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1/16 DIN Autotune Temperature Controllers with Modular Outputs
1/16 DIN Autotune PID/On-Off Controllers with Modular Output Options
This product series is no longer available. For potential replacements please see CNI-Series , CN400-Series , or CN-4000-Series Please consult an application engineer for a more specific recommendation.
- 1/16 DIN Cutout
- User Selectable Input from 9 Thermocouple Types or RTD Input
- Clear 3 1/2 Digit High Brightness Green LED Display
- 0.1° Resolution to 200°
- Analog Input Accuracy ±0.25% FS ±1°C (0.5°C in 0.1° resolution mode) 30 min warm-up see also linearized tolerance from range chart
- Control/Alarm Outputs, Maximum 2
- Control Algorithms Autotune PID Manual Control Mode
- Display Color Green
- Display Digit Height 10 mm
- Maximum Ambient Temperature 50 {C} (122 {F})
- Measurement Type Temperature
- Minimum Ambient Temperature 4 {C} (40 {F})
- Number of Display Lines (Sku Variant) 1
- Other Features (Sku Variant) Low Voltage Power
- RTD Connection 2
- RTD Curves Supported 385
- RTD Types Supported RTD( 2
- Supply Frequency 50/60 Hz
- Sampling Rate 3 samples per second
- Thermocouple Type J
The CN9000A digital temperature controllers feature high accuracy and reliability, and the sophisticated PID with approach control for optimal control during start-up and steady-state operation. These units are well suited for a broad range of applications, and are easy to install and operate. The unique, sophisticated autotune algorithm will calculate the optimum PID values, and additionally recommends the best value for cycle time. For most applications, the user need only select the desired input type, simply by using the front pushbuttons. The autotune parameters can be changed by the operator at any time, allowing the operator to fine tune the controller to an individual process.
The microprocessor holds all data in non-volatile memory, with the ability to retain data for 10 years with no power. The CN9000A has a large, 3 1/2 digit green LED readout, with auxiliary indicators for each output, and 3 LED’s to indicate deviation from setpoint.
Selection of all operational controls is made through the keys on the front panel, with the display prompting the user through each step. After the parameters have been set, they can be locked in, simply by removing a jumper located behind the front bezel. The user can select the control mode and parameters, display resolution (1 or 0.1°), and units (°F/°C). The operator can also utilize the ranging feature, which limits the range in which the setpoint may be chosen, or lock out a user from changing the setpoint. The new single setpoint controller has rear termination. The optional second setpoint and output of the CN9000A model can be set for proportional, on-off or latching limit control, and can be set as either a tracking or non-tracking setpoint. Cycle time, proportional band and on-off deadband are all set independently of the primary setpoint.
The microprocessor holds all data in non-volatile memory, with the ability to retain data for 10 years with no power. The CN9000A has a large, 3 1/2 digit green LED readout, with auxiliary indicators for each output, and 3 LED’s to indicate deviation from setpoint.
Selection of all operational controls is made through the keys on the front panel, with the display prompting the user through each step. After the parameters have been set, they can be locked in, simply by removing a jumper located behind the front bezel. The user can select the control mode and parameters, display resolution (1 or 0.1°), and units (°F/°C). The operator can also utilize the ranging feature, which limits the range in which the setpoint may be chosen, or lock out a user from changing the setpoint. The new single setpoint controller has rear termination. The optional second setpoint and output of the CN9000A model can be set for proportional, on-off or latching limit control, and can be set as either a tracking or non-tracking setpoint. Cycle time, proportional band and on-off deadband are all set independently of the primary setpoint.
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