs. 4 ~7 pcs. 8 ~ 19 pcs. 20 ~ 39 pcs. 40 ~ 200 pcs.

SP

10

~

100

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

101

~

200

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

AM

10

~

100

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

101

~

200

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

SUD

10

~

100

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

101

~

200

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

QJSHDS Body Price

Material Symbol

A B TUnit Price Volume Discount Rate

1~3 pcs. 4 ~7 pcs. 8 ~ 19 pcs. 20 ~ 39 pcs. 40 ~ 200 pcs.

SP

10

~

100

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

101

~

200

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

AM

10

~

100

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

101~

200

10

~

50

2.0

3.0

4.0

51

~100

2.0

3.0

4.0

SUD

10

~

100

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

101

~

200

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

[Surface Treatment Charges]

Material Symbol

A B TUnit Price Volume Discount Rate

1~3 pcs. 4 ~7 pcs. 8 ~ 19 pcs. 20 ~ 39 pcs. 40 ~ 200 pcs.

SPUSPK

10

~

100

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

101

~

200

10

~

50

2.3

3.2

4.5

51

~

100

2.3

3.2

4.5

AMWAMB

10

~

100

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

101

~

200

10

~

50

2.0

3.0

4.0

51

~

100

2.0

3.0

4.0

t Add surface treatment charge to example calculated body price. (Ex.) For JSDAS-SPU-A80-B40-T2.3-L30-N4,

Main Body Price + Surface Treatment Charge = Price

Page 4: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18372 -18382

Sheet Metal Mounting Plates / BracketsDimension Configurable Type

eAs opposed to the "Center Symmetrical Type" on the previous page, general tolerance (dP.1833) is the guaranteed value for external dimensions.

e4.5, 6.0 thickness type is EN 1.0320 Equiv. (hot coiled) material.

Part NumberMMaterial

SSurface

TreatmentType Material Symbol

JTDZS

JTDAS JTHAS

JTDBS JTHBS

JTDCS JTHDS

JTMAS JTHES

JTAAS JTABS

JTBAS JTBBS

JTKAS JTACS

JTNAS JTADS

SP

EN 1.0330 Equiv.e

-

SPB Black Oxide

SPU Trivalent Chromate (Clear)

SPK Trivalent Chromate (Black)

AMEN AW-5052

Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SUD EN 1.4301 Equiv.(2B) -

QHole Type Selection Chart

Hole Type Bolt Hole Tapped Holes (Coarse Thread) Through Hole

Code N, NA M, MA D, DA

Shape Diagram

dF M

MA

D, DA+0.2 0

e��For d dimension, see "N, NA Machining Dimensions" on lower section of specification chart.

Part Number- A - B - T - X - F - Y - G -

Hole Specification1

Code, Nominal Value- K - L - V - S - W -

Hole Specification2

Code, Nominal Value- D - J

Type - Material Symbol

JTDAS - SP - A80 - B50 - T3.2 - X10 - N5 - L30

JTAAS - SUD - A150 - B80 - T2.0 - X10 - Y10 - N3 - L100 - S10 - W50 - NA4

Part Number- A - B - T - X - F - Y - G -

Hole Specification1Code, Nominal

Value- K - L - V - S - W -

Hole Specification2Code, Nominal

Value- D - J - (CC, RC)

Type - Material Symbol

JTDAS - SP - A80 - B50 - T3.2 - X10 - N5 - L30 - CC5

Alteration

Slotted Hole Angle Change Corner cut

Code RC CC

Spec.

Slotted holes are changed as shown above.

eNote the dimensions relationship

ORDERING CODE

Add RC at the end of the type designation.(Ex.) ~ -RC

CC = 1mm Increment

1≤CC≤10

ORDERING CODE

Add CC at the end of the Part Number designation.

(Ex.) ~ -CC5

JTDBS

4-CCJTHBS JTBASJTBBS

JTDCS

GX

L

Y

Part Number 1mm Increment SelectionX F Y G

Hole Specification1K L V S W

Hole Specification2D J

Type Material Symbol A B T Code / Specify Method Code / Specify Method

JTDZS

JTDAS JTHAS

JTDBS JTHBS

JTDCS JTHDS

JTMAS JTHES

JTAAS JTABS

JTBAS JTBBS

JTKAS JTACS

JTNAS JTADS

SP

SPB

SPU

SPK

AM

AMW

AMB

SUD

10

~

300

e

5

~

300

e

EN 1.0330 Equiv.(EN

1.0320 Equiv. (hot

coiled))

1.62.33.24.56.0

EN AW-5052 Equiv.

1.52.03.04.05.0

EN 1.4301 Equiv.

1.01.52.03.04.05.0

0.1mm

Increment

N (Bolt Hole) e0, 3, 4, 5

6, 8, 10

(Select) 0.1mm Increment

eK≤Nx10

NA (Bolt Hole)e0, 3, 4, 5, 6, 8, 10

(Select)

3~30(0.5mm

Increment)

0.1mm Increment

eJ≤NAx10

MA (Tapped Holes)0, 3, 4, 5, 6, 8, 10

(Select)M (Tapped Holes)

0, 3, 4, 5

6, 8, 10

(Select)

DA (Through Hole)3~30

(0.5mm Increment)

eFor types other than JTD# #, JTMAS and JTNAS, A≥15, and B≥15 eFor Thickness 6.0, B≥6eIf the specified hole location is close to the edges, the hole may be deformed but will be machined as specified if within machining limits.

N, NA specified Value 0 3 4 5 6 8 10

Through Hole Dia. (d) (No Hole) 3.5 4.5 5.5 6.5 9 11

eN, NA machining dimensions

e��There may be some hanger holes on anodized JTDZS. (See Specifications, Machining Limits)

eGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see dP.1834.

Y

LX

Hole specification1 Hole specification2

N M NA MA +0.2

0 DA+0.2

0 DAK

X L

Y

Hole specification1 Hole specification2

N NA MA

K J

X L

Y

Hole specification1 Hole specification2

N NA

Y S

Hole specification2NA MA

2 - Hole specification1

N M

X F

L

JTDAS JTDBS

JTBAS

JTHBS

JTBBS

JTDCS

JTKAS

JTHDS

JTACS

JTMAS

JTNAS

JTHES

JTADS

JTAAS

JTHAS

JTABS

eSlotted hole direction can be changed (See alterations)

eSlotted hole direction can be changed (See alterations)

eSlotted hole direction can be changed (See alterations)

eSlotted hole direction can be changed (See alterations)eSlotted hole direction can be changed (See alterations)

JTDZS

4-C2 or less

BTA

(Common Dimension)

+0.20 DA

+0.20 DA

Y SWG

X

L

2 - Hole specification1

N M

V

4 - Hole specification2NA MA

Y SWG

X

L

2 - Hole specification1

N

V

4 - Hole specification2NA MA

K

Y SWG

X F

L

4 - Hole specification1N M

V

4 - Hole specification2NA MA

Y

SWG

X F

L

4 - Hole specification1

N M

V

4 - Hole specification2NA MA

E� 1. For tolerances, see DP.1833.

E� 2. Burr height 0.1 or less

E� 3. Slotted holes may be shaped as shown below depending on dimensions. (No negative effects on mounting functionality)

QSpecifications, Machining Limits

b

bb5 Ø3

5

E5. There are machining limits for thickness between holes, and between hole and edge. (Ex.: "b" on the drawing below)

For limit values, see dP.1834.

E4. Anodized JTDZS There are hanger holes above T4.

A B T

Body Price Unit Price Surface Treatment Charge (Body Price+)

JTDZS JTDAS JTHASJTAAS JTDBSJTKAS JTDCSJTMAS JTNAS

JTBAS JTABSJTBBS JTHESJTACS JTADS

JTHBS JTHDSEN

1.0330 Equiv.

EN AW-5052 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

Black Oxide Trivalent

Chromate (Clear, Black)

Anodize (Clear)

Anodize (Black)

SP AM SUD SP AM SUD SP AM SUD SP AM SUD SP AM SUDSPBSPUSPK

AMW AMB

10~100

5~1001.0~1.62.0~3.24.0~6.0

101~2001.0~1.62.0~3.24.0~6.0

201~3001.0~1.62.0~3.24.0~6.0

101~200

5~1001.0~1.62.0~3.24.0~6.0

101~2001.0~1.62.0~3.24.0~6.0

201~3001.0~1.62.0~3.24.0~6.0

201~300

5~1001.0~1.62.0~3.24.0~6.0

101~2001.0~1.62.0~3.24.0~6.0

201~3001.0~1.62.0~3.24.0~6.0

t Add surface treatment charge to example calculated body price. (Ex.) For JTDZS-SPB-A100-B50-T3.2,

Main Body Price + Surface Treatment Charge = Price

+0.20

+0.20

+0.20 +0.2

0 +0.2

0

DA+0.2

0 DA

Y SWG

2 - Hole specification1

N M

2 - Hole specification2NA MA

X L

Y SWG

2 - Hole specification2NA MA

X L

2 - Hole specification1N

K

Y

S

G

2 - Hole specification2NA MA

2 - Hole specification1

N M

X

L V

Y S

2 - Hole specification2NA MA

2 - Hole specification1N M

X F

L V

Y

S

G

X L

2 - Hole specification1

N M

D

Y

S

G

X L

D2 - Hole specification1

N

K

Y

S

G

X F

L D

4 - Hole specification1

N M

V

Y

S

G

X F

L D

4 - Hole specification1 2 - Hole specification2N M NA MA

Page 5: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18392 -18402

Flat Bar Mounting Plate, BracketCenter Symmetrical Type

Part NumberMMaterial SSurface Treatment

Type Material Symbol

HRCZAHRMZAHRMCD

SSEN 1.0038

Equiv.

-

SSB Black Oxide

SSM Electroless Nickel Plating

SU EN 1.4301 Equiv. -

Part Number 1mm IncrementB T L G

Hole Specification 0.5mm Increment

Type Material Symbol A Code Nominal Dia. D

HRCZAHRMZAHRMCD

SSSSBSSM

30~150

16 22 25 32 3850 60 75 100 125 6

910121619

0.1mmIncrement

N EMZ E

EFor the machining dimensions, see Hole Type Selection Chart.

3 45

68

1012

3~30

SU15 20 25 32 38 50 65 100 125

XFor SS(#) with B=16, T19 is not selectable. XFor SU with B specified as 15, T10 ~ 19 are not selectable.

XFor SS(#) with B specified as 125, T10 is not selectable. XFor SU with B=20, T19 is not selectable.

A B T

Unit Price

HRCZA HRMZA HRMCD

SS SSB SSM SU SS SSB SSM SU SS SSB SSM SU

30~50

15~32

6

9, 10

12

16, 19

38~65

6

9, 10

12

16, 19

75~100

6

9, 10

12

16, 19

125

6

9, 10

12

16, 19

51~100

15~32

6

9, 10

12

16, 19

38~65

6

9, 10

12

16, 19

75~100

6

9, 10

12

16, 19

125

6

9, 10

12

16, 19

101~150

15~32

6

9, 10

12

16, 19

38~65

6

9, 10

12

16, 19

75~100

6

9, 10

12

16, 19

125

6

9, 10

12

16, 19

Part Number- A - B - T - L - G -

Hole SpecificationCode, Nominal

Value- D

Type - Material Symbol

HRCZA - SSB - A80 - B60 - T6 - L60 - M6

HRMZA - SSB - A80 - B60 - T6 - L60 - G40 - M6

HRMCD - SSB - A80 - B60 - T6 - L60 - G40 - M6 - D20

HRMCD

VFMQA (P.1849)

Stopper Cylinder

Q��Machining Limits There are machining limits for thickness between holes, and between hole and edge. (Ex. "b" on the right diagram)

For limit values, see DP.1833.

b

bb

QHole Type Selection Chart

Hole Type Tapped Holes Bolt Hole Counterbored Holes

Code M N Z

Shape Diagram

Machining Specifications

Effective tap length Max. Mx2E��When T≥Mx3, tap pilot

might not go through.

DimensionsScrew Nominal Size

3 4 5 6 8 10 12

d, h 3.5 4.5 5.5 6.5 9 11 14

d1 6.5 8 9.5 11 14 18 20

Z

d

d1 h±

0.5

M d

Part Number- A - B - T - L - G -

Code, Nominal Value

-D

(DC)- (CC)

Type - Material Symbol

HRCZA - SSB - A80 - B60 - T6 - L60 - M6 - CC5

Alteration

Corner cut change Center Hole Change to H7

Code CC DC

Spec.

Changes corner cuts.CC = 1mm Increment

E1≤CC≤50

Add CC at the end of the Part Number designation.(Ex.) ~ -CC10

Center hole D is changed to a precision hole (H7).DC = 1mm Increment

E3≤DC≤30

EHRMCD applicable only

Specify by replacing dim. D with DC.(Ex.) ~ -DC30

DCH74-CC

Ordering CodeOrdering Code

HRCZA

L

2 - Hole specificationN M Z

(Hole Machining)25

eC0.2 to C0.5, unless otherwise specified.

eFor other accuracy references, DP.1833

(Common Dimension)

B

4-C2 or less

A

6.3

3.2

6.3

3.2

25

25 6.3

3.2

6.3

3.2

T

HRMZA

GL

4 - Hole specification

N M Z

(Hole Machining)25

HRMCD

G

L

4 - Hole specification

N M Z

D+0.2 0

(Hole Machining)25

Page 6: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18412 -18422

YW

D

H

V

L

X

4 - Hole specification1

N ZM

+0.2 0

4 - Hole specification1

YW

H

4 - Hole specification2

F

G

V

L

X

N ZM NA

ZB

MA ZF

D+0.2 0

YW

H

V

F

L

X

2 - Hole specification2

N Z

4 - Hole specification1

M

D+0.2 0

NA ZF

ZB

MA

YW

SG

4 - Hole specification1

N ZM

4 - Hole specification2

NA

ZB

MA ZF

VX

FL

HRMQA (B Dim. Selectable)

HUMQA (B Dim. Configurable)

HRMPA (B Dim. Selectable)

HUMPA (B Dim. Configurable)

HRFDA (B Dim. Selectable)

HUFDA (B Dim. Configurable)

HRMDB (B Dim. Selectable)

HUMDB (B Dim. Configurable)

HRNQA (B Dim. Selectable)

HUNQA (B Dim. Configurable)

HRMSA (B Dim. Selectable)

HUMSA (B Dim. Configurable)

HRJDA (B Dim. Selectable)

HUJDA (B Dim. Configurable)

HRMCB (B Dim. Selectable)

HUMCB (B Dim. Configurable)

HRNRA (B Dim. Selectable)

HUNRA (B Dim. Configurable)

HRCBA (B Dim. Selectable)

HUCBA (B Dim. Configurable)

HRFCB (B Dim. Selectable)

HUFCB (B Dim. Configurable)

HRMCC (B Dim. Selectable)

HUMCC (B Dim. Configurable)

HRCAA (B Dim. Selectable)

HUCAA (B Dim. Configurable)

HRMDA (B Dim. Selectable)

HUMDA (B Dim. Configurable)

HRJCB (B Dim. Selectable)

HUJCB (B Dim. Configurable)

HRMCA (B Dim. Selectable)

HUMCA (B Dim. Configurable)

ESlotted hole direction can be changed (See alterations). ESlotted hole direction can be changed (See alterations).

ESlotted hole direction can be changed (See alterations) ESlotted hole direction can be changed (See alterations)

Y

X L

N

K

Hole specification2

DA

NA MA ZF

ZB

Y

X L

Hole specification1

N ZM

Hole specification2

DA

NA MA ZF

ZB

Y

G

X V

L

Hole specification22 - Hole specification1

N ZM NA

ZB

MA ZFY

X L

N

K J

NA

D

YW

H

2 - Hole specification1

LX

N ZM

+0.2 0

4 - Hole specification22 - Hole specification1

N ZM NA MA ZF

ZB

YW

SG

FLX

YW

H

2-

LX

N

K

D+0.2 0

4 - Hole specification22- N

NA

ZB

MA ZF

YW

SG

FLX

K

YW

SG

4 - Hole specification24 - Hole specification1

FLX V

N ZM NA

ZB

MA ZF

2 - Hole specification22 - Hole specification1

N M Z

YW

SG

X L

DA

NA MA ZF

ZB

2 - Hole specification22 - Hole specification1

N M Z

YW

X

L F

NA MA ZF

ZB

S

2 - Hole specification1

N M Z

Y

G

X V

FL

2 - Hole specification2

NA MA ZF

ZB

EGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see D P.1834.

HRZZA (B Dim. Selectable)

HUZZA (B Dim. Configurable)

B

A

2-C2 or less

6.3

3.2

6.3

3.2

T

6.3

3.2

6.3

3.2

T

6.3

3.2

6.3

3.2

25

25

HRZZA HUZZA

EC0.2 to C0.5, unless otherwise specified.

EFor other dimension tolerances and accuracy details, see dP.1833.

(Common Dimension)

(Hole Machining)25

(Hole Machining)25

(Hole Machining)25

(Hole Machining)25

Flat Bars / Rolled Aluminum Mounting Plates, BracketsB Dim. Selectable, B Dim. Configurable

TypePart Number 0.1mm Increment

B T X V Y WHole Specification1

K L H D F S GHole Specification2

JType Material Symbol A Code Nominal Dia. Code Nominal Dia. DA 0.5mm

B D

im.

Se

lec

tab

le

HRZZAHRMQA HRNQAHRNRA HRCAAHRMPA HRMSAHRCBA HRMDAHRFDA HRJDAHRFCB HRJCBHRMDB HRMCBHRMCC HRMCA

SCSCBSCM

25.0

~

200.0

16 22 25 32 3850 60 75 100 125

69

(10)121619

0.1mm Increment

N EMZ E

EFor the

machining dimensions,

see Hole Type

Selection Chart.

0(No Hole)

34568

10121416

0.1mm Increment

EK≤Nx5

3~30(0.5mm

Increment)31~100(0.1mm

Increment)

0.1mm Increment

NA EMAZF EZB E

EFor the

machining dimensions,

see Hole Type

Selection Chart.

0(No Hole)

34568

10121416

DA3

~

30

0.1mm Increment

EJ≤NAx5

SU15 20 25 32 38 50 65 100 125

B D

im.

Co

nfi

gu

rab

le

HUZZAHUMQA HUNQAHUNRA HUCAAHUMPA HUMSAHUCBA HUMDAHUFDA HUJDAHUFCB HUJCBHUMDB HUMCBHUMCC HUMCA

SCSCBSCM

SU25.0

~

200.0

15.0~150.0(0.1mm Increment)

69

(10)121619

AMAMWAMB

10.0~200.0(0.1mm Increment)

568

10121520

XT10 is not selectable for SC(#).XFor SC(#) with B=16 or 22, T19 is not selectable.

XFor SU with B specified as 15, T10 ~ 19 are not selectable.XFor SU with B=20, T19 is not selectable.

Part Number- A - B - T - X - V - Y - W -

Hole Specification1 Code, Nominal Value

- K - L - H - D - F - S - G -Hole Specification2 Code, Nominal Value

- JType - Material Symbol

HRMQA - SC - A80 - B50 - T6 - X10 - Y25 - M6 - L60 - MA6

HUMCC - AMB - A100 - B80 - T10 - X15 - V70 - Y10 - W60 - Z6 - L50 - H40 - D30 - F50 - MA6

A

*M

B

A/2

E��There may be some hanger holes

(tapped) on anodize (clear, black)

treated HUZZA.

The holes are not anodized.

* M3 for ~ T6 M5 for T8 ~

QMachining Limits

There are machining limits for thickness between holes, and between hole and edge. (Ex. "b" on the drawing below)For limit values, see P.1833.

b

bb

Hole Type Tapped Holes Bolt Hole Counterbore Front Counterbore Back Through Hole

Code M, MA N, NA Z, ZF ZB DA

Shape Diagram

Machining Specifications

Effective tap length Max. M,

MAx2E��When T≥M, MAx3, tap

pilot might not go through.

DimensionsScrew Nominal Size

3 4 5 6 8 10 12 14 16

d, h 3.5 4.5 5.5 6.5 9 11 14 16 18

d1 6.5 8 9.5 11 14 18 20 23 26

QHole Type Selection Chart

M

MA

Mx2

MA

x2

d

Z

ZF

d

d1 h±

0.5

ZB

d1

d

0.5

DA

DimensionsTolerance

3.0~6.0 ±0.1

6.5~30.0 ±0.2

Part Number- A - B - T - X - V - Y - W -

Hole Specification1Code, Nominal Value

- K - L - H -D

(DC)- F - S - G -

Hole Specification2Code, Nominal Value

- J - (CC, RC)Type - Material Symbol

HRMQA - SC - A80 - B50 - T6 - X10 - Y25 - M6 - L60 - MA6 - CC10

Alterations

Corner cut change Slotted Hole Angle Change Center Hole Change to H7

Code CC RC DC

Spec.

Changes corner cuts.CC = 1mm IncrementE1≤CC≤50

Ordering Code

Add CC at the end of the Part Number designation.

(Ex.) ~ -CC10

Slotted holes are changed as shown above.ENote the dimensions relationship

Ordering Code

Add RC at the end of the type designation.(Ex.) ~ -RC

Center hole D is changed to a precision hole (H7).DC = 1mm IncrementE3≤DC≤100E��Applicable only to H#FCB, H#JCB,

H#MCB, H#MCC, H#MCA

Ordering Code

Specify by replacing dim. D with DC.(Ex.) ~ -DC30

4-CC DCH7

WX

L

Y

HRJDA/HUJDAHRJCB/HUJCB

HRNQA/HUNQA

HRNRA/HUNRA

X� For B Dim. Selectable (HR# # #), EN AW-5052 Equiv. is not Selectable.

Part Number.Material

4Surface

TreatmentType Material Symbol

B Dim. Selectable (Flat Bars)

HR###

B Dim. ConfigurableWidth Configurable Flat Bars / Rolled Aluminum

HU###

SC EN 1.1191 (cold

drawn) Equiv.

-

SCB Black Oxide

SCM Electroless Nickel Plating

AM EN AW-5052 Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SU EN 1.4301 Equiv. -

)(

Page 7: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18432 -18442

Flat Bars / Rolled Aluminum Mounting Plates, Brackets Price ListB Dim. Selectable / B Dim. Configurable

Q��Price Calculations Add hole machining charge to the body price. (Additional hole changes not needed for HRZZA, HUZZA)

For HRMQA-SC-A80-B50-T6-X10-Y25-M6-L60-MA6

Main Body Price + Hole Machining Charge = Price

For HUMQA-SC-A80-B50-T6-X10-Y25-M6-L60-MA6

Main Body Price + Hole Machining Charge = Price

QHole Machining Charge

Material

Hole Machining Charge (Body Price+)

Type

HRMQAHUMQA

HRNQAHUNQA

HRNRAHUNRA

HRCAAHUCAA

HRMPA/HUMPAHRMSA/HUMSAHRCBA/HUCBA

HRFDAHUFDA

HRJDAHUJDA

HRMDA/HUMDAHRMDB/HUMDB

HRFCBHUFCB

HRJCBHUJCB

HRMCBHUMCB

HRMCCHUMCC

HRMCAHUMCA

EN 1.1191 (cold drawn) Equiv.

EN AW-5052 Equiv.

EN 1.4301 Equiv.

QBody Price EN 1.1191 (cold drawn) Equiv.

Material Symbol

AB

Body PriceB Dim. Selectable (HR###) B Dim. Configurable (HU###)

B Dim. Selectable B Dim. Configurable T6 T9 T12 T16, 19 T6 T9 T12 T16, 19

EN 1.1191 (cold drawn) Equiv.

No Treatment

SC

25.0~50.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

50.1~100.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

100.1~150.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

150.1~200.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

EN 1.1191 (cold drawn) Equiv.

Black Oxide

SCB

25.0~50.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

50.1~100.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

100.1~150.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

150.1~200.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

EN 1.1191 (cold drawn) Equiv.

Electroless Nickel Plating

SCM

25.0~50.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

50.1~100.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

100.1~150.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

150.1~200.0

16~32 15.0~32.038~60 32.1~50.075, 100 50.1~100.0

125 100.1~150.0

QBody Price EN AW-5052 Equiv. XFor B Dim. Selectable (HR### ), EN AW-5052 Equiv. is not Selectable.

Material Symbol A BBody Price

B Dim. Configurable (HU###)T5, 6 T8, 10 T12, 15 T20

EN AW-5052 Equiv.No Treatment

AM

25.0~50.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

50.1~100.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

100.1~150.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

150.1~200.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

EN AW-5052 Equiv.Anodize (Clear)

AMW

25.0~50.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

50.1~100.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

100.1~150.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

150.1~200.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

EN AW-5052 Equiv.Anodize (Black)

AMB

25.0~50.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

50.1~100.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

100.1~150.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

150.1~200.0

10.0~50.050.1~100.0100.1~150.0150.1~200.0

QBody Price EN 1.4301 Equiv.

Material Symbol

AB

Body PriceB Dim. Selectable (HR###) B Dim. Configurable (HU###)

B Dim. Selectable B Dim. Configurable T6 T9, 10 T12 T16, 19 T6 T9, 10 T12 T16, 19

EN 1.4301 Equiv.No Treatment

SU

25.0~50.0

15~32 15.0~32.038, 50 32.1~50.0

65 50.1~65.0100 65.1~100.0125 100.1~150.0

50.1~100.0

15~32 15.0~32.038, 50 32.1~50.0

65 50.1~65.0100 65.1~100.0125 100.1~150.0

100.1~150.0

15~32 15.0~32.038, 50 32.1~50.0

65 50.1~65.0100 65.1~100.0125 100.1~150.0

150.1~200.0

15~32 15.0~32.038, 50 32.1~50.0

65 50.1~65.0100 65.1~100.0125 100.1~150.0

Page 8: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18452 -18462

6 Surface Milled Mounting Plates, BracketsExternal Dimension Configurable

Part Number- A - B - T - X - V - Y - W -

Hole Specification1 Code, Nominal Value

- K - L - H - D - F - S - G -Hole Specification2 Code, Nominal Value

- JType - Material Symbol

HFMCC - AMB - A100 - B80 - T10 - X15 - V70 - Y10 - W60 - Z6 - L50 - H40 - D30 - F50 - MA6

A

*M

B

A/2

E��There may be some hanger holes

(tapped) on anodize (clear, black) treated

HFZZA. The holes are not anodized.

* M3 for ~ T7.9

M5 for T8 ~

Q��Machining Limits There are machining limits for thickness between holes, and between hole and edge. (Ex.: "b" on the drawing below) For limit values, see P.1833.

b

bb

YW

SG

4 - Hole specification1 4 - Hole specification2

NA

ZB

MA ZF

VX

FL

N ZM

E� Thickness (T) tolerance can be changed (See alterations).

EThickness parallelism is 0.05 per 100mm.

EC0.2 to C0.5, unless otherwise specified.

EFor other accuracy references, DP.1833

B

A

4-C2 or less

T ±0.1&

6.3

6.3

6.325

HFZZA(Common Dimension)

EGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see D P.1834.

E� Slotted hole direction can be changed (See alterations).E� Slotted hole direction can be changed (See alterations).

E� Slotted hole direction can be changed (See alterations) E� Slotted hole direction can be changed (See alterations)

YW

D

H

V

L

X

4 - Hole specification1

N ZM

+0.2 0

4 - Hole specification1

YW

H

4 - Hole specification2

F

G

V

L

X

NA

ZB

MA ZF

D+0.2 0

N ZM

YW

SG

4 - Hole specification24 - Hole specification1

FLX V

NA

ZB

MA ZFN ZM

HFMQA

HFMPA

HFFDA

HFMDB

HFNQA

HFMSA

HFJDA

HFMCB

HFNRA

HFCBA

HFFCB

HFMCC

HFCCA

HFMDA

HFJCB

HFMCA

D

YW

H

2 - Hole specification1

LX

N ZM

+0.2 0

4 - Hole specification22 - Hole specification1

NA MA ZF

ZB

YW

SG

FLX

N ZM

Y

X L

N

K

Hole specification2

DA

NA MA ZF

ZB

Y

X L

Hole specification1

N ZM

Hole specification2

DA

NA MA ZF

ZB

Y

G

X V

L

Hole specification2

(Hole Machining)

2 - Hole specification1

N ZM NA

ZB

MA ZF

25

Y

X L

N

K J

NA

2 - Hole specification22 - Hole specification1

YW

SG

X L

DA

NA MA ZF

ZB

N ZM

2 - Hole specification22 - Hole specification1

YW

S

X

L F

NA MA ZF

ZB

N ZM

2 - Hole specification1

Y

G

X V

FL

2 - Hole specification2

NA MA ZF

ZBN ZM

YW

H

2-

LX

N

K

D+0.2 0

4 - Hole specification22- N

NA

ZB

MA ZF

YW

SG

FLX

K

YW

H

V

F

L

X

2 - Hole specification2

N Z

4 - Hole specification1

M

D+0.2 0

NA ZF

ZB

MA

(Hole Machining)25

(Hole Machining)25

(Hole Machining)25

Part Number.Material .Surface

TreatmentType Material Symbol

HFZZAHFMQA HFNQAHFNRA HFCCAHFMPA HFMSAHFCBA HFMDAHFFDA HFJDAHFFCB HFJCBHFMDB HFMCBHFMCC HFMCA

SCEN 1.1191

Equiv.

-

SCB Black Oxide

SCM Electroless Nickel Plating

AM EN AW-5052 Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SU EN 1.4301 Equiv. -

EThere may be some hanger holes on anodized HFZZA.

Part Number 0.1mm IncrementX V Y W

Hole Specification1K L H D F S G

Hole Specification2J

Type Material Symbol A B T Code Nominal Dia. Code Nominal Dia. DA 0.5mm

HFZZAHFMQA HFNQAHFNRA HFCCAHFMPA HFMSAHFCBA HFMDAHFFDA HFJDAHFFCB HFJCBHFMDB HFMCBHFMCC HFMCA

SCSCBSCMAM

AMWAMBSU

25.0

~

200.0

10.0

~

200.0

3.0

~

30.0E

0.1mm Increment

N EM Z E

EFor the

machining dimensions,

see Hole Type Selection Chart.

Hole Type Selection Chart

0(No Hole)

3456810121416

0.1mm Increment

EK≤Nx10

3~30(0.5mm Increment)

31~100(0.1mm Increment)

0.1mm Increment

NA EMAZF EZB E

EFor the machining dimensions, see

Hole Type Selection Chart.

Hole Type Selection Chart

0(No Hole)

3456810121416

DA3

~

30

0.1mm Increment

EJ≤NAx10

EFor AMW and AMB, T≥5 EFor SU, T≤25.0

QHole Type Selection ChartHole Type Tapped Holes Bolt Hole Counterbore Front Counterbore Back Through Hole

Code M, MA N, NA Z, ZF ZB DA

Shape Diagram

Machining Specifications

Effective Tap Length

Max. M , MAx2E��When T≥M, MAx3, tap

pilot might not go through.

dD

DA

ZB

d

d1

0.5

Z

ZF

d

d1 h±

0.5

DimensionsScrew Nominal Size

3 4 5 6 8 10 12 14 16

d, h 3.5 4.5 5.5 6.5 9 11 14 16 18

d1 6.5 8 9.5 11 14 18 20 23 26

DimensionsTolerance

3.0~6.0 ±0.1

6.5~30.0 ±0.2

M

MA

Mx2

MAx2

Part Number- A - B - T - X - V - Y - W -

Hole Specification1 Code, Nominal Value - K - L - H -

D(DC)

- F - S - G -Hole Specification2 Code, Nominal Value - J - (CC)

Type - Material Symbol

HFMCC - AMB - A100 - B80 - T10 - X15 - V70 - Y10 - W60 - Z6 - L50 - H40 - D30 - F50 - MA6 - CC10

Alterations

Corner cut change Plate thickness (T dim.) Tolerance Change Slotted Hole Angle Change Center D Hole Change to H7

TKC THC

Code CC TKC, THC RC DC

Spec.

Changes corner cuts.CC = 1mm IncrementE1≤CC≤50

Ordering Code

Add CC at the end of the Part Number designation.(Ex.) ~ -CC10

Changes Plate thickness (T dim.) Tolerance.TKC Tolerance ±0.05THC Tolerance ±0.02E��Only SC, SCB and SCM material symbols are

applicable.

XTKC and THC cannot be specified simultaneously.

Ordering Code

Add TKC or THC at the end of the type designation.(Ex.) ~ -TKC, ~ -THC

Slotted holes are changed as shown above.ENote the dimensions relationship.

Ordering Code

Add RC at the end of the type designation.(Ex.) ~ -RC

Center hole D is changed to a precision hole (H7).DC = 1mm IncrementE3≤DC≤100

EApplicable only to HFFCB, HFJCB, HFMCB, HFMCC and HFMCA.

Ordering Code

Specify by replacing dim. D with DC.(Ex.) ~ -DC30

4-CC DCH7

1.6

G G

G G

1.6

1.6

1.6

T±0.05 T±0.02

HFNRA

HFNQA HFJDA, HFJCB

WX

L

Y

Page 9: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18472 -18482

6 Surface Milled Mounting Plates, Brackets Price List External Dimension Configurable

Q� Price Calculations�Add hole machining charge to the body price. (Additional hole changes not needed for HFZZA)

For HFMQA-SC-A80-B50-T6-X10-Y25-M6-L60-MA6

Main Body Price + Hole Machining Charge = Price

QHole Machining Charge

Material

Hole Machining Charge (Body Price+)

Type

HFMQA HFNQA HFNRA HFCAAHFMPAHFMSAHFCBA

HFFDA HFJDAHFMDAHFMDB

HFFCB HFJCB HFMCB HFMCC HFMCA

EN 1.1191 Equiv.

EN AW-5052 Equiv.

EN 1.4301 Equiv.

QBody Price EN 1.1191 Equiv.

Material Symbol

A BBody Price of HF###

T3.0~7.0 T7.1~10.0 T10.1~15.0 T15.1~25.0 T25.1~30.0

EN 1.1191 Equiv.No Treatment

SC

25.0~50.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

50.1~100.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

100.1~150.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

150.1~200.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

EN 1.1191 Equiv.Black Oxide

SCB

25.0~50.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

50.1~100.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

100.1~150.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

150.1~200.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

EN 1.1191 Equiv.Electroless Nickel

Plating

SCM

25.0~50.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

50.1~100.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

100.1~150.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

150.1~200.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

QBody Price EN AW-5052 Equiv.

Material Symbol

A BBody Price of HF###

T3.0~7.0 T7.1~10.0 T10.1~15.0 T15.1~25.0 T25.1~30.0

EN AW-5052 Equiv.No Treatment

AM

25.0~50.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

50.1~100.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

100.1~150.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

150.1~200.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

EN AW-5052 Equiv.Anodize (Clear)

AMW

25.0~50.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

50.1~100.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

100.1~150.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

150.1~200.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

EN AW-5052 Equiv.Anodize (Black)

AMB

25.0~50.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

50.1~100.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

100.1~150.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

150.1~200.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

QBody Price EN 1.4301 Equiv.

Material Symbol

A BBody Price of HF###

T3.0~7.0 T7.1~10.0 T10.1~15.0 T15.1~25.0

EN 1.4301 Equiv.No Treatment

SU

25.0~50.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

50.1~100.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

100.1~150.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

150.1~200.0

10.0~50.0

50.1~100.0

100.1~150.0

150.1~200.0

Page 10: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18492 -18502

6 Surface Milled Mounting Plates, BracketsSide Hole Type

Part Number.Material

4Surface

TreatmentType Material Symbol

VFMQAVFMPAVFMCCVFMCA

SCEN 1.1191

Equiv.

-

SCB Black Oxide

SCM Electroless Nickel Plating

AM EN AW-5052 Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SU EN 1.4301 Equiv. -

Part Number- A - B - T - X - V -

Hole Specifi cation1Code, Nominal Value

- L - H - D - F - S - G -Hole Specifi cation2Code, Nominal ValueType - Material Symbol

VFMQA - AM - A50 - B30 - T5 - X10 - V30 - M4 - F40 - S20 - MA4

VFMCC - SC - A80 - B60 - T10 - X10 - V60 - M4 - L40 - H45 - D15

M Nominal Min. Thickness T

3 5

4 5.6

5 6.6

6 8

8 10

10 12

Q  Min. Thickness per Taps on Side

Q  Machining Specifi cations

E  Even if the holes and side taps interfere, they will be machined as specifi ed. However, there may be some remaining burrs if interference exits.

Q  Machining Limits

There are machining limits for thickness

between holes, and between hole and

edge. (Ex.: "b" on the right diagram)

For limit values, see P.1833. b

bb

A B TBody Price Unit Price

VFMQA VFMPASC SCB SCM AM AMW AMB SU SC SCB SCM AM AMW AMB SU

30.0

~

50.0

10.0

~

50.0

5.0~7.07.1~10.0

10.1~15.015.1~20.0

50.1

~

100.0

5.0~7.07.1~10.0

10.1~15.015.1~20.0

100.1

~

150.0

3.0~7.07.1~10.0

10.1~15.015.1~20.0

50.1

~

100.0

10.0

~

50.0

5.0~7.07.1~10.0

10.1~15.015.1~20.0

50.1

~

100.0

5.0~7.07.1~10.0

10.1~15.015.1~20.0

100.1

~

150.0

3.0~7.07.1~10.0

10.1~15.015.1~20.0

100.1

~

150.0

10.0

~

50.0

3.0~7.07.1~10.0

10.1~15.015.1~20.0

50.1

~

100.0

3.0~7.07.1~10.0

10.1~15.015.1~20.0

100.1

~

150.0

3.0~7.07.1~10.0

10.1~15.015.1~20.0

A B TBody Price Unit Price

VFMCC VFMCASC SCB SCM AM AMW AMB SU SC SCB SCM AM AMW AMB SU

30.0

~

50.0

30.0

~

50.0

1010.1~15.015.1~20.0

50.1

~

100.0

1010.1~15.015.1~20.0

100.1

~

150.0

1010.1~15.015.1~20.0

50.1

~

100.0

30.0

~

50.0

1010.1~15.015.1~20.0

50.1

~

100.0

1010.1~15.015.1~20.0

100.1

~

150.0

1010.1~15.015.1~20.0

100.1

~

150.0

30.0

~

50.0

1010.1~15.015.1~20.0

50.1

~

100.0

1010.1~15.015.1~20.0

100.1

~

150.0

1010.1~15.015.1~20.0

Part Number- A - B - T - X - V -

Hole Specifi cation1Code, Nominal Value

- L - H -D

(DC)- F - S - G -

Hole Specifi cation2Code, Nominal Value

- (CC)Type - Material Symbol

VFMQA - AM - A50 - B30 - T5 - X10 - V30 - M4 - F40 - S20 - MA4 - CC10

Alterations

Corner cut change Center Hole Change to H7

Code CC DC

Spec.

Changes corner cuts.CC = 1mm IncrementE1≤CC≤20

Ordering Code Add CC at the end of the Part Number designation.

(Ex.) ~-CC10

Center hole D is changed to a precision hole (H7).DC = 0.1mm IncrementE3≤DC≤100 EApplicable to VFMCC, VFMCA only.

Ordering Code Specify by replacing dim. D with DC.

(Ex.) ~-DC30

DCH7

0.0

2

1.6

2-CC

EGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see dP.1834.

(Common Dimension)

EC0.2 to C0.5, unless otherwise specifi ed.

25 6.3( )

B

TA

0.05/100 A

6.3

6.3

6.3A

VFMQA

F

S

Mx2

T/2VX

2 - Hole specification2

(Hole Machining)

MA

ZB

NA ZF

M2-

25

VFMCC

H

L D

VX M2-

Mx2

T/2

+0.20

VFMPA

F

S

2

T/2VX

2 - Hole specification2

MA NA ZF

M2-

G

ZB

VFMCA

H

F

G

4 - Hole specification2

MA NA ZF

VX M2-

L D+0.20

Mx2

T/2

ZB

(Hole Machining)25

(Hole Machining)25(Hole Machining)25

Part Number 0.1mm IncrementX V

Hole Specifi cation1L H D F S G

Hole Specifi cation2Type Material Symbol A B T Code Nominal Dia. Code Nominal Dia.

VFMQAVFMPA SC SCB SCM

AM AMW AMBSU

30.0

~

150.0

10.0

~

150.0

5.0

~

20.0 0.1mmIncrement

M

0 (No Hole)

3 45 68 10

0.1mm Increment

3~30(0.5mm Increment)

31~100(0.1mm Increment)

0.1mm Increment

NA MAZFZBE

For the machining dimensions, see Hole Type Selection Chart.

Hole Type Selection Chart

0 (No Hole)

3 45 68 1012 16

VFMCCVFMCA

30.0

~

150.0

10.0

~

20.0

QHole Type Selection Chart

Hole Type Tapped Holes Bolt Hole Counterbore Front Counterbore Back

Code M, MA NA ZF ZB

Shape

Diagram

Machining

Specifi cations

Effective Tap LengthMax. M , MAx2E  When T≥M, MAx3, tap

pilot might not go through.

DimensionsScrew Nominal Size

3 4 5 6 8 10 12 16

d, h 3.5 4.5 5.5 6.5 9 11 14 18

d1 6.5 8 9.5 11 14 18 20 26

ZF

d

d1 h±

0.5

M

MA

Mx2

MA

x2

d

ZB

d1

d

0.5

Page 11: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18512 -18522

L Sheet Metal Mounting Plates, BracketsCenter Symmetrical Type

eAs opposed to the "Dimension Configurable Type" on the next page, the external dimension tolerance guarantee is ±1.0.

e4.5 thickness type is EN 1.0320 Equiv. (hot coiled) material.

Part NumberMMaterial SSurface

TreatmentType Material Symbol

FSLASFSLBSFSMASFSDASFSSBSFSMCS

SPEN 1.0330 Equiv.

e

-

SPU Trivalent Chromate (Clear)

SPK Trivalent Chromate (Black)

AM -

AMW EN AW-5052 Equiv. Anodize (Clear)

AMB Anodize (Black)

SUD EN 1.4301 Equiv.(2B) -

(Common Dimension)

L±1.0

4-C2 or less

T

1.0

B±1.0

r

FSLAS

FSDAS

FSLBS

FSSBS

FSMAS

FSMCS

SH

L

AB

Hole specification1

N M

Hole specification2

NA MA

V

SH

Hole specification1

N M

2 - Hole specification2

NA MA

V

F

SH

2 - Hole specification1

N M

2 - Hole specification2

NA MA

BA

2 - Hole specification1N M

V

S

2 - Hole specification2NA MA

HF

X

L

V

d

S

H

Hole specification1

N M

2 - Hole specification2

NA

F

H

V

S

2 - Hole specification1

N M

2 - Hole specification2

NA

d

QHole Type Selection Chart

Hole Type Tapped Holes Bolt Hole

Code M, MA N, NA

Shape

Diagram

M

MA

dF

dx2

dF

d

Through Hole

e��For d dimension, see "N, NA Machining Dimensions" on lower section of specification chart.

Slotted Hole

QSpecifications, Machining Limits

E1. Burr height 0.1 or less

E2. Bend angle tolerance ±1°

E3. There will be scratches and bulges by Press Brake. For details and bend radius information, DP.1832.

b

bb

b fg

bg

f

E4. There are machining limits on b, f, and g shown in below diagram. (For limit values, see P.1834).

Part Number- T - A - B - L - X - H - F -

Hole Specification1

Code, Nominal Value- V - S -

Hole Specification2

Code, Nominal ValueType - Material Symbol

FSLAS - SPU - T2.3 - A30 - B30 - L30 - H20 - N3 - S20 - NA3FSLBS - SUD - T2.0 - A50 - B30 - L20 - H25 - N4 - V10 - S15 - NA3

QFSLAS Body Price

Material Symbol A L T

Unit Price Volume Discount Rate1~3 pcs. 4~7 8~19 20~100

SP

20

~

100

15

~

50

2.33.24.5

51

~

100

2.33.24.5

101

~

200

15

~

50

2.33.24.5

51

~

100

2.33.24.5

AM

20

~

100

15

~

50

2.03.04.0

51

~

100

2.03.04.0

101

~

200

15

~

50

2.03.04.0

51

~

100

2.03.04.0

SUD

20

~

100

15

~

50

2.03.04.0

51

~

100

2.03.04.0

101

~

200

15

~

50

2.03.04.0

51

~

100

2.03.04.0

QFSLBS Body Price

Material Symbol A L T

Unit Price Volume Discount Rate1~3 pcs. 4~7 8~19 20~100

SP

20

~

100

15

~

50

2.33.24.5

51

~

100

2.33.24.5

101

~

200

15

~

50

2.33.24.5

51

~

100

2.33.24.5

AM

20

~

100

15

~

50

2.03.04.0

51

~

100

2.03.04.0

101

~

200

15

~

50

2.03.04.0

51

~

100

2.03.04.0

SUD

20

~

100

15

~

50

2.03.04.0

51

~

100

2.03.04.0

101

~

200

15

~

50

2.03.04.0

51

~

100

2.03.04.0

QFSMAS, FSDAS, FSSBS, FSMCS Body Prices

Material Symbol A L T

Unit Price Volume Discount Rate1~3 pcs. 4~7 8~19 20~100

SP

20

~

100

15

~

50

2.33.24.5

51

~

100

2.33.24.5

101

~

200

15

~

50

2.33.24.5

51

~

100

2.33.24.5

AM

20

~

100

15

~

50

2.03.04.0

51

~

100

2.03.04.0

101~

200

15

~

50

2.03.04.0

51

~100

2.03.04.0

SUD

20

~

100

15

~

50

2.03.04.0

51

~

100

2.03.04.0

101

~

200

15

~

50

2.03.04.0

51

~

100

2.03.04.0

[Surface Treatment Charges]

Material Symbol A L T

Unit Price Volume Discount Rate1~3 pcs. 4~7 8~19 20~100

SPUSPK

20

~

100

15

~

50

2.33.24.5

51

~

100

2.33.24.5

101

~

200

15

~

50

2.33.24.5

51

~

100

2.33.24.5

AMWAMB

20

~

100

15

~

50

2.03.04.0

51

~

100

2.03.04.0

101

~

200

15

~

50

2.03.04.0

51

~

100

2.03.04.0

Part Number Selection 1mm IncrementX H F

Hole Specification1V S

Hole Specification2Type Material Symbol T A B L Code / Specify Method Code / Specify Method

FSLASFSLBSFSMASFSDASFSSBSFSMCS

SPSPUSPKAM

AMWAMBSUD

EN 1.0330 Equiv.

(EN 1.0320 Equiv. (hot

coiled))

2.33.24.5

EN AW-5052 Equiv.EN 1.4301

Equiv.

2.03.04.0

20

~

200

15

~

100

15

~

1001mm Increment

N (Bolt Hole)e3, 4, 5, 6, 8, 10

(Select)1mm

Increment

NA (Bolt Hole)e3, 4, 5, 6, 8, 10

(Select)

M (Tapped Holes)3, 4, 5, 6, 8, 10

(Select)

MA (Tapped Holes)3, 4, 5, 6, 8, 10

(Select)

eHoles may deform if the hole locations are too close to the ends and bends, but they will be machined as specified if they are within the machining limits. eFor the slotted hole machining dimensions, see Hole Type Selection Chart.

N, NA specified Value 3 4 5 6 8 10

Through Hole Dia. (d) 3.5 4.5 5.5 6.5 9 11

eN, NA machining dimensions

t Price CalculationsAdd surface treatment charges to the body prices.(Ex.) For FSLAS-SPU-T2.3-A30-B30-L30-H20-N3-S20-NA3,

Main Body Price + Surface Treatment Charge = Price

Page 12: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18532 -18542

L Sheet Metal Mounting Plates, BracketsDimension Configurable Type

Part NumberMMaterial

SSurface

TreatmentType Material Symbol

FALZSFALAS FAPASFALCS FADASFALDS FADBSFACAS FAMDSFALBS FAEASFASBS FAMBSFAMAS FANASFAMCS FATBS

SPEN 1.0330

Equiv.E

-

SPB Black Oxide

SPU Trivalent Chromate (Clear)

SPK Trivalent Chromate (Black)

AMEN AW-5052

Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SUD EN 1.4301 Equiv.(2B) -

E��4.5, 6.0 thickness type is EN 1.0320 Equiv. (hot coiled) material.

EAs opposed to the "Center Symmetrical Type" on the previous page, general tolerance is the guaranteed value for external dimensions.

Part Number- T - A - B - L - X - F - H - G -

Hole Specification1 Code, Nominal Value - D - J - Y - V - S - W -

Hole Specification2 Code, Nominal Value - K

Type - Material Symbol

FALAS - SPB - T1.6 - A30 - B30 - L30 - X15 - H20 - N5 - Y15 - S15 - NA6

FAMBS - AM - T1.5 - A80 - B60 - L60 - X50 - F0 - H70 - N4 - Y15 - V30 - S20 - W20 - NA5

E��There may be some hanger holes on anodized FALZS.(See Specifications and Machining Limits)

FALZS

FALAS FALCS FALDS FACAS

FALBS FASBS FAMAS FAMCS

FAPAS FADAS FADBS FAMDS

FAEAS FAMBS FANAS FATBS

E��Slotted hole direction can be changed (See alterations). E��Slotted hole direction can be changed (See alterations).

E��Slotted hole direction can be changed (See alterations). E��Slotted hole direction can be changed (See alterations).

E��Slotted hole direction can be changed (See alterations).E��Slotted hole direction can be changed (See alterations).

S

Y

X

H

L

Hole specification2

NA

MA

AB

Hole specification1

+0.2 0

N

M

DA

Hole specification2

NA

X

H

S

K

Y

Hole specification1

N

M

DA+0.2 0

X

H

J

Hole specification2

NA

S

K

Y

Hole specification1

N

2 - Hole specification2

NA

MA

S

VY

AB

X

HS

VY

2 - Hole specification2

NA

MA

Hole specification1

N

M

DA

L

+0.2 0

VY

X

K

S

H

2 - Hole specification2

NA

Hole specification1

N

M

DA+0.2 0

2 - Hole specification2

NA

MA

S

VY

FH

X

2 - Hole specification1

N

M

VY

K

S

2 - Hole specification2

NA

F

H

X

2 - Hole specification1

N

M

AB

F

H

G

X

2 - Hole specification1

N

M

2 - Hole specification2

NA

MA S

VY

L

HG

X

2 - Hole specification1

N

M

2 - Hole specification2

NA

MA S

VY VY

K

S

2 - Hole specification2

NA

HG

X

2 - Hole specification1

N

M

VY

K

S

2 - Hole specification2

NA

F

J

HX

2 - Hole specification1

N

BA

X

H

Hole specification1

N

M

4 - Hole specification2

NA

MA

V

WS

Y

DA

L

+0.2 0

2 - Hole specification1

4 - Hole specification2

N

M

NA

MA

F

H

V

WS

X

Y

F

HG

X

4 - Hole specification2

NA

MA

V

WS

Y

4 - Hole specification1

N

M

H

G

F

XD

S

VY

4 - Hole specification1

N

M

2 - Hole specification2

NA

MA

+0.2 0

L

4-C2 or less

T

A

B

r

(Common Dimension)

eGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see dP.1834.

b

bb

b fg

bg

f

5 Ø3

5

QSpecifications, Machining LimitsE1. Burr height 0.1 or less

E2. Bend angle tolerance ±1°

E3. There will be scratches and bulges by Press Brake. For details and bend radius

information, DP.1832.E��4. Slotted holes may be shaped as shown

below depending on dimensions. (No negative effects on mounting functionality) E6. There are machining limits on b, f, and g shown in below diagram.

For details, dP.1834.

E5. Anodized FALZS There are hanger holes above T4.

QHole Type Selection Chart

Hole Type Bolt Hole Tapped Holes (Coarse Thread) Through Hole

Code N, NA M, MA D, DA

Shape

Diagram

dFM

MA

D t DA+0.2 0

E��For d dimension, see "N, NA Machining Dimensions" on lower section of specification chart.

Part Number Selection 1mm Increment

X F H G

Hole Specification1D J Y V S W

Hole Specification2K

TypeMaterial Symbol

T A B L Code DesignationCode

Designation

FALZSFALAS FAPASFALCS FADASFALDS FADBSFACAS FAMDSFALBS FAEASFASBS FAMBSFAMAS FANASFAMCS FATBS

SPSPBSPUSPKAM

AMWAMBSUD

EN 1.0330 Equiv.

(EN 1.0320 Equiv. (hot

coiled))

1.62.33.24.56.0

EN AW-5052 Equiv.

1.52.03.04.05.0

EN 1.4301 Equiv.

1.01.52.03.04.05.0

20

~

200

EFor T6.0

~300

15

~

200

EFor T6.0

20~

10

~

200

EFor T6.0

20~

0.1mm Increment

N (Bolt Hole)E0, 3, 4, 5, 6, 8, 10

(Select)

3~30(0.5 Inc.)

0.1mm Increment

EJ≤Nx5

NA (Bolt Hole)E0, 3, 4, 56, 8, 10(Select) 0.1mm

Increment

EK≤NAx5

M (Tapped Holes)0, 3, 4, 5, 6, 8, 10

(Select) MA(Tapped Holes)

0, 3, 4, 56, 8, 10(Select)

DA (Through Hole)3~30

(0.5mm Increment)

EHoles may deform if the hole locations are too close to the ends and bends, but they will be machined as specified if they are within the machining limits.

EN, NA machining dimensions N, NA specified Value 0 3 4 5 6 8 10

Through Hole Dia. (d) (No Hole) 3.5 4.5 5.5 6.5 9 11

Alterations

Slotted Hole Angle Change

FALCS, FALDS FASBS, FAMCSFADBS, FAMDS

Code RC

Spec.

Slotted holes are changed as shown above.ENote the dimensions relationship

Add RC at the end of the type designation

(Ex.)~-RC

S

B

Y

V

Y

S

B

Ordering Code

Part Number- T - A - B - L - X - F - H - G -

Hole Specification1

Code, Nominal Value- D - J - Y - V - S - W -

Hole Specification2

Code, Nominal Value- K - (RC)

Type - Material Symbol

FALCS - SP - T1.6 - A30 - B30 - L30 - X15 - H20 - N5 - Y15 - S15 - NA3 - K2 - RC

A L T

Body Price Unit Price Surface Treatment Charge (Body Price+)

FALZSFALASFACAS

FALBSFALCS

FAMAS FAPASFASBS FADASFALDS FAEAS

FAMBS FAMCSFADBS FATBSFANAS FAMDS

EN 1.0330 Equiv.

EN AW-5052 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv.

EN 1.4301 Equiv.

Black Oxide Trivalent

Chromate (Clear, Black)

Anodize (Clear)

Anodize (Black)

SP AM SUD SP AM SUD SP AM SUD SP AM SUD SP AM SUDSPBSPUSPK

AMW AMB

20~100

10~1001.0~1.62.0~3.24.0~6.0

101~2001.0~1.62.0~3.24.0~6.0

101~200

10~1001.0~1.62.0~3.24.0~6.0

101~2001.0~1.62.0~3.24.0~6.0

201~30010~100 6.0 - - - - - - - - - - - -101~200 6.0 - - - - - - - - - - - -

t Price CalculationsAdd surface treatment charges to the body prices.(Ex.)

For FALZS-SPU-T1.6-A100-B50-L50,

Main Body Price + Surface Treatment Charge = Price

Page 13: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18552 -18562

L Shape Finished Angle Mounting Plate, BracketCenter Symmetrical Type

Part NumberMMaterial SSurface

TreatmentType Material Symbol

LRAMW LRCMT LRCDF LRCDA LRCMN LRDDG

SSEN 1.0038

Equiv.

-

SSB Black Oxide

SSM Electroless Nickel Plating

ASEN AW-

6063 Equiv.

-

ASW Anodize (Clear)

ASB Anodize (Black)

SU EN 1.4301 Equiv. -

Part NumberExternal Dimensions

V SHole

Specification1 H F GHole Specification2

T Selection

A SelectionB

SelectionL Selection

Type Material Symbol Code Nominal Dia. Code Nominal Dia. Code Specification

LRAMWLRCMTLRCDFLRCDALRCMNLRDDG

SSSSBSSM

5 6

20 25 40 50 2025 30 40 50 60 70

80

0.1mm Increment

NE

M

34568

1012

E��For the machining dimensions, see Hole Type Selection Chart.

0.1mm Increment

NAE

MA

34568

1012

E��For the machining dimensions, see Hole Type Selection Chart.

DA

3~30(0.5mm

Increment)

25 30 40 50 60 25

20 25 30 40 50 60 30

5 6 10 40 50 60 80 40 30 40 50 60 70 80 6 10 40 50 60 50

ASASWASB

5 6

20 25 40 50 2025 30 40 50 60 70

80 25 30 40 50 60 25

20 25 30 40 50 60 30

5 6 10 40 50 60 80 40 30 40 50 60 70 80 6 10 40 50 60 50

SU

5 6

20 25 40 50 2025 30 40 50 60 70

80 25 30 40 50 60 25

20 25 30 40 50 60 30

5 6 8 40 50 60 40 30 40 50 60 70

80 40 50 60 50

Part Number- T - A - B - L - V - S -

Hole Specification1

Code, Nominal Value- H - F - G -

Hole Specification2

Code, Nominal ValueType - Material Symbol

LRAMW - SS - T6 - A50 - B40 - L40 - S25 - N3 - H30 - NA3LRCMT - AS - T6 - A50 - B30 - L40 - V25 - S20 - N8 - H35 - MA5LRCDF - SS - T6 - A50 - B50 - L40 - V25 - S35 - M5 - H35 - F25 - MA5LRCDA - AS - T5 - A60 - B30 - L50 - V25 - S20 - N3 - H20 - F30 - G10 - NA3LRCMN - SSB - T5 - A60 - B50 - L50 - V15 - S20 - N5 - H35 - DA10LRDDG - SU - T6 - A40 - B30 - L50 - V15 - S10 - N3 - H25 - F15 - MA5

•�Price�Calculations�Hole machining charge is added to body price.(Ex.) For LRAMW-SS-T6-A50-B30-L30-S17-N6-H17-NA6,

Main Body Price + Hole Machining Charge = Price

QMain Body Price

QEN 1.0038 Equiv. QEN 1.4301

T A

Body Price Unit Price Body Price Unit Price

Not TreatedSS

Black OxideSSB

Electroless Nickel PlatingSSM

Not Treated SU

L25, 30 L40 L50 L60 L70 L80 L25, 30 L40 L50 L60 L70 L80 L25, 30 L40 L50 L60 L70 L80 L25, 30 L40 L50 L60 L70 L80

5 6

20

25

30

40

50

60

80 - - - - - -

10(8)

40

50

60

80 - - - - - -

e(8) is for stainless steel only

Q��Machining Limits There are machining limits for thickness between holes, and between hole and edge. For limit values, see P.1833.

b b

b

2mm or more

2mm

or

mor

e

b

LRCDF

eC0.2 to C0.5, unless otherwise specified.

(Common Dimension)

±0

.5A

±0.5L

6.3 6.3

6.3±0.5B

±0

.3T

A0.05/100

T

A

4-C2 or less

R2 or l

ess

25 6.3

Nx2

S

V

F

H

2 - Hole specification1N

2 - Hole specification2NA MA

LRCMT

LRCMN LRDDG

LRAMW

LRCDA

H

A

S

B

L

Hole specification2NA MA DA

Hole specification1

N M

V

SH

2 - Hole specification1

N M

Hole specification2NA MA DA

V

SH

F

2 - Hole specification1

N M

2 - Hole specification2NA MA

H

Hole specification2NA MA DA

Nx2

S

V

2 - Hole specification1

N

F

HG

V

AS

B

2 - Hole specification2NA MA

2 - Hole specification1

N M

L

T A

Body Price Unit Price

Not TreatedAS

Anodize (Clear)ASW

Anodize (Black)ASB

L25, 30 L40 L50 L60 L70 L80 L25, 30 L40 L50 L60 L70 L80 L25, 30 L40 L50 L60 L70 L80

5 6

20

25

30

40

50

60

80

10

40

50

60

80

QEN AW-6063 Equiv.

Material LRAMW LRCMTLRCDF LRCDA

LRCMN LRDDG

EN 1.0038 Equiv.

EN AW-6063 Equiv.

EN 1.4301 Equiv.

QHole Machining Charge

Part Number- T - A - B - L - V - S -

Hole Specification1

Code, Nominal Value- H - F - G -

Hole Specification2

Code, Nominal Value- (CC, RC)

Type - Material Symbol

LRAMW - SS - T6 - A50 - B30 - L30 - S20 - N6 - H35 - F15 - NA5 - CC10

Alterations

Corner cut change Slotted Bottom Hole Angle Change

Code CC RC

Spec.

CC = 1mm Increment

E 1≤CC≤30

Ordering Code

Add CC at the end of the Part Number designation.

(Ex.) ~ -CC10

Slotted holes are changed as shown above.

ENote the dimensions relationship.

Ordering Code

Add RC at the end of the type designation.

(Ex.) ~ -RC

2-CC

VS

B

Nx2 Hole Type Tapped Holes Bolt Hole Through Hole

Code M, MA N, NA DA

Shape Diagram

Machining Specifications

Effective Tap Length

Max. M , MAx2

DAdM

MA

QHole Type Selection Chart

Dimensions Hole Dia. Tolerance

3~30 ±0.2

Dim

ensi

ons

Screw Nominal Size

3 4 5 6 8 10 12

d 3.5 4.5 5.5 6.5 9 11 14

Page 14: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18572 -18582

Part NumberExternal Dimensions

P V S W

Hole Specification1 K X H F G D

Hole Specification2JSelection 0.5mm Increment

Type Material Symbol T A B L Code Nominal Dia. Code Nominal Dia. Code Specification

LAFZZLAFSSLAFSN LAFNN LAFZD LAFSD LAFSW LAFDA LAFDD

LAFDB LAFDN LAFDC LAFNWLAFSF LAFDF LAFWF LAFWD

SSSSBSSM

56

10.0~75.0 10.0~75.010.0~100.0

0.1mm Increment

NE

M

0 (No Hole)34568

1012

E��For the machining dimensions, see Hole Type Selection Chart.

0.1mm Increment

EK≤Nx5

3~30(0.5mm

Increment)

31~60(0.1mm

Increment)

NAE

MA

0 (No Hole)345681012

E��For the machining dimensions, see Hole Type Selection Chart.

DA

3~30(0.5mm Increment)

31~60(0.1mm Increment)

0.1mm Increment

EJ≤NAx5

10 10.0~125.0 10.0~125.0

12 50.0~125.0 50.0~125.050.0~100.0

15 50.0~130.0 50.0~130.0

ASASWASB

56

10.0~75.0 10.0~75.010.0~100.0

10 10.0~100.0 10.0~100.0

12 50.0~125.0 50.0~125.0 50.0~100.0

SU 5•6•8 10.0~90.0 10.0~90.0 10.0~100.0

L Shape Finished Angle Mounting Plate, BracketDimension Configurable Type

Part Number- T - A - B - L - P - V - S - W - Hole Specification1

Code, Nominal Value - K - X - H - F - G - D - Hole Specification2 Code, Nom inal Value - J

Type - Material Symbol

LAFSS - SS - T6 - A50 - B30 - L30 - S20 - N6 - H35 - NA6

LAFDA - SS - T6 - A50 - B30 - L30 - V15 - S20 - N5 - H30 - F15 - NA5

QMachining Limits

There are machining limits for thickness between holes, and between hole and edge.

For limit values, see DP.1833.

bb

b

2mm

or

mor

e

2mm or more

b

QHole Type Selection Chart

Hole Type Tapped Holes Bolt Hole Through Hole

Code M, MA N, NA D, DA

Diagram,

Code

M

MA

d D

DA

Machining Specifications

Effective tap length Max. M, MAx2

DimensionsHole Dia. Tolerance

3~30 ±0.2

31~60 ±0.3

DimensionsScrew Nominal Size

3 4 5 6 8 10 12

d 3.5 4.5 5.5 6.5 9 11 14

Long A, B sidesPerpendicularity

K

10~80 0.05 or less

80.5~130 0.10 or less

Part NumberMMaterial SSurface

TreatmentType Material Symbol

LAFZZ LAFSS LAFSN LAFNN LAFZD

LAFSD LAFSW LAFDA LAFDD

LAFDB LAFDN LAFDC LAFNW

LAFSF LAFDF LAFWF LAFWD

SSEN 1.0038

Equiv.

-

SSB Black Oxide

SSM Electroless Nickel Plating

AS EN AW-6063 Equiv.

-

ASW Anodize (Clear)

ASB Anodize (Black)

SU EN 1.4301 Equiv. -

Part Number- T - A - B - L - P - V - S - W -

Hole Specification1

Code, Nominal Value

- K - X - H - F - G -D

(DC)(DFC)

-

Hole Specification2

Code, Nominal Value

- J - (CC, RC)Type - Material Symbol

LAFDA - SS - T6 - A50 - B30 - L30 - V15 - S20 - N5 - H30 - F15 - NA6 - CC5

Alterations

Corner cut change Slotted Bottom Hole Angle Change D Hole tolerance change Datum Surface Machining + D Hole Tolerance Alteration

LAF#N LAF#W, LAFDC

Code CC RC DC DFC

Spec.

CC = 1mm IncrementE1≤CC≤30

Add CC at the end of the Part Number designation.(Ex.) ~ -CC10

Slotted holes on B surface are changed as shown above.ENote the dimensions relationship.

Add RC at the end of the type designation.(Ex.) ~ -RC

Center hole D is changed to a precision hole (H7).DC = 0.1mm IncrementE3≤DC≤30

Specify by replacing dim. D with DC.(Ex.) ~ -DC20

EApplicable only to LAFWD.

Center hole D is changed to a precision hole (H7).The datum dim. X has ±0.02 tolerance.DFC = 0.1mm IncrementE3≤DFC≤30

Specify by replacing dim. D with DFC.(Ex.) ~ -DFC20EApplicable only to LAFWD.

2-CC

VS

B

K

S

B

P P

K DCH7

0.0

2

DFCH7

0.0

2

X±0.02

K Mark

6.3

Ordering Code Ordering CodeOrdering Code

Ordering Code

LAFWD

±0

.5A

±0.5L

6.3 6.3

6.3±0.5B

±0

.3T

Ak

T

A

4-C2 or less

R2 or l

ess

25 6.3(Common Dimension)

EC0.2 to C0.5, unless otherwise specified.

LAFZZ (No Hole Type)

ESlotted hole direction can be changed (See alterations)

ESlotted hole direction can be changed (See alterations)

ESlotted hole direction can be changed (See alterations) ESlotted hole direction can be changed (See alterations)

ESlotted hole direction can be changed (See alterations)

ESlotted hole direction can be changed (See alterations)

B

S

X

H

A

Hole specification1

N M

L

Hole specification2

NA MA

DA

P

X

H

P

SK

Hole specification1

Hole specification2

NA MA DA

N

S

2 - Hole specification1

N M

VP

VP

SH

AB

2 - Hole specification1

N M

XHole specification2

NA MA

DA

L

VP

S

X

H

F

2 - Hole specification1

N M

2 - Hole specification2

NA MA

VP

SK

X

H

F

2 - Hole specification1

N

2 - Hole specification2

NA MA

X

FH

VP

SK

2 - Hole specification2

NA MA

2 - Hole specification1

N

VP

SW

X

H

AB

4 - Hole specification1

N M

Hole specification2

NA MA

DA

L

VP

SW

X

H

F

4 - Hole specification1

N M

2 - Hole specification2

NA MA

VP

SW

HG

X F

4 - Hole specification1

N M

4 - Hole specification2

NA MA

X

H

G

F

VP

S

4 - Hole specification2

NA MA

D

2 - Hole specification1

N M

X

H

F

VP

S

G

AB

2 - Hole specification2

NA MA

2 - Hole specification1

N M

L

VP

S

X

FH

2 - Hole specification1

N M

2 - Hole specification2

NA MA

eGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see dP.1720.

LAFSS

LAFSD

LAFDB

LAFSF LAFDF LAFWF LAFWD

LAFDN LAFDC LAFNW

LAFSW LAFDA LAFDD

LAFSN LAFNN LAFZD

SK

HJ

P

X Hole specification2

NA

Hole specification1

N

SK

H

VP

2 - Hole specification1

N

XHole specification2

NA MA DA

V

SK

FX

HJ

P

NA

2 - Hole specification1

N

2 - Hole specification2

Page 15: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18592 -18602

L Shape Finished Angle Mounting Plate, BracketDimension Configurable Type Price List

Q��Price Calculations For surface treatments, or slotted hole (N/NA)- / D, DA hole-machining, the applicable charges will be added to the body price. <Example: With surface treatment and slotted hole machining> For LAFSN-SSB-T6-A50-B30-L30-S17-N6-H17-NA6,

Main Body Price + Surface Treatment Charge + Slotted hole machining charge / D, DA hole machining charge = Price

QSlotted hole machining charge / D, DA hole machining charge

Material

N/NA Slotted Hole Machining D/DA Hole Machining

LAFSNLAFNN/LAFSW LAFDD/LAFDC

LAFNWHole Dia.

31~40Hole Dia.

41~50Hole Dia.

51~60

EN 1.0038 Equiv. 380 600 1,020

600 800 1,000EN AW-6063 Equiv. 380 600 910

EN 1.4301 Equiv. 510 860 1,670

QMain Body Price

QEN 1.0038 Equiv.: See above for price calculations.

T A B

Body Price Unit Price Surface Treatment Charge (Body Price+)

LAFZZLAFSS/LAFSN

LAFNN/LAFZD

* For LAFSN and LAFNN, slotted hole machining charge shown above will be added.

LAFSD/LAFSW/LAFDA/LAFDD

LAFDB/LAFDN/LAFDC/LAFNW

* For LAFSW, LAFDD, LAFDC, and LAFNW, slotted hole machining charge shown above will be added.

LAFSF/LAFDF

LAFWF/LAFWD

Black OxideElectroless Nickel

Plating

SSB SSM

L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100

5,

6

10~5010~50

50.5~75

50.5~7510~50

50.5~75

10

10~50

10~50

50.5~75

75.5~100

100.5~125

50.5~75

10~50

50.5~75

75.5~100

100.5~125

75.5~100

10~50

50.5~75

75.5~100

100.5~125

100.5~125

10~50

50.5~75

75.5~100

100.5~125

12

50~75

50.0~75

75.5~100

100.5~125

75.5~100

50.0~75

75.5~100

100.5~125

100.5~125

50.0~75

75.5~100

100.5~125

15

50~75

50.0~75

75.5~100

100.5~130

75.5~100

50.0~75

75.5~100

100.5~130

100.5~130

50.0~75

75.5~100

100.5~130

qMain Body Price qEN AW-6063 Equiv.: See left for price calculations.

T A B

Body Price Unit Price Surface Treatment Charge (Body Price+)

LAFZZLAFSS/LAFSN

LAFNN/LAFZD

* For LAFSN and LAFNN, slotted hole machining charge shown above will be added.

LAFSD/LAFSW/LAFDA/LAFDD

LAFDB/LAFDN/LAFDC/LAFNW

* For LAFSW, LAFDD, LAFDC, and LAFNW, slotted hole machining charge shown above will be added.

LAFSF/LAFDF

LAFWF/LAFWD

Anodize (Clear) Anodize (Black)

ASW ASB

L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100

5,

6

10~5010~50

50.5~75

50.5~7510~50

50.5~75

10

10~50

10~50

50.5~75

75.5~100

50.5~75

10~50

50.5~75

75.5~100

75.5~100

10~50

50.5~75

75.5~100

12

50~75

50.0~75

75.5~100

100.5~125

75.5~100

50.0~75

75.5~100

100.5~125

100.5~125

50.0~75

75.5~100

100.5~125

qMain Body Price qEN 1.4301 Equiv.: See left for price calculations.

T A B

Body Price Unit Price

LAFZZLAFSS/LAFSN

LAFNN/LAFZD

* For LAFSN and LAFNN, slotted hole machining charge shown above will be added.

LAFSD/LAFSW/LAFDA/LAFDD

LAFDB/LAFDN/LAFDC/LAFNW

* For LAFSW, LAFDD, LAFDC, and LAFNW, slotted hole machining charge shown above will be added.

LAFSF/LAFDF

LAFWF/LAFWD

L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100 L10~50 L50.5~75 L75.5~100

5,

6

10~50

10~50

50.5~75

75.5~90

50.5~75

10~50

50.5~75

75.5~90

75.5~90

10~50

50.5~75

75.5~90

8

10~50

10~50

50.5~75

75.5~90

50.5~75

10~50

50.5~75

75.5~90

75.5~90

10~50

50.5~75

75.5~90

Page 16: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18612 -18622

Welded Mounting Plate, BracketsL Type

FSLASeShot Blasted

Part NumberMMaterial SSurface Treatment

Type Material Symbol

Blank Type Single GussetWAS

2 Bottom Hole TypeSingle GussetWASBDWASCDWASMD

4 Bottom Hole Type Single GussetWASBFWASCFWASMF

Slotted Bottom Holes Single Gusset TypeWASBNWASCNWASMN

SBEN 1.0038

Equiv.

-

SBB Black Oxide

SBM Electroless Nickel Plating

ABEN AW-5052

Equiv.

-

ABW Anodize (Clear)

Blank Type Double GussetWAW

Double GussetsWAWBGWAWCGWAWMG

Double GussetsWAWBPWAWCPWAWMP

ABB Anodize (Black)

SUBEN 1.4301

Equiv.-

e��T Dim. Tolerance Surface tolerances for A, B, L dimensions per 100mm

Material T Tolerance

EN 1.0038 Equiv.±0.5/100

EN AW-5052 Equiv.

EN 1.4301 Equiv. ±0.65/100

eNote for weld bead and hole interferences.eJoints are welded.

WAS (Single Gusset Type) WAW (Double Gusset Type)

6.325 ( )

BL

A

T

Y

t

T

T10

T

0.05/100

6.3

6.3L

t 2

Material Bead Length [f]

EN 1.0038 Equiv. 5~10

EN AW-5052 Equiv. 10~15

EN 1.4301 Equiv. 5~10

L

F

HG

ZM N ZB

4 - Hole specification1

L

G

EH

F

ZM N

4 - Hole specification1

D+0.2

0

ZB

Q

HE

L

ZM N ZB

4 - Hole specification1

D+0.2

0

Mounting Type (Front Machining)

Front Config.

B

2 Bottom Holes (Single Gusset Type)

Bottom Config.

D

4 Bottom Holes (Double Gusset Type)

Bottom Config.

G

Slotted Bottom Holes (Double Gusset Type)

Bottom Config.

P

Cylinder Mounting Type (Front Machining)

Front Config.

C

Motor Mounting Type (Front Machining)

Front Config.

M

V

S

MA NA

2 - Hole specification2ZBA

4 Bottom Holes (Single Gusset Type)

Bottom Config.

F

SW

V

MA NA

4 - Hole specification2ZBA

Slotted Bottom Holes (Single Gusset Type)

Bottom Config.

N

SW

V

K

NA

4 - Hole specification2

f

f

Weld Bead

V

SW

MA NA

4 - Hole specification2ZBA

SW

V

K

NA

4 - Hole specification2

Part Number T Selection

External Dimensions 1mm IncrementH F G E Q D

Hole Specification1V S W

Hole Specification2K

Type Front Config.Bottom Config.Material Symbol A B L Y Code Nominal Dia. Code Nominal Dia.

Single Gusset

WAS

Mounting TypeB

Single GussetD (2 Hole Mounting Type)F (4 Hole Mounting Type)

N (Slotted Hole Mounting Type) SB

SBBSBMAB

ABWABBSUB

(8)10141720

e��(8) applies to EN 1.0038 Equiv. only

50~300 40~150 40~200

30~290eY>Tx2e��For

A>150 Y≥A/2

0.1mm Increment

3~30(0.5mm Increment)

31~100(0.1mm Increment)

MNeZeZBe

0(No Hole)

34568

101216

0.1mmIncrement

MANAe

ZBAe

0(No Hole)

34568

1012

0.1mm IncrementeK≤NAx5

Cylinder Mounting TypeC

Double Gussets

WAW

Double GussetsG (4 Hole Mounting Type)

P (Slotted Hole Mounting Type)

Motor Mounting TypeM

[Type Selection Method]

1Select Gusset shape. (Single or Double) ttttt Example shown is with Single Gusset. WAS2Select front hole shape. ttttttttttttttttttttttt Example shows Mounting Type B3Select bottom mounting hole qty. or hole type. tttt Example shows 2 Hole Mounting Type. D

e��For the Blank Type with no holes, if the material symbol [ABW] or [ABB] is specified, the material may have [plating wire marks] and [plating color variations] as shown on the right.

e��For the Blank Type with no holes, if the material symbol [SBM] is specified, the material may have [plating wire hanger holes] as shown on the right.

Hole TypeTapped Holes Bolt Hole Counterbored HolesCounterbored Holes (Back)

Code M, MA N, NA Z ZB, ZBA

Shape Diagram

Machining Specifications

Effective Tap Length

Max. M , MAx2

DimensionsScrew Nominal Size

3 4 5 6 8 10 12 16

d, h 3.5 4.5 5.5 6.5 9 11 14 18

d1 6.5 8 9.5 11 14 18 20 26

dM

MA

Mx2

MA

x2

Z

d

d1 h±

0.5

ZB

d

d1

0.5

ZBA

QHole Type Selection Chart

*A Ø3 hole may be present on (°) area.

Part Number- T - A - B - L - Y - H - F - G - E - Q - D -

Hole Specification1

Code, Nominal Value- V - S - W -

Hole

Specification2 Code, Nominal Value

- KType Front Config. Bottom Config. - Material Symbol

WAS - SB - T10 - A150 - B60 - L80 - Y120

WAS B D - SBB - T10 - A150 - B60 - L80 - Y120 - H50 - F50 - G50 - N6 - V60 - S20 - NA6

eC0.2 to C0.5, unless otherwise specified.

EGusset thickness will be as shown in below chart.

T 8, 10 14, 17 20

t 6 9(10) 12

Both sides of Gusset thickness (t) is ( ) t (10) is a thickness for EN AW-5052 Equiv.

Part Number- T - A - B - L - Y - H - F - G - E - Q - D(DC) -

Hole Specification1 Code, Nominal Value

- V - S - W -Hole

Specification2 Code, Nominal Value

- K - (CC, RBC, RC, HDC, FC)Type Front Config. Bottom Config.

--Material Symbol

WAS B D SBB - T10 - A150 - B60 - L80 - Y120 - H50 - F50 - G50 - N6 - V60 - S20 - NA6 - CC10

Alterations

Corner cut change Gusset position change Slotted Bottom Hole Angle Change D hole position change D Hole tolerance changeBack side milling alteration

Code CC RBC RC HDC DC FC

Spec.

CC = 1mm Incremente 3≤CC≤30

Ordering Code

Add CC at the end of the Part Number designation.(Ex.) ~ -CC10

RBC = 0.1mm Incremente 2≤RBC≤L-2 (Single Gusset Type)e RBC≤L/2-t-2 (Double Gusset Type).

Ordering CodeAdd RBC at the end of the type designation.(Ex.) ~ -RBC5

NA slotted hole is rotated 90° about the center. Ordering CodeAdd RC at the end of the type designation.(Ex.) ~ -RC

E dimension specification is rotated 180°. Ordering CodeAdd HDC at the end of the type designation.(Ex.) ~ -HDC

Center hole D is changed to a precision hole (H7).DC = 0.1mm Incremente 3≤DC≤100

Ordering Code

Specify by replacing dim. D with DC.(Ex.) ~ -DC20

Backside is milled.e Milling is to end 10mm

away from the gusset.

Ordering CodeAdd FC at the end of the type designation.(Ex.) ~ -FC

2-CC

K

V

SW

E

L

H

DCH7

(H+

E)±

0.02 106.

3

T

0.05/100

RBC RBC RBC

Single Gusset Double Gusset

eFor the machining dimensions, see Hole Type Selection Chart.

Page 17: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18632 -18642

Welded Mounting Plate, Brackets Price ListSingle Gusset Type

Welded Mounting Plate, Brackets Price ListDouble Gusset Type

The body price does not include surface treatment charges.When surface treatment is specified, add surface treatment charges to the body prices.

Price CalculationsFor WAWBG-SBB-T10-A150-B60-L80~

The body price does not include surface treatment charges.When surface treatment is specified, add surface treatment charges to the body prices.For Slotted Bottom Hole Type, add hole machining change to 4 Hole Type price.Price CalculationsFor WASBN-SBB-T10-A150-B60-L80~

Q� Single Gusset Type

Material A B L

Single Gusset Type Body Price Unit Price Slotted Bottom Hole Type

Surface Treatment Charge (Body Price+)Blank Type 2 Bottom Hole Type 4 Bottom Hole Type

WAS WASBD WASCD/WASMD WASBF WASCF/WASMFWASBN WASCN WASMN

SBB (EN 1.0038 Equiv.) Black Oxide

ABW (EN AW-5052 Equiv.)

Anodize (Clear)

SBM (EN 1.0038 Equiv.) Electroless Nickel

PlatingABB (EN AW-5052

Equiv.) Anodize (Black)T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20

EN 1.0038 Equiv. SB

50

~

100

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

101

~

150

40

~

100

40~100101~150151~200

101

~

150

40~100101~150

WASBN is @600+WASBF

151~200

151

~

200

40

~

100

40~100101~150

WASCN is @600+WASCF

151~200101

~

150

40~100101~150151~200

WASMN is @600+WASMF

201

~

250

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

251

~

300

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

EN AW-5052 Equiv. AB

50

~

100

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

101

~

150

40

~

100

40~100101~150151~200

101

~

150

40~100101~150

WASBN is @600+WASBF

151~200

151

~

200

40

~

100

40~100101~150

WASCN is @600+WASCF

151~200101

~

150

40~100101~150151~200

WASMN is @600+WASMF

201

~

250

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

251

~

300

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

EN 1.4301 Equiv.SUB

50

~

100

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

101

~

150

40

~

100

40~100101~150151~200

101

~

150

40~100101~150

WASBN is @700+WASBF

151~200

151

~

200

40

~

100

40~100101~150

WASCN is @700+WASCF

151~200101

~

150

40~100101~150151~200

WASMN is @700+WASMF

201

~

250

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

251

~

300

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

Q� Double Gusset Type

Material A B L

Double Gusset Type Body Price Unit Price Surface Treatment Charge (Body Price+)Blank Type 4 Bottom Hole Type Slotted Bottom Hole Type

WAW WAWBG WAWCG/WAWMG WAWBP WAWCP/WAWMPSBB (EN 1.0038

Equiv.) Black Oxide ABW (EN AW-

5052 Equiv.) Anodize (Clear)

SBM (EN 1.0038 Equiv.) Electroless Nickel

PlatingABB (EN AW-5052

Equiv.) Anodize (Black)T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20 T=8, 10 T=14, 17 T=20

EN 1.0038 Equiv. SB

50

~

100

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

101

~

150

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

151

~

200

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

201

~

250

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

251

~

300

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

EN AW-5052 Equiv. AB

50

~

100

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

101

~

150

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

151

~

200

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

201

~

250

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

251

~

300

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

EN 1.4301 Equiv. SUB

50

~

100

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

101~

150

40

~

100

40~100101~150151~200

101~

150

40~100101~150151~200

151

~

200

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

201

~

250

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

251

~

300

40

~

100

40~100101~150151~200

101

~

150

40~100101~150151~200

Page 18: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18652 -18662

Part Number 1mm Increment Selection 1mm IncrementJ X Y W

Hole Specifi cation1K F E S G

Hole Specifi cation2D

Type Material Symbol A B T H Code / Specify Method Code / Specify Method

SWBZSSWCASSWBASSWBCSSWCBSSWBBSSWBDS

SPSPBSPUSPKAM

AMWAMBSUD

20

~

200

E

10

~

200

EN 1.0330 Equiv.(EN

1.0320 Equiv. (hot

coiled))

1.62.33.24.56.0

EN AW-5052 Equiv.

1.52.03.0

EN 1.4301 Equiv.

1.52.03.04.0

10

~

100

0.1mm Increment

N (Bolt Hole)E0, 3, 4, 5, 6, 8, 10

Selection0.1mm

Increment

EK≤Nx5

NA (Bolt Hole)E0, 3, 4, 5, 6, 8, 10

Selection

3~300.5

Increment

M (Tapped Holes)0, 3, 4, 5, 6, 8, 10

Selection

MA (Tapped Holes)0, 3, 4, 5, 6, 8, 10

Selection

EWhen T≥3.0, A≥30

EIf the specifi ed hole location is close to the edges, the hole may be deformed but will be machined as specifi ed if within machining limits.

N, NA specifi ed Value 0 3 4 5 6 8 10Through Hole Dia. (d) (No Hole) 3.5 4.5 5.5 6.5 9 11

EN, NA machining dimensions

Sheet Metal Mounting Plates / BracketsZ Bent Type

Part Number.Material

4Surface

TreatmentType Material Symbol

SWBZS

SWCAS

SWBAS

SWBCS

SWCBS

SWBBS

SWBDS

SPEN 1.0330

Equiv.E

-

SPB Black Oxide

SPU Trivalent Chromate (Clear)

SPK Trivalent Chromate (Black)

AM EN AW-5052 Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SUD EN 1.4301 Equiv.(2B) -

E  4.5, 6.0 thickness type is EN 1.0320 Equiv. (hot coiled) material.

E  1. For tolerances, see DP.1833.

E  2. Burr height 0.1 or less

E  3. Bend angle tolerance ±1°

E  4. Slotted holes may be shaped as shown below depending on dimensions. (No negative effects on mounting functionality)

E5. There will be scratches and bulges by Press Brake. For details and bend

radius information, DP.1832.

E  6. There are machining limits on b, f, g and h shown in below diagram. (For limit values, see P.1834.)

b

bb

h bf

b fg

QSpecifi cations, Machining Limits

Part Number- A - B - T - H - J - X - Y - W -

Hole

Specifi cation1Code, Nominal Value

- K - F - E - S - G -Hole

Specifi cation2Code, Nominal Value

- DType - Material Symbol

SWBAS - SP - A80 - B40 - T3.2 - H30 - J40 - X20 - Y10 - W20 - N4 - F40 - S6 - G28 - MA3

Alterations

Corner cut change (2 corners) Corner cut change (4 corners)

Code CC WCC

Spec.

CC = 1mm Increment

E 1≤CC≤10

Ordering Code Add CC at the end of the Part Number designation.

(Ex.) ~ -CC10

WCC = 1mm Increment

E 1≤WCC≤10

Ordering Code Add WCC at the end of the type designation.

(Ex.) ~ -WCC10

2-CC 4-WCC

Part Number- A - B - T - H - J - (CC, WCC)

Type - Material Symbol

SWBZS - SUD - A100 - B50 - T2.0 - H20 - J50 - CC5

A B

T Body Price Unit Price Surface Treatment Charge (+Body Price)

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN 1.4301 Equiv.

EN AW-5052

Equiv.

SWBZS SWCAS SWBAS SWBCSBlack Oxide Trivalent Chromate (Clear, Black)

Anodize (Clear)

Anodize (Black)

SP AM SUD SP AM SUD SP AM SUD SP AM SUDSPBSPUSPK

AMW AMB

20~100

10~100

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

101~200

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

101~200

10~100

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

101~200

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

A B

T Body Price Unit Price Surface Treatment Charge (+Body Price)

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN 1.4301 Equiv.

EN AW-5052

Equiv.

SWCBS SWBBS SWBDSBlack Oxide Trivalent Chromate (Clear, Black)

Anodize (Clear)

Anodize (Black)

SP AM SUD SP AM SUD SP AM SUDSPBSPUSPK

AMW AMB

20~100

10~100

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - -

6.0 - - - - - - - - -

101~200

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - -

6.0 - - - - - - - - -

101~200

10~100

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - -

6.0 - - - - - - - - -

101~200

1.6 1.52.3 2.03.2 3.04.5 4.0 - - - - -

6.0 - - - - - - - - -

Main Body Price + Surface Treatment Charge = Price

t Price Calculations Add surface treatment charges to the body prices. (Ex.) For SWBZS-SPU-A50-B20-T1.6-H50-J30,

QHole Type Selection Chart

Hole

TypeBolt Hole

Tapped Holes

(Coarse Thread)Through Hole

Code N, NA M, MA D

Shape

Diagram

e  For d dimension, see "N, NA Machining Dimensions" on lower section of specifi cation chart.

M

MA

D+0.2 0

dF

eGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see dP.1834.

2-C2 or less2-C2 or less

A

J

H

T

rr

B

SWBZS (No Hole)

J

H

T

rr

2-C2 or less2-C2 or less

F EX

A

WY

B GS

4 - Hole specification2

NA (Bolt Hole)

MA (Tapped Hole)

N (Bolt Hole)

M (Tapped Hole)

2 - Hole specification1

SWBCS

K

J

H

T

rr

2-C2 or less2-C2 or less

F E

W

X

A

Y

B GS

4 - Hole specification2

NA (Bolt Hole)

MA

2 - Hole specification1

N (Bolt Hole)

SWBDS

2-C2 or less2-C2 or less

FX

A

2 - Hole specification2

NA (Bolt Hole)

MA (Tapped Hole)

J

H

T

rr

2 - Hole specification1

N (Bolt Hole)

M (Tapped Hole)

WY

B GS

SWBAS

2-C2 or less

K

2-C2 or less

GS

FX

A

WY

B

2 - Hole specification2

NA (Bolt Hole)

MA (Tapped Hole)N (Bolt Hole)

2 - Hole specification1

J

H

T

rr

SWBBS

2-C2 or less2-C2 or less

WY

B

J

H

T

rr

D+0.2

02 - Hole specification1

N (Bolt Hole)

M (Tapped Hole)

S

FX

A

SWCAS

2-C2 or less

K

2-C2 or less

S

FX

A

WY

B

N (Bolt Hole)

2 - Hole specification1

J

H

T

rr

D+0.2

0

SWCBS

Page 19: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18672 -18682

Sheet Metal Mounting Plates / BracketsConvex Bent Type

Part Number.Material

4Surface

TreatmentType Material Symbol

BLUZS

BLUES

BLUFS

BLUJS

SPEN 1.0330

Equiv.E

-

SPB Black Oxide

SPU Trivalent Chromate (Clear)

SPK Trivalent Chromate (Black)

AMEN AW-5052

Equiv.

-

AMW Anodize (Clear)

AMB Anodize (Black)

SUD EN 1.4301 Equiv.(2B) -

E��4.5, 6.0 thickness type is EN 1.0320 Equiv. (hot coiled) material.

Part Number- A - B - T - H - V - S - W -

Hole Specification1

Code, Nominal Value- K - L - Y - D - P - R -

Hole Specification2

Code, Nominal ValueType - Material Symbol

BLUJS - SUD - A80 - B40 - T3.0 - H40 - V50 - S7 - W20 - N3 - L40 - Y20 - D20 - P30 - R30 - NA3

BLUJSAlteration

Corner cut change (4 corners)

Code CC

Spec.

CC = 1mm Increment

E�1≤CC≤20

Ordering Code

Add CC at the end of the Part Number designation.

(Ex.) ~ -CC10

4-CC

Part Number- A - B - T - H - V - (CC)

Type - Material Symbol

BLUZS - SP - A100 - B50 - T2.3 - H20 - V70 - CC10

QHole Type Selection Chart

Hole

TypeBolt Hole

Tapped Holes

(Coarse Thread)Through Hole

Code N, NA M, MA D

Shape

Diagram

dF

e��For d dimension, see "N, NA Machining Dimensions" on lower section of specification chart.

M

MA

D+0.2 0

E� 1. For tolerances, see DP.1833.

E� 2. Burr height 0.1 or less

E� 3. Bend angle tolerance ±1°

E��4. Slotted holes may be shaped as shown below depending on dimensions. (No negative effects on mounting functionality)

E5. There will be scratches and bulges by Press Brake. For details and bend radius

information, DP.1832.

E��6. There are machining limits on b, f, g and h shown in below diagram. (For limit values, see P.1834.)

b

bb

h bf

b fg

QSpecifications, Machining Limits

Part Number 1mm Increment Selection 1mm IncrementS W

Hole Specification1K L Y D P R

Hole Specification2

Type Material Symbol A B T H V Code / Specify Method Code / Specify Method

BLUZSBLUESBLUFSBLUJS

SPSPBSPUSPKAM

AMWAMBSUD

30

~

200

20

~

200

EN 1.0330 Equiv.

(EN 1.0320 Equiv. (hot

coiled))

1.62.33.24.56.0

EN AW-5052 Equiv.

1.52.03.0

EN 1.4301 Equiv.

1.52.03.04.0

10

~

100

min15

~

EV≥H

0.1mm Increment

N (Bolt Hole)E0, 3, 4, 5, 6, 8, 10

Selection0.1mm

Increment

EK≤Nx5

3~300.5

Increment

0.1mm Increment

NA (Bolt Hole)E0, 3, 4, 5, 6, 8, 10

Selection

M (Tapped Holes)0, 3, 4, 5, 6, 8, 10

Selection

MA (Tapped Holes)0, 3, 4, 5, 6, 8, 10

Selection

EIf the specified hole location is close to the edges, the hole may be deformed but will be machined as specified if within machining limits.

N, NA specified Value 0 3 4 5 6 8 10Through Hole Dia. (d) (No Hole) 3.5 4.5 5.5 6.5 9 11

EN, NA machining dimensions

A B

T Body Price Unit Price Surface Treatment Charge (+Body Price)

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN 1.4301 Equiv.

EN AW-5052

Equiv.

BLUZS BLUES BLUFS BLUJSBlack Oxide

Trivalent Chromate

(Clear, Black)

Anodize (Clear)

Anodize (Black)

SP AM SUD SP AM SUD SP AM SUD SP AM SUD SPBSPUSPK

AMW AMB

30~120

20~100

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

101~140

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

141~200

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

121~200

20~100

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

101~140

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

141~200

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - - - - -

6.0 - - - - - - - - - - -

Main Body Price + Surface Treatment Charge = Price

t Price Calculations Add surface treatment charges to the body prices. (Ex.) For BLUZS-SPU-A80-B40-T1.6-H20-V50

eGreen colored parameters can be omitted. If the parameter setting is omitted, the holes will be evenly distributed about the center. For details, see dP.1834.

BLUZS(No Hole)

BLUFS

BLUES

BLUJS

B

A4-C2 or less

H

T

2-r 2-r

V

WBA

Y

L

4-C2 or less

4 - Hole specification1

N (Bolt Hole)

M (Tapped Hole)

D+0.2 0

S S

H

T

2-r 2-r

V

W RB

A

L

P

Y

S S

H

T

2-r 2-r

V

4-C2 or less4 - Hole specification2

NA (Bolt Hole)

MA (Tapped Hole)

D+0.2 0

4 - Hole specification1

N (Bolt Hole)

M (Tapped Hole)

B

A

Y

K

4-C2 or less

D+0.2 0

2 - Hole specification1

N (Bolt Hole)

L

S S

H

T

2-r 2-r

V

Page 20: P2 1869-1870 F60 en - de.misumi-ec.com · * For others, JIS B 0405 Standard Machining Tolerances Class: Medium (m) is used. Product Material Plate Thickness ... even if described

-18692 -18702

Sheet Metal Round Plates

E� 4.5, 6.0 thickness type is EN 1.0320 Equiv. (hot coiled) material.

X� For BFHAN, AMW or AMB cannot be specified.

Part Number.Material

4Surface

TreatmentType Material Symbol

BFHAN

BFHAF

BFHBN

BFHB

BFHBF

BFHBE

SPEN 1.0330

Equiv.E

-

SPB Black Oxide

SPU Trivalent Chromate (Clear)

SPK Trivalent Chromate (Black)

AM EN AW-5052 Equiv.X

-

AMW Anodize (Clear)

AMB Anodize (Black)

SUD EN 1.4301 Equiv.(2B) -

Part Number

- A - T - D - Q -Hole Configuration

Code, Nominal ValueType -Material Symbol

BFHBF - SP - A200 - T2.3 - D80 - Q100 - N5

BFHBE - SUD - A100 - T3.0 - D60 - Q80 - N6

QSpecifications, Machining Limits

E1. For tolerances, see DP.1833.

E2. Burr height 0.1 or less

E3. Machining limits

b

b

Plate Thickness (T)Machining Limits

(Min. Value)

EN 1.0330 Equiv. EN 1.0320 Equiv.

(hot coiled)

EN AW-5052 Equiv.

EN 1.4301 Equiv.(2B)

b

1.0 - 1.0 1.0

1.6 1.5 1.5

2.3 2.0 2.0 1.5

3.2 3.0 3.0

4.5 - 4.0 2.0

6.0 - - 2.5

QHole Type Selection Chart

Hole Type Bolt Hole Tapped Holes (Coarse Thread) Through Hole

Code N M D

Shape Diagram

E��For d dimension, see "N Machining Dimensions" on lower section of specification chart.

d&M D

Part Number 1mm Increment SelectionD Q

Hole Specification

Type Material Symbol A T Code / Specify Method

BFHANBFHAFBFHBNBFHB

BFHBFBFHBE

SPSPBSPUSPKAM

AMWAMBSUD

30

~

300

EN 1.0330 Equiv.

(EN 1.0320 Equiv. (hot

coiled))1.01.62.33.24.56.0

EN AW-5052 Equiv.

1.52.03.0

EN 1.4301 Equiv.

1.01.52.03.04.0

3.0

~

270.0

0.5mm IncrementED≤Ax0.9

0.1mm Increment

N (Bolt Hole)E3, 4, 5, 6, 8, 10

Selection

M (Tapped Holes)3, 4, 5, 6, 8, 10

Selection

N Specified Value 3 4 5 6 8 10Through Hole Dia. (d) 3.5 4.5 5.5 6.5 9 11

E� N Machining Dimension

TA

Q

4 - Hole specification

N (Bolt Hole)M (Tapped Hole)

TA

D

Q

8 - Hole specification

N (Bolt Hole)M (Tapped Hole)

Q

TA

D

4 - Hole specification

N (Bolt Hole)M (Tapped Hole)

TA

D

T

Q

TA

D

2 - Hole specification

N (Bolt Hole)M (Tapped Hole)

TA

BFHAN BFHAF

BFHB

BFHBE

BFHBN

BFHBF

Main Body Price + Hole Machining Charge + Surface Treatment Charge = Price

t Price Calculations Add hole machining charges and surface treatment charges to the body prices. (Ex.) For BFHBN-SPU-A100-T1.6-D50,

A

T Body Price Unit Price Hole Machining Charge (Body Price+) Surface Treatment Charge (Body Price+)

EN 1.0330 Equiv.

EN 1.0320 Equiv. (hot

coiled)

EN AW-5052

Equiv. EN

1.4301 Equiv.

BFHAN

BFHAF BFHBN BFHB BFHBF BFHBE

Black Oxide Trivalent Chromate

(Clear, Black)

Anodize (Clear)

Anodize (Black)

EN 1.0330 Equiv.EN 1.0320 Equiv.

(hot coiled)

EN AW-5052 Equiv.

EN 1.4301 Equiv.

SP AM SUDSPBSPUSPK

AMW AMB

30~100

1.0 1.0 - - -

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - -

6.0 - - - - -

101~200

1.0 1.0 - - -

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - -

6.0 - - - - -

201~300

1.0 1.0 - - -

1.6 1.5

2.3 2.0

3.2 3.0

4.5 4.0 - - -

6.0 - - - - -

Part Number

- A - T - D - Q -Hole Specification

Code, Nominal Value- (NXC, MXC)

Type - Material Symbol

BFHB - SP - A200 - T2.3 - D80 - Q100 - N5 - NXC2.3

Alteration

Change the Number of Mounting Holes

Change 2 mounting holes to 6 mounting holes.

Code NXC(Through Hole), MXC(Tapped Holes)

Spec.

EApplicable only to BFHB

EOnly N type hole selectable for NXC

EOnly M type hole selectable for MXC

Ordering Code Specify a value equal to T dim. following NXC, MXC.

(Ex.) ~ -NXC4.5

6 - Hole specification