orp controller Equipment in Tajikistan

Serving Tajikistan | Near Tajikistan
73 Results found
  • Category: Water & Wastewater ×

  • Subcategory: pH & ORP Monitoring ×

  • Keyword: orp controller ×

  • Location: Asia & Middle East ×

  • Location: Tajikistan ×

Myron L - Model 720 Series II - pH/ORP Monitor/Controllers

by Myron L Company     based in Carlsbad, CALIFORNIA (USA)

The advanced “isolated” circuitry of the 720 Series II pH/ORP Monitor/ controllers guarantees accurate and reliable measurements — completely eliminating ground-loop and noise issues.

DULCOTEST - Model ORP - Sensors

by ProMinent Group - ProMinent GmbH     based in Heidelberg, GERMANY

Measuring range -1,500 … +1,500 mV. ORP measurements with DULCOTEST sensors: Precise, reliable and application-adapted measured values in real time. Can be used in water treatment or industrial process waters with strict requirements.

IC Controls - Model orp-kit - ORP Calibration Kit

by IC Controls Ltd.     based in Orangeville, ONTARIO (CANADA)

The ORP calibration kit conveniently packages the requirements for ORP calibrations in the right amounts for easy use. The necessary utensils and accessories, made of durable plastic, are included in the kit. Using this kit you are assured of reliable and accurate results while at the same time the technician's job is made easier.

HC200 ORP Controller

by Awa Instruments     based in Singapore, SINGAPORE

Durable, compact design, waterproof and comes with LED display.

IC Controls - Model 650 - Economical Two-Wire pH Transmitter

by IC Controls Ltd.     based in Orangeville, ONTARIO (CANADA)

IC CONTROLS brings you economy in a two-wire microprocessor transmitter. The 50-series microprocessor makes these transmitters flexible and easy to use. The transmitter is easy to install in a surface-mounting 10x10x10 cm (4x4x4 inch) size NEMA 4X (IP 65) water-shedding and corrosion-resistant plastic case, which can be supplied with pipe- or ...

IC Controls - Model 653 - Two-Wire pH / ORP Transmitter

by IC Controls Ltd.     based in Orangeville, ONTARIO (CANADA)

IC CONTROLS has incorporated microprocessor technology into the two-wire transmitters. pH and ORP measurement can be critical to your process and must be strictly monitored and maintained. Analyzer intelligence goes beyond measurement and control, providing the user with calibration data including sensor cell constant, range and diagnostics. ...

IC Controls - Model 647 - Submersible pH/ORP Sensor - Resistant to Sulfide, Cyanide and Ammonia

by IC Controls Ltd.     based in Orangeville, ONTARIO (CANADA)

This sensor is designed to survive in sulfides, cyanides and ammonia environments often found in Mines, Concentrators and Refineries. It is bigger and more rugged (shown in the left and right) than a conventional pH sensors (shown in the middle) and lasts 3 to 5 times longer. The patented 'solid polymer' pH reference design is used to give fast ...

IC Controls - Model 642 - Process Combination pH Sensor

by IC Controls Ltd.     based in Orangeville, ONTARIO (CANADA)

The IC Controls model 642 pH sensor is a low-cost solution to traditional leakage problems associated with submersible pH sensors. The sensor assembly is designed to work with the electronics package located in a junction box above the liquid level. The assembly is completely encapsulated and comes with a standard 3 meter (10 foot) lead. This ...

IC Controls - Model 627 - Quick-Union pH/ORP Sensor - Resistant to Sulfide, Cyanide and Ammonia

by IC Controls Ltd.     based in Orangeville, ONTARIO (CANADA)

This sensor is designed to survive in sulfides, cyanides and ammonia environments often found in Mines, Concentrators and Refineries. It is bigger and more rugged than a conventional pH sensors and lasts 3 to 5 times longer. The patented 'solid polymer' pH reference design is used to give fast response and long life even with constantly ...

IC Controls - Model 615 - Pure-Water pH Sensor

by IC Controls Ltd.     based in Orangeville, ONTARIO (CANADA)

Benefits for Pure Water Measurement; Close spacing between sensor components sharply reduces high impedence and ion effects for stable pH readings. Small internals allow low-flow with fast pH response.

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