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- Direct mounting on the awning
- Battery powered
- Frequency: 433.92 MHz
- Range: 200m
129,52
EUR
including 22.00% VAT
- Radio sensor
- Power: 230V AC
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
233,13
EUR
including 22.00% VAT
- Radio sensor
- Power: 230V AC
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
210,46
EUR
including 22.00% VAT
- Wireless radio sensor
- Powered by built-in photoelectric cells: 64MWP
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
178,08
EUR
including 22.00% VAT
- Wireless radio sensor
- Powered by built-in photoelectric cells: 64MWP
- Frequency: 433.92 MHz
- built-in antenna
- Range: 100m
139,23
EUR
including 22.00% VAT
- Connection and power via TTBus
- Control of up to 5 control panels or motors
- Collaborates with TTP
- Wind threshold programmable on 3 levels
58,28
EUR
including 22.00% 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
77,71
EUR
including 22.00% VAT
- Connection and power via TTBus
- Control of up to 5 control panels or motors
- Collaborates with TTP
- Wind threshold programmable on 3 levels
90,66
EUR
including 22.00% VAT
- Power: 230V AC
- Frequency: 433.92MHz
- FLOR coding
- Wind threshold programmable on 5 levels
- Sun threshold programmable on 5 levels
129,52
EUR
including 22.00% VAT
- 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
283,70
EUR
including 22.00% VAT
- Light and wind detection function
- Integrated solar cells
- For Venetian blinds and awnings
- Swivel wall bracket, IP43
- Radio frequency: 868.3 MHz
315,77
EUR
including 22.00% 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
246,70
EUR
including 22.00% VAT
- Powered by electricity
- Integrated radio transmitter
- Frequency: 433.92MHz
- Sun sensor threshold: 5 - 60 klux
- Wind sensor threshold: 20 - 100 km/h
200,43
EUR
including 22.00% VAT
- Powered by electricity
- Integrated radio transmitter
- Rain sensor: On-Off
- Sun sensor threshold: 5 - 60 klux
- Wind sensor threshold: 20 - 100 km/h
246,70
EUR
including 22.00% VAT
- Radio control of one or more drives
- Power supply: 230V AC
- Radio Frequency: 868 Tri Band MHz
- Range: 200m
- Cable: 5m
310,83
EUR
including 22.00% VAT
On stock. Ships in one business day
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.
