ABB HESG324087R2AE2 – Product Description

Overview

The ABB HESG324087R2AE2 is a versatile control and I/O module from ABB’s 216 series, widely deployed in medium- and high-voltage drive systems and process automation platforms. It manages digital signals, relay logic, and communication tasks that support complex motor-control operations. Moreover, the module is engineered for continuous 24/7 use, ensuring stable performance in demanding environments such as steel mills, power plants, and petrochemical facilities.

In addition, the HESG324087R2AE2 integrates seamlessly into ABB ACS/ACX drive architectures, where its DSP-based processor executes real-time control algorithms. Its high reliability and robust diagnostic capabilities make it a trusted component in critical industrial systems requiring precise coordination and fast response times.

Technical Specifications

Model: HESG324087R2AE2
Type: Control & I/O Module
Series: ABB 216 electronic boards
System Compatibility: ABB ACS/ACX medium- and high-voltage drives
Processor: DSP-based control processor
Control Algorithms: Vector Control, Direct Torque Control (DTC)
Digital I/O: Multiple isolated channels for logic, blocking, tripping
Relay Capacity: Supports auxiliary relays for trip/logic signals
Supply Voltage: 24 V DC typical
Operating Temperature: 0 °C to +50 °C
Storage Temperature: –40 °C to +85 °C
Mounting: Rack/slot installation in drive electronics
Diagnostics: Fault code recording, self-supervision
Country of Origin: Switzerland / Germany
Application Areas: Power generation, petrochemical plants, steel mills, heavy manufacturing

FAQ

Q1: What is the primary function of the ABB HESG324087R2AE2 module?
It controls digital I/O tasks, relay logic, and communication functions in ABB drive systems.

Q2: Which drive platforms are compatible with this module?
It is compatible with ABB ACS and ACX medium- and high-voltage drive systems.

Q3: Does it support real-time motor control algorithms?
Yes, it executes vector control and DTC algorithms using a DSP-based processor.

Q4: Is the module suitable for harsh industrial environments?
Yes, it is designed for stable operation in high-demand facilities such as steel mills and power plants.

Q5: What diagnostic features does the module offer?
It provides self-supervision and fault recording to support predictive maintenance.