Boiler Water Conductivity Sensor
Source: Mettler-Toledo Thornton, Inc.
Mettler-Toledo Thornton announces a new on-line conductivity sensor for industrial boilers that can measure directly in the blow-down line without sample cooling — saving on installation and operating costs. It enables continuous automatic blowdown control, which minimizes corrosion and scaling to a greater extent than with manual measurement and control. The reduced need for boiler shutdown, cleaning and repairs can pay for itself in months. At the same time, continuous measurement and control conserves energy and treatment chemicals by eliminating excessive blowdown going to waste.
Click Here To Download:
•Datasheet: Mettler-Toledo Thornton- High Temperature Conductivity Sensor For Industrial Boilers
•Application Note: Mettler- Toledo Thornton- High Temperature Conductivity Sensor For Inustrial Boilers
Mettler-Toledo Thornton announces a new on-line conductivity sensor for industrial boilers that can measure directly in the blow-down line without sample cooling — saving on installation and operating costs. It enables continuous automatic blowdown control, which minimizes corrosion and scaling to a greater extent than with manual measurement and control. The reduced need for boiler shutdown, cleaning and repairs can pay for itself in months. At the same time, continuous measurement and control conserves energy and treatment chemicals by eliminating excessive blowdown going to waste.
•Datasheet: Mettler-Toledo Thornton- High Temperature Conductivity Sensor For Industrial Boilers
•Application Note: Mettler- Toledo Thornton- High Temperature Conductivity Sensor For Inustrial Boilers
•Datasheet: Mettler-Toledo Thornton- High Temperature Conductivity Sensor For Industrial Boilers
•Application Note: Mettler- Toledo Thornton- High Temperature Conductivity Sensor For Inustrial Boilers
Mettler-Toledo Thornton announces a new on-line conductivity sensor for industrial boilers that can measure directly in the blow-down line without sample cooling — saving on installation and operating costs. It enables continuous automatic blowdown control, which minimizes corrosion and scaling to a greater extent than with manual measurement and control. The reduced need for boiler shutdown, cleaning and repairs can pay for itself in months. At the same time, continuous measurement and control conserves energy and treatment chemicals by eliminating excessive blowdown going to waste.
Able to operate well above conditions of conventional sensors, the Boiler Conductivity Sensor can directly measure samples up to 250 psig (17 bar) at 392° F (200° C). The Boiler Conductivity Sensor is used with the versatile Thornton M300 Transmitter which provides display, analog outputs and alarm relays plus on-off and PID control capability. It can also be used with the unique Thornton 770MAX Transmitter which accepts four sensor inputs in any combination of parameters including conductivity, pH, dissolved oxygen, flow, ORP, TOC, pressure and tank level, which are often used with boiler water treatment systems.
Click Here To Download:•Datasheet: Mettler-Toledo Thornton- High Temperature Conductivity Sensor For Industrial Boilers
•Application Note: Mettler- Toledo Thornton- High Temperature Conductivity Sensor For Inustrial Boilers
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