TRICONEX 3805H high-performance analog output module

The TRICONEX 3805H is a high-performance analog output module manufactured by Honeywell (formerly Invensys) as part of the Triconex Safety Instrumentation System (SIS). The following are the detailed parameters and features of the product:

Product Type: Analog output module with 8 output points, output current range 4-20 mA (+6% overrange), current loop, DC coupling type.
Resolution: 12 bits to ensure high precision output signal.
Compatibility: Compatible with Triconex systems, supports multiple communication modes, including Ethernet, Modbus, and TCP/IP.
Safety rating: Up to SIL 3, suitable for applications with high safety performance requirements.
Working environment: The working temperature range is -40℃ to 85℃, which can adapt to a variety of industrial environments.
Size and weight: The dimensions are 200 mm x 150 mm x 50 mm and the weight is about 2 kg.
Certification: With TUV, UL, CE and other certifications, in line with international safety standards.
Application: Widely used in oil and gas, chemical, electric power, railway, nuclear industry and other fields, especially in emergency shutdown system, fire alarm system, turbine control system and other safety-critical applications.

3805H

Oil and gas: Used to control valves, pumps and other equipment for safe production.
Power industry: Used to control inverter, motor and other equipment to ensure the safe and stable operation of the power grid.
Chemical industry: For the safety control of the production process of hazardous chemicals.
Metallurgical industry: Used for blast furnace, converter and other equipment safety protection.
Nuclear power: Control various actuators to ensure the safe operation of nuclear power plants.
Process control: used to control actuators such as valves and motors to achieve accurate control of process variables.
Safety interlock: Used for safety interlock system to realize the monitoring and control of dangerous processes.
Data acquisition: used to collect analog signals and convert them into digital signals for easy data processing and analysis.