Description
The product with the part number 144948C-02L, also known under the alternate part number 785854-01, falls within the FieldDAQ category. Specifically, it is model FD-11614, characterized as a Mini TC Connector Board designed for handling 16 channels.
Manufactured by National Instruments, this Temperature Input Device is engineered to integrate seamlessly with systems through the NI-DAQmx driver. It is compatible with Windows operating systems, ensuring a broad applicability in various computing environments.
With its capability to manage 16 thermocouple channels, this device is tailored for precise temperature monitoring across multiple points. It boasts a robust design capable of withstanding up to 100 g of shock and 10 g of maximum vibration, ensuring reliability in challenging conditions. Furthermore, it is equipped with features such as cold junction compensation and open thermocouple detection, enhancing its accuracy and dependability.
Each channel is accompanied by an LED indicator, providing immediate visual feedback on the status. The device’s resilience is further underscored by an IP67 ingress protection rating, signifying its dust tightness and resistance to water ingress, making it suitable for demanding environments. Networking capabilities are fortified with Time-Sensitive Networking, facilitating precise and synchronized data communication across networked systems.
| Specification | Description |
|---|---|
| Part Number | 144948C-02L |
| Alternate Part Number | 785854-01 |
| Category | FieldDAQ |
| Model | FD-11614 |
| Short Description | FieldDAQ, FD-11614, Mini TC Connector Board, 16CH |
| Manufacturer | National Instruments |
| Type | Temperature Input Device |
| Driver | NI-DAQmx |
| Operating System Compatibility | Windows |
| Number of Channels | 16 thermocouple channels |
| Shock Range | 100 g |
| Maximum Vibration | 10 g |
| Cold Junction Compensation | Yes |
| Open Thermocouple Detection | Yes |
| LED Indicator | Yes, for each channel |
| Ingress Protection | IP67 |
| Networking | Time-Sensitive Networking |
