Length of the electrical motor winding within the linear motor stator.
The force constant describes the relationship between phase current and the force released within the standard stroke range.
Maximum linearity error of the drive in relation to the maximum stroke of the linear motor when controlled by a LinMot Servo Drive.
Maximum linearity error when positioning the linear motor with a LinMot servo drive and an external position sensor system optionally available from LinMot.
Distance from North Pole to North Pole is produced by magnets in the slider. Both the stator winding and the position sensors of a corresponding stator are based on this period length.
The magnetic slider length is the length of the magnet column in the slider.
Maximum force applied by the motor at the ends of the extended stroke relative to the force in the standard stroke range.
Maximum continuous current values of the linear motor for different cooling variants at a temperature of the cooling medium of 25°C without exceeding the maximum winding temperature.
Maximum force which the linear motor can apply continuously at a coolant temperature of 25°C and different cooling variants without exceeding the maximum winding temperature.
Maximum permissible phase current (Ipeak) at 1x230VAC supply voltage.
Maximum permissible phase current (Ipeak) at 3x400VAC supply voltage.
Maximum permissible phase current (Ipeak) at 48VDC supply voltage.
Maximum permissible phase current (Ipeak) at 72VDC supply voltage.
Maximum force of the linear motor when controlled with a LinMot Servo Drive at 1x230VAC supply voltage.
Maximum force of the linear motor when controlled with a LinMot Servo Drive at 3x400VAC supply voltage.
Maximum force of the linear motor when controlled with a LinMot Servo Drive at 48VDC supply voltage.
Maximum force of the linear motor when controlled with a LinMot Servo Drive at 72VDC supply voltage.
Maximum travel distance of the linear motor.
Maximum speed of the linear motor when controlled with a LinMot Servo Drive at 1x230VAC supply voltage.
Maximum speed of the linear motor when controlled with a LinMot Servo Drive at 3x400VAC supply voltage.
Maximum speed of the linear motor when controlled with a LinMot Servo Drive at 48VDC supply voltage.
Maximum speed of the linear motor when controlled with a LinMot Servo Drive at 72VDC supply voltage.
Maximum permissible winding temperature. When this temperature is reached, the drive motor must be switched off to prevent the motor from being damaged by overheating.
Moment of inertia of the rotating slider mass of a motor.
Liquid-cooled linear motor stators with integrated cooling coil for the cooling medium. These motors have a much higher power range than normal-cooled motors.
High-performance linear motors with identical dimensions and nearly twice the power density of standard motors.
New standard motor series, compatible with the previous standard motors.
Distance from North Pole to South Pole produced by magnets in the slider.
The smallest deviation between actual and setpoint position detected by the LinMot Servo Drive when using the linear motor internal position sensor.
The smallest deviation between the actual and target position detected by the LinMot Servo Drive when using the external linear sensor offered by LinMot as an accessory.
Maximum deviation of the reached position in case of repeated approach to the same position under identical conditions. Repeatability of the rotary axes of the linear motors in closing processes.
Maximum deviation of the reached position in case of repeated approach to the same position under identical conditions with external position sensors.
The slider is the rod-shaped part of the motor which is pushed into the stator. The slider consists of a thin-walled stainless steel tube in which the motor magnets (permanent magnets) are accommodated.
Outer diameter of the linear motor slider.
Weight of the slider.
The torque that the rotary motor can apply permanently at standstill.
Stroke range in which the linear motor develops its greatest force, since all windings of the stator (active range) are in the magnetic field of the slider. The force in the standard stroke range is constant.
The stator is the motor part of the linear motor in which the motor windings, position sensors, temperature monitoring and the electronic nameplate are integrated.
Linear motors with particularly compact, short construction. In the type designation recognizable by an S (short) after the stator diameter.
Outer diameter of the linear motor slider.
The length of the stator does not take into account the motor cable, the minimum bending radius for cable types or the connector for connector types.
Mass of the stator (without slider).
Effective inductance between two motor winding connections.
Effective ohmic resistance between two motor winding connections at appropriate winding temperature.
Thermal resistance between stator winding and cooling medium of the corresponding cooling type. Determines the maximum heating at a given power loss.
Describes the typical reaction time for a temperature change of the stator with appropriate cooling mode.
M, U, W: Depending on the winding type, different phase current values, force and voltage constants as well as maximum speed values (with a given DC link voltage) result for a given motor family.
E, F, H: Depending on the winding type, different phase current values, force and voltage constants as well as maximum speed values (with a given DC link voltage) result for a given motor family.
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