Table 5-1 Front PanelPart Description

ITEM Description

1-1.9.9.9. or 9.9.9.9.

4-digit 14 segment, 0.54” high LED display with programmable decimal point.

2SETPOINT LED

These LEDs labled 1 and 2 display the status of setpoints 1 and 2.

3SETPTS Button

This button functions only in the run mode. When the meter is in the run

mode, press this button to sequentially recall the previous setpoint settings. After using the /MAX and /DEV buttons to alter these settings as desired, press the SETPTS button to store these new values.

Unless you press the SETPTS button within 20 seconds to store your input, the meter will scroll to setpoint 2 and retain the last value stored.

If the “L.3=1” on the “LK.CF” menu, pressing the SETPTS button will display the meter's firmware version.

4/MAX Button

During the run mode, press the /MAX button to recall the PEAK reading

since the last press of the RESET button. To return to the current readings without resetting the PEAK reading, press the /MAX button. To reset the PEAK reading, press the RESET button.

During the configuration mode, use the /MAX button to change the values of the flashing digit shown on the display and/or toggle between

menu choices, such as "R.1=F" or "R.1=C". When configuring your setpoint values, press the /MAX button to increment the flashing digit from 0 to 9 by 1's.

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Omega Engineering CN1001-RTD manual Front PanelPart Description

CN1001-RTD specifications

The Omega Engineering CN1001-RTD is a highly regarded temperature sensing device renowned for its accuracy, durability, and versatility in industrial applications. RTD stands for Resistance Temperature Detector, which utilizes the principle that a material's electrical resistance changes with temperature. The CN1001-RTD exemplifies this technology, offering precise temperature measurement suited for various environments.

One of the standout features of the CN1001-RTD is its exceptional temperature range, capable of functioning effectively between -200°C and 850°C. This extensive range enables the CN1001-RTD to be employed in diverse industries, from food processing to pharmaceuticals, automotive, and HVAC applications. Furthermore, its robust construction allows for reliable performance in challenging conditions, where exposure to moisture, chemicals, and mechanical stress is common.

The CN1001-RTD employs a 100-ohm platinum resistor, known for its linear resistance-temperature characteristics and stability. Platinum provides a very predictable change in resistance, making it suitable for high-precision applications. The sensor incorporates advanced materials and construction techniques to ensure minimal drift and consistent readings over time, thereby reducing the need for frequent calibration and maintenance.

In addition to its high accuracy, the Omega CN1001-RTD features a fast response time, allowing for quick temperature readings that are essential in dynamic processes. This rapid response is particularly valuable in applications where temperature variations can occur rapidly, ensuring that systems are responsive and can be adjusted accordingly.

The CN1001-RTD also includes a variety of installation options, making it adaptable to various environments and configurations. Whether it's being used in a laboratory setting or in harsh industrial environments, its design accommodates different mounting styles, including threaded, flanged, and insertion types. This flexibility enhances usability and makes it easier to integrate into existing setups.

Moreover, Omega Engineering provides comprehensive support and documentation for the CN1001-RTD, ensuring that users can leverage its capabilities to their fullest. The company emphasizes quality control and precision engineering, resulting in a product that is trusted by professionals across many industries. Overall, the Omega Engineering CN1001-RTD stands as a top choice for those seeking a reliable, accurate, and versatile temperature sensing solution.