Phoenix Contact, Ferrule A Insulated Bootlace Ferrule, 18 mm Pin Length, 4.9 mm Pin Diameter, Green 10 AWG Wire Size

View all Bootlace Ferrules

Subtotal (1 pack of 100 units)*

£21.06

(exc. VAT)

£25.27

(inc. VAT)

Add to Basket
Select or type quantity
Temporarily out of stock
  • Shipping from 27 April 2026
Need more? Click ‘Check delivery dates’ to find extra stock and lead times.
Pack(s)
Per Pack
Per unit*
1 +£21.06£0.211

*price indicative

RS Stock No.:
557-805
Mfr. Part No.:
2100001
Brand:
Phoenix Contact
Find similar products by selecting one or more attributes.
Select all

Brand

Phoenix Contact

Product Type

Bootlace Ferrule

Pin Diameter

4.9mm

Insulation Material

Polypropylene

Colour

Green

Pin Length

18mm

Insulation

Insulated

Maximum Wire Size AWG

10 AWG

Overall Length

18mm

Series

Ferrule A

Terminal Plating

Tin Plated

Standards/Approvals

CHINA RoHS, EU REACH SVHC, EU RoHS

Terminal Material

Deoxidised High Phosphorus Copper

COO (Country of Origin):
DE
The Phoenix Contact twin ferrule is designed to streamline the crimping process, accommodating two conductors seamlessly within a single unit. Made from high-quality tin-plated electrolytic copper, it ensures excellent conductivity and reliability for various applications. The ferrule features a robust polypropylene collar, standing out with its striking green colour, making it easy to identify in any wiring setup. With dimensions tailored for efficient connectivity and a halogen-free composition, this ferrule not only meets industry standards but also supports a commitment to sustainable practices. Its compatibility with stranded conductors and its unique design aid in achieving high-performance electrical connections, catering to both aesthetics and functionality in your projects.

Designed for easy configuration of chain bridges

Facilitates crimping of two wires simultaneously

Available in various versions to suit diverse applications

Constructed from soft tin-plated electrolytic copper for superior conductivity

Halogen-free materials contribute to safer installations

Temperature resilience ensures dependable performance in varying conditions

Related links