Product Description:

Among the many types of precision devices produced by Pacific Scientific, its servo motors figuring in its T-Series are built employing the numerous superior design features and technological enhancements after having done specific analysis in this domain. The use of lighter alloys and permanent magnetic material to create a dense magnetic flux causes the rotor to spin at a uniform pace based on the applied input voltage.

The benefit of permanent-magnets in the dipoles of the T22NRLH-LNN-NS-00 servomotor is that it makes the motor light in weight (merely 1.0 kg i.e. 2.3 Lb). Amidst its configuration highlights, is also a 2-Rotor Stack. Furthermore, it is mounted on the 2.25 NEMA regular square 23 size frame and displays a 280 oz-in (i.e. 1.98 N-m) Holding Torque with the rated current 6.6 Amps DC. The comparatively lower weight of this servo-motor is also attributable to the use of light metallurgical parts that also have more inexpensive maintenance requirements and are easy to manage, thus improving their usability. These features make this motor sturdy, efficient and cost-effective.

Amid its other significant differentiating highlights, the T22NRLH-LNN-NS-00 operates a holding torque of 280 (1.98) oz-in (Nm) while at a 2-phase mode and has a detent torque power 6 oz-in. It also possesses a thermal impedance of 3.69 °C/watt plus the rotor inertia rate of 0.0056 oz/sq-in with a phase induction value 3.4 mH and a 0.75 Ohms (ranging between +/_10%  ) relative phase resistance.

These servo motors may be designed to work on the 1 to 3 phase voltage supply based upon their envisaged use.  The numerous different kinds of motors produced by Pacific Scientific give a wide choice and caters to distinct user demands to carry out various kinds of works.

Amid its other significant differentiating highlights, the T22NRLH-LNN-NS-00 operates a holding torque of 280 (1.98) oz-in (Nm) while at a 2-phase mode and has a detent torque power 6 oz-in. It also possesses a thermal impedance of 3.69 °C/watt plus the rotor inertia rate of 0.0056 oz/sq-in with a phase induction value 3.4 mH and a 0.75 Ohms (ranging between +/_10%  ) relative phase resistance.

These servo motors may be designed to work on the 1 to 3 phase voltage supply based upon their envisaged use.  The numerous different kinds of motors produced by Pacific Scientific give a wide choice and caters to distinct user demands to carry out various kinds of works.