Botron GEM ESD Coil Cords

• Cord length options: 6 or 12 feet
• Color options: Ruby Red, Emerald Green, Sapphire Blue
• 1/8” snap fastener
• Designed for extended use and built to withstand the work environment
• Vivid colors enable work room supervisors to easily detect when workers are properly grounded

Botron’s GEM Premium Coil Cords are designed for extended use and built to withstand the labors of the work environment. They can be used in many applications from bench to personal grounding, and feature a non-tangle and high retention coil for a hassle-free path to ground.

GEM coil cords come with a spring loaded 1/8” connector to standard banana jack to ensure a reliable path to ground. Each cord comes with a slip-on alligator clip that attaches to the banana jack for greater expansion of use. GEM coil cords feature vivid colors and enable work room supervisors to easily detect when workers are properly grounded.

Each cord features a 1M resistor is molded into the head of the coil cord, providing both safety for the operator and a compliant discharge path.

Every cord is coiled and heated to form their spring like look, immediately after they are reverse spun to create superior, market leading coil memory.

Both the banana and snap terminations of the coil cord are built with superior strain relief, designed to reduce torque on monitors inputs and common point grounds — as well as extend the life of the cord.

Each coil cord is design to break away at ±5lbs pull strength.

Additional Features:

• Cord length options: 6 or 12 feet
• Color options: Ruby Red, Emerald Green, Sapphire Blue
• 1/8” snap fastener
• Designed for extended use and built to withstand the work environment
• Vivid colors enable work room supervisors to easily detect when workers are properly grounded
• Ideal for bench and personal grounding
• Non-tangle and high retention coil
• 1M resistor molded into the head of the coil cord to provide safety for the operator and a compliant discharge path
• Designed to break away at ±5lbs pull strength