R35KMNC-TS-RC-NV-02
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The R35KMNC-TS-RC-NV-02, part of Pacific Scientific's R Servomotors series, features a rotary encoder with a resolution of 360 Pulses Per Revolution and an IP65 protection class. It supports a supply voltage of 5V to 24V DC and operates at a maximum response frequency of 100 kHz. The motor weighs approximately 190 grams.
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Product Description:
The Pacific Scientific R35KMNC-TS-RC-NV-02 is a compact servomotor. The motor has been specifically built for industrial motion control applications. Its 3.25-inch square frame facilitates integration. It is a part of the R Series Brushless Servomotors series. This product employs rare earth magnets to boost torque output.
The Pacific Scientific's R35KMNC-TS-RC-NV-02 Servomotor delivers reliable performance. It is a four-pole synchronous brushless servomotor designed for precise applications. The frame is 3.25 inches square and relates to the R30 platform. It has a lengthy magnet stack length of five. Rare Earth Neodymium-Iron-Boron magnets provide torque ranging from 0.76 to 3.7 Nm. The keyed shaft arrangement ensures a secure coupling. The motor has a metric mounting standard. The shaft seal option is not available in this version. The housing meets TENV standards and has IP65 sealing. This provides protection against dust and water jets. The shaft does not have a brake. It also lacks primary feedback. The resolver connector type ensures stable signal transfer. The construction incorporates tough materials and steel bearing components. Its peak torque is 3.7 Nm. Rated speeds vary from 1,700 to 7,000 rpm. It accepts 240V AC and 320V DC power inputs. It is UL recognized under the files E103510 and E61960. Winding options determine the voltage and torque constants. The inductance and current ratings vary depending on the winding design. The connector design is obviously resolver-based, ensuring consistent motor control. Insulation Class H allows for strong thermal durability.
The Pacific Scientific R35KMNC-TS-RC-NV-02 provides effective control. The motor is ideal for automated systems. Natural convection is the mechanism used to cool the engine. It can reach speeds of up to 7,000 rpm without any load. It has an inbuilt thermistor for overheating protection. Rotor design ensures low inertia and rapid acceleration. Its rugged design and adaptability make it perfect for precision automation applications.
Frequently Asked Questions about R35KMNC-TS-RC-NV-02:
Q: How does the 5-stack magnet length affect the R35KMNC-TS-RC-NV-02?
A: A longer magnet stack increases magnetic flux and torque output. It contributes to the motor's ability to handle higher loads efficiently.
Q: How does the internal thermistor in R35KMNC-TS-RC-NV-02 enhance motor protection?
A: The thermistor monitors internal temperature changes in real time. It helps prevent overheating and allows integration with safety shutdown systems.
Q: Why is a 4-pole design used in the R35KMNC-TS-RC-NV-02?
A: The 4-pole structure offers a balance between speed and torque. It improves torque density without compromising on motor speed.
Q: What role does the keyed shaft play in the R35KMNC-TS-RC-NV-02?
A: A keyed shaft ensures firm mechanical coupling with load equipment. It minimizes slippage and maintains torque transmission accuracy.
Q: What advantage does the metric mounting in R35KMNC-TS-RC-NV-02 offer for installations?
A: Metric mounting simplifies integration into global systems and standards. It ensures compatibility with widely used mechanical setups in automation.
