OMEGA Engineering, Inc. Temperature Controllers for Lab Heaters CPP940 & CBC990

Description
The OMEGALUX® percentage controller is a manually adjustable control which provides variable selection of average heater power. The controller varies the proportion of “off” and “on” time of the heater. Thermal characteristics of the heated item will determine the setting of the manually adjustable controller knob. The controller does not use a temperature sensor; therefore, operation requires occasional supervision under changing load conditions. OMEGALUX® percentage controllers are designed for indoor use to control the temperature of small tanks, laboratory heaters, pipes, and drums in which the control of average power is desired and precise control is not required. CBC controllers are designed for indoor use to control the temperature of small tanks, drums, pipes or other applications requiring automatic temperature control. The OMEGALUX® Series CBC controller utilizes a bulb and capillary type sensor to control a single pole, single throw switch. Once the temperature is set, it is automatically maintained by the controller. The control is housed in a rugged cast aluminum enclosure and has an easy-to-read dial. No wiring is required, as the heater is plugged into the control unit.
Datasheet
Description
The OMEGALUX® percentage controller is a manually adjustable control which provides variable selection of average heater power. The controller varies the proportion of “off” and “on” time of the heater. Thermal characteristics of the heated item will determine the setting of the manually adjustable controller knob. The controller does not use a temperature sensor; therefore, operation requires occasional supervision under changing load conditions. OMEGALUX® percentage controllers are designed for indoor use to control the temperature of small tanks, laboratory heaters, pipes, and drums in which the control of average power is desired and precise control is not required. CBC controllers are designed for indoor use to control the temperature of small tanks, drums, pipes or other applications requiring automatic temperature control. The OMEGALUX® Series CBC controller utilizes a bulb and capillary type sensor to control a single pole, single throw switch. Once the temperature is set, it is automatically maintained by the controller. The control is housed in a rugged cast aluminum enclosure and has an easy-to-read dial. No wiring is required, as the heater is plugged into the control unit.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Temperature Controllers for Lab Heaters - CPP940 & CBC990 - OMEGA Engineering, Inc.
Norwalk, CT, USA
Temperature Controllers for Lab Heaters
CPP940 & CBC990
Temperature Controllers for Lab Heaters CPP940 & CBC990
The OMEGALUX® percentage controller is a manually adjustable control which provides variable selection of average heater power. The controller varies the proportion of “off” and “on” time of the heater. Thermal characteristics of the heated item will determine the setting of the manually adjustable controller knob. The controller does not use a temperature sensor; therefore, operation requires occasional supervision under changing load conditions. OMEGALUX® percentage controllers are designed for indoor use to control the temperature of small tanks, laboratory heaters, pipes, and drums in which the control of average power is desired and precise control is not required. CBC controllers are designed for indoor use to control the temperature of small tanks, drums, pipes or other applications requiring automatic temperature control. The OMEGALUX® Series CBC controller utilizes a bulb and capillary type sensor to control a single pole, single throw switch. Once the temperature is set, it is automatically maintained by the controller. The control is housed in a rugged cast aluminum enclosure and has an easy-to-read dial. No wiring is required, as the heater is plugged into the control unit.

The OMEGALUX® percentage controller is a manually adjustable control which provides variable selection of average heater power. The controller varies the proportion of “off” and “on” time of the heater. Thermal characteristics of the heated item will determine the setting of the manually adjustable controller knob. The controller does not use a temperature sensor; therefore, operation requires occasional supervision under changing load conditions.

OMEGALUX® percentage controllers are designed for indoor use to control the temperature of small tanks, laboratory heaters, pipes, and drums in which the control of average power is desired and precise control is not required.
CBC controllers are designed for indoor use to control the temperature of small tanks, drums, pipes or other applications requiring automatic temperature control.
The OMEGALUX® Series CBC controller utilizes a bulb and capillary type sensor to control a single pole, single throw switch. Once the temperature is set, it is automatically maintained by the controller. The control is housed in a rugged cast aluminum enclosure and has an easy-to-read dial. No wiring is required, as the heater is plugged into the control unit.

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Technical Specifications

  OMEGA Engineering, Inc.
Product Category Temperature Controllers
Product Number CPP940 & CBC990
Product Name Temperature Controllers for Lab Heaters
Control Limit
Form Factor Stand-Alone
Interface Switches
Temperature Heating
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