Brad from Molex Right Angle Female 3 way M8 to Unterminated Sensor Actuator Cable, 10m

Brad® Nano-Change® M8 single ended female cordsets with a compact design suitable for use with miniature sensors. These Brad® Nano-Change® M8 cordsets have a PUR connector body and contact carrier with gold plated copper alloy contacts and are available with straight or right angle connector configurations with different cable options. The LED versions of these Brad® Nano-Change® M8 single ended female cordsets (stock numbers 715-8927,751-8930 and 751-8933) provide power and signal trigger indication for PNP sensors

IEC compliant M8 cordset assembly
Compact design for space sensitive applications
LED indication for power and signal trigger
Anti vibration feature
IP67, NEMA 6 rated

Cable Types:
40xxxxE02xxxx: Black PVC jacket, 0.25mm² PVC conductors,300V, 80°C, UL AWM 2464
40xxxxP02xxxx: Black PUR/PVC jacket, 0.25mm² PVC conductors, 300V, 80°C
40xxxxH08xxxx: Black PUR jacket, 0.25mm² PVC conductors,300V, 80°C, Low Smoke/Zero Halogen (LS0H), UL AWM 21198
Configuration:
403000, 404000: Female Straight
403001, 404001: Fema;le Right Angle
4030P1: Female Right Angle with Indicating LEDs

UL File No.: E152210 (PVC versions)

For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.

Brad Harrison - M8

The Brad Harrison® range of connectors and splitter boxes have been principally designed for use in industrial applications. The Quick Disconnect® principle offers cost savings by enabling quick and simple replacement of either the sensors or cable, helping keep machine down time to a minimum. Designed for use in harsh environments, these connectors are available in re-wireable or pre-wired, factory moulded versions which are robust, compact and waterproof up to IP68. They are typically used for control system products such as proximity, limit and other forms of switches, but are equally at home in test, instrumentation and other electrical/electronic applications where the operating environment is less arduous.