Description
The TB-9212 is a specialized Temperature Input Module Terminal Block designed to interface with the NI-9212 Temperature Input Module. It is available in two variations: one featuring a Screw Terminal Connector (part number 783643-01) and another with a Mini Thermocouple Connector (part number 784486-01) to accommodate different types of connections.
With 16-Pin Female mini-TC and 48-Pin Female DIN connection types, this terminal block is versatile for various wiring configurations and has a voltage rating of 60 VDC. Users have the option to choose between NIST Accredited Calibrations performed by a third party and Unaccredited In-house Calibration when precision is essential.
The calibration process has an average turnaround time of 1 to 2 weeks, and it is recommended that calibration be done either annually or every two years to ensure ongoing accuracy in temperature measurements.
| Specifications | Details |
|---|---|
| Part Number | TB-9212 |
| Description | Temperature Input Module Terminal Block |
| Compatible With | NI-9212 Temperature Input Module |
| Variations | Screw Terminal Connector (783643-01), Mini Thermocouple Connector (784486-01) |
| Connection Types | 16-Pin Female mini-TC, 48-Pin Female DIN |
| Voltage Rating | 60 VDC |
| Calibration Options | NIST Accredited Calibrations through a 3rd party, Unaccredited In-house Calibration |
| Calibration Turnaround Time | 1 to 2 weeks average |
| Recommended Calibration Period | Annually or every two years |
Question 1: What are the key features and calibration options available for the TB-9212 Temperature Input Module Terminal Block, and how often is calibration recommended to maintain measurement accuracy?
Answer 1: The main differences between the Screw Terminal Connector and the Mini Thermocouple Connector versions of the TB-9212 Temperature Input Module Terminal Block are the types of connections they accommodate: the Screw Terminal Connector version (part number 783643-01) allows for simple screw-in wire connections, while the Mini Thermocouple Connector version (part number 784486-01) is designed for easy attachment of mini thermocouple connectors, catering to different wiring requirements and preferences.
Question 2: What types of connector variations are available for the TB-9212 Temperature Input Module Terminal Block, and what are their specific part numbers?
Answer 2: The TB-9212 Temperature Input Module Terminal Block features a Screw Terminal Connector or a Mini Thermocouple Connector, 16-Pin Female mini-TC and 48-Pin Female DIN connection types, and a voltage rating of 60 VDC. It offers calibration options including NIST Accredited Calibrations or Unaccredited In-house Calibration, and it is recommended to perform calibration annually or every two years to maintain accurate temperature measurements.
Question 3: What are the two variations of the TB-9212 Temperature Input Module Terminal Block, and what types of connections do they support?
Answer 3: The TB-9212 Temperature Input Module Terminal Block is available in two connector variations: the Screw Terminal Connector with part number 783643-01, and the Mini Thermocouple Connector with part number 784486-01.
Question 4: What types of connections does the TB-9212 Temperature Input Module Terminal Block accommodate, and what are the options for calibration to maintain its accuracy in temperature measurements?
Answer 4: The two variations of the TB-9212 Temperature Input Module Terminal Block are one with a Screw Terminal Connector (part number 783643-01) supporting standard wiring connections, and another with a Mini Thermocouple Connector (part number 784486-01) designed to interface with mini thermocouple connections.
Question 5: Could you describe the main differences between the Screw Terminal Connector and the Mini Thermocouple Connector versions of the TB-9212 Temperature Input Module Terminal Block?
Answer 5: The TB-9212 Temperature Input Module Terminal Block accommodates connections with a 16-Pin Female mini-TC and a 48-Pin Female DIN, and offers options for calibration including NIST Accredited Calibrations performed by a third party and Unaccredited In-house Calibration, which should be conducted annually or every two years to maintain accurate temperature measurements.
