ABB VBC7-30-01-01 GJL1313901R0011 Three-pole contactor

1. Product Overview

The ABB VBC7-30-01-01 / GJL1313901R0011 Three-Pole Contactor is a compact, modular AC contactor designed for controlling three-phase motors and AC loads. It offers high reliability and durability, supports frequent switching operations, and features built-in auxiliary contacts for signal feedback and logic control. Its modular design allows easy installation and maintenance in industrial control panels and machinery.

2. Technical Specifications

• Model: VBC7-30-01-01 / GJL1313901R0011

• Type: AC Contactor

• Poles: 3 poles (3 NO)

• Built-in Auxiliary Contacts: 1 NO

• Rated Insulation Voltage (Ui): 690 V AC

• Rated Impulse Withstand Voltage (Uimp): 6 kV

• Rated Operational Current AC‑3: 30 A

• Rated Power AC‑3:

  • 220–240 V: 7.5 kW

  • 380–400 V: 11 kW

  • 415 V: 11 kW

  • 440–500 V: 11 kW

  • 690 V: 7.5 kW

• Thermal Current (Ith): 30 A

• Frequency: 50 / 60 Hz

• Control Coil Voltage: Multiple options (24 V, 110 V, 220–240 V AC)

• Protection Rating: IP20

• Terminal Type: Screw terminals

• Mechanical Life: ≥ 10,000,000 operations

• Electrical Life: ≥ 1,000,000 operations

• Dimensions (W×D×H): ~55 × 90 × 95 mm

• Weight: ~0.55 kg

3. Advantages and Features

• Compact modular design for space-saving installation.

• High reliability and durability for frequent operations.

• Auxiliary contact expandability for control feedback or interlocking logic.

• IEC 60947 compliant ensuring safety and long-term reliability.

• Multiple coil voltage options suitable for global industrial systems.

4. Typical Applications

• Motor start/stop control in industrial automation

• Fans, pumps, compressors, and other motor-driven equipment

• Main power switching in production line and machinery control panels

• PLC / DCS system actuators

• Low-voltage electrical control in buildings and facilities

5. Installation & Usage Notes

• Ensure coil voltage matches the control system before installation.

• Secure all wiring to avoid poor contact, overheating, or misoperation.

• Use appropriate protective devices for high-frequency switching loads.

• Ensure proper ventilation in control panels to prevent overheating.

• Disconnect power before maintenance and inspect main and auxiliary contacts regularly.

The structure and details of the product： ​

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