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 LRC5A15 compact industrial limit switch with an 11 mm roller plunger, 1NO + 1NC snap-action contacts, 6 A maximum contact current and PG13.5 cable entry for reliable machine position detection.
£18.18
The IMO LRC5A15 is a compact and reliable industrial limit switch designed for mechanical position detection, end-of-travel sensing and machine control applications. As part of the IMO LR series, it combines a durable plastic body with an 11 mm roller plunger actuator and 1NO + 1NC contacts for dependable switching in industrial automation systems.
The roller plunger provides smooth mechanical actuation from cams, slides and other moving machine components, reducing sliding friction compared with a conventional plain plunger. Its snap-action contact mechanism provides rapid and repeatable switching, making the LRC5A15 suitable for machinery requiring consistent position feedback and reliable electrical signalling.
The LRC5A15 provides a 6 A maximum contact current, with ratings up to 250 V AC and 24 V DC. Its maximum operating force is 8 N, while the compact plastic body and single PG13.5 cable entry make it straightforward to integrate into industrial machinery and automated equipment.
Limit switches such as the IMO LRC5A15 provide electrical feedback when a moving machine component reaches a predetermined position. Direct movement of the roller plunger operates the internal snap-action contacts, enabling the switch to provide position signals to PLCs, relays, contactors and other industrial control equipment.
The roller actuator is particularly useful where a moving cam or component travels across the actuator surface, helping provide smooth repetitive operation. Combined with its compact housing and 1NO + 1NC contact arrangement, the LRC5A15 provides a practical solution for machine sequencing, position sensing and end-of-travel monitoring.
Tick the specs you need, then view products that match.
| Device Type | Limit switch | |
|---|---|---|
| Switching Action | Snap action | |
| Contacts | 1NO + 1NC | |
| Actuator Type | Roller plunger | |
| Housing Material | Plastic | |
| Connection | PG13.5 cable entry | |
| Manufacturer | IMO Precision Controls | |
| Series | LR | |
| Model | LRC5A15 | |
| Product type | Industrial limit switch | |
| Actuator type | 11 mm roller plunger | |
| Contact configuration | 1NO + 1NC | |
| Switching action | Snap action | |
| Maximum AC contact current | 6 A | |
| Maximum AC contact voltage | 250 V AC | |
| Maximum DC contact current | 6 A | |
| Maximum DC contact voltage | 24 V DC | |
| Maximum operating force | 8 N | |
| Housing material | Plastic / technopolymer | |
| Cable entry | 1 × PG13.5 | |
| Mounting format | Compact machine-mounted limit switch | |
| HS Code | 8536500700 | |
| Country of Manufacture | Italy |
The IMO LRC5A15 is used for mechanical position and end-of-travel detection in industrial machinery, conveyors, automated equipment and machine control systems.
The LRC5A15 uses an 11 mm roller plunger actuator, providing smooth mechanical operation when contacted by cams and other moving machine components.
The LRC5A15 has a 1NO + 1NC contact configuration, providing one normally open and one normally closed contact with snap-action switching.
The LRC5A15 is rated for a maximum contact current of 6 A, with maximum contact voltages of 250 V AC and 24 V DC.
The LRC5A15 has a single PG13.5 cable entry for routing electrical wiring into its compact plastic housing.
IMO LR series limit switches provide dependable mechanical position detection for machine builders, control panel manufacturers and industrial automation engineers across a wide range of machinery and process applications.
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.