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Limit switches
OsiSense XC Standard, industrial format EN 50041
Metal, conforming to CENELEC EN 50041, type XCK J
Complete switches, plug-in body
With 1 cable entry
Type of head Plunger (xing by the body) Rotary (xing by the body)
(switches supplied for actuation from left AND right)
Form B (1) Form C (1) Form A (1) Form D (1)
Type of operator Metal end plunger Steel roller
plunger
Thermoplastic
roller lever (2)
Steel roller
lever (2)
Variable length
thermoplastic
roller lever (2)
Round
thermoplastic
rod lever, Ø 6 mm
(2)(4)
References of complete switches with 1 ISO M20 x 1.5 cable entry(3)
Single-pole CO
snap action
XCK J1161H29 XCK J1167H29 XCK J110511H29 XCK J110513H29 XCK J110541H29 XCK J110559H29
Weight (kg) 0.430 0.455 0.480 0.490 0.485 0.485
Contact operation closed open (A) = cam displacement
References of complete switches with 1 Pg 13.5 cable entry (3)
For complete switches with entry for Pg 13.5 cable gland, delete H29 from the end of the reference.
Example: XCK J1161H29 becomes XCK J1161.
References of complete switches with 1 entry for 1/2" NPT conduit (3)
For complete switches with entry for 1/2" NPT (USAS B2-1) conduit, replace
H29 at the end of the reference by H7.
Example: XCK J1161H29 becomes XCK J1161H7.
Characteristics
Switch actuation On end By 30° cam By any moving part
Type of actuation
Maximum actuation speed 0.5 m/s 1 m/s 1.5 m/s
Mechanical durability
(in millions of operating cycles)
30 25 30
Minimum tripping force or torque 20 N 16 N 0.25 N.m
Cable entry 1 entry tapped M20 x 1.5 for ISO cable gland
Clamping capacity 7 to 13 mm
(1)FormconformingtoEN50041,seepage
1/177.
(2)Adjustablethroughout360°in5°steps,orin45°stepsbyreversingtheleveroritsmounting.
(3) Switches with gold contacts: please consult our Customer Care Centre.
(4)Valuetakenwithactuationbymovingpartat100mmfromthexing.
12 11
13
14
2
0
6mm
0.9
11-12
13-14
11-12
13-14
3.2(A)
0
mm
1.5
11-12
13-14
11-12
13-14
11-12
13-14
11-12
13-14
0
11-12
13-14
11-12
13-14
0
11-12
13-14
11-12
13-14
0
11-12
13-14
11-12
13-14
0
References,
characteristics
31161-EN_Ver1.0.indd
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