HONEYWELL TC-IAH061 Experion Analog Input

Key SpecificationsVogi

Power input
Main power supply: 24V DC (requires external power module).
Supports 10V DC and 4-20mA analog signal input, compatible with voltage and current sensors.
Number of channels: 6 independent electrically isolated channels, 6 signals can be collected simultaneously.
Channel bandwidth
0-15Hz (-3dB), suitable for industrial low-frequency signal monitoring (such as temperature, pressure).
Voltage signal: open circuit detected within 5 seconds, trigger alarm.
Current signal: open circuit detected within 1 second, trigger alarm.
Electronic drift: ≤2%/16 months, high long-term stability, reducing the impact of environmental factors on measurement accuracy.
Connection method
Adopts 20-bit TC BNHs terminal block, supports convenient on-site wiring and maintenance.
Module update rate: 25ms (all channels are updated synchronously), meeting real-time monitoring needs.
Power consumption: maximum power consumption 4.3W, low energy consumption design, suitable for industrial power supply system.
Anti-interference capability
RFI immunity: within 10V/m, 27-1000MHz, error ≤2% range.
Certification: CE, UL and other international standards certification to ensure reliability and safety.

Key FeaturesVogi

Multi-channel multi-input capability powerful:
The module has multiple channels and can read multiple signals simultaneously. In addition, each channel is equipped with a wide input range, making it compatible with a range of sensors and measurement devices (e.g. thermocouples, RTDs, voltage/current, etc.), greatly enhancing its flexibility in terms of application.
High-precision and high-resolution:
With the characteristics of high resolution and high precision, the module is good at signal measurement and acquisition. And the system is stable and reliable, all equipment can normal work.
High-speed sampling response:
The TC-IAH061 with high-speed sampling rate can quickly acquire the dynamic change of analog signals. This feature makes it particularly applicable in cases where real-time supervision and quick reaction are required, such as process control of industrial production, a domain that can quickly identify and address a variety of issues during production.
Flexible data communication and integration：
The module is compatible with several communication interfaces and protocols (e.g. Ethernet, Modbus, etc.) It can provide real-time data to the system Controller and monitoring systems through DCS, which can be directly connected with other communication methods for convenient monitoring and management of the entire system.
Good reliability and durability:
This module uses assured design, can work steadily in world's complex industrial environment. You have powerful anti-disturbance performance, able to better withstand noise and other interference factors on the measurement results interference, ensuring the accuracy and stability of the measurement results.

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ApplicationVogi

Industrial automation control：
The TC-IAH061 module can be used to monitor and control various parameters in the production process in real time, such as temperature, pressure, flow, etc. in industrial production. It is possible to work closely with the DCS system to achieve accurate control of the production process, and improve not only production efficiency but also product quality.

Energy and power industry:
Energy and power: The module can be used to monitor and control the operating status of power generation equipment, power transmission and distribution system, etc.

Chemical and petrochemical:
TC-IAH061 module can data to monitor the running of the reactor, distillation tower and other auxiliary equipment temperature, pressure and other parameters, and through the abnormal condition timely detection and alarm and area security monitoring, to ensure the safety of the production process.

Production and mechanical engineering:
Manufacturing (Mechanical Engineering) In the field of manufacturing and mechanical engineering, the TC-IAH061 module can be used to monitor and control the operating status of production equipment such as machine tools, robots, etc. It can collect vibration, temperature and other signals from the equipment, assisting staff to detect equipment failure in a timely manner, while performing repairs to ensure production can continue.

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