D4N-1132 Omron, D4N-1132 Datasheet - Page 18

• Manufacturer Part Number: D4N-1132
• Description: Switch
• Manufacturer: Omron
• Series: D4Nr
• Type: Snap Action Safety Limitr

Specifications of D4N-1132

• Operating Force Max: 6.5N
• Contact Voltage Ac Max: 240V
• Contact Voltage Dc Max: 250V
• Contact Current Ac Max: 10A
• Contact Current Dc Max: 2.5A
• Switch Terminals: Screw
• Svhc: No SVHC (15-Dec-2010)
• Contact Form: 1 NC / 1 NO
• Contact Rating: 10 Amps at 120 VoltsAC, 240 VoltsAC
• Actuator: Roller Plunger
• Operating Force: 6.5 N
• Termination Style: Conduit
• Ingress Protection: IP67
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

■ Levers
Refer to the following for the angles and positions of the watchdogs (source: EN50047.)
Note: Unless otherwise specified, a tolerance of ±0.4 mm applies to all dimensions.
18
Roller Lever
(D4N-@@20)
Sealed Plunger
(D4N-@@31)
One-way Roller Arm Lever
(Horizontal)
(D4N-@@62)
Fork Lever Lock
(Right Operation)
(D4N-@@RE)
20 min.
Dog setting range
20 min.
31
40
Dog
+1
+1
Dog
0
0
5 to 9R
Dog
30°
30°
Operating position
30 max.
15 min.
10
15
55° to 60°
±2
±3
40
Miniature Safety Limit Switch
18
±0.5
40
21 min.
55
Dog
28
10 min.
Dog
5 min.
12.5
50
40
10 min.
5 min.
36
±2
−2.5
0
12.5
60
Mounting
surface
−2.5
65R 20R
0
40 min.
55
Adjustable Roller Lever, Form Lock
(with Metal Lever, Resin Roller)
(D4N-@@2G) (Reference Values)
+1
15 min.
0
35
+1
0
Dog
30°
30°
D4N
20 min.
Roller Plunger
(D4N-@@32)
One-way Roller Arm Lever
(Vertical) (Reference Values)
(D4N-@@72)
Fork Lever Lock
(Left Operation)
(D4N-@@LE)
25
12.5
Mounting
surface
5
+1
Dog
0
±2
29
−2.5
0
±7
30°
5 min.
60
10
10 min.
45
±1.5
36
28
35
22
10 min.
+1
31
0
90
20 min.
2.5
12.5
55° to 60°
30°
40
10 min.
40
−2.5
41
0
±2
±2
Dog
5 to 9R
Dog setting range
Adjustable Roller Lever, Form Lock
(with Metal Lever, Rubber Roller)
(D4N-@@2H) (Reference Values)
65R 31R
45 min.
70
+1
Operating position
0
55
25 min.
+1
0
25 min.
28
±1
31 min.
11
30
30°
±3
±7
75
110
42
10 min.
±2