M.1015.6927
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The Kollmorgen M.1015.6927 is part of the Kollmorgen Servo Cables series, known for its internal thermal switch that indicates overheating. With a maximum continuous operating speed of 3600 RPM and a peak torque of 100 lb-in (11.3 Nm), it effectively handles various applications. Its thermal resistance is 0.63°C/watt.
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Product Description:
One well-known manufacturer that specializes in creating high-performance motion control systems is Kollmorgen. The M.1015.6927 Kollmorgen Servo Cables are made to function well and be dependable in challenging industrial settings. When used with Kollmorgen servo motors and drive systems, these cables provide efficient operation and successful performance in a range of applications.
The M.1015.6927 Kollmorgen Servo Cables has a drive module input voltage of 230 VAC RMS which provides constant power to the system. These cables are made to easily manage high-speed activities, with a maximum continuous working speed of 3600 RPM. Continuous performance is provided even under high loads due to the continuous stall torque of 31 lb-in and the maximum torque of 100 lb-in. The total efficiency of the system is increased by the constant current flow. The thermal resistance of the M.1015.6927 Kollmorgen Servo Cables is 0.63°C/watt which helps in managing heat dissipation during continuous operation. A thermal switch on the wires is there to detect overheating which provides an extra level of security to prevent damage during heating. The number of encoder lines will be 1000 or 2000 depending upon the application where to use this cable. The supply voltage for the encoder is 5 VDC, and the maximum supply current is 175 mA which ensures stable encoder operation. The encoder output line driver is powered by LM339 / 26LS31 which ensures reliable signal transmission.
This cable is designed for high-performance applications requiring perfect motion control. In demanding industrial applications, the M.1015.6927 Kollmorgen Servo Cables are designed to deliver dependable and effective performance. Their effective control attributes, high-speed capabilities, and thermal protection make them the ideal choice for motion control systems.
Frequently Asked Questions about M.1015.6927:
Q: What is the importance of the thermal resistance of 0.63°C/watt in M.1015.6927?
A: The low thermal resistance helps in managing heat efficiently, preventing overheating. This ensures the Kollmorgen Servo Cables maintain performance during extended operations.
Q: Why is the continuous stall torque of 31 lb-in important in M.1015.6927 Kollmorgen Servo Cables?
A: The continuous stall torque is crucial for maintaining stable motor operation at high loads. It ensures the motor can handle demanding tasks without performance degradation.
Q: How does the winding resistance of 2.24 Ohms affect M.1015.6927?
A: The low winding resistance reduces energy losses, improving efficiency. This results in better power delivery and minimal heat generation during operation.
Q: Why is the encoder output line driver LM339 / 26LS31 used in M.1015.6927?
A: These line drivers ensure reliable signal transmission between the encoder and controller. They help in maintaining signal integrity, ensuring precise control in motion applications.
Q: How does the operating temperature range of 0°C to 40°C affect M.1015.6927 Kollmorgen Servo Cables?
A: The specified temperature range ensures that the cables operate effectively in most industrial environments. It provides versatility in various applications without overheating risks.
