AC Induction or Traction Design Linear Motors
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 1.8
- Continuous Thrust: 1.8
- Continuous Current: 2
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 10.1
- Continuous Thrust: 10.1
- Continuous Current: 2.2
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 225.0
- Continuous Thrust: 225.0
- Continuous Current: 100
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 325.0
- Continuous Thrust: 325.0
- Continuous Current: 185
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 650.0
- Continuous Thrust: 650.0
- Continuous Current: 370
from H2W Technologies
AC Linear Induction are used for high speed motion applications that do not require any positioning. The motors require 3 phase AC power. The speed can be adjusted by varying the input frequency. The aluminum and steel reaction plates must be supplied by the customer. A bearing system to maintain... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Peak Force: 719.4
- Continuous Thrust: 719.4
- Continuous Current: 450
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 5.3
- Continuous Thrust: 3.7
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 5.3
- Continuous Thrust: 3.7
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 0.8000
- Continuous Thrust: 2.3
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 2.2
- Continuous Thrust: 6.4
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 7.8
- Continuous Thrust: 7.0
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 7.8
- Continuous Thrust: 7.0
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 1.2
- Continuous Thrust: 5.1
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Design Units: English Design; Metric Design
- Continuous Thrust: 10.8
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 14.8
- Continuous Thrust: 17.5
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 14.8
- Continuous Thrust: 17.5
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 3.4
- Continuous Thrust: 13.3
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 6.6
- Continuous Thrust: 23.0
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 20
- Continuous Thrust: 27.0
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 3.2
- Continuous Thrust: 14.0
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 7.6
- Continuous Thrust: 27.0
- Design Units: English Design; Metric Design
from H2W Technologies
The AC polynoid is an electrically operated, open loop AC linear induction motor that provides a constant force over its entire stroke. It can run directly off of 115 / 230 VAC line voltage or with an adjustable frequency drive. Its direction of travel is reversible by switching 2 of the 3 leads. A... [See More]
- Linear Motor Type: AC Induction or Traction Design
- Continuous Current: 39
- Continuous Thrust: 54.0
- Design Units: English Design; Metric Design