Honeywell TC-IXR061

Number of channels: 6 galvanically isolated channels; that is, 6 electrically isolated channels.

Input voltage range: -12 mV to + 78 mV;

Supported thermocouple types: B, E, J, K, R, S, T, N, C

Resolution: 16 bits.

Typical value ： 1.4 μV

Updating frequency: 50 ms for the module update rate of all channels.

Stabilization time：80 ms for 5% of full-scale value.

Open/circuit detection time: for open circuit readings, it is typically 5 seconds on the upscale end.

Bandwidth range: DC to 15 Hz (-3 dB).

Voltage isolation among channels and between the user and the system: 100% tested at 2546 VDC for 1 s.

Performance: Under 10 V/m of 27 to 1000 MHz RF interference, is working efficient with errors less than 2.0% range.

Features

Fast response and efficient controlling: The Honeywell TC-IXR061 has fast update rates and timely availability of temperature data information necessary for the fast response of controls to changes in temperature, providing for precise temperature control and great monitoring, enhancing control accuracy and system stability and optimization for industrial production processes.

Application

Smart flat tempering furnace system manufacture: In the production process of flat tempering furnaces, it is imperative that temperature in the furnace is precisely controlled for tempering quality of the glass. Honeywell TC-IXR061 allows the connection of multiple RTD sensors to measure temperature in different zones of the furnace: heating zone, insulation zone, and cooling zone, to provide the tempering temperature curve to ensure even heating and cooling at each processing stage, thus enhancing glass flatness and strength while reducing the defect rate of products.

DCS monitoring system of a power plant: In power plants, Honeywell TC-IXR061 monitors temperatures of most critical equipment such as boilers, turbines, and generators. For example, RTD sensors installed in various sections of a boiler, such as superheaters and reheaters, may be wired back to the Honeywell TC-IXR061, which will transmit real-time temperature data to the DCS system, allowing operators to monitor and control equipment performance to ensure safe, stable operation and improved system efficient power generation rates. In the material conveying system, Honeywell TC-IXR061 can be used to monitor temperature at key points of the conveying device, including motors, reducers, bearings, and so forth. If the temperature Should rise over the designated threshold, the PLC system would receive an alarm signal in time and perform protective operations, such as bringing the conveying unit to a halt to ensure that no overheating damages the equipment prolonging the lifetime of the equipment and promoting greater operational integrity and stability in the conveying systems.

Intelligent fire water supply control system: In the fire water supply system, Honeywell TC-IXR061 can be used to monitor the water temperature in fire pools and fire water tanks, as well as the temperatures of fire pumps, pipe networks, and other equipment. This will ensure that the temperature of the water remains sufficiently high enough at low temperatures to avoid freezing during very low ambient conditions and interfere with water supply; during operation of the unit, any rising trend in the temperature of the equipment must be monitored to ensure proper functioning of the fire water supply system and provision of positive fire safety protection.

Chemical plant chemical liquid constant flow computer control system: When dealing with chemical liquid transportation in a chemical plant, it is extremely crucial to maintain a very strict temperature control to guarantee that the physical and chemical properties of the oil remain constant and a normal reaction takes place. Honeywell TC-IXR061 can be implemented in combination with RTD sensors to provide real-time monitoring of the temperature of chemical liquids in a pipeline, reactor, and other parts; this could be achieved through the computerized control system that would alter the heating or cooling units' power according to the flow and temperature of chemical liquids, thereby ensuring safety and reliability along with uniform quality of the products produced in the chemical production process.