Brief: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we walk through the Allen Bradley 1336-BDB-SP6A PCB Gate Driver Board, showing its installation process, testing procedures, and compatibility with 1336 Plus, Force, and Impact drives. You'll see detailed component views and learn how this board amplifies low input signals for precise SCR control.
Related Product Features:
Acts as an amplifier for low input signals to provide precise control for SCR components.
Designed for Allen-Bradley 1336 STE Plus, Force, and Impact drives with 460V AC and 30HP ratings.
Offers backward compatibility and can be upgraded using the 1336-CONV-SP6A Series A to C kit.
Features a wide operating temperature range from -20°C to +70°C for industrial environments.
Provides high isolation voltage of ≥2500V AC and supports switching frequencies up to 20 kHz.
Includes comprehensive installation guidance with detailed jumper and connector removal steps.
Supplied as a complete spare part kit containing a single PCB for easy replacement.
Requires thorough testing of diodes VR1-VR6 and fuses F1-F3 after power module replacement.
FAQs:
Which drive models is the 1336-BDB-SP6A PCB Gate Driver Board compatible with?
The board is designed for Allen-Bradley 1336 STE Plus, Force, and Impact drives with nominal voltage ratings of 460 Volts AC and output power ratings of 30 horsepower.
What testing procedures should be performed after installing this gate drive board?
After replacement, use a meter in diode mode to check diodes VR1 to VR6 against standard readings and inspect fuses F1 to F3 for open conditions. Replace the board if any open conditions are detected.
Can the 1336-BDB-SP6A be upgraded for newer drive series?
Yes, the board offers backward compatibility and can be upgraded using the 1336-CONV-SP6A Series A to Series C upgrade kit.
What is the installation process for this gate drive board?
First, ensure power is off and verify zero voltage at terminal TB1 -DC and +DC points. Disconnect the main control board, remove jumper connectors J2, J6, J7, J8, J9, J10 and TB6 fan connector, then install the new board and reattach all components before powering up.