MCP070F-V300-NI-L1CN-NNNN
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MPN: R911333641
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The MCP070F-V300-NI-L1CN-NNNN linear motor primary part features a coreless design for cog-free motion, a 47.5 N/A force constant, and a 2.2-ohm winding resistance. It is ideal for precise, high-performance applications.
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Product Description:
The MCP070F-V300-NI-L1CN-NNNN linear motor coreless primary part is a highly efficient motor component designed for precise and seamless motion control. It integrates a coreless design that eliminates cogging and ensures smooth operation in high precision environments. The Hall unit enhances motionless commutation for improved control.
This MCP070F-V300-NI-L1CN-NNNN linear motor coreless primary part offers a force constant of 47.5 N/A and a voltage constant of 26.9 Vs/m that enables reliable and stable force generation. The winding resistance of this model at 20 C is 2.2 ohms with winding inductivity values of 1.39 mH and 1.94 mH. This MCP linear motors series primary part has a rated power loss of 355.9 W for high duty cycles while minimizing thermal impact. The thermal time constant of this part is rated at 3.1 minutes. This ensures effective thermal regulation during prolonged use. This model’s pole width measures 30.00 mm.
The MCP070F-V300-NI-L1CN-NNNN linear motor coreless primary part is constructed with a mass of 2.85 kg and features a robust shielded connection cable that measures 1100 mm in length. This cable enhances durability and connectivity. This part motor’s Hall unit is secured with M2.5x8 bolts (DIN EN ISO 7045 - Torx) of property class 8.8 tightened to a torque of 0.8 Nm for reliable assembly. The system’s design allows the motor to stall without power motion. This enables safer operation and flexible control. Wake Industrial has this Bosch MCP070F-V300-NI-L1CN-NNNN product in-stock and distributes it to customers worldwide to ensure reliable and efficient service across the globe. We offer expedited worldwide shipping with flexible options. This ensures that your order arrives within the specified time frame. Order now and get it delivered to your address along with a one year warranty.
Frequently Asked Questions about MCP070F-V300-NI-L1CN-NNNN:
Q: What makes the Hall unit of MCP070F-V300-NI-L1CN-NNNN essential for enhanced control?
A: The Hall unit enables motionless commutation for more efficient control. It ensures optimized commutation by precisely detecting the rotor’s position. This helps in achieving accurate and smoother operation.
Q: How does the coreless design of MCP070F-V300-NI-L1CN-NNNN improve precision in motion control?
A: The coreless design eliminates cogging and ensures seamless motion in high-precision environments. It provides smoother performance during high-duty cycles. This makes the motor ideal for precise and stable applications.
Q: Why is the 47.5 N/A force constant significant in MCP070F-V300-NI-L1CN-NNNN performance?
A: The 47.5 N/A force constant ensures consistent and stable force generation. This allows the motor to maintain reliability in force delivery even under demanding workloads. It enhances system efficiency and precision.
Q: What role does the 1100 mm shielded cable play in MCP070F-V300-NI-L1CN-NNNN connectivity?
A: The robust shielded connection cable ensures durable and secure connections. Its 1100 mm length offers installation flexibility. This construction also enhances signal integrity and protects against wear and tear.
Q: How does the thermal regulation of MCP070F-V300-NI-L1CN-NNNN prevent overheating during continuous use?
A: With a 3.1-minute thermal time constant, this motor ensures effective thermal regulation. It minimizes overheating risks during prolonged operations. The rated power loss of 355.9 W supports extended use without performance drops.
