Why Choose the IMO MDC20-S-00230AC DC Switching Contactor?
The IMO MDC20-S-00230AC is a compact and reliable DC switching contactor designed for safe switching of direct current circuits in solar PV, battery storage and industrial DC control systems. Manufactured by IMO Precision Controls, this contactor is engineered for applications where dependable DC isolation and switching performance are essential.
Designed specifically for DC loads, the MDC20-S-00230AC provides a DC1 operational rating of 20A at 600V DC. Its specialist contact design supports reliable DC switching while helping protect equipment and improve system safety in renewable energy and industrial installations.
With a 230V AC control coil, compact construction and panel-mounting design, the MDC20-S-00230AC is ideal for integration into photovoltaic systems, DC distribution panels, battery storage equipment and industrial control cabinets.
Key Advantages
- Compact DC switching contactor for renewable energy and industrial systems.
- 20A DC1 operational rating at 600V DC.
- 230V AC coil for standard industrial control circuits.
- Designed specifically for reliable direct current switching.
- Suitable for solar PV, battery storage and DC isolation applications.
- Compact panel-mounted design for control cabinets and distribution equipment.
Key Features
- IMO MDC Series DC switching contactor.
- 20A rated operational current.
- 600V DC DC1 switching capability.
- 230V AC operating coil.
- 1 string DC switching configuration.
- IP20 protection rating.
- Designed for photovoltaic and industrial DC applications.
- Compact construction for panel integration.
Direct current circuits require contactors designed to manage DC arcing safely and consistently. The IMO MDC20-S-00230AC is engineered for reliable switching of DC loads, making it suitable for systems where controlled isolation and long-term operational reliability are important.
Its 20A 600V DC rating and 230V AC coil make it a practical choice for panel builders, renewable energy engineers and system integrators working with DC distribution, photovoltaic equipment and battery storage applications.
Typical Applications
- Solar photovoltaic systems.
- Battery energy storage systems.
- Industrial DC control panels.
- DC distribution and isolation equipment.
- Renewable energy switching systems.
- Automation systems requiring DC load switching.