T22NRLC-LDN-M4-00

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The T22NRLC-LDN-M4-00 is a high torque motor with a continuous stall torque of 280 oz-in and a 1.8 full step angle. Manufactured by Pacific Scientific as part of their T High Torque Motors series, it weighs 2.7 lbs and features a flat shaft with a diameter of 0.25 inches. The motor has a winding resistance of 11.5 Ohms.

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Product Description:

The T22NRLC-LDN-M4-00 high torque motor, part of Pacific Scientific's T High Torque Motors series, is designed to work with the best standards for heavy-duty applications. It can handle a continuous stall torque of 280 oz-in (1.98 N-m), which delivers a constant and reliable force, for smooth and controlled motion. It can be utilized at a suggested current per phase of 0.77 A, for efficiency and stable performance. Its 11.5 ohms wind resistance is efficient electrically, and 65.5 mH inductance aids in the management of current flow to ensure efficient motor control.

For being available during the occurrence of worst-case situations, its highest wind temperature of 212F (100C) rated ensures reliability with unintermittent operation. With 0.0056 oz-in-s² (0.0408 x 10⁻³ kg-m²) rotor inertia, it can accelerate and decelerate very fast and is best suited for use in applications where accuracy is needed. Being able to withstand mechanical stresses, it is capable of handling 10 lbs (44 N) axial shaft load and 15 lbs (66 N) radial shaft load and is therefore dependable in most configurations. It weighs 2.7 lbs (1.23 kg) and is balanced power and agility. Its 1.8 step angle provides superior positioning, and this is a requirement that is absolutely essential where there is a need for precise control of motion.

With 2.625 inches bolt circle diameter, it provides safe mounting compatibility, and with the 0.81-inch (20.57 mm) long and 0.25-inch (6.35 mm) diameter shaft with the flat feature, balancing with mechanical parts is assisted. This motor is designed for long-term use, delivering high torque, high electrical efficiency, and high-strength construction to address the needs of high-precision motion control systems demanding precision, stability, and durability in the context of an industrial work environment.

Axial Shaft Load
10 lbs (44 N)
Bolt Circle Diameter
2.625 inches
Continuous Stall Torque
280 oz-in (1.98 N-m)
Inductance
65.5 mH
Max Winding Temperature
212F (100C)
Motor Weight
2.7 lbs (1.23 kg)
Radial Shaft Load
15 lbs (66 N)
Recommended Current/phase
0.77 A
Rotor Inertia
0.0056 oz-in-s² (0.0408 x 10⁻³ kg-m²)
Shaft Diameter
0.25 inches (6.35 mm)
Shaft Feature
Flat
Shaft Length
0.81 inches (20.57 mm)
Step Angle (full Step)
1.8
Winding Resistance
11.5 Ohms

Frequently Asked Questions about T22NRLC-LDN-M4-00:

Q: What is the continuous stall torque of the T22NRLC-LDN-M4-00 high torque motor?

A: The continuous stall torque of the T22NRLC-LDN-M4-00 high torque motor is 280 oz-in (1.98 N-m).

Q: What is the recommended current per phase for the T22NRLC-LDN-M4-00 high torque motor?

A: The recommended current per phase for the T22NRLC-LDN-M4-00 high torque motor is 0.77 A.

Q: What is the step angle for the T22NRLC-LDN-M4-00 high torque motor in full-step mode?

A: The step angle for the T22NRLC-LDN-M4-00 high torque motor in full-step mode is 1.8.

Q: What is the rotor inertia of the T22NRLC-LDN-M4-00 high torque motor?

A: The rotor inertia of the T22NRLC-LDN-M4-00 high torque motor is 0.0056 oz-in-s² (0.0408 x 10⁻³ kg-m²).

Q: What is the shaft diameter of the T22NRLC-LDN-M4-00 high torque motor?

A: The shaft diameter of the T22NRLC-LDN-M4-00 high torque motor is 0.25 inches (6.35 mm).


Internal Product Review

  • ‘‘The T22NRLC-LDN-M4-00, manufactured by Pacific Scientific, is a high-torque motor designed for applications requiring precise control and maximum efficiency. The motor delivers impressive stall torque, making it highly capable in demanding conditions. Its lightweight design, coupled with solid performance, ensures it stands out for both reliability and ease of use. Customers appreciate the motor's high efficiency, low maintenance requirements, and overall reliability in various settings.’’

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