MAD130D-0100-SA-S0-BQ1-35-N1
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MPN: R911309391
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The MAD130D-0100-SA-S0-BQ1-35-N1 motor features a frame size of 130 mm and delivers a rated power of 1.0 kW. Manufactured by Bosch Rexroth Indramat as part of the MAD IndraDyn A Motors series, it has a rated torque of 6.37 Nm. This motor supports a peak current of 15.3 A and is equipped with IP65 protection and a holding brake.
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Product Description:
The MAD130D-0100-SA-S0-BQ1-35-N1 from Bosch MAD Servo Motor series delivers precise, low-vibration performance with robust cooling and sustained torque output. The module is ideal for demanding applications as it features reliable axial fan cooling, consistent 170 Nm rated torque and is compliant with DIN vibration standards.
The MAD130D-0100-SA-S0-BQ1-35-N1 Servo Motor is incorporated with an electromagnetic locking mechanism that provides resistance against movement when not powered and holds the motor shaft with a stopping force of 80 Newton-meters. Its upper performance limit for mechanical output is 36.49 kW under ideal conditions before thermal or mechanical thresholds are exceeded. It is part of MAD family of electric drives which is typically known for their compact design, robust performance and adaptability in automation and manufacturing systems. The motor shaft is balanced while including the entire key used for torque transmission, ensuring smooth rotation without imbalance and there is no protective sealing ring at the shaft’s base, which implies reduced sealing from environmental contaminants like dust or oil. Its internal coil configuration is identified by code 0100 and its power and signal interfaces are mounted on the non-drive end of this motor. The peak speed of 6,000 rpm is carefully defined to ensure the motor operates within its mechanical and thermal design constraints and it avoids potential damage due to excessive centrifugal forces or overheating.
The MAD130D-0100-SA-S0-BQ1-35-N1 servo motor windings are protected by insulation rated for a thermal endurance up to 155°C as they fall under class F as defined by DIN EN 60034-1 which allows the motor to operate safely in environments with elevated ambient and internal temperatures. Its frame corresponds to a dimension class of 130 and this motor takes approximately 30 minutes to reach thermal stability under a sudden change in heat load.
Frequently Asked Questions about MAD130D-0100-SA-S0-BQ1-35-N1:
Q: How does the electromagnetic brake in MAD130D-0100-SA-S0-BQ1-35-N1 improve machine safety?
A: The brake prevents shaft movement when the system is powered down, ensuring static load holding. This reduces risk during power failures or emergency stops.
Q: Why is the rotor inertia of 0.164 kg·m² significant in servo applications?
A: A moderate rotor inertia balances responsiveness and stability. It supports accurate speed control without inducing overshoot or instability.
Q: How does flange and foot mounting benefit the MAD130D-0100-SA-S0-BQ1-35-N1 servo motor installation?
A: Dual mounting options provide flexibility in mechanical integration. It allows horizontal or vertical installations in varied industrial setups.
Q: What advantage does the connector placement on the B-side provide in MAD130D-0100-SA-S0-BQ1-35-N1?
A: Rear-side connectors simplify cable routing and protect connections from mechanical interference. This also allows cleaner installations in compact control cabinets.
Q: Why is the shaft balanced with the full key in this servo motor?
A: Balancing with the full key reduces vibration during high-speed operation. It ensures consistent torque transmission and improves bearing life.
