MITSUBISHI ELECTRIC CORPORATION
HEAD OFFICE: TOKYO BLDG MARUNOUCHI TOKYO 100-8310
IB(NA)0300084-D(2003)MEE Specifications are subject to change without notice. Created Mar. 2020
TO USE THE LINEAR SERVO MOTOR
SAFELY
LINEAR SERVO MOTOR
D
This manual only summarizes how to handle the linear servo motor.
For the storage, usage environment, installation, wiring, adjustment, and disposal, refer to the installation guide.
Installation/wiring
CAUTION
On linear servo motors, the permanent magnet on the secondary side makes the magnetic bodies
generate attraction force. Due to suction force between the secondary side and the magnetic material
side that may cause injuries to fingers and other body parts, take special care in handling.
Magnetic body
such as iron
Secondary side
Magnetic attraction force: 5 t max.
Disposal
CAUTION
To prevent burn injury, do not touch the secondary side after the demagnetization of the secondary side
by heating over 300 ˚C until it becomes cool enough.
Instructions
Use linear servo motors which have been transported and kept under the specified conditions.
Do not work while holding a lead wire on the primary side.
Do not take off tools from the secondary side of the linear servo motor until it is fixed on the machine or the
device.
To install or remove the linear servo motor, follow the specified procedures.
To install or remove the linear servo motor, use the specified tools to ensure safety.
Attraction force may still be generated while the secondary side of the linear servo motor is being attached
to the tools for installation even if the specified tools are used. Use additional tools to ensure safety.
Do not leave the product unpacked (even if unassembled).When the product is not fixed to a machine and
equipment securely, pack the product in the product packages properly.
When the product is disposed of, the primary side of the linear servo motor must be disposed of as
industrial waste.
When the product is disposed of, the secondary side of the linear servo motor must be disposed of as
industrial waste after the magnet (on the secondary side) is heated over 300 ˚C for demagnetization.