Communication Protocol:Ethernet (Modbus/TCP), RS-485 (Modbus/RTU, peer-to-peer, coordinated, PC-Link), Open Network (PROFIBUS-DP, CC-Link, DeviceNet)
Input Accuracy:±0.1%
Control Cycle:50 ms
Input and Output Contacts:7 Contact Inputs, 7 Contact Outputs
Expandability:Up to 23 Inputs and 23 Outputs by connecting I/O Expansion Modules
Display:Sharp and Large 5-digits LED Display with 11 x 20 mm digits
Control Modes:13 Standard UT Control Modes, including Single-loop, Cascade, and Dual-loop Control
Depth:65 mm
Weight:Not specified in available documents
Dimensions:Not specified in available documents
Certifications:RoHS/WEEE compliant
The MECS UTX-1000A is a versatile industrial controller designed for precise process control in demanding environments. Its compact design and robust construction make it suitable for a wide range of applications, from manufacturing to laboratory settings. With its fast signal tracking capability and high accuracy, the UTX-1000A ensures optimal performance even in rapidly changing conditions.
Equipped with multiple communication protocols, the UTX-1000A seamlessly integrates with existing systems, enhancing efficiency and reducing setup time. The user-friendly interface includes 13 standard control modes, providing flexibility and adaptability to diverse process requirements.
The controller supports up to 23 inputs and outputs, allowing for scalable and flexible system configurations. This makes it an ideal choice for expanding or upgrading your control systems without the need for additional hardware.
Built with reliability in mind, the MECS UTX-1000A meets stringent industry standards and is fully compliant with RoHS and WEEE regulations, ensuring eco-friendly operation. Additionally, the sharp and large 5-digit LED display provides clear visibility of operational data, making it easier to monitor and manage processes.
For ease of use and configuration, the LL50A parameters setting software with ladder program building function is available separately, enabling users to customize and optimize their control systems.
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