XCKMR1656363
Schneider Electric
Limit Switch, ROTARY HEAD30 MM,52 MM,72-72 MMBY THE BODY
Ref. price$110.49
Lead time on requestGet quote
Schneider Electric XCKM Series
48 variants · Schneider Electric
About the Schneider Electric XCKM Series
The Schneider Electric XCKM Series series groups 48 related part numbers, each listed with full specifications, a datasheet where available, and an RFQ option. Variants differ by product type, temp operating max and temp operating min, so you can match the exact product type your application requires using the selection guide below.
Select a variant by
- Product type
- COMPACT, GENERAL DUTY · COMPACT, General Duty · Limit Switch, ROTARY HEAD
- Temp operating max
- -25 °C · 158 °C
- Temp operating min
- -70 °C · -13 °C
- Actuator head type
- Cat Whisker · Metal End Plunger · ROTARY LEVER PLUNGER · Steel Roller Plunger · Thermoplastic Roller Lever · Thermoplastic Roller Lever Plunger · THERMOPLASTIC ROTARY ROLLER LEVER
- Pretravel
- 1.8 MM · 3.1 MM · 4.6 MM · 25 MM · 26 DEG · 30 DEG
- Differential travel
- 1.5 MM · 2.2 MM · 11 DEG · 14 DEG · 14 MM
- Total travel
- 5.5 MM · 70 DEG · 70 MM · 300°
- Actuation
- Cat Whisker · Roller Plunger
Variant comparison
| Parameter | XCKMR1656363 | XCKML115 | XCKM101H7 | XCKM106H7 | XCKM102H7 | XCKM106H29 |
|---|---|---|---|---|---|---|
| Product type | Limit Switch, ROTARY HEAD | COMPACT, GENERAL DUTY | COMPACT, GENERAL DUTY | — | — | COMPACT, GENERAL DUTY |
| Temp operating max | -25 °C | 158 °C | 158 °C | — | — | 158 °C |
| Temp operating min | -70 °C | -13 °C | -13 °C | — | — | -13 °C |
| Actuator head type | — | Thermoplastic Roller Lever | ROTARY LEVER PLUNGER | — | — | Cat Whisker |
| Pretravel | — | 25 MM | — | — | — | 30 DEG |
| Differential travel | — | 14 MM | — | — | — | 14 DEG |
| Total travel | — | 70 MM | — | 300° | — | — |
| Actuation | — | — | — | Cat Whisker | Roller Plunger | — |
Request a quote on any Schneider Electric XCKM Series part number and we confirm price, availability and lead time per line — including end-of-life and allocation-constrained variants.
