Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
IMO MA05-R-S-1024DC compact reversing micro contactor pair with mechanical interlock, 3-pole open contacts, 1 NO auxiliary contact, 2.2 kW AC3 rating and 24 V DC operating coil for industrial motor control applications.
£57.73
The IMO MA05-R-S-1024DC is a compact and highly reliable reversing micro contactor assembly designed for industrial motor control, automation systems and reversing applications where dependable switching and reduced panel space are essential. Part of the advanced IMO MA Series, this mechanically interlocked reversing contactor pair provides efficient forward and reverse motor control for demanding industrial machinery and OEM equipment.
Featuring a 3-pole open contact configuration, 1 NO auxiliary contact and a 24 V DC operating coil, the MA05-R-S-1024DC is engineered for compact motor reversing applications including conveyors, machine tools, lifting systems and industrial automation equipment. Its slim relay-sized format allows easy integration into compact control cabinets while maintaining dependable electrical performance.
The IMO MA Series is widely trusted by machine builders, industrial automation engineers and panel manufacturers seeking compact reversing motor control solutions. The integrated mechanical interlock improves operational safety by preventing simultaneous engagement of both contactors during reversing applications.
Reversing micro contactors such as the IMO MA05-R-S-1024DC are designed to provide safe and reliable forward and reverse motor switching within compact industrial automation systems. The integrated mechanical interlock prevents simultaneous operation of both contactors, helping protect motors and switching equipment from electrical faults.
The MA Series is commonly used in machinery, conveyors, lifting systems and OEM automation equipment where compact reversing functionality is required. Its industrial-grade construction and compact footprint make it ideal for modern machine building and industrial control panel applications.
Tick the specs you need, then view products that match.
| Terminal Type | Screw | |
|---|---|---|
| Coil Type | AC, AC/DC, DC | |
| Poles | 3-pole | |
| Coil Voltage Range | 24 V | |
| Power | 2.2 kW | |
| Current | 5 A | |
| Voltage | 24 V | |
| Phase | Three Phase | |
| Coil / Supply Voltage | 300 V AC | |
| Device Type | Reversing contactor | |
| Auxiliary Contacts | 1NO | |
| Current AC-1 | 12 A | |
| Series | MA Series | |
| Product type | Reversing micro contactor pair | |
| Main contact configuration | 3-pole open | |
| Auxiliary contacts | 1 NO | |
| Mechanical interlock | Integrated | |
| Motor rating (AC3) | 2.2 kW at 400 V AC | |
| AC3 current rating | 5 A | |
| AC1 current rating | 12 A | |
| Control coil voltage | 24 V DC | |
| Operating voltage | up to 300 V AC | |
| Mounting type | TS15 DIN rail mounting | |
| Terminal type | Screw terminals | |
| Protection standard | IEC 60947-4-1 compliant | |
| Weight | approx. 0.14 kg | |
| HS Code | 8536490099 | |
| Country of Manufacture | Austria |
This reversing micro contactor pair is used for forward and reverse motor control in industrial automation and machinery applications.
Yes, the assembly includes an integrated mechanical interlock to prevent simultaneous operation of both contactors.
The MA05-R-S-1024DC supports motors up to approximately 2.2 kW AC3 at 400 V AC.
This reversing contactor assembly operates using a 24 V DC control coil.
Yes, the assembly is designed for installation on standard TS15 DIN rail systems.
IMO MA Series reversing micro contactors are trusted by machine builders and industrial engineers for compact motor reversing control, reliable operation and efficient panel integration in demanding automation environments.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.