Suitable for use on food processing equipment, the completely sealed stainless steel stem makes Rototherm Light Bimetallic Thermometers the ideal choice.
Perspex windows can be supplied in place of glass if required
84-24-3974 7541
Peteco: 84-24-3974 7541
Suitable for use on food processing equipment, the completely sealed stainless steel stem makes Rototherm Light Bimetallic Thermometers the ideal choice.
Perspex windows can be supplied in place of glass if required
100mm & 160mm dial sizes
• Stainless steel case (316 option)
• All stainless steel construction
• Back or bottom entry versions
• Available with a wide range of thermowells
• Can be fitted with electrical contacts
Where a display is required some distance from the sensing point, for example on an instrument panel, capillary thermometers should be used. The dial can be located up to 30 metres from the sensing point and isolated from dirt and vibration. The sensing bulb is connected by stainless steel microbore capillary, protected by stainless
steel tubing. For severe conditions, flexible armour can extend the entire length of the capillary. Alternative protections can be specified if required.
Models
NC1 General Purpose capillary Thermometers
Tough accurate thermometers housed in a gasket sealed diecast aluminium case with adjustable zero.
NC2 Stainless Steel Cased Thermometers
Reliable, accurate industrial thermometers housed in a stainless steel case with the option of 100mm or 160mm diameter dial.
100mm & 160mm dial sizes
• Stainless steel case (316 option)
• All stainless steel construction
• Back or bottom entry versions
• Available with a wide range of thermowells
• Can be fitted with electrical contacts
Where a display is required some distance from the sensing point, for example on an instrument panel, capillary thermometers should be used. The dial can be located up to 30 metres from the sensing point and isolated from dirt and vibration. The sensing bulb is connected by stainless steel microbore capillary, protected by stainless
steel tubing. For severe conditions, flexible armour can extend the entire length of the capillary. Alternative protections can be specified if required.
Models
NC1 General Purpose capillary Thermometers
Tough accurate thermometers housed in a gasket sealed diecast aluminium case with adjustable zero.
NC2 Stainless Steel Cased Thermometers
Reliable, accurate industrial thermometers housed in a stainless steel case with the option of 100mm or 160mm diameter dial.
100mm & 160mm dial sizes
• Fitted with unique anti-resonant section to dampen the effects of vibration
• Back or bottom entry versions
The Rototherm range of diesel exhaust thermometers provide an accurate and reliable indication of the exhaust gas temperature of diesel engines and generators.
The stem is fitted with a unique anti-resonant section which dampens out vibration of the instrument head, and eliminates the need for oil filling.
The use of the capillary type enables all the dials to be located on a single panel to provide immediate visual comparison of the performance of each cylinder.
100mm & 160mm dial sizes
• Fitted with unique anti-resonant section to dampen the effects of vibration
• Back or bottom entry versions
The Rototherm range of diesel exhaust thermometers provide an accurate and reliable indication of the exhaust gas temperature of diesel engines and generators.
The stem is fitted with a unique anti-resonant section which dampens out vibration of the instrument head, and eliminates the need for oil filling.
The use of the capillary type enables all the dials to be located on a single panel to provide immediate visual comparison of the performance of each cylinder.
High-temperature combustion, annealing and melting processes are usually executed without pressure at temperature up to 1800 °C (3272 °F). As a result, the selection of the appropriate thermowell is the greatest challenge for temperature measurement. Both the thermowell materials’ temperature resistance and their resistance to aggressive media are decisive. In conjunction with the appropriate thermocouple, the thermowell has a considerable effect on the temperature sensor’s measuring accuracy and service life.
You can benefit from optimal plant productivity and efficiency by selecting the appropriate and correctly dimensioned temperature sensor.
High-temperature combustion, annealing and melting processes are usually executed without pressure at temperature up to 1800 °C (3272 °F). As a result, the selection of the appropriate thermowell is the greatest challenge for temperature measurement. Both the thermowell materials’ temperature resistance and their resistance to aggressive media are decisive. In conjunction with the appropriate thermocouple, the thermowell has a considerable effect on the temperature sensor’s measuring accuracy and service life.
You can benefit from optimal plant productivity and efficiency by selecting the appropriate and correctly dimensioned temperature sensor.