Product Details:

Allen-Bradley 1336-B003-E0D is a Rockwell Automation Bulletin 1336 series adjustable frequency AC drive, it is a discontinued three-phase inverter unit for industrial induction motor speed regulation. This drive adopts microprocessor digital control and PWM pulse width modulation technology, which can realize stable and precise speed and torque control for three-phase AC motors. It is widely used in industrial automation equipment such as fans, pumps, conveyors and production lines.

The 1336-B003-E0D supports flexible parameter configuration, built-in multiple motor control modes, and has complete fault diagnosis functions. It reserves analog signal interfaces including 0-10V and 4-20mA for remote speed setting, and can be equipped with optional communication modules and local HIM operator panel for on-site parameter viewing and program modification. The enclosure adopts open style IP00 structure, suitable for cabinet panel installation. It complies with UL and CSA industrial certification standards. As a legacy drive model, it is mainly used for replacement and maintenance of old production lines.

Each Allen-Bradley 1336-B003-E0D undergoes strict factory testing before shipment, including power-on running test, insulation resistance test and protection function verification to ensure stable performance in industrial automation environments.

Specifications:

Brand: Allen-Bradley (Rockwell Automation)

Model: 1336-B003-E0D

Product category: Bulletin 1336 adjustable frequency AC drive complete unit

Control mode: V/Hz, sensorless vector control optional

Communication: Support optional communication adapters

Enclosure: Open style IP00

Mounting method: Panel mounting inside cabinet

Feature: Full inverter assembly, digital microprocessor control, rich fault diagnosis, multi-level protection, discontinued legacy drive

Application: Pump, fan, conveyor, old machine motor speed control retrofit

Working medium: Indoor industrial air environment

Working environment: Industrial site with normal vibration and temperature fluctuation