
Original: $14,985.00
-65%$14,985.00
$5,244.75The Story
GSL-KR100 is a combustion gas module to dispose of residual flammable gas via a self-ignition heating coil. It is designed to pair with any MTI tube and atmosphere furnaces. It can also control the gas flow rate and communicate with a Honeywell hydrogen gas detector. It is a good choice for experiments under a reducing environment, such as hydrogen flow. The device also has an RJ45 ethernet port for remote control and monitoring.
SPECIFICATIONS
GSL-KR200 is a combustion gas module to dispose of residual flammable gas via a self-ignition heating coil. It is designed to pair with any MTI tube and atmosphere furnaces. It can also control the gas flow rate and communicate with a Honeywell hydrogen gas detector. It is a good choice for experiments under a reducing environment, such as hydrogen flow.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
GSL-KR100 is a combustion gas module to dispose of residual flammable gas via a self-ignition heating coil. It is designed to pair with any MTI tube and atmosphere furnaces. It can also control the gas flow rate and communicate with a Honeywell hydrogen gas detector. It is a good choice for experiments under a reducing environment, such as hydrogen flow. The device also has an RJ45 ethernet port for remote control and monitoring.
SPECIFICATIONS
GSL-KR200 is a combustion gas module to dispose of residual flammable gas via a self-ignition heating coil. It is designed to pair with any MTI tube and atmosphere furnaces. It can also control the gas flow rate and communicate with a Honeywell hydrogen gas detector. It is a good choice for experiments under a reducing environment, such as hydrogen flow.













