Schneider BCH2MM0813CA6C IEC 60034-1 Servo Motor

Manufacturer: Schneider
Part Number: BCH2MM0813CA6C IEC 60034-1
Origin: France
Condition: brand new
Delivery Time: 3-5 days
HS Code: 8537101190
Shipping Weight: 9.64kg
Payment Term: 100% bank transfer in advance
Technical documents, COO certificate support
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Description
BCH2MM0813CA6C IEC 60034-1

Product Description

 

The Schneider BCH2MM0813CA6C IEC 60034-1 Servo Motor is a high-performance electric motor designed for precise and reliable motion control in various industrial applications. As part of Schneider Electric's servo motor range, the BCH2MM0813CA6C meets the highest standards of efficiency, reliability, and performance. It adheres to the IEC 60034-1 standard, which governs the general requirements for rotating electrical machines, ensuring its robustness and compatibility with industrial control systems.

Technical Specifications

 

Torque constant 0.96 N.m/A 68 °F (20 °C)
Back emf constant 58 V/krpm 68 °F (20 °C)
Number of motor poles 5
Rotor inertia 13.5 kg.cm²
Stator resistance 0.34 Ohm 68 °F (20 °C)
Stator inductance 4.5 mH 68 °F (20 °C)
Stator electrical time constant 13.24 ms 68 °F (20 °C)
Maximum radial force Fr 670 N 1500 rpm
Maximum axial force Fa 200 N
Brake pull-in power 19.7 W
type of cooling Natural convection
Length 7.4 in (187 mm)

 

Functional Characteristics

 

Schneider BCH2MM0813CA6C

  • Variable Speed Control:

The BCH2MM0813CA6C servo motor allows for variable speed control, making it ideal for applications that require adjustments to the speed based on changing loads or operational needs.

  • Low Vibration and Noise:

Designed to minimize vibration and noise during operation, this motor ensures smooth performance and enhances the comfort of operators working around it.

  • Closed-Loop Control Capability:

The motor is compatible with closed-loop control systems, where the position, speed, and torque are monitored in real-time and adjusted to ensure optimal performance at all times.

  • Dynamic Braking:

The motor offers efficient dynamic braking, enabling fast and safe stopping of the motor when required.

 

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