VT570 PIR motion sensor

The VT570 PIR sensor is an advanced device used for infrared motion detection. This reliable and efficient sensor offers a number of benefits and performs excellently in a variety of applications.

Benefits:

1. Precise Motion Detection: The VT570 PIR sensor enables accurate detection of motion within its coverage area. This lets you monitor and respond to motion effectively.

2. Wide Detection Angle: The PIR sensor has a wide detection angle of 110°, which means it can detect motion over a large area.

3. Long Detection Range: The maximum detection range is an impressive 12 meters, making it ideal for monitoring large areas.

4. Weather Resistance: The VT570 sensor operates over a wide temperature range from -40°C to +100°C and is moisture-resistant, so it can be used in various weather conditions.

5. Easy Mounting: Wall or ceiling mounting gives you flexibility in choosing the installation location, making it easy to adapt to a specific application.

Technical Data:

• Type: Analog sensor
• Application: PIR detector
• Cable Length: 2 meters
• Power Consumption: 100 mW
• Operating Temperature Range:
  • Optimal Temperature Range: -10°C to +80°C
  • Extended Temperature Range: -40°C to +100°C
• Operating Humidity: from 0% to 95%
• Storage Temperature: from -40°C to +100°C
• Storage Humidity: from 0% to 95%
• Mounting Options: Wall or ceiling mounting
• Maximum Distance from the Unit: 100 m
• Production (country): Made in the Slovak Republic, European Union
• HS Code: 8531 80 950
• IR Detection Angle: 110°
• Maximum IR Detection Distance: 12 meters
• Daisy Chain: Not possible
• Input Connectors: RJ-11 / 6P4C

The VT570 PIR sensor is an indispensable tool for infrared motion detection. Thanks to its advantages, such as a wide detection angle, long range and weather resistance, it performs excellently in a variety of applications, from security monitoring to building automation. Its accuracy and reliability make it the ideal choice for professionals in the field of monitoring and motion detection.