Product Name: KSR Kuebler FLR-S Reed Level Transmitter
Brand: KSR Kuebler
Product Code: FLR-S
Tags: KSR Kuebler
Kuebler FLR-S Transmitter
KSR FLR-S Level Transmitter
KSR Kuebler Level
FLR-S Level
FLR-S Reed Level Transmitter
KSR Kuebler Reed Transmitter
KSR Kuebler FLR-S Reed Level
KSR Kuebler Transmitter
FLR-S Reed Transmitter
Kuebler Transmitter
KSR Reed Level
KSR FLR-S Transmitter
KSR Reed Transmitter
KSR Reed Level Transmitter
Kuebler FLR-S Level
Kuebler FLR-S Reed
KSR Level
Reed Level Transmitter
Are you interested in the product KSR Kuebler FLR-S Reed Level Transmitter from manufacturer KSR Kuebler with code FLR-S? Contact us now and get offer. Imtek Engineering, the fastest and most reliable industrial equipment supplier in the world, will offer you the best offer!
Get Offer With E-Mail: info@im-tek.com
Get a offer for KSR Kuebler FLR-S Reed Level Transmitter from our live support team now!
Applications Level measurement for almost all liquid media Chemical, petrochemical industry, natural gas, offshore, shipbuilding, machine building, power generating equipment, power plants Process water and drinking water treatment, food and beverage industry, pharmaceutical industry Special features Process- and system-specific solutions possible Operating limits:- Operating temperature: T = -80 ... +200 °C- Operating pressure: P = Vacuum up to 80 bar- Limit density: ? ?400 kg/m3 Wide variety of different electrical connections, process connections and materials Optionally with programmable and configurable head-mounted transmitter for 4 ... 20 mA field signals, HART®, PROFIBUS® PA and FOUNDATION™ Fieldbus Explosion-protected versions (option) Description The model FLR sensors with reed measuring chain are used for level measurement in liquid media. They work on the float principle with magnetic transmission. The float's magnetic system in the guide tube actuates a resistance measuring chain that corresponds to a 3-wire potentiometer circuit. The measurement voltage generated by this is proportional to the fill level. The measurement voltage is very finely-stepped due to the contact separation of the measuring chain and is thus virtually continuous. Depending on the requirements several different contact separations are available.