Hager P64AXR/1.0LSF/5 — 6A 4-Pole Pre-Wired Plug With 5m 4-Core 1.0mm² LS0H Lead (Red)
The Hager P64AXR/1.0LSF/5 is a factory-assembled 4-pole plug and device connection cable designed for fast, safe wiring in multi-pole control and auxiliary applications. Supplied with a 5m 4-core low smoke zero halogen (LS0H) flexible lead and a free conductor end, it enables direct termination into equipment, reducing installation time and supporting clean, organised panel builds.
Rated at 6A with a maximum operating voltage of 240V, this pre-wired lead is ideal for low-current circuits where additional poles and enhanced fire safety are required. Mechanical coding helps prevent incorrect connection, while the LS0H insulation is permanently temperature-resistant up to 90°C, making it suitable for safety-critical and public environments.
Designed for professional installations, the red-sheathed P64AXR/1.0LSF/5 allows easy circuit identification and supports compliant projects with RoHS conformity and REACh-SVHC-free construction.
Key Features of the Hager P64AXR/1.0LSF/5 Include:
- Pre-Wired 4-Pole Plug To Simplify Multi-Pole Wiring Installations
- 5m 4-Core LS0H Lead For Extended Reach And Safer Installations
- 1.0mm² Conductor Size Suitable For Low-Current Control Circuits
- 6A Rated Current Supporting Reliable Everyday Operation
- 240V Maximum Operating Voltage For Standard Single-Phase Systems
- Free Conductor End Allowing Direct Termination Into Equipment
- Mechanical Coding To Help Prevent Incorrect Connection
- Low Smoke Zero Halogen Cable Construction For Improved Fire Safety
- LS0H Insulation Rated Up To 90°C For Enhanced Durability
- Red Cable Sheath For Easy Circuit Identification In Panels
View All Klik Ceiling Roses and Plugs
View All Hager Circuit Protection
View All Hager Electrical
If you just need some help, would like to take advantage of our Price Promise or perhaps have a large order to place give our team of professionals a call on 0203 994 5470, drop us an email at sales@electricpoint.com or use our Contact Form.