Technical Data High-speed lifters Zip Chain Lifter Stroke control
Stroke control
Use the lifter within the nominal stroke.
(Stroke ≧Operating stroke )
Position detecting sensor SPEC. (ZSL1000)
| Stroke adjustment limit switch | |
|---|---|
| Company name | OMRON Corporation |
| Limit switch model | WLCA12-2-N (OMRON) or equivalent |
| Electrical capacity | AC250V 10A(cosΦ=0.4) DC5V 1mA(Minimum applicable load ) |
| Circuit Configuration |  |
| Connector (compatible cable outer diameter.) | SCS-10B(Φ8.5～Φ10.5)PF1/2 |
Position detecting sensor SPEC. (ZSL0050)
| Lower deceleration / Lower limit stop | |||
|---|---|---|---|
| Company name | OMRON Corporation | ||
| Photo microsensor | EE-SPX303N | ||
| I/O Circuit diagram | Dark-ON | Timing charts |  |
| Output circuit |  |
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| Power Supply/Voltage | 12 to 24 VDC ±10%, ripple (p-p): 5% max. | ||
| Connecting method | EE-1010 with 2M | ||
| Upper deceleration / Upper limit stop | ||||
|---|---|---|---|---|
| Company name | OMRON Corporation | |||
| Photo microsensor | EE-SX672-WR | |||
| I/O Circuit diagram | Timing charts | Light-ON |  |
Terminal connections |
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| Dark-ON |
Recommended  |
Terminal connections | ||
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| Output circuit |  |
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| Power Supply/Voltage | 5 to 24 VDC ±10%, ripple (p-p) 10% max. | |||
| Connecting method | Pre-wired models | |||
※1 Do not connect the L terminal to 0V when using Dark-ON operation.
Limit Switch (LS) (ZSL1000)
Limit Switch (LS) (ZSL0050)
| Upper limit overrun/Lower limit overrun | Stroke adjustment limit switch | |
|---|---|---|
| Company name | OMRON Corporation | |
| Snap Action Switches | D2VW-5L1-1M | |
| Contact Form |  |
|
| Rated Voltage | AC250V | Resistance load ：5A |
| AC125V | Resistance load ：5A | |
| DC30V | Resistance load ：5A | |
Sensors marked with a ★ in the above limit switch (LS) diagram are for models equipped with a three-phase motor. (There are no sensors in the locations shown above for models equipped with a servomotor or an encoder motor. ) Please refer to speciation sheets for details.
- ・The upper and lower limits of the stroke are set by the upper and lower stop limit switches (LS). The upper and lower limit overrun LSs are provided in case the upper and lower limit stop LSs do not work.
- ・Wire the brake circuit with a DC external wiring and incorporate a sequence control circuit so that sudden braking of the lifter is possible if the upper or lower overrun limit switch has been activated.
(The braking distance may increase when operating the lifter at speeds higher than the maximum speed or if the brake is wired with an AC cut-off. Longer brake distance may cause the lifter to hit the stoppers at the upper or lower limits, resulting in damage.
Do not adjust the upper and lower limit stoppers, as these are set at mechanical limits. The table frame may hit the stoppers and cause severe damage or accident when loose. - ※When you need to stop the lifter midway during operation, use a model equipped with a servomotor or a rotary encoder.
