Power Supply and Electrical Specifications

The module follows conventional industrial control power standards and uses a 24 VDC power supply.
Based on the characteristics of related models in the same series, certain versions support 200–250 VAC (47–63 Hz) input and can internally convert to 24 VDC output. These enhanced power variants deliver up to 15 A of output current, with power ratings around 360 W, enabling them to meet the power demands of most industrial sensors, actuators, and auxiliary devices on site.

I/O Interface Configuration

The module provides a rich set of mixed-signal interfaces suitable for multi-type field devices:

6 analog inputs (AI)

8 digital inputs (DI)

4 analog outputs (AO)

8 digital outputs (DO)

This configuration supports diverse signal acquisition tasks and precise control command output in medium-sized industrial automation scenarios.

Environmental Conditions and Protection

Designed for harsh industrial environments, the module offers:

Operating temperature: approx. –25°C to +70°C

Storage temperature: –40°C to +85°C

Protection class: expected to be IP20, consistent with similar products in the series

The module must be mounted in a control cabinet to avoid direct exposure to dust, oil mist, and moisture.

Communication Capabilities

The module supports multiple mainstream industrial communication methods, enabling flexible integration:

Profibus DP

Ethernet-based communication

Modbus (applicable in relevant configurations)

Communication speed can reach 960 kbps, ensuring stable, low-latency transmission of control commands and process data. It can interface seamlessly with higher-level control systems such as DCS, PLCs, or SCADA platforms.

Core Functions

Real-time data acquisition and processing: Collects key parameters including temperature, pressure, and equipment status signals.

Closed-loop control: Outputs precise commands to actuators, enabling remote and automated control of field devices.

Electrical robustness: Features high isolation, surge protection, and anti-interference design to withstand industrial grid fluctuations and safeguard the module and connected equipment.

Typical Applications

The module is widely applicable across:

Power generation systems (including static excitation system control)

Petrochemical plants

General manufacturing and automated production lines

Energy management and equipment status monitoring systems

Typical uses include monitoring pipeline pressure and controlling valve actuators in chemical processing, handling discrete device control on production lines, or supporting excitation systems to maintain stable generator performance in power facilities.

ABB PPD113 3BHE023784R2630｜Control Module｜