The NI FD-11637 (Part Number: 785641-01) is an 8-channel Strain/Bridge Input Device for FieldDAQ with IP67 protection, supporting simultaneous sampling on all channels, full to half-bridge sensors, and
The NI FD-11637 (Part Number: 785641-01) is a versatile and robust Strain/Bridge Input Device for FieldDAQ systems, offering a comprehensive 8-channel model suitable for a variety of sensor types including full, quarter, and half-bridge sensors. This device is enhanced with features such as shunt calibration, offset nulling, and anti-alias filtering, which collectively contribute to high-fidelity measurements by minimizing noise interference.
Designed to endure harsh environments, the NI FD-11637 boasts an IP67 protection level, ensuring its water and dust resistance, and it can reliably operate across a wide temperature range of -40 °C to 85 °C. Integration with modern industrial networks is seamless, thanks to its integrated network switch that supports Time Sensitive Networking (TSN) for precise timing and synchronization across devices.
Equipped with a built-in power supply, the device simplifies installation and setup. It can be programmed using NI-DAQmx software, enabling users to easily configure and manage data acquisition processes. The galvanic isolation provided between channels and to the chassis enhances safety and signal integrity, allowing for simultaneous sampling on all channels without the risk of cross-channel interference.
Furthermore, the NI FD-11637 is capable of advanced synchronization that is in line with IEEE 802.1AS standards, making it ideal for synchronized, distributed measurement systems. Connectivity is facilitated by two 8-pin M12 type Ethernet ports with an internal switching function, ensuring robust and reliable network connections in industrial settings.
Galvanic isolation between channels and to chassis
Sampling
Simultaneous sampling on all channels
Synchronization
Supports IEEE 802.1AS
Ethernet Ports
Two 8-pin M12 type with internal switch
Question 1: What types of sensors is the NI FD-11637 Strain/Bridge Input Device designed to support, and what features enhance its measurement accuracy? Answer 1: The NI FD-11637 provides galvanic isolation between channels and to the chassis to ensure safety and signal integrity during simultaneous sampling on all channels.
Question 2: What are the key features and benefits that make the NI FD-11637 Strain/Bridge Input Device suitable for use in harsh industrial environments? Answer 2: The NI FD-11637 Strain/Bridge Input Device is designed to support full, quarter, and half-bridge sensors, and its measurement accuracy is enhanced by features such as shunt calibration, offset nulling, and anti-alias filtering, which help to minimize noise interference.
Question 3: What features does the NI FD-11637 Strain/Bridge Input Device offer to ensure high-fidelity measurements in harsh environmental conditions and integration with modern industrial networks? Answer 3: The NI FD-11637 Strain/Bridge Input Device is well-suited for harsh industrial environments due to its IP67 protection level for water and dust resistance, a wide operating temperature range of -40 °C to 85 °C, robust anti-alias filtering, shunt calibration, and offset nulling for noise minimization, integrated network switch with TSN for precise timing and synchronization, galvanic isolation to prevent cross-channel interference, and its capability for advanced synchronization in line with IEEE
Question 4: What kind of environmental conditions is the NI FD-11637 designed to withstand given its IP67 protection level and wide operating temperature range? Answer 4: The NI FD-11637 is designed to withstand harsh environmental conditions, including water and dust exposure due to its IP67 protection level, and extreme temperatures ranging from -40 °C to 85 °C.
Question 5: What type of galvanic isolation does the NI FD-11637 provide to ensure safety and signal integrity during simultaneous sampling on all channels? Answer 5: The NI FD-11637 Strain/Bridge Input Device offers features such as shunt calibration, offset nulling, and anti-alias filtering to ensure high-fidelity measurements, along with an IP67 protection level for water and dust resistance, a wide operating temperature range of -40 °C to 85 °C, integrated network switch with Time Sensitive Networking (TSN) support for precise timing and synchronization, and galvanic isolation to maintain signal integrity and prevent cross-channel interference, all
