DeLOCK anturi-/toimilaitekaapeli 5 m RST M12 harmaa 80541

The DeLOCK sensor/actuator cable 5 m RST M12 Grey 80541 is a 5‑metre M12 sensor cable designed for direct current applications and industrial signal and power transfer. The L‑coded connector provides five power contacts with a rated current of 16 A at 63 V, allowing reliable transmission of higher currents at low voltage. The cable is suitable for connecting fieldbus components, power supplies, machines and motors where robust DC power delivery and signal connection are needed.

Advantages

The L‑coded M12 design ensures correct mating and prevents mismatches with other M12 codes. Five power contacts allow simultaneous power and signal transmission; the 16 A/63 V rating supports applications requiring higher current at low voltage. The 5 m length provides flexibility in device placement, and the industrial grey jacket offers a neutral appearance suitable for control cabinets and machine environments.

Suitable for

• Powering fieldbus modules and sensors
• Supplying DC power to industrial machines and motors
• Connecting power supply units to actuators and controllers
• Signal and low‑voltage power transmission in automation systems

Key specifications

• Manufacturer: DELOCK
• Model / MPN: 80541
• EAN: 4043619805419
• Connector type: M12, L‑coded, 5 contacts (power)
• Length: 5 m
• Rated current: 16 A
• Rated voltage: 63 V
• Color: Grey

How to use

Connect the L‑coded M12 plug to the corresponding L‑coded M12 socket on the device or distribution block, ensuring correct orientation before mating. Use the cable to supply DC power and signals between power supplies, sensors, actuators, and controllers. Route the cable to avoid sharp edges and excessive bending radii; secure with appropriate clamps in enclosures or along machine frames to prevent strain on the connectors.

Recommendations

Use the cable only with compatible L‑coded M12 sockets and within the specified electrical ratings (16 A, 63 V). Inspect connectors for damage before installation, avoid exposure to fluids or temperatures outside the device specifications, and follow site-specific electrical safety procedures when connecting or disconnecting under load.