YUKON 852 WiFi Methane or LPG Gas Detector with Relay

YUKON 852 Wi-Fi – Methane or LPG Gas Detector with Relay and App Notifications

The YUKON 852 Wi-Fi Methane or LPG is a wall-mounted control unit for detecting domestic gas leaks, featuring Wi-Fi connectivity, internal relay, and a replaceable sensor module.

Designed for professional installations, it allows local control through visual and acoustic signaling, as well as remote management via smartphone notifications.

Available Versions:

• YUKON 852 M – Methane Gas (Code 38522625)
• YUKON 852 G – LPG Gas (Code 38522626)

Detection and Alarm Threshold

The device is calibrated to trigger at 10% of the LEL (Lower Explosive Limit). The threshold may vary depending on environmental conditions but does not exceed 15% LEL during the first 5 years of operation.

Measurement range: 0–20% LEL.

Replaceable Catalytic Sensor

The YUKON 852 uses a highly reliable catalytic sensor. If the 'FAULT' LED lights up or the expected operating period is exceeded, the sensor module can be replaced without replacing the entire unit.

Solenoid Valve Control and System Safety

The internal relay (SPDT 10A) allows:

• Gas solenoid valve control
• Automatic gas line shut-off
• Integration with safety systems

In the event of an alarm, a red LED, an internal 85 dB(A) buzzer, and push notifications via App are activated. Wi-Fi connectivity (IEEE 802.11 b/g/n – 2.4 GHz) enables remote system monitoring.

Applications

• Residential buildings
• Kitchens
• Gas-equipped environments
• Installations requiring remote control
• Smart home systems

Technical Specifications

• Power supply: 100/230Vac – 50/60 Hz and 12Vdc
• Power consumption: 5.75VA max at 230Vac – 2.5W max at 12Vdc
• Sensor: Catalytic
• Alarm threshold: 10% LEL
• Measurement range: 0–20% LEL
• Alarm: Red LED, 85 dBA buzzer at 1 m, smartphone notifications
• Relay: 10A @ 250Vac – 10A @ 30Vdc, SPDT
• Wireless protocol: IEEE 802.11 b/g/n – 2.4 GHz

Product Range Differentiation

The YUKON 852 Wi-Fi model is suitable for installations requiring remote monitoring and App-based management, while traditional gas detectors do not include connectivity.