DATALOGIC S300-PR-1-C06-RX DIFFUSE PROXIMITY SENSOR

Description

Datalogic S300PR1C06RX Diffuse Photoelectric Proximity Sensor

The **Datalogic S300PR1C06RX Diffuse Photoelectric Proximity Sensor** is designed for precise detection with a **0.05 to 5 m operating distance**. It features a **diffused proximity optic function**, providing reliable sensing for various applications. The sensor uses an **IR LED (880 nm)** for light emission, ensuring high sensitivity and stable performance. It supports a **wide power supply range** of **24 to 240 V AC** or **24 to 60 V DC**, making it versatile for different systems. The sensor comes with a **sensitivity trimmer** and a **DARK/LIGHT trimmer** for easy setup and adjustment. It features a **relay output** with a maximum output current of **3 A**, and a **switching frequency** of up to **25 Hz**. The sensor is housed in **PBT material** and offers an **IP67 protection degree**, ensuring durability in harsh environments. Designed to operate in temperatures ranging from **-40 to +55 °C**, the sensor is ideal for use in industrial and outdoor applications. The **dimensions** of **25 x 100 x 70 mm** make it compact and easy to integrate into a variety of setups.

• Manufacturer: Datalogic
• Type: Diffuse Photoelectric Proximity Sensor
• Model: S300PR1C06RX

Technical Information

• Optic Function: Diffused Proximity
• Operating Distance: 0.05 to 5 m
• Response Time: 20 ms max
• Power Supply: 24 to 240 V AC / 24 to 60 V DC
• Setting: Sensitivity trimmer, DARK/LIGHT trimmer
• Power Consumption: 3 VA max
• Light Emission: IR LED 880 nm
• Output Type: Relay
• Output Current: 3 A max
• Switching Frequency: 25 Hz max
• Connection: Terminal block, M12 4-pole connector
• Protection Degree: IP67
• Housing Material: PBT
• Operating Temperature: -40 to +55 °C
• Dimensions: 25 x 100 x 70 mm

The **Datalogic S300PR1C06RX Diffuse Photoelectric Proximity Sensor** is built to provide high reliability, flexible power options, and precise sensing in diverse industrial and outdoor applications.