$750 - $1000

DO6442/T/MB2/20/TL/TL DO Sensor, 20ft cable, 0-200%, Modbus 485 output, 24V DC powered Req., Range 0-300%,wiring:Red=+,Blk=-,Wht=MB by Sensorex

The DO6400 & 7400 series dissolved oxygen sensors feature a large capacity electrolyte holder, positive fit, easy to replace membrane and dependable galvanic cell technology for long term deployment. The body design ensures a good grip when wet. Ideal for Aquaculture and wastewater monitoring applications, these sensors require minimal maintenance. PTFE or High-Density Polyethylene (HDPE) membranes are available. 2 Replacement membranes, installation tool and electrolyte are included. Additional maintenance parts are in convenient kits (see ordering information). Sensors with mV output as well as built-in 4-20mA output in 0-100% and 0-200% saturation range are available. In addition, Modbus-485 output versions with 0-100% or 0-300% range are available.

Digital Communication for More Process Visibility:

• Modbus and 4-20 mA output options now available
• Con guration and calibration can be done using web based software

Easy to Install and Maintain

• Membranes can be replaced quickly
• Designed to have good grip even when sensor is wet

Long Lasting Life

• Proven and dependable galvanic cell technology with large solution capacity
• Replacement membranes, electrolyte, and installation tool are included

DO6442TC/T DO Sensor, 4-20mA, 0-200%, TC by Sensorex

The DO6400 & 7400 series dissolved oxygen sensors feature a large capacity electrolyte holder, positive fit, easy to replace membrane and dependable galvanic cell technology for long term deployment. The body design ensures a good grip when wet. Ideal for Aquaculture and wastewater monitoring applications, these sensors require minimal maintenance. PTFE or High-Density Polyethylene (HDPE) membranes are available. 2 Replacement membranes, installation tool and electrolyte are included. Additional maintenance parts are in convenient kits (see ordering information). Sensors with mV output as well as built-in 4-20mA output in 0-100% and 0-200% saturation range are available. In addition, Modbus-485 output versions with 0-100% or 0-300% range are available.

Digital Communication for More Process Visibility:

• Modbus and 4-20 mA output options now available
• Con guration and calibration can be done using web based software

Easy to Install and Maintain

• Membranes can be replaced quickly
• Designed to have good grip even when sensor is wet

Long Lasting Life

• Proven and dependable galvanic cell technology with large solution capacity
• Replacement membranes, electrolyte, and installation tool are included

DO7442TC/T DO Sensor Lead Anode, 10ft, TL, TC= by Sensorex

Your Dissolved Oxygen (DO) sensor is a galvanic electrochemical device; i.e. it does not require power from your meter or controller to generate its signal. The DO sensor will provide a millivolt signal proportional to the concentration of oxygen in the water (model DO7400, DO7400TC) or 4-20mA current output (models DO7441 and DO7442). The signal output is proportional to ppm of oxygen for probes with millivolt signal output or changes linearly with ppm of oxygen sensors with 4-20mA output. The partial pressure of oxygen, which is directly proportional to the percent saturation of oxygen in a specified sample, can be calculated based upon the oxygen solubility which is a function of temperature, salinity, total atmospheric pressure, etc.

Your Dissolved Oxygen sensor consists of an cathode, anode and an electrolyte separated from your process fluid by an oxygen permeable membrane. The oxygen passing through the membrane reacts at the cathode, giving up electrons, which produces an electrical current.

ITCS3020-3-A-1-CC-3-A-1 Toroidal Cond Sensor, MB, 24V, TC, 10Ft, TL, 3/4" MNPT, 2" FL by Sensorex

Sensorex's ITCS3020 Smart General Purpose Noryl Toroidal Conductivity Sensor aims to reduce maintenance and installation time. Using our free web-based software, configuration and calibration can be done quickly! All of this is possible due to the digital architecture. The sensor communicates directly via 4-20 mA and Modbus output. Noryl body is also resistant to corrosion, coating and fouling. It also measures up to 0 – 2,000,000 uS.

Reduce Maintenance Time and Increase Process Visibility

• Communicates directly via 4-20mA or Modbus output
• Configuration and calibration done with free web-based software

Resistant to Corrosion, Coating, and Fouling

• Noryl body has a wide solvent tolerance temperature stability
• Can be installed in both in-line and submersion applications

Wide Measurement Range

• Can measure conductivity from 0 - 2,000,000 uS

ITCS3020-3-B-1-CC-3-A-1 Toroidal Cond Sensor, MB, 24V, TC, 10Ft, TL, 3/4" MNPT, 2" FL by Sensorex

Sensorex's ITCS3020 Smart General Purpose Noryl Toroidal Conductivity Sensor aims to reduce maintenance and installation time. Using our free web-based software, configuration and calibration can be done quickly! All of this is possible due to the digital architecture. The sensor communicates directly via 4-20 mA and Modbus output. Noryl body is also resistant to corrosion, coating and fouling. It also measures up to 0 – 2,000,000 uS.

Reduce Maintenance Time and Increase Process Visibility

• Communicates directly via 4-20mA or Modbus output
• Configuration and calibration done with free web-based software

Resistant to Corrosion, Coating, and Fouling

• Noryl body has a wide solvent tolerance temperature stability
• Can be installed in both in-line and submersion applications

Wide Measurement Range

• Can measure conductivity from 0 - 2,000,000 uS

ITCS3020-3-B-1-CD-3-A-1 Toroidal Cond Sensor, MB, 24V, TC, 20Ft, TL, 3/4" MNPT, 2" FL by Sensorex

Sensorex's ITCS3020 Smart General Purpose Noryl Toroidal Conductivity Sensor aims to reduce maintenance and installation time. Using our free web-based software, configuration and calibration can be done quickly! All of this is possible due to the digital architecture. The sensor communicates directly via 4-20 mA and Modbus output. Noryl body is also resistant to corrosion, coating and fouling. It also measures up to 0 – 2,000,000 uS.

Reduce Maintenance Time and Increase Process Visibility

• Communicates directly via 4-20mA or Modbus output
• Configuration and calibration done with free web-based software

Resistant to Corrosion, Coating, and Fouling

• Noryl body has a wide solvent tolerance temperature stability
• Can be installed in both in-line and submersion applications

Wide Measurement Range

• Can measure conductivity from 0 - 2,000,000 uS

ITCS3020-MA/2000 Smart Toroidal Conductivity Sensor, Noryl body, 4-20 mA output, 0-2000 mS Range, 20 ft cable by Sensorex

Sensorex's ITCS3020 Smart General Purpose Noryl Toroidal Conductivity Sensor aims to reduce maintenance and installation time. Using our free web-based software, configuration and calibration can be done quickly! All of this is possible due to the digital architecture. The sensor communicates directly via 4-20 mA and Modbus output. Noryl body is also resistant to corrosion, coating and fouling. It also measures up to 0 – 2,000,000 uS.

Reduce Maintenance Time and Increase Process Visibility

• Communicates directly via 4-20mA or Modbus output
• Configuration and calibration done with free web-based software

Resistant to Corrosion, Coating, and Fouling

• Noryl body has a wide solvent tolerance temperature stability
• Can be installed in both in-line and submersion applications

Wide Measurement Range

• Can measure conductivity from 0 - 2,000,000 uS

ITCS3020-MA/500 Smart Toroidal Conductivity Sensor, Noryl body, 4-20 mA output, 0-500 mS Range, 20 ft cable by Sensorex

Sensorex's ITCS3020 Smart General Purpose Noryl Toroidal Conductivity Sensor aims to reduce maintenance and installation time. Using our free web-based software, configuration and calibration can be done quickly! All of this is possible due to the digital architecture. The sensor communicates directly via 4-20 mA and Modbus output. Noryl body is also resistant to corrosion, coating and fouling. It also measures up to 0 – 2,000,000 uS.

Reduce Maintenance Time and Increase Process Visibility

• Communicates directly via 4-20mA or Modbus output
• Configuration and calibration done with free web-based software

Resistant to Corrosion, Coating, and Fouling

• Noryl body has a wide solvent tolerance temperature stability
• Can be installed in both in-line and submersion applications

Wide Measurement Range

• Can measure conductivity from 0 - 2,000,000 uS

ITCS3020-MB/2000 Smart Toroidal Conductivity Sensor, Noryl body, 485 Modbus output, 0-2000 mS Range, 20 ft cable by Sensorex

Sensorex's ITCS3020 Smart General Purpose Noryl Toroidal Conductivity Sensor aims to reduce maintenance and installation time. Using our free web-based software, configuration and calibration can be done quickly! All of this is possible due to the digital architecture. The sensor communicates directly via 4-20 mA and Modbus output. Noryl body is also resistant to corrosion, coating and fouling. It also measures up to 0 – 2,000,000 uS.

Reduce Maintenance Time and Increase Process Visibility

• Communicates directly via 4-20mA or Modbus output
• Configuration and calibration done with free web-based software

Resistant to Corrosion, Coating, and Fouling

• Noryl body has a wide solvent tolerance temperature stability
• Can be installed in both in-line and submersion applications

Wide Measurement Range

• Can measure conductivity from 0 - 2,000,000 uS

ITCS3020-MB/500 Smart Toroidal Conductivity Sensor, Noryl body, 485 Modbus output, 0-500 mS Range, 20 ft cable by Sensorex

Sensorex's ITCS3020 Smart General Purpose Noryl Toroidal Conductivity Sensor aims to reduce maintenance and installation time. Using our free web-based software, configuration and calibration can be done quickly! All of this is possible due to the digital architecture. The sensor communicates directly via 4-20 mA and Modbus output. Noryl body is also resistant to corrosion, coating and fouling. It also measures up to 0 – 2,000,000 uS.

Reduce Maintenance Time and Increase Process Visibility

• Communicates directly via 4-20mA or Modbus output
• Configuration and calibration done with free web-based software

Resistant to Corrosion, Coating, and Fouling

• Noryl body has a wide solvent tolerance temperature stability
• Can be installed in both in-line and submersion applications

Wide Measurement Range

• Can measure conductivity from 0 - 2,000,000 uS

LPM100 Loop Powered 4-20mA Transmitter - UVT-SW by Sensorex

The LPM100 is a durable, versatile loop powered process meter - the ideal read out display solution for challenging applications. Loop power reduces the use of power lines, while the simple interface ensures user-friendliness. Complete a quick and adaptable installation and your system will be ready for process monitoring.

• Large, sleek 3 1/2 digit display
• Simple installation and operation
• Versatile mounting options with rotatable display
• Superior durability for demanding applications
• Increased visibility with loop powered back-light
• Compatible with Sensorex 4-20 mA output sensors

Compatibility

Recommended for local display of data from Sensorex sensors with a 4-20 mA output, including:

• UVT-LED-PW UV Transmittance Sensors
• FCL500 Free Chlorine Sensors
• DO6440/T Dissolved Oxygen Sensors
• CLD500 Chlorine Dioxide Sensors

S675TK 12" ATC Insertion Kit, 1", for S656K, PVDF by Sensorex

Without the need for system shutdown for electrode maintenance, the insertion assembly allows pH measurements to be made in pressurized tanks and main lines. The assembly's adjustable insertion depth allows it to be placed in a turbulent flow region, enabling it to operate in the selfcleaning mode.

In abrasive applications, the electrode is best positioned flush with the pipe wall or tank wall. High suspended solids and viscous liquid pH measurements are simple with the insertion assembly and electrode pair. The specially designed internal makes the electrode mountable in virtually any direction, including inverted. A 1" full-port ball-valve (Sensorex BV-1) is recommended for installation.

New part number S656CD has four protective pads to reduce pH glass breakage. The S656CD replaces the 970283 which is now obsolete. In addition to the protective pad feature, the S656CD also includes our high performance acrylamide gel that provides longer life in many applications.

• Quick disconnect design saves time and money
• Installs in seconds, no tools necessary
• Flat-surface design resists coating
• CPVC or PVDF construction
• Available with or without ATC elements
• Protective tip reduces pH glass breakage (S656CD)

S675TK/CSTM Insertion Assembly by Sensorex

Without the need for system shutdown for electrode maintenance, the insertion assembly allows pH measurements to be made in pressurized tanks and main lines. The assembly's adjustable insertion depth allows it to be placed in a turbulent flow region, enabling it to operate in the selfcleaning mode.

In abrasive applications, the electrode is best positioned flush with the pipe wall or tank wall. High suspended solids and viscous liquid pH measurements are simple with the insertion assembly and electrode pair. The specially designed internal makes the electrode mountable in virtually any direction, including inverted. A 1" full-port ball-valve (Sensorex BV-1) is recommended for installation.

New part number S656CD has four protective pads to reduce pH glass breakage. The S656CD replaces the 970283 which is now obsolete. In addition to the protective pad feature, the S656CD also includes our high performance acrylamide gel that provides longer life in many applications.

• Quick disconnect design saves time and money
• Installs in seconds, no tools necessary
• Flat-surface design resists coating
• CPVC or PVDF construction
• Available with or without ATC elements
• Protective tip reduces pH glass breakage (S656CD)

SD7000CD pH Sensor, Differential, Replace GLI/Hach by Sensorex

The SD7000CD and SD7000CD-ORP pH & ORP sensors are a reliable, low maintenance solution for online process control. By employing differential sensor technology, these products offer advantages over conventional combination sensors. The differential design employs two glass electrodes, which record pH or ORP measurements differentially with respect to a third metal electrode. Using a second glass electrode to create a standard reference cell permits the use of a known buffer solution, which resists pH change. Consequently, the reference cell is less susceptible to contamination, which might otherwise lead to additional maintenance and downtime. This technique also provides unsurpassed accuracy by virtually eliminating ground loops. In environments with rapid temperature changes, the SD7000 series ensures measurement accuracy through built-in quick response automatic temperature compensation (ATC). Extended sensor lifetime can be achieved by replacing the sensor reference (salt bridge), a feature that is impossible for conventional combination models. The benefits of differential sensor technology make the SD7000 series an excellent solution for difficult applications, including high temperature and high pressure process control.

Features:

• Extended electrode lifetime with minimal maintenance
• Simple upkeep with replaceable reference cell junction
• Superior accuracy through elimination of ground loops
• Buffered reference cell solution resists contamination
• Flexible deployment options with longer cable lengths
• Suitable for rapidly fluctuating temperature conditions

SD7420CD Differential pH Probe (Direct 4-20mA Output) by Sensorex

Differential sensors have longer working lifetimes

The differential design employs two glass electrodes, which record pH or ORP measurements differentially with respect to a third metal electrode. The reference cell of a differential sensor is actually a measuring electrode in a concentrated pH 7.0 buffer solution rather than a traditional silver/silver chloride reference. This type of reference cell resists contamination by the sample, improving measurement accuracy and extending sensor lifetime.

Save time and money with quick and easy maintenance

With differential technology, you won't have to replace the entire sensor after just a few months. Simply replace the salt bridge and refill the reference solution to keep your electrode working longer.

Don't want to purchase a transmitter or controller?

You don't have to. With a direct 4-20mA output, these differential sensors can be hooked up to a PLC or SCADA system with no transmitter or controller required.

Reliable performance in variable operating conditions

The differential design provides unsurpassed accuracy by virtually eliminating ground loops. Automatic temperature compensation ensures measurement accuracy in environments with rapid temperature changes. Durable Ryton® PPS body construction for extensive chemical compatibility.

Features:

• Employs differential measurement technique
• Complete encapsulation protects internal electronics
• Buffered reference cell solution resists contamination
• Superior accuracy through elimination of ground loops
• No transmitter required: direct 4-20mA output signalTwo year limited warranty