Enhance your electrical connections with our FASTON 250 Tab terminals. Designed for 22-15 AWG wires, these straight-oriented tabs feature durable steel construction with nickel plating for optimal conductivity. With a temperature range of -40 to 250°C (-40 to 482°F), they are suitable for various environments. The F-Crimp design ensures secure wire attachment, while the open barrel allows for easy installation. RoHS compliant, these tabs offer a reliable solution for your crimp terminal needs.
Availability
Immediate Shipment: NA
Stock Location: In Stock
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Minimum/Multiple: NA/NA
Pricing
CALL: 800.400.7041
Product Category:
Manufacturer: TE Connectivity
Manufacturer Part Number: 1217006-1
Series: FASTON 250
Contact Material: Steel
Contact Plating: Nickel
Overall Length: 1.48 in, 37.78 mm
Material: Steel
Compatible Tab Width: .25 in, 6.35 mm
Compatible Tab Thickness: .032 in, .81 mm
Terminal Type: Tab
Orientation: Straight
Operating Temperature Range: -40 - 250 °C, -40 - 482 °F
Wire Size: 15 - 22 AWG, .32 - 1.65 mm²
Crimp Type: F-Crimp
Barrel Type: Open
Product: Quick Disconnects
Product Type: Tab
SKU: AMP1217006-1
Fully Insulated: No
Connection Capacity: Single
Receptacle Terminal Stock Thickness: .81 mm / .032 in
UL Rating: Listed
Mating Retention Type: Dimple
Wire Insulation Support: Without
Wire/Cable Type: Regular Wire
Insertion Force: Normal
Sealable: No
Insulated: No
Wire Stop: No
Terminates To: Wire & Cable

Environmental Initiative Details

Environmental Initiative: RoHS
Compliant: Unknown
Date of this Information: Unknown
Notes:

Product Change Notice

Effective Date Description of Change Download
08/14/2023 PCN-23-182861 - Specification Clarification. Add "Boiler Plate" statement clarifying voltage rating to 114 specifications. Terminal Voltage Rating: No rated voltage for the FASTON terminal itself, after FASTON terminal is crimped with wire, the assembly would have a rated voltage. For example, the lead assembly is rated at 600 volts per our UL 310 testing when crimped on UL 1015 wire. Even higher voltage ratings are acceptable under the correct conditions. Voltage rating is based upon dielectric strength between the terminal and other potential conductors at a different voltage. For uninsulated terminals, voltage rating is based upon the wire insulation rating and the application spacings. For insulated terminals, voltage rating is determined by housing dielectric strength, spacings, and wire insulation rating.
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