C14610B04250013

Heilind Number:AMEC14610B04250013
Manufacturer:Amphenol Sine Systems
Manufacturer Number:C14610B04250013
ECAD Model:
3D Model

Specifications

AttributeValue
Product Category:
Manufacturer:Amphenol Sine Systems
Manufacturer Part Number:Amphenol Sine Systems C14610B04250013
Color:Gray
Gender:Female
IP Rating:IP20
Wire Size:1.5 - 6 mm
Contact Size:E16
Mating Cycles:500 cycle
Current Rating:80 A
Voltage Rating:160 V, 690 V
Contact Plating:Silver
Contact Material:Brass
Housing Material:Polycarbonate
Number of Contacts:43
Termination Method:Crimp
Flammability Rating:UL 94V-0
Maximum Operating Temperature:125 °C
Minimum Operating Temperature:-40 °C
Series:Heavymate® K
SKU:AMEC14610B04250013

Detailed Description

The C14610B04250013 Heavy Duty Power Connector, part of the Heavymate® K series, is designed for reliable and efficient power transmission in industrial applications. Featuring a durable polycarbonate housing in a sleek gray color, this connector is specifically tailored for female gender use. With a high number of contacts (43) and a termination method of crimping, it ensures secure and stable connections. The contact material, brass, with silver plating, guarantees excellent conductivity and corrosion resistance. Operating in a wide temperature range from -40°C to 125°C, and with an IP20 rating for dust protection, it is ideal for harsh environments. The E16 contact size, along with a current rating of 80A and a voltage rating of 160V/690V, offers high performance capability. With a UL 94V-0 flammability rating, it meets strict safety standards. This connector has a long mating cycle life of 500 cycles, ensuring longevity. Suitable for wire sizes ranging from 1.5 to 6mm, it provides versatility in installation. A key component in the Heavy Duty Power Connectors category, it is a reliable solution for demanding power transmission needs. Please note that this product does not have a high-reliability (hi_rel) designation. Individually identified by the acronym C14610B04250013, it offers a convenient and efficient means of power connectivity.