S5N-MA-5-G00-XG - 952021261 - S51 Tubular Photoelectric Sensors

DATASENSING Sensors Photo Electric Sensor

S5N-MA-5-G00-XG - 952021261 - S51 Tubular Photoelectric Sensors

The Datasensing S5N-MA-5-G00-XG - 952021261 S51 Tubular Photoelectric Sensor features robust IP67 protection, operates within 10-30VDC, and withstands temperatures from -25°C to +55°C. Its M12 plug connection and compact Ø18x57 dimensions ensure reliable performance in industrial environments.
  • Brand DATASENSING
  • Category Sensors
  • Subcategory Photo Electric Sensor
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Product Summary

The S5N-MA-5-G00-XG - 952021261 - 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.

Product Overview

The Datasensing S5N-MA-

Performance

The documented configuration includes Nominal sensing distance: 20mm; Through beam emitter: Tubular M18 - axial optic; Response time: n/a; Emission: LED Infrared.

Electrical and Interface

The documented configuration includes Operating Voltage: 10…30VDC; No-Load supply current: ≤ 35 mA; Load current: ≤100mA; Leakage current: ≤10μA; Impulsive Overvoltage Protection: Yes; Impulsive Overvoltage Protection: Insulation resistance; Output type: n/a; Output type: Response time.

Mechanical and Environmental

The documented configuration includes Dimensions: Ø18x57; Storage temperature: - 25°C…+70°C; Diameter/Dimension: M18; Dimensions: M18x57; 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).

Mechanical and Environmental – Additional Details

The documented configuration includes Insulation resistance: >20 MΩ 500 Vdc, between electronics and housing; Short-circuit protection: YES; Reverse Polarity Protection: Yes; Housing material: Metal - Nickel plated brass; Active Head Material: PMMA; Short-circuit protection: Reverse Polarity Protection; Material: Housing material; >20 MΩ 500 Vdc, between electronics and housing: Contact resistance.

Configuration and Functional

The documented configuration includes Function Principle: Through beam emitter; Functions: Through beam emitter; Application: Function Principle.

General

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).

FeatureSpecification
Operating Voltage10…30VDC
DimensionsØ18x57
ConnectionsM12 plug
Storage temperature- 25°C…+70°C
Diameter/DimensionM18
DimensionsM18x57
Operating Temperature- 25°C…+ 55°C (Without freeze)
Mechanical ProtectionIP67
Storage temperature25°C…+70°C
Operating Temperature25°C…+ 55°C (Without freeze)
Nominal sensing distance20mm
No-Load supply current≤ 35 mA
Load current≤100mA
Leakage current≤10μA
Interference to external lightaccording to EN 60947-5-2 : 2020
Insulation resistance>20 MΩ 500 Vdc, between electronics and housing
Contact resistance500 Vac 1 min., between electronics and housing
Shocks and vibrations0.5 mm amplitude, 10 … 55 Hz frequency, for every axis (EN60068-2-6)
Through beam emitterTubular M18 - axial optic
Impulsive Overvoltage ProtectionYes
Impulsive Overvoltage ProtectionInsulation resistance
Output typen/a
Response timen/a
Short-circuit protectionYES
Reverse Polarity ProtectionYes
Housing materialMetal - Nickel plated brass
Active Head MaterialPMMA
Output typeResponse time
Short-circuit protectionReverse Polarity Protection
MaterialHousing material
Function PrincipleThrough beam emitter
FunctionsThrough beam emitter
EmissionLED Infrared
ApplicationFunction Principle
>20 MΩ 500 Vdc, between electronics and housingContact resistance
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