Why Choose the Lovato P5X14A400 Undervoltage Trip?
The Lovato P5X14A400 is an undervoltage trip accessory designed for use with Lovato P5M series moulded case circuit breakers (MCCBs). This accessory provides reliable circuit breaker tripping when the control voltage falls below the permitted operating level, helping protect electrical systems against unsafe undervoltage conditions.
Designed for industrial power protection applications, the P5X14A400 enables enhanced functionality of compatible P5M MCCBs by adding an automatic release mechanism. It supports improved system protection strategies where controlled disconnection is required during supply voltage loss or abnormal voltage conditions.
With a 380–440 V AC undervoltage trip coil, the P5X14A400 is suitable for integration into industrial switchboards, distribution systems and electrical panels requiring dependable circuit breaker protection.
Key Advantages
- Dedicated undervoltage trip accessory for Lovato P5M MCCBs.
- 380–440 V AC operating voltage for industrial applications.
- Automatically trips the circuit breaker during undervoltage conditions.
- Improves electrical system protection and operational safety.
- Simple integration with compatible moulded case circuit breakers.
- Suitable for industrial distribution and control applications.
Key Features
- Lovato P5M series MCCB accessory.
- Undervoltage release trip mechanism.
- 380–440 V AC control voltage range.
- Designed for automatic circuit breaker opening during voltage drop.
- Suitable for panel-mounted protection systems.
- Enhances MCCB functionality in industrial installations.
Enhanced Protection for Industrial Circuit Breakers
Undervoltage trips such as the Lovato P5X14A400 provide additional protection by ensuring connected equipment is disconnected when supply voltage drops below safe operating limits. This helps prevent unreliable operation and potential equipment damage.
When combined with a compatible Lovato P5M MCCB, the accessory provides a flexible solution for modern electrical distribution systems requiring automatic fault response and improved safety control.
Typical Applications
- Industrial electrical distribution boards.
- Moulded case circuit breaker protection systems.
- Motor control and machinery panels.
- Factory power distribution systems.
- Automation control cabinets.
- OEM electrical equipment assemblies.
