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Controllers/Drivers
Programless Controller (With Stroke Study) LECP2
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・End to end operation similar to an air cylinder
・Positioning of 2 stroke end points + 12 intermediate points
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Electric Actuators/Precautions
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Series Variations
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| Type | Series | Compatible motor |
Power supply voltage |
Parallel I/O Input |
Parallel I/O Output |
Number of step data |
|---|---|---|---|---|---|---|
| Programless type (With stroke study) |
LECP2 | Step motor (Servo/24 VDC) |
24 VDC ±10% |
6 (Photo-coupler isolation) |
6 (Photo-coupler isolation) |
2 stroke end points, 12 intermediate points |
Features
■Compact, Low Profile
Table height: 28mm
(For LEMC/H/HT, size 25)
Table height reduced by using belt drive and offset guide.
■Guide mechanism can be selected.
■Selectable controllability (Controller)
- End to end operation similar to an air cylinder (12 intermediate stop positions)
- Easy position setting using numerical inputs
- Mounting interchangeable with the conventional E-MY series
- Can be connected to various types of guide. (Series LEMB)
- Easy maintenance (Series LEMC/H/HT)
The drive unit and the guide unit are separable.
- Motor Placement: Mounting position of the motor is user selectable and can either be on the top, bottom, left, or right of the actuator.
- Solid state auto switch can be mounted for checking the limit and intermediate signal.
■Application Examples
■Programless Type (With Stroke Study) Series LECP2
Stroke end operation similar to an air cylinder is possible.
■Programless Type Series LECP1
No Programming
Capable of setting up an electric actuator operation without using a PC or teaching box.
■Step Data Input Type Series LECP6
Simple Setting to Use Straight Away
●Easy Mode for Simple Setting
If you want to use it right away, select "Easy Mode."
●Normal Mode for Detailed Setting
Select normal mode when detailed setting is required.
- Step data can be set in detail.
- Signals and terminal status can be monitored.
- Parameters can be set.
- JOG and constant rate movement, return to origin, test operation and testing of forced output can be performed.
■Series Variations
