Kamera DeLOCK 12083 industrielt omgivelsessensor-monitortilbehør

This analogue camera module by DeLOCK provides high resolution and low power consumption in a compact construction. The DeLOCK 12083 is designed as an industrial environmental sensor monitor accessory with a universal 3‑pin SMT device interface, making it suitable for integration into IPCs, embedded systems, sensors and device manufacturing to capture environmental visual data.

Advantages

The module combines a photosensitive sensor with back side illumination (BSI) for improved light sensitivity while maintaining low power draw and small form factor. Its analogue output and standard 3‑pin SMT interface enable straightforward connection to a variety of industrial components and monitoring systems. The compact design simplifies installation in space-constrained devices.

Suitable for

• Integration into industrial PCs (IPCs) and embedded systems
• Use in environmental sensor arrays and monitoring devices
• Installation in custom device manufacture and compact housings

Key specifications

• Brand: DELOCK
• Model / MPN: 12083
• EAN: 4043619120833
• Interface: 3‑pin SMT analogue
• Sensor type: photosensitive sensor with back side illumination (BSI)
• Application category: CCTV accessories / industrial environmental sensor monitor accessory

How to use

Connect the DeLOCK 12083 module to the host device using the 3‑pin SMT interface according to the host’s analogue input specification. Secure the module in the intended position within the device or system, ensuring the sensor has an unobstructed view of the monitored environment. Configure the receiving system or recorder to accept the module’s analogue video signal and set exposure/processing parameters as required by the application.

Recommendations

Use the module in accordance with the host device’s electrical and mechanical specifications; avoid exposure to conditions outside the rated environment for the host system. For improved low-light performance, place the sensor where it has a clear line of sight and minimize reflective interference.