Gestra LRGT 16-1 PN40 COMPACT ELECTRODE


Gestra LRGT 16-1 PN40  COMPACT ELECTRODE Image

Are you interested in the product Gestra LRGT 16-1 PN40 COMPACT ELECTRODE from manufacturer Gestra with code LRGT 16-1 PN40 COMPACT ELECTRODE? 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 Gestra LRGT 16-1 PN40 COMPACT ELECTRODE from our live support team now!

Description The compact-design conductivity transmitter LRGT 16-1, LRGT 16-2, LRGT 17-1 consists of a conductivity electrode, a temperature sensor for detecting the fluid temperature and a conductivity transmitter unit incorporated in the terminal box. The conductivity transmitters LRGT 16-1 and LRGT 17-1 work according to the conductometric measuring method using two measuring electrodes and the conductivity transmitter LRGT 16-2 works according to the conductometric measuring method using four measuring electrodes. The equipment measures the electrical conductivity of electrically conductive fluids (TDS = Total Dissolved Solids content) and provides a 4-20 mA measuring current as a function of the detected conductivity value. Conductivity transmitters are used in combination with the following equipment as conductivity limiters and continuous blowdown controllers in steam boilers: Conductivity controller LRR 1-51, LRR 1-53 and industrial controller KS 90-1. Conductivity transmitters can also be used as conductivity monitoring equipment in condensate and feedwater systems. The conductivity transmitters LRGT 16-1, LRGT 17-1 are mainly used in steam boilers with low TDS content, e.g. steam regenerators, high-pressure boilers or condensate tanks. The conductivity transmitter LRGT 16-1 is also approved for feedwater monitoring on ships. The conductivity transmitter LRGT 16-2 is mainly used in industrial boiler plants operating with pressures up to PN 40 and max. admissible conductivities acc. to TRD/EN of 6000 ?S/cm.