Installation and Configuration of Automation and Control Panels (SHAU, SHG, SHR)

Modern building engineering systems cannot be operated efficiently without process automation. The central element of such systems is automation and control panels, which coordinate the operation of engineering equipment, protect electrical networks, and implement automatic control algorithms.

The installation and configuration of automation panels is a comprehensive set of engineering works aimed at creating a reliable system for managing technological processes in a building or industrial facility.

What Are Automation and Control Panels?

Automation and control panels are electrical cabinets or panels that house equipment for monitoring, automatic control, and protection of engineering systems.

Such panels typically include:

• Programmable Logic Controllers (PLC);
• Circuit breakers;
• Contactors and relays;
• Variable frequency drives;
• Input/output modules;
• Power supply units;
• Signaling and indication systems;
• Dispatching connection means.

Automation panels serve as the key node through which control of equipment operation is performed — pumps, fans, boilers, ventilation systems, lighting, and other engineering systems.

Main Types of Automation Panels

Depending on their purpose, different types of control panels are used.

SHAU — Automation Control Panel

SHAU is designed for automatic control of technological processes and engineering equipment.

These panels are used for:

• Ventilation and air conditioning systems;
• Pumping stations;
• Heating systems;
• Heat points;
• Technological equipment.

SHAU implements automatic control algorithms, monitors equipment operating parameters, and transmits data to the dispatching system.

SHG — Generator Panel

SHG is used to manage the operation of diesel generator sets and backup power sources.

Main functions include:

• Starting the generator in the absence of main power supply;
• Monitoring generator operating parameters;
• Protecting equipment from emergency modes;
• Transmitting information to the dispatching system.

SHR — Distribution Panel

The distribution panel is intended for distributing electrical energy among various consumers and protecting electrical networks.

It provides:

• Load distribution;
• Protection of lines from short circuits and overloads;
• Monitoring of electrical network parameters.

Main Functions of Automation Panels

Automation and control panels perform several key functions.

Automatic Equipment Control

The panels implement algorithms for controlling engineering equipment operation:

• Starting and stopping pumps;
• Regulating fan speeds;
• Controlling valves and dampers;
• Managing system operating modes.

Protection of Electrical Equipment

The panels provide comprehensive protection of systems from:

• Overloads;
• Short circuits;
• Equipment overheating;
• Emergency operating modes.

Monitoring and Control

The panels enable monitoring of:

• Equipment status;
• Electrical network parameters;
• Alarm and fault signals.

Data can be transmitted to dispatching systems or BMS (Building Management Systems).

Integration with Automation Systems

Modern automation panels integrate with:

• Dispatching systems;
• Building Management Systems (BMS);
• SCADA platforms.

This enables centralized management of the facility’s engineering infrastructure.

Stages of Automation Panel Installation

1. Design

At this stage, the following are determined:

• Electrical connection diagrams;
• Equipment types;
• Control algorithms;
• Configuration of automation cabinets.

2. Panel Manufacturing

Panels are assembled according to the design documentation. This includes:

• Mounting of electrical equipment;
• Routing of internal connections;
• Labeling of elements;
• Verification of compliance with diagrams.

3. On-Site Installation

Specialists install the panels in technical rooms or electrical switch rooms. This involves:

• Connecting power and signal cables;
• Integrating with engineering equipment;
• Checking correct connections.

4. Configuration and Programming

After installation:

• Controllers are programmed;
• Operating algorithms are configured;
• Signals and sensors are tested.

5. Commissioning and Startup Works

At the final stage, the following are verified:

• Operation of control systems;
• Equipment response to commands;
• Functionality of emergency protection.

After this, the system is commissioned.

Benefits of Professional Automation Panel Installation

Reliable Equipment Operation

Properly designed and configured panels ensure stable operation of engineering systems.

Enhanced Safety

Automatic protection minimizes the risk of emergencies and equipment damage.

System Optimization

Automation enables efficient equipment management and reduced energy consumption.

Dispatching Capability

Integration with monitoring systems provides centralized control of engineering infrastructure.

Where Automation Panels Are Applied

Automation and control panels are used in facilities of various purposes:

• Residential complexes;
• Business centers;
• Shopping centers;
• Medical facilities;
• Industrial enterprises;
• Warehouse and logistics complexes;
• Infrastructure facilities.

They are an integral part of modern building automation systems.

Installation and configuration of automation and control panels (SHAU, SHG, SHR) is a critical stage in creating an effective system for automating engineering processes.

Such panels provide centralized equipment management, increase the reliability of engineering systems, and enable integration into modern building dispatching systems.

Properly designed and configured automation panels form the foundation for stable, safe, and energy-efficient operation of a facility’s engineering infrastructure.