EGIS

EGIS Power Post, M8 (5/16 inch) Stud

£20.90
Tax included.
6012-03
A single-stud tin-plated copper power post with an M8 (5/16 inch) stud, for high-current cable junctions.

Collection or delivery in 1-2 weeks

Pickup available at Mercury Yacht Harbour

Usually ready in 2-4 days

Description

The EGIS Power Post provides a single M8 (5/16 inch) stud on a robust insert-molded base, giving a common high-current connection point for joining heavier cable terminations. The tin-plated copper construction delivers superior electrical performance with minimal voltage drop, and the maximum amperage is determined by the attached cables.

Flexible mounting hole provisions accept #10 (M5) and 1/4 inch (M6) screws, and stainless steel self-locking hardware ensures long-term reliability under vibration. The profile is FLEX system height compatible for connection to other EGIS FLEX components.

PRODUCT DETAILS

  • Single M8 (5/16 inch) stud
  • Insert-molded stud connection for durability
  • Tin-plated copper for minimal voltage drop
  • Amperage limited only by attached cables
  • Flexible #10 (M5) and 1/4 inch (M6) mounting
  • Stainless steel self-locking hardware
  • FLEX system height compatible
  • Power Post, M8 (5/16 inch)
  • Stainless steel terminal hardware

No compatible transducers listed for this product.

No spares or accessories listed for this product.

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Electrical

Maximum Voltage80Vdc
Maximum AmperageBased on attached cables

Mechanical

StudM8 (5/16 inch)
M8 Nut Torque100 in-lbs (11.3 N-m) recommended, 120 in-lbs (13.6 N-m) max
Mounting Holes#10 (M5) and 1/4 inch (M6)
MaterialTin-plated copper

General

FLEX System CompatibleYes

No videos available for this product.

What stud size is fitted?
M8 (5/16 inch).
What current can it carry?
The maximum amperage is determined by the attached cables, not the post itself.
What torque should the stud nut be set to?
100 in-lbs (11.3 N-m) recommended, up to 120 in-lbs (13.6 N-m) maximum.
What is it made from?
Tin-plated copper for low voltage drop and corrosion resistance.