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- Light, twilight and wind detection function
- For Venetian blinds and tubular motors
- Swivel wall bracket, pole mounting possible
- Radio frequency: 868.3 MHz
- IP 44
286,45
EUR
including 23.00% VAT
- Direct mounting on the awning
- Battery powered
- Frequency: 433.92 MHz
- Range: 200m
130,77
EUR
including 23.00% VAT
- Radio sensor
- Power: 230V AC
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
235,40
EUR
including 23.00% VAT
- Radio sensor
- Power: 230V AC
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
212,51
EUR
including 23.00% VAT
- Wireless radio sensor
- Powered by built-in photoelectric cells: 64MWP
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
179,81
EUR
including 23.00% VAT
- Wireless radio sensor
- Powered by built-in photoelectric cells: 64MWP
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
140,59
EUR
including 23.00% VAT
- Connection and power via TTBus
- Control of up to 5 control panels or motors
- Collaborates with TTP
- Wind threshold programmable on 3 levels
58,84
EUR
including 23.00% VAT
- Connection and power via TTBus
- Control of up to 5 control panels or motors
- Collaborates with TTP
- Wind threshold programmable on 3 levels
- Sun threshold programmable on 3 levels
78,46
EUR
including 23.00% VAT
- Connection and power via TTBus
- Control of up to 5 control panels or motors
- Collaborates with TTP
- Wind threshold programmable on 3 levels
91,55
EUR
including 23.00% VAT
- Power: 230V AC
- Frequency: 433.92MHz
- FLOR coding
- Wind threshold programmable on 5 levels
- Sun threshold programmable on 5 levels
130,77
EUR
including 23.00% VAT
- Light and wind detection function
- Integrated solar cells
- For Venetian blinds and awnings
- Swivel wall bracket, IP43
- Radio frequency: 868.3 MHz
318,84
EUR
including 23.00% VAT
- Powered by built-in photovoltaic cells
- Integrated radio transmitter
- Frequency: 433.92MHz
- Sun sensor threshold: 5 - 60 klux
- Wind sensor threshold: 20 - 100 km/h
249,10
EUR
including 23.00% VAT
- Powered by electricity
- Integrated radio transmitter
- Frequency: 433.92MHz
- Sun sensor threshold: 5 - 60 klux
- Wind sensor threshold: 20 - 100 km/h
202,40
EUR
including 23.00% VAT
- Powered by electricity
- Integrated radio transmitter
- Rain sensor: On-Off
- Sun sensor threshold: 5 - 60 klux
- Wind sensor threshold: 20 - 100 km/h
249,10
EUR
including 23.00% VAT
- Radio control of one or more drives
- Power supply: 230V AC
- Radio Frequency: 868 Tri Band MHz
- Range: 200m
- Cable: 5m
312,31
EUR
including 23.00% VAT
Climate sensors are electronic devices that measure various environmental parameters such as temperature, humidity, atmospheric pressure, light intensity, and gas concentration. They are used in a wide range of applications, including:
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Building automation: For regulating heating, ventilation, and air conditioning (HVAC), as well as for controlling lighting and other home automation systems.
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Industry: For monitoring environmental conditions in production processes, as well as for detecting gas leaks and other hazards.
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Agriculture: For monitoring environmental conditions in greenhouses and fields, as well as for optimizing irrigation and fertilizer application.
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Environmental protection: For monitoring air and water quality, as well as for detecting pollution.
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Scientific research: For collecting climate and weather data, as well as for studying climate change.
Climate sensors can be standalone devices or part of more complex monitoring systems. They are available in a variety of types and configurations to meet different needs.
Benefits of using climate sensors:
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Improved comfort: Climate sensors can be used to automatically maintain comfortable temperature and humidity levels in rooms.
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Energy savings: Climate sensors can be used to optimize energy use in buildings.
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Increased safety: Climate sensors can be used to detect gas leaks and other hazards.
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Improved efficiency: Climate sensors can be used to optimize industrial and agricultural processes.
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Environmental protection: Climate sensors can be used to monitor air and water quality, as well as to detect pollution.
Factors to consider when selecting climate sensors:
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Measuring range: The sensor should have a measuring range that is appropriate for the application.
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Accuracy: Measurement accuracy is important in some applications.
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Response time: Response time is the time it takes for the sensor to respond to a change in environmental conditions.
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Durability: The sensor should be durable enough to withstand the environmental conditions in which it will be used.
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Cost: The price of climate sensors can vary depending on the type, features, and brand.
