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ABB UFD128A101 3BHE012049R0101 Optical Module

ABB UFD128A101 3BHE012049R0101 Optical Module photo-1
Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)
Key Specifications
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Phase:
Other, Global universal model
Brand:
ABB
Cooling Method:
Other, Global universal model
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
Delivery time depends on order quantity.
Phase Other, Global universal model
Brand ABB
Cooling Method Other, Global universal model
Frequency Characteristics Other, Global universal model
Winding Type Other, Global universal model
Shape of Core Other, Global universal model
Core Other, Global universal model
Power Supply DC 24V (±10%)
Dimensions 100mm×70mm×30mm
ABB UFD128A101 3BHE012049R0101 Optical Module
The ABB UFD128A101 3BHE012049R0101 optical module is a communication interface device in ABB's industrial automation field, mainly used for high-speed data transmission systems and industrial network communication. It is commonly applied in:


  • Power automation systems (such as substation communication and high-voltage equipment monitoring);

  • High-speed data interaction in industrial robots and servo systems;

  • Redundant communication links of large PLC control systems (such as ABB AC 800M series);

  • Anti-interference data transmission scenarios in rail transit and new energy equipment.

I. Functional FeaturesOptical Communication Technology
  • Transmission Media: Supports single-mode or multi-mode optical fibers (depending on model configuration), with transmission distances up to 10km (single-mode) or 500m (multi-mode);

  • Data Rate: Standard 100Mbps/1Gbps adaptive transmission, supporting full-duplex communication with bit error rate ≤10⁻⁹;

  • Protocol Compatibility: Compatible with industrial protocols such as EtherCAT, Modbus, and PROFINET, supporting real-time data synchronization.

Reliability Design
  • Hardware Redundancy: Supports hot backup of dual optical fiber links (such as automatic master-slave channel switching) with fault switching time ≤5ms;

  • Environmental Adaptability:

    • Operating temperature: -40°C to +70°C (wide-temperature type) for harsh industrial environments;

    • Protection class: IP20 (panel mounting), resistant to vibration (5~500Hz, 10g) and electromagnetic interference (compliant with EN 61000 standards).

Flexible Configuration and Maintenance
  • Plug-and-Play: Supports hot-swapping, allowing module replacement without power-off;

  • Status Monitoring: Real-time working status display via LED indicators (power, link, data transmission), with built-in self-diagnosis functions (such as optical power detection and link abnormality alarm).

PPD113B01-10-150000 3BHR023784R1023 (1)

II. Technical Parameters
Parameter Type Specific Indicators
Power Supply DC 24V (±10%), power consumption ≤5W (typical value)
Optical Fiber Interface SC/LC interface (optional), supporting 850nm (multi-mode)/1310nm (single-mode) wavelengths
Transmission Distance Multi-mode: 500m (100Mbps); single-mode: 10km (1Gbps)
Communication Protocols Supports EtherCAT, PROFINET, EtherNet/IP, Modbus RTU, etc., with customizable extended protocols
Physical Dimensions Approximately 100mm×70mm×30mm, standard DIN rail mounting or panel embedded installation
III. Application Fields and CasesPower System Communication
  • Scenario: Optical fiber communication between substation relay protection devices and monitoring systems, requiring resistance to high-voltage electromagnetic interference.

  • Solution: UFD128A101 connects protection devices and PLCs via single-mode optical fibers, adopting a redundant link design to ensure no data loss during faults.

  • Effect: Communication delay ≤1ms, meeting the real-time requirements of power systems, with a bit error rate of 0.

High-Speed Networking for Industrial Robots
  • Scenario: Collaborative control of multiple robots in automobile welding production lines, requiring multi-axis data synchronization transmission.

  • Solution: The module connects robot controllers and servo drives via the EtherCAT protocol to achieve 100Mbps high-speed data interaction.

  • Effect: Robot motion delay reduced to 0.5ms, welding trajectory accuracy improved to ±0.02mm.

New Energy Wind Turbine Pitch System
  • Scenario: Transmission of pitch motor control signals in the high-altitude environment of wind turbine towers, requiring resistance to vibration and temperature fluctuations.

  • Solution: Adopts the wide-temperature UFD128A101, connecting pitch controllers and sensors via multi-mode optical fibers, supporting cold start at -30°C.

  • Effect: Communication stability increased by 99%, maintenance cycle extended to 2 years / time.

IV. Comparative Advantages over Similar Products
Comparison Dimension UFD128A101 Traditional Industrial Optical Modules
Redundancy Capability Hardware-level dual optical fiber hot backup, switching time ≤5ms Only software redundancy, switching time ≥50ms
Environmental Adaptability -40°C~+70°C wide temperature, resistant to 10g vibration Conventional temperature 0°C~+50°C, vibration resistance ≤5g
Protocol Integration Built-in multi-protocol stack, supporting custom development Single protocol requires gateway conversion, 30% higher integration cost
Protection Class Compliant with industrial-grade EMC standards (EN 61000-6-2) Some models do not support complex electromagnetic environments

Product Tags: UFD128A101 , 3BHE012049R0101 , 3BHE004573R0143

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Gold Verified Supplier
1Yr
Verified Business License
Business Type
Trading Company
Year Established
2014
Factory Size
1,000-3,000 square meters
Product Certifications
SA8000

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