-40%
GEMS SENSORS XT-800 SERIES 4-20 mA CONTINUOUS TANK LEVEL TRANSMITTER
$ 237.07
- Description
- Size Guide
Description
ENERGY POWER SYSTEMSClick here to visit our eBay Store
GEMS SENSORS XT-800 SERIES 4-20 mA CONTINUOUS TANK LEVEL TRANSMITTER
Our items are industrial surplus. Original packaging may have shelf wear or be damaged. The item itself will be new and unused.
SPECIFICATIONS:
Manufacturer: Gems Sensors
Type: Continuous Level Transmitter
Series: XT-800
Description: XT-800-3-BB-BN-0.25-20-3900-J-H
Part Number: 608105
Material: Stainless Steel / Brass
Output: Analog
Conditioned Output: 4-20 mA
Search internet for: "Gems Sensors Instruction Bulletin No. 179685" for more information on the Transmitter.
© Energy Power Systems LLC. 2021 - 2022
SPECIFICATIONS: ---Manufacturer: Gems Sensors ---Type: Continuous Level Transmitter ---Series: XT-800 ---Description: XT-800-3-BB-BN-0.25-20-3900-J-H ---Part Number: 608105 ---Material: Stainless Steel / Brass ---Output: Analog ---Conditioned Output: 4-20 mA Search internet for: "Gems Sensors Instruction Bulletin No. 179685" for more information on the Transmitter.
ENERGY POWER SYSTEMS
GEMS SENSORS XT-800 SERIES 4-20 mA CONTINUOUS TANK LEVEL TRANSMITTER
Our items are industrial surplus. Original packaging may have shelf wear or be damaged. The item itself will be new and unused.
SPECIFICATIONS:
Manufacturer: Gems Sensors
Type: Continuous Level Transmitter
Series: XT-800
Description: XT-800-3-BB-BN-0.25-20-3900-J-H
Part Number: 608105
Material: Stainless Steel / Brass
Output: Analog
Conditioned Output: 4-20 mA
Search internet for: "Gems Sensors Instruction Bulletin No. 179685" for more information on the Transmitter.
© Energy Power Systems LLC. 2021 - 2022
SPECIFICATIONS:
Manufacturer: Gems Sensors
Type: Continuous Level Transmitter
Series: XT-800
Description: XT-800-3-BB-BN-0.25-20-3900-J-H
Part Number: 608105
Material: Stainless Steel / Brass
Output: Analog
Conditioned Output: 4-20 mA
Search internet for: "Gems Sensors Instruction Bulletin No. 179685" for more information on the Transmitter.