- Home
- All Products
- Schneider Electric LV426864 ComPacT NSXm MX Pre-Wired Shunt Trip Release 220-240 V Circuit Breaker Accessory Schneider Electric LV426864 ComPacT NSXm MX Pre-Wired Shunt Trip Release 220-240 V Circuit Breaker Accessory
Schneider Electric LV426864 ComPacT NSXm MX Pre-Wired Shunt Trip Release 220-240 V Circuit Breaker Accessory
Schneider Electric LV426864 ComPacT NSXm MX Pre-Wired Shunt Trip Release 220-240 V Circuit Breaker Accessory
Get Quote
- Description
The Schneider Electric LV426864 is a pre-wired MX shunt trip release for ComPacT NSXm and PowerPact B moulded case circuit breakers, rated 220-240 V AC 50 Hz (also available as 208-240 V AC 60 Hz, 277 V AC 60 Hz or 250 V DC on this same reference). It trips the breaker on command for emergency-off or remote-opening duty once the control voltage exceeds 70% of its rated value, with a response time under 50 ms.
Technical Specifications
| Reference | LV426864 |
| Brand | Schneider Electric |
| Range of Product | ComPacT NSXm |
| Device Short Name | MX |
| Product or Component Type | Voltage release |
| Device Application | Control |
| Voltage Release Type | Opening coil / shunt trip release |
| Control Circuit Voltage [Uc] | 220-240 V AC 50 Hz, 208-240 V AC 60 Hz, 277 V AC 60 Hz, 250 V DC |
| Range Compatibility | ComPacT NSXm, PowerPact B |
| Operating Threshold | 0.7 Un opening |
| Response Time | < 50 ms |
| Control Signal Type | Impulse (≥ 20 ms) or maintained |
| Auxiliary Connection Terminal | Pre-wired, 0.8 mm² 18 AWG stranded copper, 8 mm strip length |
| Cable Length | 1 m |
| GTIN | 3606485413204 |
Selection Notes
LV426864 is the pre-wired version of the ComPacT NSXm MX shunt trip, terminated with a 1 m factory cable instead of spring terminals, which saves field wiring time when the panel builder runs the emergency-off loop straight to a terminal block. It carries the same 220-240 V AC 50 Hz control rating as the standard LV426844 body (also covering 208-240 V AC 60 Hz, 277 V AC 60 Hz and 250 V DC). For 380/415 V AC or 440/480 V AC control circuits, use the higher-voltage variant instead.