2AD132C-B35RA1-CS03

Product Description:

Bosch Rexroth Indramat manufactured the 2AD132C-B35RA1-CS03. One of this component's key features is its 100 Nm of transferable torque. A torque is a rotating force that includes rotational motion. In this case, 100 Nm represents the highest rotational force that this device is capable of producing or withstanding. Another important consideration is the 30,000 Ws maximum allowable braking energy. This figure indicates the brake system's most incredible capacity to collect and release kinetic energy as heat during a braking action. A greater brake energy capacity, such as the one shown by this model, indicates a more robust and dependable braking system for applications requiring numerous stops and starts or involving large loads. One important factor is the unit's mass, which is 115 kg. This significant bulk suggests a sturdy design with bigger internal parts, such as rotors and stators, which support the motor's high torque output. However, the significant weight must be taken into account when designing the system as a whole, particularly when it comes to structural support and dynamic load concerns.

According to the motor feedback standard, this type functions "without a motor encoder." For closed-loop control systems, motor encoders provide accurate feedback on the position and speed of the motor shaft. With a tolerance of ±10%, this component runs on a DC 24V connection voltage. This comparatively low voltage makes power supply integration easier and is typical in industrial settings. The system's resilience is increased by the voltage tolerance, which guarantees dependable functioning even in the event of little variations in the power supply. The 140 ms release delay is the amount of time it takes for the brake to disengage after the issuance of the release signal. Even while it seems minor, this delay may have a significant impact in high-speed applications where quick reaction times are crucial.

The motor's capacity to reach high rotational speeds is shown by its maximum speed of 7500 rpm. This motor's fast speed and high torque make it appropriate for applications that call for quick movements and cycle times, which helps to boost industrial settings' productivity. The output shaft arrangement, "with key, without shaft sealing ring," offers information about the mechanical connection envisaged. The keyed shaft ensures that it is positively and securely connected to the driven load to avoid slippage and guarantee effective power transfer. The lack of a shaft sealing ring indicates that the motor is designed to run in conditions with little exposure to fluids or dust. The motor's rated current of 1.6 A is the maximum continuous current it can run at without overheating.