KEYENCE SL-V Series - Manual (Page 8)

8 SL-V-IM-E
If the length for a single SL-V unit is 710 mm or greater, use a compact E-to-E mounting bracket or an
E-to-E mounting bracket additionally as an intermediate support bracket. The following figures show the
example for the use of one compact E-to-E bracket or space-saving bracket.
 For SL-VF, SL-VH, and SL-VL
Units: mm
 For SL-VFM, VHM, and VLM
Units: mm
 SL-VF
Units: mm
 SL-VFM
The following value is the dimension of SL-VFM.
A: Length Length of the SL-VF + 16mm E: 13mm
The remaining values (B: detection capability, C: protection height, D: beam axis spacing, and F) are
identical with the dimension of SL-VF.
 SL-VH
Units: mm
 SL-VHM
The following value is the dimension of SL-VHM.
A: Length Length of the SL-VH + 16mm E: 13mm
The remaining values (B: detection capability, C: protection height, D: beam axis spacing, and F) are
identical with the dimension of SL-VH.
 SL-VL
Units: mm
 SL-VLM
The following value is the dimension of SL-VLM.
A: Length Length of the SL-VL+ 16mm E: 33mm
The remaining values (B: detection capability, C: protection height, D: beam axis spacing, and F) are
identical with the dimension of SL-VL.
 Parameter for IEC61508
*1 For PFHd of each SL-V, contact your nearest KEYENCE office.
Dimensions and Specifications
Model Beam axes A: Length B: Detection
height
C: Protection
height
D: Beam axis
spacing
E F
SL-V23F 23 230 220 244
10 5 12
SL-V31F 31 310 300 324
SL-V39F 39 390 380 404
SL-V47F 47 470 460 484
SL-V55F 55 550 540 564
SL-V63F 63 630 620 644
SL-V71F 71 710 700 724
SL-V79F 79 790 780 804
SL-V87F 87 870 860 884
SL-V95F 95 950 940 964
SL-V103F 103 1030 1020 1044
SL-V111F 111 1110 1100 1124
SL-V119F 119 1190 1180 1204
SL-V127F 127 1270 1260 1284
NOTE
3.9
12
E
A B C
D
5
F
14
9
28
4
28
φ5.8 Cable
6-M3 Depth 4.5
3.9
12
A B C
D
5
9
28
14
4
E
F
28
6-M3 Depth4.5
Transmitter Receiver
D
7
50
44.2
40
C
F
F
B
63.8
26.8
13
E
(41.1)
30
40
9.8
21.1
30
A
φ5.8 Cable
50
D
7
B C
F
F
A
(41.1)
26.8
63.8
13
30
21.1
40
40
E
44.2
30
9.8
φ5.8 Cable
Transmitter Receiver
Model Beam axes A: Length B: Detection
height
C: Protection
height
D: Beam axis
spacing
E F
SL-V08H 8 150 140 185
20 5 22.5
SL-V12H 12 230 220 265
SL-V16H 16 310 300 345
SL-V20H 20 390 380 425
SL-V24H 24 470 460 505
SL-V28H 28 550 540 585
SL-V32H 32 630 620 665
SL-V36H 36 710 700 745
SL-V40H 40 790 780 825
SL-V44H 44 870 860 905
SL-V48H 48 950 940 985
SL-V52H 52 1030 1020 1065
SL-V56H 56 1110 1100 1145
SL-V60H 60 1190 1180 1225
SL-V64H 64 1270 1260 1305
SL-V72H 72 1430 1420 1465
SL-V80H 80 1590 1580 1625
SL-V88H 88 1750 1740 1785
SL-V96H 96 1910 1900 1945
SL-V104H 104 2070 2060 2105
SL-V112H 112 2230 2220 2265
SL-V120H 120 2390 2380 2425
Model Beam axes A: Length B: Detection
height
C: Protection
height
D: Beam axis
spacing
E F
SL-V04L 4 150 120 205
40 25 42.5
SL-V06L 6 230 200 285
SL-V08L 8 310 280 365
SL-V10L 10 390 360 445
SL-V12L 12 470 440 525
SL-V14L 14 550 520 605
SL-V16L 16 630 600 685
SL-V18L 18 710 680 765
SL-V20L 20 790 760 845
SL-V22L 22 870 840 925
SL-V24L 24 950 920 1005
SL-V26L 26 1030 1000 1085
SL-V28L 28 1110 1080 1165
SL-V30L 30 1190 1160 1245
SL-V32L 32 1270 1240 1325
SL-V36L 36 1430 1400 1485
SL-V40L 40 1590 1560 1645
SL-V44L 44 1750 1720 1805
SL-V48L 48 1910 1880 1965
SL-V52L 52 2070 2040 2125
SL-V56L 56 2230 2200 2285
SL-V60L 60 2390 2360 2445
T1 (Proof test interval) 20 years
PFHd (average frequency of a dangerous failure per hour) *1
With no series connection: 8.2 × 10 -9 or less
With series connection: 1.7 × 10 -8 or less
Hardware fault tolerance 1
Type of element Type B
Failure response time Within a response time
Safe state OSSDs are in OFF-state