The Zipato Z-Wave Plus gas sensor is...
The Zipato Z-Wave Plus gas sensor is designed to avoid the risk of leakage of combustible gases (LPG) in homes.
Warning: Last items in stock!
This intelligent sensor for gas-fuel leakage results from very low power consumption and has a Z-Wave wireless module to connect it to your home automation center based on this Z-Wave technology. It is used to detect gas-fuel leaks and prevent the danger of this type of dangerous leaks. This Z-Wave gas detector can also be used to extend the wireless transmission distance of your Z-Wave network. This Z-Wave gas sensor has been manufactured with high stability semiconductors. Generates an alarm if the gas density in the air exceeds the set level. Its application is usually recommended in the kitchen or for possible gas leaks in the door area. The Zipato wireless technology Z-Wave Plus gas sensor is designed to avoid risks of gas leakage. In the case of detection, an acoustic alarm is activated, in addition to a Z-Wave Plus signal sent to the main controller.
It is possible to create different scenarios after "triggering" said alert.
A Z-Wave controller (dongle box automation, ...) is required to integrate the detector into your network if you already have an existing network.
Power by electrical network, this sensor can also be used repeater to expand the coverage of your Z-Wave network.
The sensor will remain in alarm status as long as the density of the natural gas or LPG derivative (LPG) exceeds the maximum preset at the alarm level.
Z-Wave Plus Technology (500 Series)
Audible alert and Z-Wave in a detection of a high level of carbon monoxide
Lower energy consumption
It acts as a repeater
Automatic low battery report
Voltage: AC100 ~ 240v
Average consumption: <1.5w
Alarm sound: 75 dB (at 1m distance)
Gas density for alarm: 6% LEL + 3% LEL ( natural GAS )
Ad-hoc networking Wireless distance: <100m (open area)
Working conditions: -10 ° C ~ + 50 ° C max working humidity: 95% RH
Dimensions: 79 x 68 x 31 (without plug)
Manual download HERE.