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 CCS2.5/50 is a 50-way push-in cross connector for compatible 2.5 mm² push-fit and spring-clamp DIN rail terminals, providing efficient common-potential bridging across multiple adjacent terminal positions.
£17.41
The IMO CCS2.5/50 is a 50-way push-in cross connector designed for compatible 2.5 mm² push-fit and spring-clamp DIN rail terminals. It provides an efficient method of electrically bridging multiple adjacent terminal positions, allowing a common electrical potential to be distributed across a large terminal group without installing individual jumper wires.
Designed as part of the IMO Precision Controls DIN rail terminal accessory range, the CCS2.5/50 uses a push-in cross-connection system for straightforward installation. Its long 50-pole configuration is particularly useful for larger control-panel assemblies and can be divided to create shorter jumper sections where required, giving panel builders flexibility when configuring commoned terminal groups.
The CCS2.5/50 is intended for compatible IMO 2.5 mm² push-fit and spring-clamp terminal systems. By using a purpose-designed cross connector instead of separate bridging conductors, installers can reduce wiring time, maintain an organised terminal layout and simplify common-potential distribution in industrial control and automation applications.
Cross connectors, also known as jumper bars, provide a convenient way to distribute a common electrical potential across adjacent DIN rail terminals. Instead of wiring individual bridges from one terminal to the next, a push-in cross connector directly links multiple terminal positions, helping reduce wiring time and maintain a cleaner control-panel layout.
The IMO CCS2.5/50 provides up to 50 interconnected positions for compatible 2.5 mm² terminal systems. Its extended format is especially useful for panel builders who require multiple jumper configurations, as sections can be separated to suit the number of terminals that need to be commoned in power distribution, control and automation circuits.
| HS Code | 8536901000 |
|---|---|
| Country of Manufacture | Türkiye |
| Manufacturer | IMO Precision Controls |
| Manufacturer part number | CCS2.5/50 |
| Alternative SKU | CCS2.550 |
| Product type | Cross connector / jumper bar |
| Connection method | Push-in |
| Number of ways | 50 |
| Number of poles | 50 |
| Terminal size | 2.5 mm² |
| Terminal technology | Push fit and spring clamp |
| Application | Common-potential bridging of compatible DIN rail terminals |
| Customisable | Can be divided into shorter cross-connection sections |
| Packed quantity | 20 |
| Barcode | 5056207411632 |
The CCS2.5/50 is a 50-way push-in cross connector used to electrically bridge adjacent compatible 2.5 mm² IMO DIN rail terminals, allowing a common potential to be distributed across multiple terminal positions.
The CCS2.5/50 has a 50-way / 50-pole configuration, providing up to 50 interconnected positions when used with a compatible terminal arrangement.
The IMO CCS2.5/50 is designed for compatible 2.5 mm² push-fit and spring-clamp DIN rail terminal systems.
Yes. The extended 50-pole cross connector can be divided to create shorter cross-connection sections, allowing installers to adapt the jumper arrangement to the required number of terminal positions.
A cross connector provides a fast and organised method of commoning adjacent terminal positions, reducing individual jumper wiring and helping simplify the construction and maintenance of industrial control panels.
IMO DIN rail terminal accessories provide practical solutions for organised industrial wiring, with push-in cross connectors helping panel builders distribute common potentials quickly and efficiently across compatible terminal assemblies.
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.