The Honeywell TC-HAO081 Output Module is designed for high-precision control in industrial automation systems, offering unparalleled reliability and accuracy in process control applications.
The Honeywell TC-HAO081 Output Module is designed for high-precision control in industrial automation systems, offering unparalleled reliability and accuracy in process control applications.
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Compensation Range:Up to 100:1
Response Time:As fast as 100 ms
Alphanumeric Display Capabilities:Yes
External Capacity:Zero Span and Configuration
Electrical Connections:Insensitive to Polarity
On-Board Diagnostic Capabilities:Available
Integral Double Seal Design:For Maximum Safety based on ANSI/NFPA 70-202 and ANSI/ISA 12.27.0
World Class Overpressure Protection:Provided
Total Compliance with SIL 2/3 Requirements:Ensured
Modular Design Features:For Flexibility and Ease of Integration
The Honeywell TC-HAO081 output module is meticulously engineered for unparalleled reliability and precision. This compact yet powerful module offers 8 channels of current output, each capable of delivering up to 1A, ensuring robust control signals across diverse industrial processes.
Featuring a response time of less than 5 milliseconds, the TC-HAO081 guarantees instantaneous reaction to control commands, enhancing efficiency and reducing downtime in manufacturing lines.
With an operational temperature range from -40°C to +70°C, this module is designed to withstand extreme conditions, ensuring consistent performance in challenging environments. Its 85% RH non-condensing humidity resistance further extends its durability.
Capable of operating at both 50Hz and 60Hz, the TC-HAO081 seamlessly integrates into various global power systems, making it a versatile choice for international projects. Its IP20 enclosure rating provides basic protection against dust and splashes, safeguarding the module in factory settings.
Weighing only 0.15kg, the Honeywell TC-HAO081 is lightweight and easy to install, reducing the complexity of system integration. Its compact size and efficient design make it an ideal fit for space-constrained environments, without compromising on performance.