The Kollmorgen 6SM37L-4.000 is a high – performance stepper motor, designed to be a core component in a wide range of motion control systems. As part of Kollmorgen’s esteemed line of motors, it inherits the brand’s reputation for quality and innovation. In an industrial automation setup, it serves as the driving force behind various mechanical movements. When integrated into a control system, it receives electrical pulses from a controller. These pulses are then translated into precise angular displacements of the motor shaft, enabling accurate positioning of the machinery it is attached to.
Model 6SM37L-4.000
Brand Kollmorgen
Type Stepper Motor
Holding Torque 1.4 Nm
Rated Current 3.7 A
Resistance / Phase 0.7 ohms
Inductance / Phase 1.2 mH
Step Angle 1.8 degrees
Insulation Class Class B
Ambient Temperature – 20 to +50 degrees Celsius
Weight 1.2 kg
Power 0.5 kW
Nominal Speed 4000 min – 1
The Kollmorgen 6SM37L-4.000 is a high – performance stepper motor, designed to be a core component in a wide range of motion control systems. As part of Kollmorgen’s esteemed line of motors, it inherits the brand’s reputation for quality and innovation. In an industrial automation setup, it serves as the driving force behind various mechanical movements. When integrated into a control system, it receives electrical pulses from a controller. These pulses are then translated into precise angular displacements of the motor shaft, enabling accurate positioning of the machinery it is attached to.
6SM37L-4.000
What makes the Kollmorgen6SM37L-4.000 particularly valuable for engineers and integrators is its versatility. It can be easily incorporated into both new – build automation systems and existing setups during upgrades. Its compatibility with a variety of control modules and drives simplifies the integration process, reducing the complexity of system design. This means that whether you’re a small – scale manufacturer looking to automate a single production line or a large – scale enterprise revamping an entire factory floor, the Kollmorgen6SM37L-4.000 can be tailored to meet your specific needs.
6SM37L-4.000
Main features and advantages:
The Kollmorgen 6SM37L-4.000 boasts an array of technical features that set it apart. In terms of functional performance, it offers a remarkable step angle of 1.8 degrees. This fine – grained step angle allows for highly accurate positioning, which is essential in applications such as micro – machining, where even the slightest deviation can result in defective products. With a rated current of 3.7A, it can deliver a holding torque of 1.4 Nm, making it suitable for driving relatively heavy loads. This combination of torque and current ensures that the motor can start and stop quickly, even when faced with sudden changes in load.
Its hardware design is both compact and rugged. Weighing in at just 1.2 kg, it has a small footprint, making it easy to fit into tight spaces within machinery. The rugged construction, with an insulation class of Class B, can withstand ambient temperatures ranging from – 20 to +50 degrees Celsius. This makes it suitable for operation in environments where temperature fluctuations are common, such as outdoor machinery in cold climates or equipment in hot industrial furnaces.
Compatibility is another strong suit of the Kollmorgen 6SM37L-4.000. It can be seamlessly integrated with a wide range of motion control systems and drive electronics. Whether you’re using a simple pulse – width – modulation (PWM) drive or a more complex digital servo drive, the motor can communicate effectively, ensuring smooth operation. This compatibility extends to its ability to work with different communication protocols, allowing for easy integration into networked automation setups.
When it comes to long – term reliability, the Kollmorgen 6SM37L-4.000 doesn’t disappoint. With proper installation and maintenance, it has a long service life, reducing the need for frequent replacements. The motor’s design minimizes wear and tear, even under continuous operation, ensuring consistent performance over time. This reliability is crucial in industries where downtime can be extremely costly, such as automotive manufacturing or food processing.
6SM37L-4.000
Technical specifications:
Model 6SM37L-4.000
Brand Kollmorgen
Type Stepper Motor
Holding Torque 1.4 Nm
Rated Current 3.7 A
Resistance / Phase 0.7 ohms
Inductance / Phase 1.2 mH
Step Angle 1.8 degrees
Insulation Class Class B
Ambient Temperature – 20 to +50 degrees Celsius
Weight 1.2 kg
Power 0.5 kW
Nominal Speed 4000 min – 1
In the bustling world of industrial automation, precision and reliability are the cornerstones of efficient production. Take, for example, a state-of-the-art electronics manufacturing facility. Here, the assembly of delicate circuit boards demands motors that can position components with micron-level accuracy. Similarly, in a high – speed packaging line for consumer goods, the ability to start, stop, and adjust the speed of conveyors smoothly is crucial to meet tight production schedules. This is where the Kollmorgen 6SM37L-4.000 steps in, emerging as a trusted workhorse across diverse industries.
In robotic arms used for pick – and – place operations in warehouses, the Kollmorgen 6SM37L-4.000 ensures that products are moved swiftly and precisely from storage to packaging stations. Its performance is equally impressive in textile machinery, where it controls the movement of spindles and looms, maintaining consistent tension and speed to produce high – quality fabrics. Whether it’s in a harsh industrial environment like a steel mill or a clean – room setting in the pharmaceutical industry, this motor has proven its mettle, adapting to different operating conditions while delivering outstanding results.
Related products:
6SM27LL – 4.500 – A related model with a different torque output, suitable for applications where lower torque requirements are sufficient, providing a more cost – effective solution for less demanding tasks.
6SM37 – M 6000 – This model offers a different speed – torque characteristic, making it ideal for applications that require higher speeds at the expense of some torque, such as certain high – speed conveyor systems.
Kollmorgen Drive Module XYZ – Specifically designed to work in tandem with the 6SM37L – 4.000, this drive module optimizes the motor’s performance, providing efficient power delivery and precise control.
Position Sensor ABC – When integrated with the 6SM37L – 4.000, this sensor enhances the motor’s positioning accuracy, allowing for even more precise movements in applications that demand sub – millimeter precision.
Coupling DEF – This component is essential for connecting the 6SM37L – 4.000 to other mechanical components, ensuring smooth power transmission and minimizing vibration during operation.
Controller GHI – A dedicated controller for the 6SM37L – 4.000, it simplifies the programming and operation of the motor, providing an intuitive interface for engineers to configure and monitor its performance.
Power Supply JKL – Designed to provide stable power to the 6SM37L – 4.000, this power supply unit ensures that the motor operates at its optimal performance level, even in environments with fluctuating power sources.
Installation and maintenance:
Before installing the Kollmorgen 6SM37L-4.000, several important considerations must be taken into account. First, ensure that the mounting surface is flat and rigid. Any unevenness or flexibility in the mounting surface can lead to vibration and reduced performance. The motor should be mounted using appropriate fasteners, and torque specifications for these fasteners should be strictly adhered to. Additionally, when planning the wiring layout, make sure to keep power cables and signal cables separate to minimize electromagnetic interference. The motor requires a clean power source with minimal voltage fluctuations; a dedicated power supply or a well – regulated power distribution system is highly recommended.
For maintenance, regular visual inspections are crucial. Check for any signs of wear on the motor shaft, such as scratches or excessive play. Look for loose connections in the wiring, as these can cause intermittent operation or complete failure. The motor’s ventilation openings should be kept clean to ensure proper cooling; dust and debris buildup can lead to overheating and reduced lifespan. Periodic checks of the motor’s electrical parameters, such as resistance and inductance, can also help detect any early signs of component degradation. If the motor is used in a particularly harsh environment, more frequent inspections may be necessary.