Company Profile

Lin Engineering

Lin Engineering, founded in 1987, are design engineers, manufacturers and customer service specialists. Products include step motors, integrated motors, BLDC motors, drivers and controllers, power supplies, gearheads, optical encoders, Trinamic chips and accessories. Industries served include test equipment, surveillance, avionics, defense, labeling machinery, medical, packaging, semiconductor, 3D imaging, laser measurement, and many more.

Company Info

Website
linengineering.com
Address
CA

Entries

  • in Brushless Motors

    Lin Engineering produces BLDC or brushless DC motors in NEMA sizes 17 and 23. Size 17 BLDC standard torque motors feature 8 rotor poles, 3 phases, size range of 1.7 to 3.9 inches, rated torque range from 10 to 41 oz-in, rated voltage of 24 VDC, rated speed of 4000 rpm, and rated power range from 30 to 121 watts. Size 23 BLDC standard torque motors feature 4 rotor poles, 3 phases, size range of 2 to 4.53 inches, rated torque range from 19 to 87.8 oz-in, rated voltage of 36 VDC, rated speed of 4000 rpm, and rated power range from 356 to 200 watts. Size 23 BLDC high torque motors feature 4 rotor poles, 3 phases, size of 1.90 inches, rated torque of 34 oz-in, rated voltage of 36 VDC, rated speed of 4000 rpm, and rated power of 101 watts.

  • in DC Motors

    Lin Engineering produces NEMA Size 17 standard torque motors, Size 23 BLDC standard torque motors and Size 23 BLDC high torque motors. NEMA size 17 standard torque motors feature 8 rotor poles, 3 phases, diameter range of 1.7 to 3.9 inches, rated torque range from 10 to 41 oz-in, and 24 VDC rated voltage. NEMA Size 23 BLDC standard torque motors feature 4 rotor poles, 3 phases, diameter range of 2 to 4.53 inches, rated torque range from 19 to 87.8 oz-in, 4000 RPM rated speed, and 36 VDC rated voltage. NEMA Size 23 BLDC high torque motors feature 4 rotor poles, 3 phases, diameter of 1.9 inches, rated torque of 34 oz-in, 4000 RPM rated speed, and 36 VDC rated voltage.

  • in Electric Motors

    Lin Engineering specializes in step motors as well as integrated motors, and BLDC motors. Step motors are offered in NEMA sizes 8, 11, 14, 17, 23, and 34. Types of step motors include standard motors, vacuum motors, modular motors, high accuracy motors, slim line motors, super slim line motors, gold line motors, high torque motors, super torque motors, extreme torque motors, dust proof motors, and reduce resonance motors. Integrated motors are offered in NEMA sizes 17, 23, and 34, VDC ranges of 12 to 24 VDC, 7 to 28 VDC, and 12 to 75 VDC. BLDC motors are offered in NEMA size 17 for standard torque  motors and Size 23 for standard and high torque motors.

  • in High Torque Stepper Motors

    Lin Engineering offers stepper motors in a variety of configurations, including: NEMA 34 High Torque, NEMA 23 High Torque, NEMA 17 Super Torque, NEMA 17 High Torque, and NEMA 17 Extreme Torque. These motors have holding torques ranging from 0.16 to 9.10 N-m, Amps ranging from 0.22 to 7.70, and resistance ranges from 0.3 to 74.4 Ohm. Other motors offered by Lin Engineering include: NEMA 8 standard, NEMA 11 vacuum, NEMA 14 modular, NEMA 17 gold line, NEMA 23 dust proof/water resistant, etc.

  • in Linear Motors

    Lin Engineering carries a variety of linear stepper motors in NEMA sizes 8, 11, 14, 17, 23, and 34. In addition to standard step motors, the company carries Super Torque models capable of up to 0.89 N-m holding torque, Xtreme Torque models up to 0.68 N-m holding torque, IP65 and IPX7 rated dust-proof, water-resistant, and submersible models, and more. The company also offers integrated motors that combine steppers with some combination of driver, encoder, and controller, as well as BLDC standard torque motors.

  • in Stepper Motors

    Lin Engineering offers a variety step motors, including frame sizes 8 and 11 with a step size of 1.8°, NEMA sizes 14 and 17 with a step size of 0.9° or 1.8°, NEMA size 23 with step sizes of 0.45°, 0.9° and 1.8°, and frame size 34 with a 1.8° step size. Their 3509V and 3609V Series 0.9° steppers have a step error of only ±1.5 arc minutes at 1/64 microstepping.