120108-0238
Micro-Change (M12) Double-Ended Cordset, 4 Poles, Male (Straight) to Male (Straight), 22 AWG, Shielded PUR Cable, 5.0m (16.40') Length
Enhance connectivity in industrial settings with our Micro-Change (M12) Double-Ended Cordset. This durable 5.0m (16.40') cable features a shielded PUR construction, ideal for maintaining signal integrity in harsh environments. With 4 poles and male-to-male straight connectors, it ensures secure and reliable data transmission. The 22 AWG copper alloy contacts, plated with gold, guarantee efficient power delivery. Operating temperature ranging from -20 to 60 °C, along with IP67 rating, makes it suitable for diverse applications. RoHS compliant, this cordset offers a dependable solution for sensor connectivity needs.
Product Category: | |
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Manufacturer: | Molex |
Manufacturer Part Number: | 120108-0238 |
Series: | 120108 |
Amperage: | 1.5 A |
Connector Type: | Micro-Change (M12) |
Gender: | Male |
Contact Material: | Copper Alloy |
Maximum Operating Temperature: | 60 °C |
Minimum Operating Temperature: | -20 °C |
Voltage: | 30 V |
IP Rating: | IP67 |
Connector End 1: | Micro-Change (M12) |
Connector End 2: | Micro-Change (M12) |
Orientation: | Straight to Straight |
Number of Poles: | 4 |
Body Material: | PUR |
Cable Diameter: | 6.7 mm |
Cable Type: | Shielded PUR |
Cable Length: | 5 m |
Connection Gender: | Male |
Jacket Material: | PUR |
Angle: | Straight |
Keyway Polarization: | D |
Operating Temperature Range: | -20 - 60 °C |
Contact Mating Area Plating: | Gold |
Wire Size: | 22 AWG |
Coupling Nut Material: | Nickel-plated Brass |
Coupling Nut Style: | Threaded |
Part Aliases: | 1201080238;E11A06011M050 |
SKU: | MOL120108-0238 |
Environmental Initiative Details
Environmental Initiative: | RoHS |
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Compliant: | Unknown |
Date of this Information: | Unknown |
Notes: |
Product Change Notice
Effective Date | Description of Change | Download |
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06/30/2023 | 513014 - Change to Product. M12 COUPLING NUT MA/FE CHANGE TOLERANCE. Diameter tolerance change from 14.5 +0.5 to 14.5+0.3/-0.1 mm. Depending on the supplier method used, the material throw-up is sometimes somewhat larger and sometimes only very minimal. | Download |