XSM100-37-502-E2-2AA
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The XSM100-37-502-E2-2AA servo motor by Kollmorgen delivers a continuous torque of 11.1 Nm with a voltage constant of 52 V/krpm. It is engineered with high-grade 1144 steel shaft. This motor enhances durability and wear resistance. This motor operates within a temperature range of 0 to +40°C.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The XSM100-37-502-E2-2AA Servo Motor delivers reliable performance together with efficient operation throughout adverse conditions. This motor delivers reliable torque alongside precise motion control functionality for different motion based applications.
The XSM100-37-502-E2-2AA servo motor generates continuous torque output at 11.1 Nm for stable and precise function. The shaft within this servo motor consists of high grade 1144 steel. The steel composition boosts endurance level and decreases the likelihood of wear. This motor provides an electrical performance efficiency through its voltage constant of 52 V/krpm. This servo motor guarantees secure industrial operation through its 1800 VAC RMS dielectric rating that keeps power connections separate from ground. The correct alignment of couplings combined with proper belt fastening prevents both early bearing damage and increased bearing loads. A wrong alignment between components can negatively impact operational performance while shortening the motor lifetime. Additionally, once connected to a load, tuning adjustments may be required to optimize performance of this servo motor, as an unloaded system may need recalibration after a load is applied. The operating temperature range for this servo motor 0 to + 40 degree centigrade. This motor performs optimally in this temperature range.
The Kollmorgen XSM100-37-502-E2-2AA servo motor weighs approximately 5 kg that allows easy integration into various mechanical setups. It features secure connectors that must only be handled when power is removed to prevent electrical hazards. Rapid acceleration and deceleration of this XSM Centurion servo motor is possible due to its high energy neodymium magnet rotors. The winding of this motor contains a temperature sensor which reports thermal conditions to the system. Users must disconnect power from the motor before connecting or removing connectors because it prevents damage to the system.
Frequently Asked Questions about XSM100-37-502-E2-2AA:
Q: What safety measures are necessary when handling the XSM100-37-502-E2-2AA servo motor connectors?
A: The connectors on the XSM100-37-502-E2-2AA servo motor should never be connected or disconnected while powered to prevent electrical damage. Power must be removed before handling to ensure operational safety.
Q: How does the XSM100-37-502-E2-2AA servo motor maintain stability in high-precision applications?
A: The XSM100-37-502-E2-2AA servo motor delivers a continuous torque of 11.1 Nm, ensuring stable and precise operation. Its high-grade 1144 steel shaft enhances durability and minimizes wear under demanding conditions.
Q: How does the XSM100-37-502-E2-2AA servo motor ensure electrical efficiency?
A: The XSM100-37-502-E2-2AA servo motor features a voltage constant of 52 V/krpm, optimizing electrical performance. It maintains a dielectric rating of 1800 VAC RMS, ensuring insulation safety between power connections and ground.
Q: What factors impact the longevity of the XSM100-37-502-E2-2AA servo motor?
A: Proper alignment of couplings and secure belt fastening prevent excessive bearing loads and premature wear. Misalignment can affect performance and reduce motor lifespan, requiring precise installation for optimal durability.
Q: How does the XSM100-37-502-E2-2AA servo motor handle temperature regulation?
A: The XSM100-37-502-E2-2AA servo motor operates within a temperature range of 0 to +40°C for optimal performance. An embedded temperature sensor within the winding provides thermal feedback to prevent overheating.
