ABB UNITROL1000-15 3BHE014557R0003

Model:ABB UNITROL1000-15 3BHE014557R0003

  • Brand: ABB
  • Price range (USD): 100-20000
  • Country: Switzerland
  • Parameter: Physical Specifications
    Dimensions: 190mm × 130mm × 40mm.
    Weight: 1kg.
    Environmental Requirements
    Operating temperature: -25°C to +70°C, or +5°C to +55°C.
    Storage temperature: -40°C to +85°C.
    Relative humidity: 5%-95% (non-condensing).
    Input Parameters
    Input voltage range: 85-276 VAC (50/60 Hz), or 120V/240V AC.
    Input impedance: 10 kΩ.
    Output Parameters
    Output voltage range: 0-125 VDC or 10-540 VDC.
    Output current: 10 A (continuous), 20 A (1 minute).

ABB UNITROL1000-15 3BHE014557R0003

The ABB UNITROL1000 Z.V3 3BHE014557R0003 is an excitation control system module from the ABB UNITROL 1000 series, designed to provide precise control and protection for synchronous motors and generators. Leveraging advanced microprocessor technology and IGBT semiconductor technology, this module enables high-precision excitation current regulation, ensuring stable system operation. Its design complies with DNV and UL standards and certifications, making it suitable for applications such as power plants, marine electric propulsion, diesel locomotives, port cranes, and mining trucks.

Parameters

Input Parameters

Input voltage range: 85-276 VAC (50/60 Hz), or 120V/240V AC.
Input impedance: 10 kΩ.

Output Parameters

Output voltage range: 0-125 VDC or 10-540 VDC.
Output current: 10 A (continuous), 20 A (1 minute).

Communication Interfaces

Supports RS232RS485Modbus RTUProfibus DPCANopen; some models are compatible with Ethernet.

Physical Specifications

Dimensions: 190mm × 130mm × 40mm.
Weight: 1kg.

Environmental Requirements

Operating temperature: -25°C to +70°C, or +5°C to +55°C.
Storage temperature: -40°C to +85°C.
Relative humidity: 5%-95% (non-condensing).

Product Features

High-Precision Control

Equipped with high-precision A/D and D/A converters, supporting accurate excitation current regulation.
Built-in PID control algorithm for precise control of voltage, power factor, and reactive power.

Reliability and Stability

Redundant design and rigorous testing ensure long-term operational reliability.
Self-diagnostic function detects internal faults and triggers protection mechanisms.

Modularity and Flexibility

Supports multi-channel input/output (analog, digital, pulse signals) to adapt to complex industrial environments.
Configurable for automatic voltage regulation, automatic synchronization, and load sharing modes.

Safety and Compatibility

Protection class IP20, suitable for harsh industrial environments.
Seamless integration with ABB automation systems, supporting remote monitoring and fault diagnosis.

Structure and Composition

Core Functional Modules

Signal processing unit: Receives sensor inputs (e.g., voltage, current, temperature), and performs filtering, amplification, and isolation.
Control logic unit: Generates control signals based on preset parameters or algorithms to regulate the excitation system.
Communication interface: Interacts with upper-level computers or power grids via standard interfaces (e.g., MODBUSCAN bus).

Installation Method

Uses DIN rail mounting for easy integration into existing systems.
Modular design simplifies installation and maintenance processes.

Application Fields

Power Generation

Excitation control for synchronous generators in power plants, improving power generation efficiency and stability.

Industrial Applications

Voltage and power regulation for industrial motor drive systems (e.g., compressors, pumps, fans).

Renewable Energy

Grid-connection control for wind farms and solar power plants, optimizing energy utilization.

Special Scenarios

High-load environments such as marine electric propulsion, port cranes, and mining trucks.

Installation and Maintenance

Installation Requirements

Ensure the working environment meets temperature, humidity, and protection class requirements.
Use DIN rail mounting to avoid mechanical vibration interference.

Maintenance Recommendations

Regularly inspect connecting cables and terminals to prevent poor contact.
Clean dust from the module surface to avoid heat accumulation affecting performance.
Back up configuration parameters and update firmware regularly to comply with new standards.

Troubleshooting

Locate faults (e.g., overvoltage, overcurrent, diode faults) through the self-diagnostic function.
 


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