Product Overview
The Allen-Bradley 1336-MOD-KB050 is a heavy-duty dynamic braking unit designed for use with the Allen-Bradley 1336 series of inverters to improve braking performance during deceleration or stopping of motors. This dynamic braking unit quickly absorbs the energy generated by the motor during deceleration to reduce braking time, increase productivity, and protect the motor and inverter.

Key Features and Functions
Strong compatibility: Designed for Allen-Bradley 1336 series inverters, good compatibility.
Excellent braking performance: It can quickly absorb the energy generated by the motor during deceleration and shorten the braking time.
Overload protection: It has overload protection function to prevent the brake unit from overheating and damage.
Good heat dissipation performance: Adopting high efficient heat dissipation design to ensure that the brake unit can remain stable and reliable even under long time operation.
Easy to install: Easy to install and quick to deploy.

Application Scenarios
Cranes: Dynamic braking units can be used on cranes to quickly reduce loads and improve work efficiency.
Conveyor belts: Used to control conveyor belts to stop quickly and prevent material from falling.
Machine tools: Dynamic braking units can be used to quickly stop the spindle during machine tool machining to improve machining accuracy.
Other machinery and equipment: Suitable for all kinds of machinery and equipment that require fast braking.

Technical data
Voltage: 380 VAC / 415 VAC / 460 VAC
Maximum braking power: 37 kW or 50 Hp
Compatible frequency converters: B003-B200 1336 and B003-B250 1336VT FORCE, PLUS, PLUS II, and IMPACT series.

Precautions
Installation: When installing the product, please follow the product manual to ensure the correct connection.
Heat dissipation: When installing the brake unit, pay attention to the heat dissipation of the brake unit to avoid overheating.
Maintenance: Check the brake unit periodically to ensure that it is in good condition.

Advantages
Increased productivity: Reduced braking time and increased productivity.
Protects equipment: Reduces wear and tear on motors and inverters, extending equipment life.
Improve control performance: Improve the dynamic response of the system.