Honeywell FC-TSI-1620M 16 Channel Input Safety Manager System Module

Linearity	The module boasts a linearity of ±0.05%, which ensures that the relationship between the input analog signal and the output digital value is consistent. This linear behavior is crucial for accurate calibration and the proper functioning of control algorithms that rely on the input data
Operating Temperature Range	It can operate in a temperature range from – 20°C to 60°C. This wide temperature tolerance makes it suitable for use in various industrial environments, including those with extreme temperatures, such as outdoor oil and gas installations in cold regions or hot and humid manufacturing facilities

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Description

Honeywell FC-TSI-1620M 16 Channel Input Safety Manager System Module

FC-TSAI-1620M

The HONEYWELL FC – TSAI – 1620M is meticulously designed to offer a reliable and high – performance interface for converting analog signals from various field devices into digital data that can be effortlessly processed by controllers. In diverse industrial settings, such as large – scale manufacturing plants where precision in production processes is crucial, oil refineries dealing with complex chemical reactions and high – pressure systems, power generation facilities requiring strict monitoring of electrical parameters, and chemical processing plants handling hazardous materials, a vast number of sensors are deployed. These sensors are responsible for monitoring critical parameters like temperature, which can impact the efficiency and safety of industrial processes; pressure, as any deviation can lead to equipment failures; flow rate, essential for maintaining proper material transfer; and level, ensuring the correct storage and usage of substances.

Label	Specification
Model Number	FC – TSAI – 1620M
Brand	HONEYWELL
Type	16 – channel Analog Input Module
Input Voltage Range	Accommodates a wide range including 0 – 10 VDC, which is commonly used for sensors with relatively low – voltage outputs; 4 – 20 mA, a standard current loop for transmitting analog signals over longer distances with better noise immunity; – 10 V to 10 V for sensors that measure both positive and negative values; and – 20 mA to 20 mA for applications requiring a wider dynamic range of current – based signals
Input Impedance	A high input impedance of 10 MΩ ensures minimal loading on the connected sensors. This means that the module can accurately measure the analog signals without significantly affecting the sensor’s output, leading to more precise data acquisition
Accuracy	With an accuracy of ±0.1%, the FC – TSAI – 1620M provides highly reliable data. In industrial applications where even a small error in measurement can have significant consequences, such as in pharmaceutical manufacturing where precise temperature and pressure control are essential for drug quality, this high accuracy is of utmost importance
Linearity	The module boasts a linearity of ±0.05%, which ensures that the relationship between the input analog signal and the output digital value is consistent. This linear behavior is crucial for accurate calibration and the proper functioning of control algorithms that rely on the input data
Operating Temperature Range	It can operate in a temperature range from – 20°C to 60°C. This wide temperature tolerance makes it suitable for use in various industrial environments, including those with extreme temperatures, such as outdoor oil and gas installations in cold regions or hot and humid manufacturing facilities
Storage Temperature Range	The storage temperature range of – 40°C to 85°C allows for safe storage of the module under different environmental conditions. This is beneficial for companies that may store spare modules for future use or during periods of equipment upgrades
Humidity	The module can withstand humidity levels of 0 to 95% RH, non – condensing. This makes it resilient to moisture in the air, which is common in industrial settings like chemical plants or food processing facilities, where high humidity levels can affect the performance of electronic components
Number of Channels	Equipped with 16 channels, the FC – TSAI – 1620M can interface with a large number of sensors simultaneously. This reduces the need for multiple input modules, simplifies the system design, and improves the overall efficiency of data acquisition in industrial control systems
Communication Interface	Designed to interface seamlessly with common industrial control system buses, the module enables smooth data transfer to the control system. Whether it’s a high – speed Ethernet – based bus for fast – paced industrial processes or a more traditional serial communication bus for legacy systems, the FC – TSAI – 1620M can adapt to different communication requirements
Mounting	Its compact design is optimized for easy integration into standard industrial control cabinets. This allows for efficient use of space in control rooms, where multiple modules and components need to be installed in a limited area

The HONEYWELL FC – TSAI – 1620M offers several functional strengths that make it a top choice in real – world industrial environments. Its high accuracy of ±0.1% is a game – changer in applications where precision is non – negotiable. For example, in semiconductor manufacturing, where the slightest variation in temperature or pressure during the chip – making process can result in defective products, the accurate data provided by the FC – TSAI – 1620M ensures that the manufacturing process remains within tight tolerances.

FC-TSAI-1620M

The wide input range is another significant advantage. It can handle a diverse array of analog signals, making it suitable for use with a broad range of sensors. Whether it’s a thermocouple sensor measuring high – temperature processes in a steel mill, a pressure sensor in a hydraulic system, or a flow meter in a water treatment plant, the FC – TSAI – 1620M can accommodate them. This versatility reduces the need for multiple specialized input modules, simplifying the design and maintenance of industrial control systems. It also allows for easy integration of new sensors into existing systems, without the need for major re – engineering.

The HONEYWELL FC – TSAI – 1620M also features a fast response time. In real – time industrial processes, such as high – speed manufacturing lines where quick adjustments are needed based on sensor readings, the module can rapidly convert and transmit analog signals to the controller. This enables the control system to make timely decisions, ensuring smooth operation and minimizing production disruptions. For instance, in an automotive assembly line, if a sensor detects a deviation in the position of a robotic arm, the FC – TSAI – 1620M can quickly send the relevant data to the controller, which can then adjust the arm’s movement to prevent errors and maintain production speed.

FC-TSAI-1620M