Explore performance details, construction highlights, applications, and technical information in one clear overview.
F6R/0P-0A is a din-rail photoelectric amplifier/sensor for object presence and position detection. The output is PNP. Its mechanical construction follows the product configuration.
The Adjustment is Teach-In. The optical range is Depends on selected fibre configuration.
The listed sensing parameters describe the operating characteristics of the device without adding unsupported values.
The output is PNP. The display is Double digital display.
The PNP output defines the switching or signal arrangement.
The mounting arrangement is DIN rail.
No additional mechanical or environmental values are added beyond the product-specific data available for this model.
The sensor type is DIN-rail photoelectric amplifier/sensor. The mounting arrangement is DIN rail. The Adjustment is Teach-In. The display is Double digital display. The output is PNP. The optical range is Depends on selected fibre configuration.
The F6R/0P-0A is a DIN-rail photoelectric amplifier/sensor with Teach-In adjustment, a double digital display and PNP output. Its optical range depends on the selected fibre configuration, so the sensing distance is determined by the fibre arrangement used with the device. The DIN-rail construction provides the specified mounting format for control-panel integration.
F6R/0P-0A combines the din-rail photoelectric amplifier/sensor characteristics given in the product specification. The sensor type is DIN-rail photoelectric amplifier/sensor. The output is PNP. The Adjustment is Teach-In. The mounting arrangement is DIN rail. The display is Double digital display. These technical values describe the sensing, electrical and mechanical properties of F6R/0P-0A.
| Specification | Value |
|---|---|
| Model | F6R/0P-0A |
| Sensor type | DIN-rail photoelectric amplifier/sensor |
| Mounting | DIN rail |
| Adjustment | Teach-In |
| Display | Double digital display |
| Output | PNP |
| Optical range | Depends on selected fibre configuration |