Power Consumption:10W

Operating Temperature Range:-20°C to +60°C

Communication Protocol:Modbus RTU, CANopen

Input Voltage:12V DC to 24V DC

Process Control Accuracy:+/- 0.2%

Communication Distance:Up to 1200m over twisted pair cables

    Integrating cutting-edge technology, the Honeywell MTL8914-MT03 PKS System is specifically engineered for demanding industrial settings. This system ensures optimal performance under extreme conditions, making it ideal for sectors such as oil & gas, chemical processing, and manufacturing. Its advanced safety features and high-level reliability are designed to prevent hazardous incidents and maintain operational continuity.

    Featuring an ultra-rugged enclosure, this system withstands harsh environmental factors including dust, moisture, and temperature fluctuations without compromising on performance. Its efficient power consumption ensures minimal energy use, contributing to cost savings and sustainable operations. The system supports multiple communication protocols, enabling seamless integration with existing infrastructure and facilitating easy setup and maintenance.

    With its robust communication interfaces, the Honeywell MTL8914-MT03 PKS System offers versatile connectivity options. Whether you’re dealing with Modbus, DeviceNet, or CANopen, the system can accommodate your specific requirements, ensuring efficient data exchange and control over industrial processes.

    Safety is at the core of this system’s design. It adheres to stringent international safety standards, offering a safe torque off function and ensuring compliance with SIL3 (Safety Integrity Level 3). This guarantees that critical systems are protected against potential failures, safeguarding personnel and equipment.

    Ease of installation and user-friendly interface make the Honeywell MTL8914-MT03 PKS System accessible to both experienced engineers and new users. Comprehensive documentation and support materials are provided to ensure smooth deployment and ongoing maintenance, enhancing operational efficiency and minimizing downtime.