Programmable Digital Temperature Indicator and Data Logger Doric 5000
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On single input models, an optional board may be installed which provides enhanced alarm functions as well as a scalable, linearized 4-20ma/0-10V analog output. Multiple Inputs Instead of the dual alarm/analog output option, the Programmable Digital Temperature Indicator and Data Logger Doric 5000 Series can be configured to accept up to six thermocouples or three platinum RTDs. All active inputs can be manually selected or automatically scanned. A front panel channel indicator accompanies the displayed data. Individual limits can be assigned to each channel. A built-in 5A rated form-C relay is energized whenever the limit on the selected channel is exceeded. Analog Output Analog output capability is also available in combination with the dual alarm option. A linearized output (4-20mA or 0-10V) with fully adjustable zero and span allows the instrument to serve as an indicating transmitter for a proportional controller, high-level input to a PC-based data converter or other recording device. Dual Alarms With the dual alarm option installed, the Programmable Digital Temperature Indicator and Data Logger Doric 5000 Series can be configured to perform on/off control functions as well as process monitoring. Setpoints can be set for high, low or deviation. In addition, hysteresis (deadband) and delay can be programmed into each setpoint. Alarm conditions can be programmed for manual
acknowledgment or for automatic reset. The dual alarm option comes equipped with two 5A rated form-C (NO/NC) relays, one for each alarm setpoint and flashing display whenever an alarm condition exists. |
Programmable Digital Temperature Indicator and Data Logger Doric 5000 Series of single and multiple channel digital temperature indicators sets a new standard for performance, features, value and reliability. With built-in programmability, RS232 serial communications and powerful Windows-based software, the Doric 5000 is
ideal for monitoring, testing and process control applications.