DELTA DORE TYXAL Micro COX

DELTA DORE TYXAL Micro COX Wireless Door/Window Sensor

The DELTA DORE TYXAL Micro COX is an ultra-compact wireless opening detector designed for intrusion detection in home security systems. It monitors doors and windows and instantly sends a radio signal to the alarm system when an opening is detected.

Features

• Ultra-compact design: Discreet installation on doors and windows.
• Wireless detection: Sends a radio signal when an opening is detected.
• Smart security integration: Works with Delta Dore TYXAL alarm systems.
• Energy-saving automation: Can trigger heating switch to frost protection mode when a window opens.
• Lighting control option: Can activate lighting via compatible receivers.
• Long radio range: Up to 200–300 m in open field.
• Easy installation: Fixing via adhesive or screws.

Benefits

• Enhances home security by detecting unauthorized entry.
• Very discreet thanks to its miniaturized design.
• Reduces energy waste by interacting with heating systems.
• Simple installation without wiring.
• Compatible with Delta Dore smart home ecosystem.

Package Contents: Micro COX detector, mounting accessories (adhesive + spacers), battery (CR2032), and user manual.

Technical Specifications

• Model: 6412257
• Type: Wireless opening detector
• Technology: 868 MHz radio transmission
• Power supply: CR2032 lithium battery
• Battery life: ~2–3 years
• Detection gap: up to 5 mm
• Range: 200–300 m (open field)
• Operating temperature: approx. -10°C to +50°C
• Dimensions: 52 × 25 × 8 mm

DELTA DORE Micro COX – Smart Opening Detection

• Intrusion Detection: Detects door or window opening instantly.
• Smart Automation: Integrates with heating and lighting systems.
• Discreet Installation: Compact form factor for invisible placement.
• Reliable Radio System: Stable long-range communication.

Keywords

Delta Dore Micro COX, TYXAL sensor, wireless door sensor, window opening detector, 6412257, smart home alarm sensor, Delta Dore security system, radio contact detector, intrusion sensor.