1625 Connector Crimped Contact Cable

Brand :
MISUMI
Caution
Product Description
No special tools required. Ideal for field assembly with quick delivery. 1 package contains 50 pieces

● Sold as a pack of crimped cables.
● High Quality Crimped Connector Cables Processed at a Misumi Factory
● Connector cables can be assembled without investing in specialized tools.
● Available as 50 pieces / pack

· If the wiring is incorrect, remove it with the dedicated wire removal tool.
· To reuse, raise the contact lance.
Specifications

1 Pack Unit With Total of 50
| Model Number | Contact Type | Cable Color Specified | Parts Specification | Weight 1 m | |||
| Stock (1 m) Non-stock (2 m ~) | Non-stock | Used Cable | Used Contact Model Number | ||||
| (g) | |||||||
| 1561T-18 | Female (Socket) | B (Blue) C (White) D (Black) | A (Brown) E (Red) F (Yellow) G (Green) | AWG18 | UL1007 Type | 1561TL | 610 |
| 1855T-22 | AWG22 | 1855TL | 310 | ||||
| 1560T-18 | Male (Pin) | AWG18 | 1560TL | 610 | |||
| 1854T-22 | AWG22 | 1854TL | 310 | ||||
Features
● A compact, high-density nylon connector having a 3.68 mm pitch and widely used in a variety of equipment, such as FA devices.● Due to the installation of the lock mechanism after bonding, a configuration is formed that prevents an undoing of the bond caused by possible vibration.
● The product is both good quality and stable for use thanks to the 1625 Series Connector with UL / CSA standards.
UL: E29179
CSA: LR19980
Specifications
| Item | Content |
|---|---|
| Maximum Rated Voltage | 250 V (MAX) |
| Maximum Rated Current | 5 A |
| Withstand Voltage | 1,500 VAC / 1 minute |
| Insulation Resistance | 1,000 MΩ or more |
| Contact Resistance | 10 mΩ or less |
| Applicable Electric Wire Range | AWG28 ~ 18 (0.08 ~ 0.75 mm2) |
| Suitable Electric Wire Insulation Outer Diameter | φ1.1 ~ φ3.1 mm |
| Operating Temperature Range | -40°C ~ +105°C |
Material
| Item | Material |
|---|---|
| Housing | Nylon 66 (UL94V-2) |
| Housing Color | White Color |
| Crimp Contact | Brass / Copper Base Tin-Plated |
About Coupling