The total amount of power that the device can provide to external devices including encoders, hall sensors, and devices connected to i/o.

The maximum deviation between the actual final position and the instructed position over the full range of travel.

The maximum deviation between the actual final position and the instructed position over the full range of travel.

Number of analog inputs available.

Input range of analog inputs.

The smallest incremental voltage measurable or resolvable on the analog input.

In the case of a motorized rotation device, this specifies the angular motion corresponding to one complete revolution of the motor.

In the case of a rotary stage with center aperture, this is the diameter of the aperture.

In the case of a controller such as the T-CON or T-JOY, this is the number of axes of motion that the device is capable of controlling. In the case of a positioning device, it is the number of positioning axes.

The change in actual final position that results from approaching the target position from the opposite direction.

The change in actual final position that results from approaching the target position from the opposite direction.

The number of buttons on a device as part of the user interface.

Indicates if the device is CE compliant.

This describes the various closed loop modes.

Indicates some of the most common products that may be used with the device.

Connector type.

This is the maximum current that the controller can put out per phase of stepper motor.

Rated output current of power supply.

Describes the cable and connector type required to communicate with a motion control device.

In the case of stepper motor controllers, or motion devices with built-in controllers, the smallest incremental motion possible as a fraction of a full step.

Describes the display type on devices with LCD displays.

Line density of the encoder.

Describes the type of encoder included.

Length of extension cable.

In the case of linear stages and slides, this specifies what type of guide is used to constrain the stage to the axis of motion.

In the case of a linear stage or slide, this represents the maximum horzontal deviation of the stage from the axis of travel as the device is moved through its full range of motion.

Inductance of each phase of the motor.

Input Voltage of power supply.

Specifies whether the device has an integrated controller or requires an external controller for operation.

Number of opto-isolated digital inputs available.

Number of opto-isolated digital outputs available.

Indicates the presence of LED indicator lights. If present, one light indicates device power, while the other indicates communication activity.

Describes what type of limit or home sensing capabilities are built into a motion device.

Number of limit sensor inputs available per axis.

In the case of a motorized linear stage or slide, this specifies the linear motion corresponding to one complete revolution of the motor.

Indicates the presence of a control knob for manually controlling the device.

In the case of a linear stage, this is the maximum torque that may be applied about the axis of motion.

In the case of a linear or rotary stage, this is the maximum allowable force that can be applied at the center of the stage, perpendicular to the stage surface. In the case of a mirror mount it is the maximum weight that can be mounted to the face plate of the mirror mount.

The maximum recommended continuous operating load applied in the direction of travel of a linear motion device. Note that due to lifetime concerns, this may be less than the maximum force the device is capable of exerting.

The maximum recommended continuous operating torque of a rotary motion device. Note that due to lifetime concerns, this may be less than the maximum torque the device is capable of exerting.

The maximum current that the device will draw. A power supply must be rated for at least the maximum total current draw of the devices connected to it.

The maximum speed that a motorized device can move under no load.

The maximum speed that a motorized device can move. Note that the speed is a function of load. The maximum speed can only be obtained at low loads. Maximum speed and maximum force cannot be achieved simultaneously.

The maximum torque that a motorized rotary device can apply. Note that torque is a function of speed. The maximum torque is obtained at the slowest speed. Maximum torque and maximum speed cannot be achieved simultaneously.

Describes the method of converting motor rotation to device motion.

In linear devices, this is the distance corresponding to 1 microstep of the controller at default settings. This may also be referred to as the Default Resolution. This distance is equal to the default microstep resolution (1/64 on most devices) multiplied by the distance corresponding to one full step of the motor.

In rotary devices, this is the angular displacement corresponding to 1 microstep of the controller at default settings. This may also be referred to as the Default Resolution. This displacement is equal to the default microstep resolution (1/64 on most devices) multiplied by the angular displacement corresponding to 1 full step of the motor.

The minimum speed that a motorized device can move.

The minimum speed that a motorized device can move.

Describes what type of connector is provided on a motor or motorized device to interface with a motor controller.

This is the standard NEMA frame size specification for a motor. It specifies the nominal size of the motor in tenths of an inch (ex size 11 has a nominal size of 1.1 inch square).

Indicates the rated maximum current per phase of the motor used in motorized motion control devices.

Indicates the maximum rated continous power output of the motor used in motorized motion control devices.

In motorized devices, this is theangular inertia of the rotating parts within the motor. Much like force is the product of mass and acceleration in linear systems, in rotary systems torque is the product of angular inertia and angular acceleration.

The diameter of the rotating shaft on motors, or motorized devices.

Specifies Single or Double depending whether the motor shaft extends from both sides of the motor or just one.

Specifies the number of steps per revolution of the stepper motor used in the device.

In the case of motorized devices, this is the maximum increase in motor temperature above ambient that will occur in open air, during continuous operation at maximum running current at low speeds.

Indicates what type of motor is used in motorized motion control devices.

Electrical resistance of the windings of the motor.

Indicates how the device itself is mounted, and/or how other parts may be mounted to it.

The allowable temperature extremes of the operating environment, assuming operation in still air. Note that under vacuum conditions, the upper limit may decrease considerably due to lack of natural convection.

Indicates how optical components may be mounted to a device such as a motorized mirror mount.

Output Voltage of power supply.

The maximum force that a motorized device can exert. Note that the force is a function of speed. The maximum force is obtained at the slowest speed. Maximum force and maximum speed cannot be achieved simultaneously.

Maximum rotation around the Y axis as the stage moves in the X direction

The type of power plug required to operate the device.

The DC voltage input required to power a device.

The maximum physical range of travel of a motion control device.

Indicates what model of motor controller is recommended for a particular motor or motorized device.

The deviation in actual final position when repeatedly instructing a device to move to a target position, approaching from the same direction every time.

The deviation in actual final position when repeatedly instructing a device to move to a target position, approaching from the same direction every time.

The smallest increment that a motion control device can be instructed to move. The actual motion of the device may be different, due to sticktion, backlash or other mechanical issues.

Indicates if the device is RoHS compliant.

Maximum rotation around the X axis as the stage moves in the X direction

In the case of goniometer stages, this is the possible deviation from the specified value of the location of the center of rotion (a fixed point in space about which the stage rotates).

In the case of goniometer stages, this is the distance from the stage surface to the center of rotation (a fixed point in space about which the stage rotates).

The smallest incremental change in speed that the device can be instructed to move.

The smallest incremental change in speed that the device can be instructed to move.

In the case of a rotary stage, this is the diameter of the stage.

In the case of a linear or rotary stage or slide, this represents the maximum deviation in stage height over the surface of the stage with the stage fixed at a single position in the range of travel. This should not be confused with the Vertical Runout.

The maximum physical range of travel of a motion control device.

Indicates if the device is vacuum compatible.

In the case of a linear or rotary stage or slide, this represents the maximum vertical deviation of a point on the stage surface as the device is moved through its full range of motion.

Weight of the product.

The maximum physical range of travel of a motion control device along X axis.

The maximum physical range of travel of a motion control device along Y axis.

Maximum rotation around the Z axis as the stage moves in the X direction