Description
Designed for high-performance industrial automation tasks, the DVP80EH00R2 serves as a high-density main processing unit within the Delta Electronics DVP-EH3 Series PLC lineup. This programmable logic controller integrates 80 built-in digital inputs and outputs, combining a robust AC power supply configuration with rugged relay outputs. Engineered to manage complex sequential control operations, this controller offers dual-core processor execution speeds, flexible modular expansion capabilities, and high-speed communication interfaces for seamless integration into distributed control architectures.
Features
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High-Density Control: Integrates 80 distinct digital I/O points within a single hardware chassis to minimize panel space requirements.
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Dual-Core Processing: Utilizes a dedicated CPU co-processor to handle high-speed inputs and communication protocols independently from core logic execution.
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Relay Outputs: Robust mechanical relay outputs suited for directly switching inductive and resistive industrial loads.
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Integrated AC Power: Features an H-type internal AC power module designed for standard industrial mains voltages.
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System Expandability: Supports lateral expansion with analog, temperature measurement, and specialized motion control modules from the DVP series.
Applications
- Machinery automation in textile, packaging, and printing systems.
- Water and wastewater treatment pump control stations.
- Automated material handling, sorting, and conveyor line systems.
- HVAC control and industrial environmental management panels.
Technical Specifications
| Manufacturer |
Delta Electronics |
| Part Number / Model |
DVP80EH00R2 |
| Product Series |
DVP-EH3 Series |
| Module Type |
PLC Main Processing Unit (Base Unit) |
| Total I/O Capacity |
80 points |
| Power Input Type |
AC Input (H Type) |
| Output Type |
Relay |
| Shipping Weight |
2.0 kg |
Installation Guidelines
Securely mount the controller to a standard 35 mm DIN rail or directly to a backplate using the integrated mounting screw holes. Ensure a minimum ventilation clearance of 50 mm above and below the unit to facilitate convective thermal dissipation. All field and control wiring must use copper conductors rated for the operating environment. A dedicated Class 3 ground connection (ground resistance under 100 ohms) is mandatory to guarantee stable operation and minimize high-frequency electromagnetic interference.