No wear for maintenance free surfaces linear motor-SLM-A-160
No wear for maintenance free surfaces linear motor-Shin -Electronic Co., Ltd.

No wear for maintenance free surfaces linear motor
Shin -Electronic Co., Ltd.


About This Product

■ Characteristics ➀ No wear Since the motor is emerging from the platin surface, there is no space inside the motor without wear. Maintenance -free There is no contact part, so no maintenance is required ➂ Very simple No rails such as LM guides are required ➃ 2 -dimensional movement Drive for two orthogonal axes with one motor ➄ Accuracy can be maintained forever Accuracy is determined only by precision processed platen ➅ Multiple motors can be placed on the same plan Motoral or electrical and electrical and other motors are not affected by other motors, so multiple motors can be placed. ➆ The moving surface of the motor does not stick to the top and bottom ➇ A wide range of driving from stop to high speed

  • Product

    No wear for maintenance free surfaces linear motor




*Please note that we may not be able to accommodate sample requests.

1 Models of No wear for maintenance free surfaces linear motor

Product Image Part Number Price (excluding tax) Air flow rate Air gap External dimensions Input power supply Maximum acceleration Maximum load load weight Maximum speed Maximum thrust Output signal Position accuracy Repeated accuracy input signal method resolution weight
No wear for maintenance free surfaces linear motor-Part Number-SLM-A-160

SLM-A-160

Available upon quote 20 liters / min (air pressure 3kg / cm2) 0.015mm (air pressure 3kg/cm2) 166 x 166 x 30mm DC+ 5V 1A
DC+ 15V 0.5A
DC-15V 0.5A
DC120V (acceleration and deceleration) 5A
* However, when using our power supply, AC100V
1g (when load 2kg) +100kg (in the direction of pressing against the platen surface)
-100kg (in the direction of pulling away from the platen surface)
Note: Please contact us if the weight exceeds 5kg.
1m / sec 110n Current abnormal signal Within ± 50 μm (for 300mm) ± 2 μm Moving amount data communication by LAN
Director signal X-Y
Exciting control (common to X-Y)
Current control (common to X-Y)
Three -phase method 10 μm 2.2

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About Company Handling This Product

Shin -Electronic Co., Ltd.

  • Japan
  • Since 1966
  • 40 employees

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