电动梯形丝杠

Rotating Screw Configuration (S)
The rotating screw design features our patent-pending Taper-Lock design to connect the lead screw to the motor shaft. This design allows for rapid prototyping, field serviceability and reduced inventory. Ideally suited for applications where high levels of maintenance are anticipated, frequent disassembly/reassembly is required or where easy removal of the lead screw is necessary.

Rotating Nut Configuration (N)
The rotating nut design features our patent-pending integration of a lead nut into the motor rotor to maximize screw diameter which increases load capacity. Ideally suited for applications where no visible rotation is desired or where it is necessary to translate a load on either side of the motor.

The size/name of the motor.

The linear translation of a lead nut or screw for one full step of the motor.

A measurement of precision. Perfect accuracy, for example, means advancing a lead nut linearly one inch from any point on a screw will always require the exact same number of revolutions.

The nut configuration of the unit.

Thrust load is loading parallel to and concentric with the centerline of the screw which acts continuously in one direction. Thrust loading is the proper method of attaching the load to the lead screw assembly.

The nominal diameter of the screw.

The axial distance a screw travels during one revolution. If thread is 1 start, lead = pitch.