Banner QS30LDQ Фотоэлектрический датчик

Banner Photoelectric Sensor, Quick-Disconnect Connector, 30mm Barrel Diameter - WORLD-BEAM QS30 Series - QS30LDQ

For fuss-free monitoring of your system's moving products, fit this photoelectric sensor from Banner. With its diffuse sensing function, it sends and receives signals in the same unit to minimise set-up work. As the device detects objects up to 400mm away, it's ideal for medium-range sensing applications. It gets down to business quickly with its 0.5ms response time, catching problems in a snap for efficient signalling. Status-checking and troubleshooting are easy, as the component features handy LED indicators.

Features & Benefits

• Automatic and manual sensitivity adjustment, easily adapting to lighting conditions
• Colour-coded wires for simple connection identification
• Quick-disconnect method provides plug-in connectivity for speedy installation
• Impact-resistant ABS housing shakes off wear from knocks and bumps
• Built for a wide range of low-voltage setups, as it works with a 10 to 30V DC power supply

Applications

• Security doors and gates
• Packing plants
• Construction industry
• Defence sector

Can I use this sensor in a damp environment?

Yes. The unit carries an IP67 rating that indicates protection against dust and temporary water submersion, so it's a safe bet for damp and dirty workplaces.

QS30 Series Diffuse Mode Laser Sensors

The QS30 series of diffuse mode sensors from Turck Banner are high performance laser sensors that are easy to use. The configuration options make this sensor suitable for demanding applications. The compact housing of the laser sensor has a large, easy to see bar graph display plus bright LEDs for easy programming and status monitoring during operation.

• TEACH mode programming
• Side mounting, using its integral mounting holes, or front mounting
• Excellent optical performance throughout sensing range, even close up
• Visible laser beam for diffuse sensing

Caution

Laser radiation is harmful to the human eye and under no circumstances should the laser beam be viewed directly or via optical instruments.