Ruibeauty 1PCS Copper Cord EC5 Plug To O Type Terminal Cable Car Battery Jump Starter

Features:

– Brand new and high quality
– Made of high quality materials. durable
– 10AWG EC5 terminal transfer wiring for car power supply. car battery. etc.
– Not only can directly use the motorcycle’s existing EC5 socket for power supply. but also can get power from the battery through the connection-terminal extension cable.
– Heats up and works well in a wide voltage range of DC 12-24V. perfect for most vehicles.
– The wire core is made of pure copper. using excellent raw materials and lower power consumption.

Specification:

– Material: PVC & Copper
– Connector Type: EC5 Female Plug to O-Type Terminal
– Cable: 3239/10AWG
– Voltage: 12-24V;
– Current: 100A
– Specification model: EC5 to O-type terminal
– Specification: 2*5.31mm2
– Standard length: 0.5m
– Core material: tinned copper wire
– Number of cores: 2 cores
– Sheath Material: Silicone
– Sheath color: red black
– Sheath thickness: 1.0mm
– Insulation material: flame retardant silicone wire
– Working temperature: 200??
– Weight: 82 grams
– Supplementary parameters: O-type pure copper terminal

Package Included:

1* EC5 to terminal adapter cable

Notes:

1. Due to various factors such as display brightness and light brightness. the actual color of the product may be slightly different from the website picture.
2. Please allow a slight deviation between the data and the manual measurement.

• 5.31mm2
  – Standard length: 0.5m
  – Core material: tinned copper wire
  – Number of cores: 2 cores
  – Sheath Material: Silicone
  – Sheath color: red black
  – Sheath thickness: 1.0mm
  – Insulation material: flame retardant silicone wire
  – Working temperature: 200??
  – Weight: 82 grams
  – Supplementary parameters: O-type pure copper terminalPackage Included:1
• EC5 to terminal adapter cableNotes:1. Due to various factors such as display brightness and light brightness. the actual color of the product may be slightly different from the website picture.
  2. Please allow a slight deviation between the data and the manual measurement.