N32HLFJ-LNK-NS-00
Wake Industrial LLC is not an authorized distributor of this product.
- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 1-2 Days
The N32HLFJ-LNK-NS-00 is a stepper motor with a holding torque of 1200 oz-in (8.47 Nm) and a rated current of 8.1 amps DC ±10%. Manufactured by Pacific Scientific as part of the POWERPAC N Stepper Motor Servomotor series, it weighs 3.81 kg and operates up to 130°C with thermal resistance of 8.4 °C/watt.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Pacific Scientific is a top manufacturer of industrial components. The N32HLFJ-LNK-NS-00 POWERPAC N Stepper Motor Servomotor is made by Pacific Scientific. It comes with a single-shaft setup that has a straight key change. The single-shaft setup improves direct power transfer. The motor does not include a feedback encoder which makes it easier to use.
The N32HLFJ-LNK-NS-00 POWERPAC N stepper motor servomotor has a frame size is NEMA 34 with a 3.38-inch square shape. It uses a standard NEMA 34 winding type for steady function. The rotor has a layered design which makes it stronger and reduces energy loss. Pacific Scientific POWERPAC N stepper motor servomotor works well in industrial settings. Its straight key shaft change improves mechanical support. Without an encoder, the control system stays simple. The 2.0 °C/watt heat resistance helps manage temperature. The rotor’s weight balance at 0.038 kgm² x 10^-3 keeps movement smooth. The motor’s weight of 3.81 kg makes it easy to install in different ways. The standard winding type makes it work well with most stepper controllers. The layered rotor design lowers energy loss from magnetism. The rotor’s weight balance measures 0.038 kgm² x 10^-3 which helps to keep movement steady. Its heat resistance is rated at 2.0 °C per watt.
The N32HLFJ-LNK-NS-00 POWERPAC N stepper motor servomotor is great for jobs that need careful movement. It runs smoothly without needing feedback systems. The heat design keeps it working well under pressure. The rotor’s weight balance helps with exact movement control. The small frame type makes it fit in tight spaces. The standard winding type keeps the electrical flow even. The layered rotor build makes the motor last longer.
Frequently Asked Questions about N32HLFJ-LNK-NS-00:
Q: What is the thermal resistance of the N32HLFJ-LNK-NS-00 motor?
A: The N32HLFJ-LNK-NS-00 motor has a thermal resistance of 2.0 °C per watt, ensuring efficient heat dissipation during continuous operation in industrial applications.
Q: Why does the N32HLFJ-LNK-NS-00 servomotor use a single shaft configuration?
A: The single shaft configuration of the N32HLFJ-LNK-NS-00 servomotor optimizes torque transmission, providing efficient mechanical coupling and reducing the overall system complexity.
Q: How does the laminated rotor design benefit the N32HLFJ-LNK-NS-00 motor?
A: The laminated rotor design in the N32HLFJ-LNK-NS-00 motor reduces eddy current losses, improving the efficiency and durability of the motor in high-performance environments.
Q: What is the benefit of having no feedback encoder in the N32HLFJ-LNK-NS-00 motor?
A: The absence of a feedback encoder in the N32HLFJ-LNK-NS-00 simplifies the control system, making it easier to implement and maintain while still ensuring reliable performance.
Q: How does the rotor inertia affect the N32HLFJ-LNK-NS-00 motor's performance?
A: The N32HLFJ-LNK-NS-00 motor’s rotor inertia of 0.038 kgm² x 10^-3 helps maintain stable and smooth motion, crucial for precise and accurate positioning in industrial applications.
