Matson
SC35-10 Cable Lug
$4.50
inc GST
- No stock at Coffs Harbour
- In stock at Kempsey
- In stock at Wagga
Genuine product. Backed by RedPoint's 50-year reputation.
Description
High-quality battery lug, flared design, Suitable for various applications, reliable connection, durable material.
The SC35-10 Cable Lug is designed for robust and secure connections in automotive and industrial battery systems. Constructed from high-grade materials, this flared lug ensures optimal conductivity and durability. Its flared design enhances crimping efficiency, making installation straightforward even in challenging environments. Compatible with a range of cable sizes, these lugs are ideal for use in high-vibration settings, providing a reliable and long-lasting connection. Regular maintenance includes checking for corrosion and ensuring tight connections. Suitable for various applications in cars, boats, and heavy machinery, the cable lug is an essential component for professionals and DIY enthusiasts alike.
Benefits
- Ensures reliable electrical connections
- quick and easy installation
- durable construction for long life
- compatible with various cable sizes
- ideal for automotive and industrial use.
Technical
Installation is straightforward with standard crimping tools; suitable for operating temperatures up to 105°C; meets industry standards for automotive battery lugs; designed for use with copper wire; withstands high vibration environments.
Specifications
- Part number
- MNASC3510
- Weight
- 0.03 kg
Product details
- 35 mm² cable capacity
- 10 mm mounting hole
- copper construction for excellent conductivity
- tinned for corrosion resistance
- designed to accommodate high current flow
- suitable for automotive and industrial applications.
Fitment
Add your vehicle and we'll tell you whether this part fits it.
Add your vehicleOr check it against your owner's manual, or call us on 1300 399782.
Fitment notes
Commonly used in automotive battery installations; suitable for cars, boats, and industrial equipment; ideal for systems requiring efficient electrical connectivity.
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