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SMC
[Features]
· Protective structure: Equivalent to IP65
· Supports maximum stroke up to 500 mm
| Days to Ship: | Quote |
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Electric actuator with guide rod type LEYG series, step motor / servo motor
SMC
[Features]
· Guide rods are integrated in a compact design, providing resistance to lateral load and high-accuracy rotation prevention
· Lateral load at the tip: 5 times higher (compared to rod type, size 25, 100 mm stroke)
· Compatible with slide bearing and ball bushing bearing
· Selectable drive orientation control
Retaining is possible with the rod pressed against the workpiece or similar objects.
| Days to Ship: | Quote |
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Electric actuator guide rod type LEYG series AC servo motor LECS□
SMC
[Features]
· Guide rods are integrated in a compact design, providing resistance to lateral load and high-accuracy rotation prevention
· Lateral load at the tip: 5 times higher (compared to rod type, size 25, 100 mm stroke)
· Compatible with slide bearing and ball bushing bearing
· Selectable drive orientation control
Retaining is possible with the rod pressed against the workpiece or similar objects.
| Days to Ship: | Quote |
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Electric actuator with guide rod type LEYG series AC servo motor LECY□
SMC
[Features]
· Guide rods are integrated in a compact design, providing resistance to lateral load and high-accuracy rotation prevention
· Lateral load at the tip: 5 times higher (compared to rod type, size 25, 100 mm stroke)
· Compatible with slide bearing and ball bushing bearing
· Selectable drive orientation control
Retaining is possible with the rod pressed against the workpiece or similar objects.
| Days to Ship: | Quote |
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Electric Slide Table High-Rigidity Type LESH Series
SMC
Features an integrated circulating linear guide with the guide rail and table.
[Features]
· Compact and space saving
· Volume reduced by 61%
· Built-in motor in the body
· Symmetrical L type: The positions of the table and cable are opposite to the R type, allowing for greater design flexibility
· Motor straight type D: Width dimension shortened, up to 45% reduction
| Days to Ship: | Quote |
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Electric actuator, motor specification, FGRC, rotary type
CKD
For indexing operation and workpiece reversal.
[Features]
・ Reduces equipment adjustment time. Manual operation with self-locking mechanism.
・ Easy layout concept / coaxial design.
・ The equipment is more space-saving and has a compact body.
| Standard Price: | MYR 7,935.11- |
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| Days to Ship: | 13 Day(s) or more |
| Brand |
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| Product Series |
| CAD |
| Days to Ship |
| Stroke(mm) |
| Type |
| Max. Transportable Mass Range (Horizontal)(kg) |
| Max. Transportable Mass (Horizontal)(kg) |
| Max. Transportable Mass Range (Vertical)(kg) |
| Drive Method |
| Max. Transportable Mass (Vertical)(kg) |
| Main Body, Peripheral Components |
| Lead(mm) |
| Guide |
| Input Power Supply |
| Position Detection |
| I/O Module |
| Max. Thrust Force Range(N) |
| Table Length L1(mm) |
| Positioning Repeatability(µm) |
| Maximum Velocity(mm/sec) |
| Table Width W1(mm) |
| Brake |
| Operating Environment |
| Max. Thrust Force(N) |
| Noise Filter |
| Brand | SMC | SMC | SMC | SMC | SMC | CKD |
|---|---|---|---|---|---|---|
| Product Series | Electric actuator with guide rod type LEYG series, step motor / servo motor | Electric actuator guide rod type LEYG series AC servo motor LECS□ | Electric actuator with guide rod type LEYG series AC servo motor LECY□ | |||
| CAD |
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| |
| Days to Ship | Quote | Quote | Quote | Quote | Quote | 13 Day(s) or more |
| Stroke(mm) | 100 ~ 250 | 30 ~ 300 | 30 ~ 300 | 30 ~ 300 | 50 ~ 150 | - |
| Type | Rod | Rod | Rod | Rod | Slider | Rotary Shaft |
| Max. Transportable Mass Range (Horizontal)(kg) | 10.1~20.0 / 20.1~50.0 | 2.1~5.0 / 5.1~10.0 / 10.1~20.0 / 20.1~50.0 / 50.1~100.0 | 10.1~20.0 / 20.1~50.0 / 50.1~100.0 | 10.1~20.0 / 20.1~50.0 / 50.1~100.0 | 0~2.0 / 2.1~5.0 / 5.1~10.0 / 10.1~20.0 | - |
| Max. Transportable Mass (Horizontal)(kg) | 18 ~ 30 | 3 ~ 90 | 18 ~ 60 | 18 ~ 60 | 1 ~ 12 | - |
| Max. Transportable Mass Range (Vertical)(kg) | 5.1~10.0 | 0~2.0 / 2.1~5.0 / 5.1~10.0 / 10.1~20.0 / 20.1~50.0 / 50.1~100.0 | 5.1~10.0 / 10.1~20.0 / 20.1~50.0 | 5.1~10.0 / 10.1~20.0 / 20.1~50.0 | 0~2.0 / 2.1~5.0 | - |
| Drive Method | Rolled Ball Screw | Rolled Ball Screw | Rolled Ball Screw | Rolled Ball Screw | Slide Screw | Gear |
| Max. Transportable Mass (Vertical)(kg) | 7 | 1.5 ~ 51 | 7 ~ 44 | 7 ~ 44 | 0.25 ~ 4 | - |
| Main Body, Peripheral Components | Main Body | Main Body | Main Body | Main Body | Main Body | Main Body |
| Lead(mm) | 12 | 2.5 ~ 16 | 3 ~ 20 | 3 ~ 20 | 4 ~ 16 | - |
| Guide | Not Provided | Provided | Provided | Provided | Provided | Not Provided |
| Input Power Supply | DC24V | DC24V | - | - | DC24V | DC24V/DC48V |
| Position Detection | Incremental | Incremental | Incremental / Absolute | Absolute | Incremental | Incremental |
| I/O Module | NPN / PNP / DeviceNet / Not Provided | NPN / PNP / DeviceNet / Ethernet / Not Provided / EtherCAT / PROFINET | - | - | NPN / PNP / DeviceNet / Ethernet / Not Provided / EtherCAT / PROFINET | Not Provided |
| Max. Thrust Force Range(N) | 101~200 | 0~100 / 101~200 / 201~300 / 301~500 / 501~1000 / 1001~ | 101~200 / 201~300 / 301~500 / 501~1000 | 101~200 / 201~300 / 301~500 / 501~1000 | 0~100 / 101~200 | - |
| Table Length L1(mm) | - | - | - | - | 111 ~ 285 | - |
| Positioning Repeatability(µm) | ±20 | ±20 | ±10 ~ ±20 | ±10 ~ ±20 | ±50 | - |
| Maximum Velocity(mm/sec) | 400 | 75 ~ 500 | 225 ~ 1200 | 225 ~ 1200 | 150 ~ 400 | - |
| Table Width W1(mm) | - | - | - | - | 32 ~ 61 | - |
| Brake | Not Provided / Provided | Not Provided / Provided | Not Provided / Provided | Not Provided / Provided | Not Provided / Provided | Not Provided |
| Operating Environment | Standard | Standard | Standard | Standard | Standard | Standard |
| Max. Thrust Force(N) | 122 | 30 ~ 1058 | 131 ~ 736 | 131 ~ 736 | 7.5 ~ 180 | - |
| Noise Filter | Not Provided | Not Provided | Not Provided | Not Provided | Not Provided | Not Provided |
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The calculation method differs depending on the manufacturer. For details, see the technical data provided by the relevant manufacturer.
The calculation method differs depending on the manufacturer. For details, see the technical data provided by the relevant manufacturer.
The calculation method differs depending on the manufacturer. For details, see the technical data provided by the relevant manufacturer.
The calculation method differs depending on the manufacturer. For details, see the technical data provided by the relevant manufacturer.
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