GF Signet 8850 Conductivity / Resistivity Transmitter

ProcessPro single channel conductivity/resistivity transmitter.

GF Signet 8850 Wall Mount Conductivity/Resistivity Transmitter
GF Signet 8850 Panel Mount Conductivity/Resistivity Transmitter

Retired products cannot be ordered

The GF Signet 9900 Transmitter is the recommended replacement

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Manufactured

By Georg Fischer / GF Signet

Includes

FREE Ground Shipping on orders of $1,000 or more
FREE Lifetime Tech Support

Features

Accuracy: 2% of reading
Meets USP requirements for raw conductivity measurements
Display choices of μS, mS, KΩ MΩ, PPM (TDS)
Simulate function
Programmable temperature compensation
Relay and open collector options
Dual output option allows temperature and process signal transmission
NEMA 4X/IP65 enclosure with selfhealing window
Compatible with ALL Signet conductivity electrodes

The GF Signet 8850 Conductivity / Resistivity Transmitter is designed for multiple installation options, simple set-up and easy operation. The GF Signet 8850 Conductivity / Resistivity Transmitter satisfies a broad range of application requirements.

Full microprocessor based electronics allow for a wide operating range and long term signal stability in the GF Signet 8850 Conductivity / Resistivity Transmitter. Three different instrument versions are available: the GF Signet 8850-1 for a traditional two-wire current loop, the GF Signet 8850-2 features current loop plus two dry contact relays, or the GF Signet 8850-3 with two-wire current loop, one sensor input signal and two current loop outputs. The GF Signet 8850 Conductivity / Resistivity Transmitter is offered with a NEMA 4X/IP65 front panel with a self-healing window in a convenient 1/4 DIN package for easy mounting. The GF Signet 8850 Conductivity / Resistivity Transmitter can be configured via a simple menu system.

In addition to programmable outputs and relays, the GF Signet 8850 Conductivity / Resistivity Transmitter can also be set up to measure raw conductivity values, hence meeting USP requirements.