

TE Connectivity FASTIN-FASTON Series 250 Receptacle and Tab Housings
A range FASTIN-FASTON 250 tab and receptacle housings for use with FASTIN-FASTON 250 wire terminals. The housings are made from nylon with a UL 94 V2 or UL 94 V0 flammability rating and are designed to provide electrical and mechanical protection. Polarization and locking latches prevent mismating and enable a secure mating connection. These FASTIN-FASTON 250 connector housings enable the attachment of up to eight separate circuits with a maximum of 20 leads.
Features and Benefits
• Provide electrical and mechanical protection
• Polarization to prevent mismating
• Nylon UL 94 V2 housings available
• Locking latches for a secure mating connection
• Designed for single and multiple connections of up to 8 circuits Applications These FASTIN-FASTON 250 tab and receptacle housings are ideal for use as free hanging or panel mount harness connectors in a wide range of applications. Applications include automotive wiring applications and household appliances such as washers, dryers and electric ranges
• Polarization to prevent mismating
• Nylon UL 94 V2 housings available
• Locking latches for a secure mating connection
• Designed for single and multiple connections of up to 8 circuits Applications These FASTIN-FASTON 250 tab and receptacle housings are ideal for use as free hanging or panel mount harness connectors in a wide range of applications. Applications include automotive wiring applications and household appliances such as washers, dryers and electric ranges

, FASTIN-FASTON .250 11 Way Nylon Crimp Terminal Housing, 6.35mm Tab Size, Natural
Manufacturer:
TE ConnectivityManufacturer Part No:
280263
Enrgtech Part No:
ET13821285
Warranty:
Manufacturer
£ 0.83
Checking for live stock
Connector Type:
Tab
Body Material:
Nylon
Length:
32.5mm
Colour:
Natural
Number of Contacts:
11
Tab Width:
6.35mm
Series:
FASTIN-FASTON .250
3D Model:
https://www.traceparts.com/els/rs-components/en/api/viewer/3d?SupplierID=RS_COMPONENTS&PartNumber=107467&DisplayLogo=False