2AD134C-B05OA2-DS36-A2N1
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911285271
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The 2AD134C-B05OA2-DS36-A2N1 motor features blower cooling with axial airflow, a rated power of 22 kW, a rated torque of 143 Nm, and a digital servo feedback type DS36. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it offers IP65 protection and flange mounting.
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Product Description:
Bosch Indramat produces the 2AD134C-B05OA2-DS36-A2N1 as an AC motor, with an electrically released heavy duty braking system. It uses a nominal electrical input of 248VAC and operates at a base speed of 1500 RPM while the fastest it can get is 7500 RPM speed. The rotor’s angular inertia is recorded at 0.076 kgm² to ensure rapid acceleration and deacceleration.
The 2AD134C-B05OA2-DS36-A2N1 AC motor’s holding brake generates a torque of 100 Nm and has an inertia measured at 0.002 kgm². The brake current equals 2.8 A and operates on 24 V ± 10% along with 30000 Ws of possessed braking energy limit. The 2AD134C AC motor has a weight of 115 kg while its brake alone weighs 4 kg. The motor has a time constant of 0.9 h and offers an acoustic level 75 dB(A). It employs the insulation standard F for protection against heat and comes with standard grooved industrial bearings. The 2AD134C AC motor has an integrated digital servo feedback system for monitoring and features a plain shaft without a sealing ring. Its power connection is located on the right side above the enclosure for easy access and the motor supports flange-mounted design.
The 2AD134C-B05OA2-DS36-A2N1 AC motor achieves cooling through an axial fan blower that circulates air in the direction of A to B inside the motor. The fan consumes 0.17 kVA of power from a 3-phase supply source to give air volume of 1000 m³/h. The 2AD134C AC motor is protected with IP64 from dust and water jets greater than 1mm. This motor has a current rating of 0.0544 kA while it consumes 18000 W of power under normal load conditions. It is available on Wake Industrial with one year warranty.
Frequently Asked Questions about 2AD134C-B05OA2-DS36-A2N1:
Q: Why is a time constant of 0.9 h important in the 2AD134C-B05OA2-DS36-A2N1 motor?
A: It reflects the motor’s thermal response time, allowing better thermal management during prolonged operations. This helps prevent overheating in demanding applications.
Q: How does the servo feedback system enhance the motor's accuracy?
A: It constantly relays rotor position data to the controller, enabling real-time speed and position adjustments. This ensures high-precision motion control in automation tasks.
Q: How does the axial fan cooling system affect motor longevity?
A: By circulating 1000 m³/h of air, it maintains stable internal temperatures, reducing thermal wear. This cooling helps maintain consistent performance over extended use.
Q: How does the brake’s low inertia of 0.002 kgm² impact performance?
A: Lower inertia allows quicker engagement and disengagement of the brake. It enhances responsiveness in emergency stop or hold scenarios.
Q: What role does the 30000 Ws braking energy limit play in system design?
A: It defines how much energy the brake can absorb before overheating. This is crucial for applications involving frequent starts/stops or vertical loads.
