LIN Engineering

Stepper Motor minimizes stalling and skipped steps.
Electrical Equipment & Systems

Stepper Motor minimizes stalling and skipped steps.

Providing holding torque up to 150 oz-in., Xtreme Torque E5618 Stepper Motor with Enhanced Technology keeps application continuously running smoothly. NEMA 23 stepper features 0.71 oz-in.-² inertia and is built for fast acceleration. Offering solution for applications with heavy loads or those at risk of stalling or skipping steps, motor is available with integral connector or flying lead wires...

Read More »
Compact Gearbox reduces size requirements while maintaining power.
Mechanical Power Transmission

Compact Gearbox reduces size requirements while maintaining power.

At .55 in. long, Slim Line Planetary Gearbox reduces overall length of typical stepper motor gearbox combination. Gearbox shaft, which- has 5 mm OD and can be mounted to any NEMA 17 motor, is also available in- combination consisting of Xtreme Torque Series Motors with Slim Line Gearbox in 3 different stack lengths. Available in- 5:1 ratio, product has- 141 oz-in. continuous torque rating and...

Read More »
Electrical Equipment & Systems

Brushless DC Motors reach speeds over 4,000 rpm.

Offered in 4 body lengths of 1.7, 2.4, 3.2, and 3.9 in., NEMA 17 Brushless DC Motors are capable of- peak torque up to 82 oz-in., depending on stack size. Units are available with various modifications, including shaft modifications, special cabling and- connectors, spur and planetary gearboxes, and optical encoders. Motors are suitable- for users that prefer velocity control with analog input...

Read More »
NEMA 34 Steppers
Electrical Equipment & Systems

NEMA 34 Steppers

Santa Clara, CA - Lin Engineering is pleased to announce that the 8718 NEMA 34 step motor series has been recognized with a certification of compliance to Underwriters Laboratories Inc.'s (UL) standards. The 8718 product line is a series of high torque, 2 phase stepper motors. The motors are available in three body lengths: 2.6 , 3.8 , and 5.0 and are capable of up to 1,288 oz-in of holding...

Read More »
Microstepping Motor Driver can be configured via computer.
Controls & Controllers

Microstepping Motor Driver can be configured via computer.

Measuring over 3.3 in. long and 1.3 in. high, model R525 is capable of outputting up to 5 A peak current and handling up to 75 Vdc. It can be used with all NEMA 8, 11, and 17 motor motors, and is also compatible with many NEMA 23 and NEMA 34 motors. With built-in RS485 communication, unit offers configurable settings including step resolution, run current, hold current, damping modes, as well as...

Read More »
Fluid & Gas Flow Equipment

Smoothen out Step Motor Performance with Dampers

Santa Clara, CA - August 2008 - Lin Engineering, the Step Motor Specialists, are pleased to introduce their new line of dampers. These dampers are durable, long lasting, and can easily be mounted onto standard NEMA 23 step motors. As motors step, inertia makes the rotor oscillate about its new position. This natural back and forth movement might sometimes contribute to the erratic motion of...

Read More »
Stepper Motor minimizes stalling and skipped steps.
Electrical Equipment & Systems

Stepper Motor minimizes stalling and skipped steps.

Providing holding torque up to 150 oz-in., Xtreme Torque E5618 Stepper Motor with Enhanced Technology keeps application continuously running smoothly. NEMA 23 stepper features 0.71 oz-in.-² inertia and is built for fast acceleration. Offering solution for applications with heavy loads or those at risk of stalling or skipping steps, motor is available with integral connector or flying lead wires...

Read More »
Compact Gearbox reduces size requirements while maintaining power.
Mechanical Power Transmission

Compact Gearbox reduces size requirements while maintaining power.

At .55 in. long, Slim Line Planetary Gearbox reduces overall length of typical stepper motor gearbox combination. Gearbox shaft, which- has 5 mm OD and can be mounted to any NEMA 17 motor, is also available in- combination consisting of Xtreme Torque Series Motors with Slim Line Gearbox in 3 different stack lengths. Available in- 5:1 ratio, product has- 141 oz-in. continuous torque rating and...

Read More »
Electrical Equipment & Systems

Brushless DC Motors reach speeds over 4,000 rpm.

Offered in 4 body lengths of 1.7, 2.4, 3.2, and 3.9 in., NEMA 17 Brushless DC Motors are capable of- peak torque up to 82 oz-in., depending on stack size. Units are available with various modifications, including shaft modifications, special cabling and- connectors, spur and planetary gearboxes, and optical encoders. Motors are suitable- for users that prefer velocity control with analog input...

Read More »
NEMA 34 Steppers
Electrical Equipment & Systems

NEMA 34 Steppers

Santa Clara, CA - Lin Engineering is pleased to announce that the 8718 NEMA 34 step motor series has been recognized with a certification of compliance to Underwriters Laboratories Inc.'s (UL) standards. The 8718 product line is a series of high torque, 2 phase stepper motors. The motors are available in three body lengths: 2.6 , 3.8 , and 5.0 and are capable of up to 1,288 oz-in of holding...

Read More »
Microstepping Motor Driver can be configured via computer.
Controls & Controllers

Microstepping Motor Driver can be configured via computer.

Measuring over 3.3 in. long and 1.3 in. high, model R525 is capable of outputting up to 5 A peak current and handling up to 75 Vdc. It can be used with all NEMA 8, 11, and 17 motor motors, and is also compatible with many NEMA 23 and NEMA 34 motors. With built-in RS485 communication, unit offers configurable settings including step resolution, run current, hold current, damping modes, as well as...

Read More »
Fluid & Gas Flow Equipment

Smoothen out Step Motor Performance with Dampers

Santa Clara, CA - August 2008 - Lin Engineering, the Step Motor Specialists, are pleased to introduce their new line of dampers. These dampers are durable, long lasting, and can easily be mounted onto standard NEMA 23 step motors. As motors step, inertia makes the rotor oscillate about its new position. This natural back and forth movement might sometimes contribute to the erratic motion of...

Read More »

All Topics