2AD184D-B35RC1-CS0D-B2N1
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911308157
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The 2AD184D-B35RC1-CS0D-B2N1 is an air-cooled servo drive with a rated power of 18.5 kW. Manufactured by Bosch Rexroth Indramat and part of the 2AD 3-Phase Induction Motors series, it operates at 400V AC and has a rated current of 35A. This model features IP65 protection and a digital encoder interface.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The product code 2AD184D-B35RC1-CS0D-B2N1 is a high-duty 3-phase induction motor engineered by Bosch Rexroth Indramat. It accommodates flange and foot mounting, providing flexibility for machine installations with diverse base or wall designs.
This induction motor, under normal operating conditions, produces a sound level of 80 dB(A) in order to meet industrial sound standards. Made with insulation class F according to DINVDE0530-1, it is more resistant to higher operating temperatures, improving endurance under extended load cycles. In this induction motor, an incremental encoder with 2500 increments is also incorporated to provide precise position feedback for control systems with precision movement. This motor’s shaft is whole key balanced to minimize transmission loss and ensure smooth torque transfer even during sudden load changes. Its 140 mm shaft length ensures stable coupling and alignment with drive elements in different system configurations. With a rated torque of 350 Nm, the 2AD184D-B35RC1-CS0D-B2N1 motor can power high-load processes that require steady force. With a standstill continuous current of 135.7 A, it maintains constant torque output in non-rotating conditions without thermal overload. This induction motor has a rated power output of 55 kW and is suitable for high-power operations with continuous high-power delivery.
The derating speed of this motor is 1000 rpm, above which thermal limits should be observed to prevent system overheating and degradation in performance. Its 6000 rpm top speed enables quick acceleration and working flexibility in high-speed production lines. This motor’s rotor moment of inertia of 0.58 kgm² provides controlled dynamics, allowing for smoother speed changes and smooth deceleration when necessary. This induction motor is constructed with vibration severity grade R to validate its applicability for high-stability situations where minimal mechanical oscillation is necessary. The CS coded windings of the 2AD184D-B35RC1-CS0D-B2N1 motor provide an optimized internal structure to enhance thermal performance.
Frequently Asked Questions about 2AD184D-B35RC1-CS0D-B2N1:
Q: Why is the CS winding code significant in the 2AD184D-B35RC1-CS0D-B2N1 motor?
A: The CS winding configuration improves thermal handling and efficiency during continuous operation. It ensures lower internal resistance and extends the motor's service life.
Q: How does the 0.58 kgm² rotor inertia help in industrial systems?
A: It provides smoother acceleration and reduces overshooting in dynamic applications. This ensures precise positioning and stable motion control.
Q: What advantage does the entire keyed shaft offer over partial keying in this motor?
A: A fully keyed shaft improves torque transmission consistency under load variations. It also minimizes slippage and mechanical misalignment.
Q: Why is a 2500-increment encoder used instead of higher resolution variants?
A: This resolution strikes a balance between signal accuracy and system processing load. It provides reliable feedback without overwhelming control hardware.
Q: How does the 6000 rpm maximum speed benefit the 2AD184D-B35RC1-CS0D-B2N1 motor?
A: It allows the motor to be used in applications requiring fast linear or rotary motion. High-speed capability also supports short cycle times in automation lines.
