By Item Number

Walchem ST-772-P Pump Parts, Kits & Accessories, SENSOR, PYXIS, SUBM OPTICAL DO, CPVC, 20 PPM. This Pyxis series sensor is a submersible optical dissolved oxygen (DO) sensor specifically constructed with chlorinated polyvinyl chloride (CPVC)...

Walchem ST-772-P Pump Parts, Kits & Accessories, SENSOR, PYXIS, SUBM OPTICAL DO, CPVC, 20 PPM. This Pyxis series sensor is a submersible optical dissolved oxygen (DO) sensor specifically constructed with chlorinated polyvinyl chloride (CPVC) material...

Walchem ST-772T Pump Parts, Kits & Accessories, SENSOR, PYXIS, INLINE OPTICAL DO, 0.004-20.00 PPM. This Pyxis series sensor is an inline optical dissolved oxygen (DO) sensor with a calibration range spanning from 0.004 to 20.00 parts per million...

ST-772 Walchem Chemical Metering Pump Repair Parts & Accessories: SENSOR, PYXIS, OPTICAL DO, 0.004-20.00 PPM. This Pyxis series sensor is an optical dissolved oxygen (DO) sensor with a calibration range spanning from 0.004 to 20.00 parts per million...

FLOW TEE, PYXIS, FOR LT-73X SENSORS

FLOW RESERVOIR W/ WIPER, PYXIS, FOR LT-73X SENSORS

FLOW RESERVOIR, PYXIS, FOR LT-73X SENSORS

LT-73X Series Ultra-Low Inline Turbidity Sensors The LT-73X Series are proprietary inline turbidity sensors offered in a variety of ranges from 0.001 to 1,000 NTU with ultra-low resolution. Sensor format details are provided in the specification table of...

LT-73X Series Ultra-Low Inline Turbidity Sensors The LT-73X Series are proprietary inline turbidity sensors offered in a variety of ranges from 0.001 to 1,000 NTU with ultra-low resolution. Sensor format details are provided in the...

LT-73X Series Ultra-Low Inline Turbidity Sensors The LT-73X Series are proprietary inline turbidity sensors offered in a variety of ranges from 0.001 to 1,000 NTU with ultra-low resolution. Sensor format details are provided in the...

LT-73X Series Ultra-Low Inline Turbidity Sensors The LT-73X Series are proprietary inline turbidity sensors offered in a variety of ranges from 0.001 to 1,000 NTU with ultra-low resolution. Sensor format details are provided in the...

LT-73X Series Ultra-Low Inline Turbidity Sensors The LT-73X Series are proprietary inline turbidity sensors offered in a variety of ranges from 0.001 to 1,000 NTU with ultra-low resolution. Sensor format details are provided in the...

LT-73X Series Ultra-Low Inline Turbidity Sensors The LT-73X Series are proprietary inline turbidity sensors offered in a variety of ranges from 0.001 to 1,000 NTU with ultra-low resolution. Sensor format details are provided in the...

PTSA and Fluorescent Polymer Dual Inline Sensor The new ST-588 inline sensor is a proprietary design for the direct measurement of both PTSA (365nm ex/ 410nm em) and “Fluorescent Polymer” (410nm ex / 450nm em) for use in industrial cooling...

Fluorescent Polymer Inline Sensor The new ST-590 inline sensor is designed for the direct measurement of “Fluorescent Polymer” with a 410nm excitation and 450nm emission for use in industrial cooling water and process treatment applications...

ST-565 Inline Azole Fluorometer (HST) ST-565 is a UV excited fluorescence probe for measuring the concentration of halogen stable triazole (HST) in cooling tower water in the range of 0 to 7.5 ppm. Specifications

Sensor, Pyxis, Inline Fluorescein, CPVC

ST-500 Series PTSA Inline Sensor Description The ST-500 Series inline sensor platform is a proprietary design for the direct measurement of PTSA (Pyrenetetrasulfonic Acid, CAS# 59572-10-0) utilizing LED UV light sources (365nm ex/ 410nm em) for use in...

HM-900 Oil-in-Water Portable Analyzer The Pyxis HM-900 is a handheld portable fluorometer designed to measure the concentration of multiple oils in water. It uses an LED-sourced UV fluorescence methodology at a 365nm wavelength and 410nm excitation. The...

SP-600 Water Multimeter & Colorimeter in ONE The Pyxis SP-600 is a unique handheld multimeter specifically designed to provide added value and ease of use to the Industrial, Environmental, Commercial and Municipal Water market users. This military...