Why Choose the IMO MPV240-S-00230 DC Switching Contactor?
The IMO MPV240-S-00230 is a heavy-duty DC switching contactor designed for demanding high-voltage direct current applications including photovoltaic systems, battery energy storage, rapid shutdown systems and industrial DC control panels. Built for reliable DC isolation and switching, it provides dependable operation where conventional AC contactors are not suitable.
As part of the robust IMO MPV Series, this contactor is rated for 240 A at 1000 V DC under DC1 utilisation. It features a 230 V AC/DC operating coil, allowing flexible integration into industrial control systems, renewable energy installations and panel-mounted DC power applications.
With its high current capacity, industrial construction and reliable contact design, the MPV240-S-00230 is ideal for panel builders, renewable energy installers and OEM manufacturers requiring safe, efficient and long-lasting switching of high-voltage DC circuits.
Key Advantages
- Heavy-duty DC switching contactor for high-voltage applications.
- 240 A rated current for demanding DC circuits.
- 1000 V DC rated switching voltage.
- DC1 utilisation rating for resistive DC loads.
- 230 V AC/DC coil for flexible control system integration.
- Suitable for photovoltaic, battery storage and industrial DC switching systems.
Key Features
- IMO MPV Series DC switching contactor.
- 240 A rated current.
- 1000 V DC rated voltage.
- 230 V AC/DC coil voltage.
- 1 string DC switching design.
- Designed for photovoltaic rapid shutdown and DC isolation applications.
- Bifurcated contacts for dependable switching reliability.
- Suitable for screw mounting in industrial control panels.
DC circuits are more difficult to interrupt than AC circuits because the current does not naturally pass through zero. The IMO MPV240-S-00230 is specifically engineered for direct current switching, helping reduce arcing and maintain reliable operation in high-voltage DC systems.
This makes it particularly suitable for renewable energy installations, battery banks, emergency stop circuits and industrial DC systems where safe disconnection and dependable contactor performance are critical.
Typical Applications
- Photovoltaic solar PV systems.
- Battery energy storage systems.
- DC power distribution panels.
- PV rapid shutdown circuits.
- UPS and battery bank isolation.
- Industrial DC control and switching systems.