Delta DVP80EH00T3 | Delta | EH2/EH3 Series Standard PLC

Description

The DVP80EH00T3 is a high-performance Main Processing Unit (MPU) from Delta’s EH2/EH3 series, designed to serve as a central controller for complex industrial automation tasks. This base unit provides a total of 80 I/O points (inputs and outputs), offering extensive connectivity for sensors, actuators, and various peripheral devices within a single compact module.

Built as an "H-type" unit, the DVP80EH00T3 utilizes transistor outputs, making it ideal for high-speed switching applications, such as pulse-width modulation (PWM) or driving high-speed positioning devices. It is compatible with the EH, EH2, and PM MPU series architectures, ensuring flexibility for system upgrades and integration into established Delta automation environments. This MPU is engineered for robust industrial performance, providing the processing power necessary for demanding logic and motion control applications.

Features

• Series: Delta EH2/EH3 Series Standard PLC
• I/O Capacity: 80 total points per unit
• Output Type: Transistor output (ideal for high-speed switching)
• Design: Main Processing Unit (Base Unit)
• Compatibility: Fully compatible with EH, EH2, and PM MPU series
• System Integration: H-type configuration for high-performance automation tasks
• Robustness: Reliable performance for industrial control environments

Applications

• High-speed motion control and positioning tasks
• Multi-axis machine tool automation
• Automated assembly and material handling systems
• Complex logic control for packaging and bottling lines
• Integration with HMI and SCADA systems for plant-wide data logging

Technical Specifications

Installation Guidelines

• Mounting: Install the PLC on a standard 35 mm DIN rail within an electrical enclosure to ensure proper cooling and protection from dust or moisture.
• Grounding: Always connect the ground terminal to a low-impedance earth ground to prevent electrical noise from interfering with high-speed transistor switching operations.
• Wiring: Use shielded cable for high-speed pulse outputs (Y-terminals) to minimize electromagnetic interference (EMI) with analog sensors or communication modules.
• Power: Ensure the supply voltage is stable and within the manufacturer’s specified range to prevent unexpected MPU resets or logic errors.