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The S5N-PA-5-F01-PP - 952001161 - S51 Tubular Photoelectric Sensors is a industrial product from Datasensing. The documented values above identify the exact configuration and are the basis for technical selection and system integration.
The Datasensing S5N-PA-5-F01-PP - 952001161 S51 Tubular Photoelectric Sensor delivers precise industrial detection with a PNP NO+NC output configuration. It maintains a maximum output voltage drop of ≤2V at a 100mA load current, ensuring stable signal integrity under typical operating conditions.
The documented configuration includes Response time: 2ms; Nominal sensing distance: 30m; Through beam receiver: Tubular M18 - axial optic; Emission: according to EN 60947-5-2 : 2020; Emission: n/a.
The documented configuration includes Output voltage drop: ≤2V@Iload=100mA; Output type: PNP NO+NC; Output Function: NO+NC; Operating Voltage: 10…30VDC; Switching frequency: 250Hz; No-Load supply current: ≤ 35 mA; Load current: ≤100mA; Leakage current: ≤10μA.
The documented configuration includes Impulsive Overvoltage Protection: Yes; Impulsive Overvoltage Protection: Insulation resistance; Output type: Output Function.
The documented configuration includes Dimensions: Ø18x67; Storage temperature: - 25°C…+70°C; Diameter/Dimension: M18; Dimensions: M18x67; Operating Temperature: - 25°C…+ 55°C (Without freeze); Mechanical Protection: IP67; Storage temperature: 25°C…+70°C; Operating Temperature: 25°C…+ 55°C (Without freeze).
The documented configuration includes Insulation resistance: >20 MΩ 500 Vdc, between electronics and housing; Short-circuit protection: YES; Reverse Polarity Protection: Yes; Material: Plastic - PBT / PC; Housing material: Plastic - PBT / PMMA; Active Head Material: PMMA; Short-circuit protection: Reverse Polarity Protection; Active Head Material: Storage temperature.
The documented configuration includes >20 MΩ 500 Vdc, between electronics and housing: Contact resistance.
The documented configuration includes Function Principle: Through beam receiver; Functions: Through beam receiver; Application: Function Principle.
The documented configuration includes Connections: M12 plug; Interference to external light: according to EN 60947-5-2 : 2020; Contact resistance: 500 Vac 1 min., between electronics and housing; Shocks and vibrations: 0.5 mm amplitude, 10 … 55 Hz frequency, for every axis (EN60068-2-6); ≤2V@Iload: 100mA.
| Feature | Specification |
|---|---|
| Output voltage drop | ≤2V@Iload=100mA |
| Output type | PNP NO+NC |
| Output Function | NO+NC |
| Response time | 2ms |
| Operating Voltage | 10…30VDC |
| Dimensions | Ø18x67 |
| Connections | M12 plug |
| Storage temperature | - 25°C…+70°C |
| Diameter/Dimension | M18 |
| Dimensions | M18x67 |
| Operating Temperature | - 25°C…+ 55°C (Without freeze) |
| Mechanical Protection | IP67 |
| Storage temperature | 25°C…+70°C |
| Operating Temperature | 25°C…+ 55°C (Without freeze) |
| Nominal sensing distance | 30m |
| Switching frequency | 250Hz |
| No-Load supply current | ≤ 35 mA |
| Load current | ≤100mA |
| Leakage current | ≤10μA |
| Interference to external light | according to EN 60947-5-2 : 2020 |
| Insulation resistance | >20 MΩ 500 Vdc, between electronics and housing |
| Contact resistance | 500 Vac 1 min., between electronics and housing |
| Shocks and vibrations | 0.5 mm amplitude, 10 … 55 Hz frequency, for every axis (EN60068-2-6) |
| Through beam receiver | Tubular M18 - axial optic |
| Emission | according to EN 60947-5-2 : 2020 |
| ≤2V@Iload | 100mA |
| Impulsive Overvoltage Protection | Yes |
| Impulsive Overvoltage Protection | Insulation resistance |
| Short-circuit protection | YES |
| Reverse Polarity Protection | Yes |
| Material | Plastic - PBT / PC |
| Housing material | Plastic - PBT / PMMA |
| Active Head Material | PMMA |
| Output type | Output Function |
| Short-circuit protection | Reverse Polarity Protection |
| Active Head Material | Storage temperature |
| Function Principle | Through beam receiver |
| Functions | Through beam receiver |
| Emission | n/a |
| Application | Function Principle |
| >20 MΩ 500 Vdc, between electronics and housing | Contact resistance |
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