MCP070C-V050-NI-N0RN-NNNN
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The Bosch Rexroth Indramat MCP070C-V050-NI-N0RN-NNNN is part of the MCP Linear Motors series and features natural convection cooling. It has a rated current of 2.2 Amps and can achieve a nominal velocity of 180 m/min. The motor generates a maximum force of 860 N, measures 124mm in length, and weighs just 1.5 kilograms.
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Product Description:
The MCP070C-V050-NI-N0RN-NNNN Linear Motor is the primary part of the motor that is manufactured by Bosch Rexroth is a leader in automation and control technology. The part is engineered for precise and high performance in different industrial automation applications. This is ideal for precise and high demand industrial tasks where performance and durability are critical. It shows Bosch's dedication to innovation and accuracy which shows its expertise in innovative technology with reliable performance.
The MCP070C-V050-NI-N0RN-NNN linear motors are designed to deliver high performance with a maximum force output of 860 N and a continuous nominal force of 215 N. They operate efficiently under a maximum current of 8.8 A and a rated current of 2.2 A. This part is powered by a DC bus voltage of 300 V which is capable of achieving a maximum velocity of 50 m/min when operating at full force with a nominal velocity of 180 m/min. The force constant of this rotor is 97.7 N/A which is complemented by a voltage constant of 56.4 Vs/m that ensures efficient power conversion and dynamic response. The rated power loss stands at 151.8 W. It boasts a pole width of 30 mm and a thermal time constant of 3.0 minutes.
The MCP070C-V050-NI-N0RN-NNNN linear motor has a winding resistance of 15.7 Ohm and winding inductance values of 12 mH for phases 1 and 2 and 17.1 mH for phases 2, 3 and 1. These specifications optimize electromagnetic compatibility and enhance performance. The primary part mass of 1.50 kg ensures robust construction while maintaining agility in operation and making these motors ideal for dynamic and demanding industrial applications. This rotor can be used with the secondary part of MCS070.
Frequently Asked Questions about MCP070C-V050-NI-N0RN-NNNN:
Q: What benefits does the 30 mm pole width offer in the MCP070C-V050-NI-N0RN-NNNN motor?
A: he 30 mm pole width enhances the motor’s magnetic field uniformity, which improves efficiency during operations that require precise control and power.
Q: Why does the MCP070C-V050-NI-N0RN-NNNN feature a thermal time constant of 3.0 minutes?
A: This thermal time constant allows the motor to stabilize its temperature quickly, ensuring consistent performance and preventing overheating during intensive use.
Q: How does the MCP070C-V050-NI-N0RN-NNNN motor’s rated power loss of 151.8 W impact its efficiency?
A: A rated power loss of 151.8 W indicates efficient power usage, minimizing energy wastage and enhancing overall performance in prolonged industrial applications.
Q: What role does the winding inductance play in the performance of the MCP070C-V050-NI-N0RN-NNNN motor?
A: Winding inductance improves the motor's efficiency and response time, crucial for applications requiring quick adjustments and high precision.
Q: How does the voltage constant of 56.4 Vs/m contribute to the MCP070C-V050-NI-N0RN-NNNN's operation?
A: The voltage constant of 56.4 Vs/m ensures optimal conversion of electrical power into mechanical energy, facilitating smoother and more reliable motor operations.
