Why Choose the IMO MDC80-S-0024DC DC Switching Contactor?
The IMO MDC80-S-0024DC is a robust DC switching contactor designed for photovoltaic systems, battery energy storage, DC power distribution and industrial control applications. Engineered for safe direct current switching, it provides reliable isolation and control in applications where conventional AC contactors are not suitable.
As part of the IMO MDC Series, this contactor is rated for 80 A at 600 V DC and 35 A at 1000 V DC under DC1 utilisation. It features a 24 V DC operating coil, making it ideal for low-voltage control systems, automation panels and renewable energy installations.
With its industrial construction, 1 string switching configuration and dependable contact design, the MDC80-S-0024DC is suitable for panel builders, solar PV installers and OEM manufacturers requiring reliable high-voltage DC switching performance.
Key Advantages
- Heavy-duty DC switching contactor for renewable energy systems.
- 80 A rating at 600 V DC for demanding DC applications.
- 35 A rating at 1000 V DC under DC1 utilisation.
- 24 V DC coil for low-voltage control circuits.
- Suitable for photovoltaic, battery storage and industrial DC switching.
- Compact panel-mounted design for control cabinet installation.
Key Features
- IMO MDC Series DC switching contactor.
- 80 A at 600 V DC DC1 rating.
- 35 A at 1000 V DC DC1 rating.
- 24 V DC operating coil.
- 1 string DC switching configuration.
- Designed for photovoltaic and battery switching applications.
- Reliable contact design for direct current load switching.
- Suitable for industrial DC isolation and automation systems.
Direct current switching requires specialist contactor technology because DC circuits do not naturally pass through zero in the same way as AC circuits. The IMO MDC80-S-0024DC is designed to provide dependable switching and isolation for high-voltage DC loads while helping manage arcing during operation.
This makes it well suited to renewable energy systems, battery banks, emergency shutdown circuits and industrial DC control applications where safe switching and long-term reliability are essential.
Typical Applications
- Photovoltaic solar PV systems.
- Battery energy storage systems.
- DC combiner and junction boxes.
- UPS and battery bank isolation.
- Industrial DC control panels.
- Renewable energy power distribution systems.