-13111 -13121

AlterationsCode

Spec.Left End Right End

Dual End Slope Alterations for Timing Belt Support

SL

Alterations for adding a slope to both ends of the frame for belt support for Timing Belt Conveyors.Ordering Code SL

E��Applicable to CVSTA / CVSTB / CVSTN / CVSTP / CVSTC / CVSTR / CVGTA / CVGTB / CVGTN / CVGTP Conveyor Models

TFA

Alterations for adding tapped holes to the cross-section of both ends of the frame.

Ordering Code TFAEApplicable to CVSA / CVSN Conveyor Models

2-M6 Depth 12(Same Machining on the Opposite Surface)

TFB

Alterations for adding tapped holes to the cross-section of both ends of the frame.

Ordering Code TFB

EApplicable to CVSB / CVSP Conveyor Models

TFC

Alterations for adding tapped holes to the cross-section of both ends of the frame.

Ordering Code TFCEApplicable to CVSMA Conveyor Model

TTA

Alterations for adding tapped holes to the cross-section of both ends of the frame.

Ordering Code TTA

E��Applicable to CVSTA / CVSTN / CVSTC-10 Conveyor Models

4-M6 Depth 25(Same Machining on the Opposite Surface)

TTB

Alterations for adding tapped holes to the cross-section of both ends of the frame.

Ordering Code TTB

E��Applicable to CVSD / CVSW / CVSFB / CVSFD / CVSSA / CVSTB / CVSTP / CVSTC-20 Conveyor Models

TPA

Alterations for adding tapped holes to the cross-section of both ends of the frame.

Ordering Code TPAEApplicable to CVSPA Conveyor Model

A B

DC L8

10(1

5)(2

5)

8

2-Ø6.5

NA1NA2NH1NH2NG

Notching/through hole machining is done for mounting conveyor pulley holder.Ordering Code NA1Code Conveyor Type A B C DNA1 CVSC 18.5 19 11.5 12NH1 CVSRNA2 CVSC 19 18.5 12 11.5NH2 CVSR

NGCVGACVGBCVGPCVGN

19 19 12 1220 30

30488

10

A B

C DL

4-Ø6.5

NB1NB2NC1NC2NJ1NJ2NF

Notching/through hole machining is done for mounting conveyor pulley holder.Ordering Code NB1Code Conveyor Type A B C DNB1 CVSD 20.5 20 12 11.5NJ1 CVSWNB2 CVSD 20 20.5 11.5 12NJ2 CVSWNC1 CVSSA 20.5 19.5 12 11.5NC2 CVSSA 19.5 20.5 11.5 12

NF CVGRCVGW 20.5 20.5 12 12

1.6

5+0.40

1 11.6

5+0.40

2-M6 Depth 12(Same Machining on the Opposite Surface)

4-M6 Depth 16(Same Machining on the Opposite Surface)

2-M5 Depth 25(Same Machining on the Opposite Surface)

4-M6 Depth 18(Same Machining on the Opposite Surface)

AlterationsCode

Spec.Left End Right End

ND1

ND2

ND1ND2

Notching/through hole machining is done for mounting conveyor pulley holder.

Ordering Code ND1E��Applicable to CVSFA / CVSFC / CVSJA Conveyor

Models

NE1

NE2

NE1NE2

Notching/through hole machining is done for mounting conveyor pulley holder.

Ordering Code NE1E��Applicable to CVSFB / CVSFD Conveyor Models

L

20

24 24

20

NL1Notch machining is done for mounting conveyor pulley holder.Ordering Code NL1EApplicable to CVSTR-20 Conveyor Model

CounterboringFrame 2-Slot Type

Frame 3-Slot Type

YAYBYCYD

YPYQYRYS

For frame 2-Slot type, counter bores for M3 and M6 are machined in that order from the top. For frame 3-Slot type, counterbores for M6, M3 and M6 are machined in that order from the top.

Slot Size Counterbore Dia.For M3 7.1For M6 12.1

Ordering Code YA30-YB60-H3.0-J3.0-K3.0

Specify positions for counterbores from the left end using YA, YB, YC, and YD. For positions from the right end, use YP, YQ, YR, and YS.YA, YB, YC, YD, YP, YQ, YR, YS = 0.5mm Increment7≤YA, YB, YC, YD, YP, YQ, YR, YS≤L-7Counterbored Hole Depth = 0.5mm Increment2.0≤H, J, K≤5.0Specify counterbore depths H, J, K for each line hole.When several holes are machined horizontally, counterbore depth will be the same.YP, YQ, YR, and YS are only applicable to HFSDCV-2820 and HFSDCV-4830.

A

C C

B2-M4 Depth hSurface Countersink Depth l

JA1JA2JD1JD2JH1JH2JK1JG

Holes for joint plate are machined on the frame surface.

Ordering Code JA1Code Conveyor Type A B C h lJA1 CVSC 24 23.5 16 8 1.5JA2 23.5 24 16 10 1.5JD1 CVSFA 29 14 12.5 10 1JD2 CVSFC 14 29 12.5 10 1JH1 CVSR 24 23.5 16 8 1.5JH2 23.5 24 16 8 1.5JK1 CVSJA 29 29 12.5 10 1

JGCVGACVGBCVGPCVGN

24 24 16 8 1.5

A

C C

B2-M4 Depth hSurface Countersink Depth l

L

JB1JB2JC1JC2JE1JE2JJ1JJ2JF

Holes for joint plate are machined on the frame surface.

Ordering Code JB1Code Conveyor Type A B C h lJB1 CVSD 30.5 30 15 10 1.5JB2 30 30.5 15 10 1.5JC1 CVSSA 29 29.5 15 10 -JC2 29.5 29 15 10 -JE1 CVSFB

CVSFD29 14 15 10 -

JE2 25 14 15 10 -JJ1 CVSW 30.5 30 15 10 1.5JJ2 30 30.5 15 10 1.5

JF CVGRCVGW 30.5 30.5 15 10 1.5

Ø11 Deep Counterbore Depth 2

25

25

19

12

12

75

19

75

L±0.2

L±0.2

2-Ø6.5

2-Ø6.5

13.5

6.5

6.5

13.5

0

15-0

.3

0

15-0

.2

Ø11 Deep Counterbore Depth 2

Ø11 Deep Counterbore Depth 2

25

25

19

12

12

75

19

75

L±0.2

L±0.2

2-Ø6.5

2-Ø6.5

13.5

6.5

6.5

13.5

0

15-0

.3

0

15-0

.2

Ø11 Deep Counterbore Depth 2

2-Ø11 Deep Counterbore Depth 2.5

4-Ø6.5

3048

1410

3020

108 12

20.5

75L

302010

10

2-Ø11 Deep Counterbore Depth 2.5

4-Ø6.5

30 48

14812

20.5

75 L

2-Ø11 Deep Counterbore Depth 2.5

4-Ø6.5

3048

1410

3020

108 12

20.5

75L

302010

10

2-Ø11 Deep Counterbore Depth 2.5

4-Ø6.5

30 48

14812

20.5

75 L

YPYQ

YRYS

YAYB

YCYD

YPYQ

YRYS

YAYB

YCYD

Ø7.1 Counterbore Hole Depth H

Ø12.1 Counterbore Hole Depth J

Ø12.1 Counterbore Hole Depth H

Ø7.1 Counterbore Hole Depth JØ12.1 Counterbore Hole Depth K

YPYQ

YRYS

YAYB

YCYD

YPYQ

YRYS

YAYB

YCYD

Ø7.1 Counterbore Hole Depth H

Ø12.1 Counterbore Hole Depth J

Ø12.1 Counterbore Hole Depth H

Ø7.1 Counterbore Hole Depth JØ12.1 Counterbore Hole Depth K

Conveyor Aluminum Extrusion

Part Number- L - (NA1, NA2, NB1, NB2∙∙∙etc.)

Type - No.HFSDCV - 4830 - 1000 - NE1

Part Number- L

Type - No.

HFSDCV - 2990 - 500

L

Part Number L0.5mm Increment

ApplicableConveyors

Max. Belt Width

Mass Sectional Area Moment of Inertia of AreaType No. kg/m mm2 Lx Ly

HFSDCV

2990

200~3000

SVKA 50 1.99 733 6.35x104 80.05x104

29140 SVKB 100 2.94 1,081 7.66x104 252.97x104

29190 SVKN 150 3.35 1,231 8.40x104 534.16x104

29240SVKR

200 4.28 1,573 9.26x104 1028.47x104

29290 250 4.82 1,773 9.72x104 1662.85x104

2825 100~3000

CVSFA

- 1.19 440 3.425x104 1.875x104CVSFCCVSJACVGACVGB

4830 100~3000

CVSFB

- 2.51 928 5.90x104 16.57x104

CVSFDCVSSACVGCCVGDCVGNCVGPCVGRCVGWCVGTBCVGTP

CVSTC-20CVSTR-20

6828 90~3000 CVSMA - 2.37 879 6.11x104 29.45x104

2820 100~3000CVSTC-10

10 0.78 287 2.21x104 0.92x104

CVSTR-106630 CVSPA 20 2.3 851 23.74x104 7.36x104

E��For details on Slot shape, see the drawing below.

Part Number Unit Price

Type Type L90~300

L305~400

L405~500

L505~600

L605~700

L705~800

L805~900

L905~1000

L1005~1100

L1105~1200

L1205~1300

L1305~1400

L1405~1500

L1505~1600

L1605~1700

L1705~1800

L1805~1900

L1905~2000

L2005~2100

L2105~2200

L2205~2300

L2305~2400

L2405~2500

L2505~2600

L2605~2700

L2705~2800

L2805~2900

L2905~3000

HFSDCV

29902914029190292402929028254830682828206630

MMaterial AluminumSSurface Treatment Clear Anodize

HFSDCV-2990

(13)

88

29

(B+10)/213

1411.8

2.5 1.55

5.2

8.2+

0.5

0

Carrying Surface Side3*2

13

15

R5

Section X

3*2 5

9

R5

3

(13)29

Section X

8

13

8

3

5

13

1411.8

R5

Carrying Surface Side

Part X (for M5)

90 (Frame Width)+0.5 0

140 (Frame Width)+1

0

HFSDCV-29140

(13)

88

29

(B+10)/213

1411.8

2.5 1.55

5.2

8.2+

0.5

0

Carrying Surface Side

3*2

13

15

R5

Section X

3*2 5

9

R5

3

(13)29

Section X

8

13

8

3

5

13

1411.8

R5

Carrying Surface Side

Part X (for M5)

90 (Frame Width)+0.5 0

140 (Frame Width)+1

0

(13)

88

29

(B+10)/213

1411.8

2.5 1.55

5.2

8.2+

0.5

0

Carrying Surface Side

3*2

13

15

R5

Section X

3*2 5

9

R5

3

(13)29

Section X

8

13

8

3

5

13

1411.8

R5

Carrying Surface Side

Part X (for M5)

90 (Frame Width)+0.5 0

140 (Frame Width)+1

0

HFSDCV-29190 HFSDCV-29290HFSDCV-29240

(13)

88

29

(B+10)/213

1411.8

2.5 1.55

5.2

8.2+

0.5

0

Carrying Surface Side

3*2

13

15

R5

Section X3*2 5

9

R5

3

(13)29

Section X

8

13

8

3

5

13

1411.8

R5

Carrying Surface Side

Part X (for M5)

90 (Frame Width)+0.5 0

140 (Frame Width)+1

0

(13)

88

29

B+40 (Frame Width)

(B+10)/213

1411.8

2.5 1.55

5.2

8.2+

0.5

0

Carrying Surface Side

3*2

13

15

R5

Section X

3*2 5

9

R5

190 (Frame Width)

3

(13)29

Section X

8

13

8

3

5

13

1411.8

R5

Carrying Surface Side

Part X (for M5)

+0.5 0

+1 0

(13)

88

29

(B+10)/213

1411.8

2.5 1.55

5.2

8.2+

0.5

0

Carrying Surface Side

3*2

13

15

R5

Section X

3*2 5

9

R5

3

(13)29

Section X

8

13

8

3

5

13

1411.8

R5

Carrying Surface Side

Part X (for M5)

290 (Frame Width)+1

0

240 (Frame Width)+0.5 0

(13)

88

29

(B+10)/213

1411.8

2.5 1.55

5.2

8.2+

0.5

0

Carrying Surface Side

3*2

13

15

R5

Section X

3*2 5

9

R5

3

(13)29

Section X

8

13

8

3

5

13

1411.8

R5

Carrying Surface Side

Part X (for M5)

290 (Frame Width)+1

0

240 (Frame Width)+0.5 0

30

5

1126

24

22

2.5

2.5

662

42.9

±0.

3

4.3 Section X

Section Y

10.2

6.2

1.5 6 2.5

5.7

1.5

3 2.5

3.2

Carrying Surface Side

2-Ø5

Ø11

23 +0.3 0

+0.

5

0 +0.

3

0

Part X (for M6) Part Y (for M3)

HFSDCV-2825 HFSDCV-4830 HFSDCV-6828 HFSDCV-2820 HFSDCV-6630

28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6

28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6

28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6 28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6

28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6

32.5

3.2

5.7+

0.3

0

6.2

10.2

+0.

50

15

.40

-0.6

2.2+

0.2

0

46±

0.35 48

1.5

Part X (for M3) Part Y (for M6)

1.562.5

23+0.30

30

24

241617

830

2-Ø5

Section X

R0.5Section Y

R0.5

Carrying Surface Side

32.5

3.2

5.7+

0.3

0

6.2

10.2

+0.

50

15

.40

-0.6

2.2+

0.2

0

46±

0.35 48

1.5

Part X (for M3) Part Y (for M6)

1.562.5

23+0.30

30

24

241617

830

2-Ø5

Section X

R0.5Section Y

R0.5

Carrying Surface Side

32.5

3.2

5.7+

0.3

0

6.2

10.2

+0.

50

15

.40

-0.6

2.2+

0.2

0

46±

0.35 48

1.5

Part X (for M3) Part Y (for M6)

1.562.5

23+0.30

30

24

241617

830

2-Ø5

Section X

R0.5Section Y

R0.5

Carrying Surface Side 30

5

1126

2422

2.5

2.5

662

42.9

±0.

3

4.3 Section X

Section Y

10.2

6.2

1.5 6 2.5

5.7

1.5

3 2.5

3.2

Carrying Surface Side

2-Ø5

Ø11

23 +0.3 0

+0.

5

0 +0.

3

0

Part X (for M6) Part Y (for M3)

243850

63

1217.5

2328.5

12.4

±0.

1

2.2

2.2

5632 68

Carrying Surface Side

Section X

Section Y

2-Ø5

2-Ø7

+0.

1

0

+0.

1

0

10.2

6.2

1.5 6 2.5

5.7

3.2

1.53 2.5

+0.

5

0

+0.

3

0

Part X (for M6) Part Y (for M3)

10.2

6.2

1.5 6 2.5

5.7

3.2

1.53 2.5

+0.

5

0

+0.

3

0

Part X (for M6) Part Y (for M3)

28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6

2026

.5±

0.35

816.521

.5 28Ø4.2

R0.5Section X

R0.5Section Y

8.2 (3.6)8.23

12+0.3 0

15.4

0

-0

.62.

2+0.

2 0

Carrying Surface Side

8.2

4 3

3.5

5.7+

0.3

0

Part X (for M3)

6.2

28.2

10.2

+0

.5

0

Part Y (for M6)

28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6 28

2.2

+0.

20

25

816.5

21.5

8.2 (8.6)8.23

8.22

6.210

.2+

0.5

0

8.24 3

3.55.7+0

.3 0

Section X

Section Y

R0.5

R0.5

Part Y (for M6)Part X (for M3)

Ø5Carrying Surface Side

15.4

0

-0.6

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