ALLNET MSR Sensor Anemometer Wind Meter "ALL3420" for IP Bui

Temperature measurement via network easy made Highlights: detection of Temperature / Humidity / Gas / Smoke / Movement etc. via network Robust metal housing Brackets for attachment to wall Suitable for all operating systems 1x ALL3006 Temp-Sensor including Flexible/Multiple Installation of different ALLNET Bulding-Automation Units can be controlled in one Web-GUI with JSON API Optional Free-Software Modules like SNMP  / FTP Upload / POST_GET / Upload into PoE Clock/Counter / EnOcean / The ALLNET ALL3419 IP Thermometer/Automation-Building-Main-Unit is a flexible and economical solution for temperature measurement over a network. The very compact design makes it suitable for use in confined spaces. The rugged metal housing has tabs for mounting on walls and ceilings and protects against mechanical damage. The ALL3419 IP Thermometer/Automation-Building-Main-Unit is connected to a computer network via cable or WLAN and is accessible by an IP address. The measured values ??can be accessed via web browser on the device itself. No additional software is required for operation. Thus the ALL3419 is appropriate for all operating systems. The temperature is measured by the included I2C RJ45 temperature sensor ALL3006. Another internal onboard sensor shows the internal system temperature. With the optional ALL3018 temperature & humidity sensor can detect also humidity. The measurement intervals can be set second by second. The last 512 values can be shown directly as a graphical trend. Additional Sensors and Actors can be also measure Gas / Movement etc. see http://www.allnet.de/en/allnet-brand/produkte/home-automation/home-automation-sensoren/ Intelligent features and programming by switching matrix Depending on measured values certain actions can be programmed over the software based switching matrix. For example, if temperature is above or below defined limits, the readings can be sent by email. This may once, several times, and/or in certain time intervals, so long as the matrix condition exists. Another possibility is switching of external IP switching devices, such as network-sockets series ALL307x or network-relay ALL4075/4175 as well as directly connected actuators, for example the relay module ALL4427/3527. Alternativly can be switches also over the JSON Protocol.   Flexible installation options The external sensors can be plugged directly on ALL3419 or can be connected remotely via a control line. For remote connection a simple network cable (RJ45 connector, Cat. 5) is suitable to connect the sensors with the CPU. This way of connection is used in all ALLNET Home Automation products. For this purpose, an existing cable network such as already installed network or telephone lines can be used. The maximum cable length between CPU and sensor module can be up to 100 meters. The power supply of the sensor modules is already done via the main unit. A separate power source for each sensor module is not necessary.   Borderless Cross-site temperature measurement Several ALL3419 can operate in conjunction with the bigger control and measurement computers ALLNET ALL3500/3505/4500 or ALL5000, to show a lot of geographically distributed values in a centralized way. Each individual ALL3419 is queried over an individual IP address and centrally stored and displayed in all the other Main-Units like ALL3418v2/3419/3500/3505/4500/5000 etc. Maximum number of sensors per ALL3419:       Element Specification Sensor interface: 3x RJ45 for sensor/actor modules 1x USB 2.0 for additional Wireless Dongles like "EnOcean or Plugwise" 1x RJ45 Console Port for Serial-Connection Ethernet: 1x RJ45 10/100Mbps Wireless LAN: Ralink/Mediatek MT7688AN 2,4 GHz Wireless N, up to 150 Mbps Security: WEP 64/128bit, WPA, WPA2 Standards: IEEE 802.3 IEEE 802.3u IEEE 802.11b/g/n Power source: 100~240 VAC, 50/60 Hz Power Consumption: <3 watt in operation Housing: metal housing Environment: Operating temperature: 0 ~ 40 °C Operating humidity: 10% ~ 85% (non-condensing) Storage temperature: -20 ~ 70 °C Storage humidity: 5% ~ 90% (non-condensing) Regulatory: CE, RoHS Dimensions: 92 x 85 x 24 mm (L x W x H)  Weight: 134 g (ALL3419 with ALL3006 sensor) Package content: -ALLNET ALL3419 -ALLNET ALL3006 temperature sensor -WLAN antenna -External power supply -Quick installation guide

Your smart entry into building automation – ALLNET ALL3500v2 With the ALLNET ALL3500v2 building automation centre, you get a cost-effective and versatile platform that is optimally tailored to semi-professional requirements. Thanks to state-of-the-art technology, high connectivity and a wide range of applications, the ALL3500v2 is the perfect partner for your automation projects. Highlights at a glance: Cost-efficient platform: Maximum functionality with minimum space and cost requirements. Intuitive operation: Can be conveniently controlled via web interface (HTTP/HTTPS) or smartphone. Flexible data connection: Integration via JSON, MQTT or SNMP possible. Versatile sensor technology: Comprehensive monitoring of temperature, humidity, air pressure and more. Future-proof: Expandable with i2C sensor ports and compatible with a wide range of ALLNET sensors and actuators. Features that impress The ALL3500v2 is based on a stable embedded Linux platform (MIPS or ARM architecture), which enables seamless integration into existing systems. With four RJ45 ports for sensor modules, you can realise a wide range of control and monitoring tasks. Whether local control or cloud-based applications - the ALL3500v2 offers you all the tools you need to organise your building automation efficiently and securely. Versatile application options: HACCP temperature monitoring: Precise detection and control in critical environments. Room climate control: Monitoring of temperature and humidity for demand-based control of heaters or humidifiers. Security management: Detection of gas odour, smoke or water ingress and triggering of alarms. Automated garden irrigation: Time and humidity-controlled for maximum efficiency. Energy consumption optimisation: Control based on consumption data from external sensors (e.g. ALL4590/4490 power meter). Compact, powerful, versatile The ALL3500v2 combines a variety of functions in a compact design that has been specially developed for space-saving installations. With four relays, sensor ports and contact interfaces, it can be used flexibly and provides the basis for sophisticated automation solutions - ideal for private and commercial applications. Why ALLNET ALL3500v2? With the ALL3500v2 you get a reliable and economical solution for building automation. From monitoring and control to integration into complex installations, this central unit offers everything you need for smart, efficient and future-proof automation. Start your building automation now with the ALLNET ALL3500v2! Versatile sensors, actuators and switching options for your automation The ALLNET ALL3500v2 impresses with its flexibility and functionality: With four ports for external sensors and actuators, four relay outputs for controlling loads and four contact inputs for buttons or switches, it provides an ideal basis for complex automation applications. Sensing and control – Precise and versatile With the ALL3500v2, you can measure and analyse a variety of environmental parameters such as temperature, humidity or air pressure and execute automatic switching operations based on them. Control is either manual, time-controlled or dynamic, based on the measured values. Connectivity that inspires The ALL3500v2 is equipped with Ethernet and built-in WLAN, which enables easy integration into existing networks. Using an IP address in the TCP/IP network, you can: Retrieve and edit measurement data directly in the web browser. Receive automated notifications and reports by email. Request and control data via JSON or XML interfaces. Optional MQTT support enables the transmission of data to the cloud and integration into IoT environments. With its powerful connectivity and flexible control options, the ALL3500v2 is the perfect choice for efficient and future-proof building automation.   I²C-Bus – Intelligent use of existing cable networks The ALLNET ALL3500v2 enables an uncomplicated connection of measurement and control modules via a standard network cable (RJ45, Cat. 5). This allows you to continue using existing cable infrastructures such as network or telephone cabling and saves costs and effort during installation. Advantages of the I²C bus system: Simple cabling: A standard network cable is sufficient to connect sensors and modules. Long range: Up to 100 metres of cable between the central unit and module. Integrated power supply: The modules are supplied with power directly from the central unit – no separate power source required. USB port – external memory connection The USB port on the ALLNET ALL3500v2 allows you to integrate external storage media easily and flexibly. This allows data to be saved and processed directly on connected USB devices. This enables extended data logging and analysis. Maximum number of sensors per ALL3500v2: Technical data: Element Specification Interfaces: 4x RJ45 for sensor modules Network connection: 1x RJ45 10/100Mbps Switching relay: 4x potential-free Contact input: 4x for push-buttons, switches, etc. Wireless LAN: Mediatek MTK7688 SOC chipset 2.4 GHz Wireless N Security: WEP 64/128bit, WPA, WPA2 Supported standards: IEEE 802.3 IEEE 802.3u IEEE 802.11b/g/n Other interfaces: 1x USB 2.0 1x console Power supply: 100~240 VAC, 50/60 Hz, external power supply Power consumption: <5 watts maximum How to use: Metal walkway Environment: Operating temperature: 0 ~ 40 °C Operating humidity: 10% ~ 85% (non-condensing) Storage temperature: -20 ~ 60 °C Storage humidity: 5% ~ 90% (non-condensing) Labelling: CE, RoHS Dimensions: 220.4 x 80 x 30 mm (length x width x height) Weight: 400 grams (device incl. WLAN antenna and ALL3006 sensor) Packaging contents: -ALLNET ALL3500v2 -ALLNET ALL3008 temperature sensor -WLAN antenna -External power supply -Operating instructions

Highlights: Enables switching of the connected load (up to 16A) via the integrated web server- New release 3.2 Wireless LAN according to IEEE802.11b/g/n with 300 Mbps & 10/100 Mbit RJ45 network connection German earthing contact plug/socket for 200 - 250 V alternating voltage Switching time, programme-controlled or manually possible The ALL3073v3 network socket can be used to switch electrical devices on and off via a computer network. The ALL3073v3 acts as an intermediate plug between the power socket and the electrical consumer. It is integrated into a computer network and receives a unique IP address. It can be configured and operated via any web browser from a PC, MAC, webpad or smartphone, regardless of a specific platform or operating system. No additional software is required. The switching operations can be programmed manually, time-controlled, etc. Several ALL3073v3s can be switched independently of each other. They also work together with other ALLNET automation solutions, such as ALL369x Powermeter, ALL3418v2, ALL3500, ALL3505, ALL4500 or ALL5000. The ALLNET ALL3073v3 adapter is also equipped with the heavily revised user interface 3.2. In addition to numerous innovations in the user interface, Release 3.2 also offers the option of quickly and easily integrating multiple ALLNET remote sensors and actuators into the control interface via JSON for the first time. This means that the sensor data can be managed across locations via a central interface, resulting in significantly greater clarity and simpler administration. In addition to the wired 10/100Mbit/s RJ45 network interface, the ALL3073v3 also has a wireless LAN interface in accordance with the IEEE802.1b/g/n standard and can therefore also be integrated into a wireless LAN network; both as a client or access point. With the server monitoring function, you can set the ALL3073v3 to monitor and reset a computer or router. A ping is sent to the registered system, if the system does not respond within a specified time, the output is switched off for an adjustable time.Examples of use: Remotely control and restart PCs and servers Restart routers remotely including automatic boot-up (dead time programmable) Time-controlled minimisation of unnecessary power consumption due to standby devices Complex switching scenarios in conjunction with other ALLNET building automation products including the influence of temperature, humidity, etc. Many other applications... Technical data: Network: 10BaseT 100BaseTX Network connection: RJ45 Supported standards: IEEE 802.3, IEEE 802.3u Protocols: HTTP/HTTPS TCP/IP Management/control: via web browser, XML, JSON Operating systems: All network-compatible operating systems Voltage range: 200 - 250 volts Switching current: max. 16 amps = 3680 ohmic load Current consumption: Idle mode: 1.5W ~2W WiFi active: 1 device connected and download approx. 1.80W ~ 2.70W How to use: Plastic housing with integrated earthing contact power socket/plug Environment: Temperature operation: 0 ~ 40 °C Humidity operating: 10% ~ 85% (non-condensing) Storage temperature: -20 ~ 60 °C Humidity storage: 5% ~ 90% (non-condensing) Dimensions: 125 x 68 x 40 (60) mm (height x width x depth) Weight: 200 grams (adapter only) Labelling CE

Highlights: Intelligent 4-fold relay box for switching loads of up to 10 amps Operation via web browser (no software required) / XML and JSON Access via 100BaseTX Ethernet and WLAN 802.11b/g/n max. 150Mbit/s Can be switched as a remote actuator for the ALL3500 etc. control centres Slim, robust aluminium housing The ALLNET ALL4175v2 4-fold network relay can be used to switch electrical devices via a computer network. Configuration and operation is independent of an operating system and can be carried out via any web browser from a PC, MAC, tablet or smartphone. No additional software is required. Four screw terminals (2-pole) are available for connecting the electrical loads to be switched. Each of these interfaces can be switched individually. The switching operations can be carried out manually or programmed to be time-controlled. In addition, it can be used as a remote switching actuator by the current ALLNET automation solutions, e.g. ALL369x Powermeter, ALL3418v2, ALL3419, ALL3500, ALL3505, ALL4500, ALL5000, etc.). "see ALLNET remote function" In addition to the wired network connection, the ALL4175v2 network relay has a wireless LAN interface (2.4 GHz IEEE802.11b/g/n) and can therefore be wirelessly integrated into an existing WLAN network. An ALL4175v2 can also be used as a WLAN access point and control other WLAN clients.Technical data: Tags: 4x relay contact (screw terminal) 1x RJ45 LAN 10/100 Mbit/s 1x R-SMA (WLAN) Wireless LAN: 2.4 GHz Wireless N, up to 150 Mbps 1T1R Encryption: WEP,WPA,WPA2 Wireless LAN chipset: Ralink RT7688 Supported standards: IEEE 802.3 IEEE 802.3u IEEE 802.11b/g/n Protocols: HTTP/HTTPS TCP/IP Management/control: via web browser Operating systems: All network-compatible operating systems Voltage range: 200 - 250 volts Switching current: 4x 10 amps max. How to use: Aluminium enclosure with wall mounting option Environment: Operating temperature: 0 ~ 40 °C Operating humidity: 10% ~ 85% (non-condensing) Storage temperature: -20 ~ 60 °C Storage humidity: 5% ~ 90% (non-condensing) Dimensions: 105 x 78 x 29 mm (length x width x height) Weight: 175 grams (without packaging and accessories) Labelling: CE  

WLAN power socket, switchable via network / IP with performance measurement (positive/negative) • Allows switching of connected consumers (up to 16A resistive load) via integrated webserver - new release 3.2 • 10/100 Mbit RJ45 network interface • IEEE802.11b/g/n Wireless LAN with 300 Mbps • With integrated power plug socket • for 200 - 250 V AC • Voltage and consumption measurement • Time controlled, programmatically or manually switching The ALL3075v4 network power socket allows switching of connected devices via network or IP. The ALLNET device acts like an adapter between power outlet and electric consumer. Connected to a computer network, the ALL3075v4 is accessable via its own IP address. Both, con guration and operation can be done with any network based OS. No additional software is needed, the only requirement is a web browser. The ALL3075v4 measures and stores the energy consumption of any connected device. The switching operations can be done manually, based on time, consumption or by individual programming. Several devices of the The ALL3075v4 can also be combined to a grid. The network power socket works perfect with various ALLNET automation solutions, like the ALL369x Powermeter or ALL3418v2, 3419, ALL3500, ALL3505, ALL4500 and ALL5000 central units. The ALLNET ALL3075v4 adapter is based on the brandnew Release 3.2 user interface. In addition to several visible innovations, Release 3.2 offers for the rst time even the possibility to integrate multiple ALLNET sensors or actuators quickly and easily via JSON. This allows central administration of multi-site based measurement data. This supports administrators with a perfect clarity and facilitates their work dramatically. In additon to the RJ45 network interface the ALL3075v4 also offers a Wireless-N interface with a maximum transfer-speed of 300 MBit. This allows easy integration into wireless networks and seamless usage and con guration from every smart phone or tablet. The ALL3075v4 can be con gured for client or access point usage. The "server control" function allows easy control and even reset of connected PC or server systems. Server control sends automated ping requests to the connected server. If the PC or Server system does not answer in a pre-con gured time, the power outlet will quit the transfer and reset the connected device to restore functionality. Technical Details: Network: 10BaseT 100BaseTX Network connector: RJ45 Wireless LAN / WiFi: 2.4 GHz Wireless N, 150 Mbps 1T1R WiFi chipset: Ralink RT3352 WiFi Securityt: WEP 64/128bit, WPA, WPA2 Standards: IEEE 802.3 IEEE 802.3u IEEE 802.11b/g/n Protocol: HTTP/HTTPS TCP/IP Management: via web browser, XML/JSON supported OS: all network supporting OS supported voltage: 200 - 250 volts switching current: max. 16 amps = until 3680 ohmic load power measurement: consumption (negative) feed-in from solar panels (positive) Housing: PVC with European Socket Environment: working temperature: 0 ~ 40 °C working humidity: 10% ~ 85% (non condensing) storage temperature: -20 ~ 60 °C storage humidity: 5% ~ 90% (non condensing) dimensions: 125 x 68 x 40 (60) mm weight: 200 grams (only the adapter)

Highlights: 10/100 Mbit RJ45 network connection  Wireless LAN according to IEEE802.11b/g/n with 150 Mbps  German protective contact sockets "Type F"  for 200 - 250 V alternating voltage  switching time and program controlled or manual possible  optional: recording of temperature/humidity  integrated current measuring module for consumption or feeding. The ALL4176v3 IP power strip can be used to switch electrical devices on and off via a computer network. It is integrated into a computer network, receives a unique IP address. Configuration and operation is performed independently of a particular platform or operating system via any web browser from a PC, MAC, webpad or smartphone. No additional software is required. Each individual socket can be switched manually and program-controlled via the web interface. The programming takes into account, among other things, time, week and calendar days, duration, pulse switching and much more. In addition, each individual socket can be switched manually by pushbutton on the device. Several ALL4176v3 can be operated interdependently in a network. Furthermore, they work together with other ALLNET automation solutions, such as ALL369x Powermeter, ALL3419, ALL4500, ALL5000, etc.. With optionally available sensors for temperature and humidity measurement, the application possibilities of the ALL4176v3 IP power strip expand enormously. The ALL4176v3 power strip also has an integrated current measurement module which can measure the consumption / supply of the entire power strip. It can measure volts / Hz / amps / watts as well as cos. Factor can be measured. Of course, everything can also be written about time control up to the recording of the data. Examples of use:     Targeted control and reboot of PCs and servers remotely     Restart of routers remotely     Time-controlled elimination of unnecessary power consumption by standby devices     Complex switching scenarios in connection with other ALLNET building automation products incl. influence of temperature, humidity, etc.     many other applications... Technische Daten: Connections: 6x safety socket 1x RJ45 LAN 10/100 Mbit/s 1x R-SMA (WLAN) 1x USB 2.0 host 1x USB-B socket (PowerON sensor) 1x RJ45 sensor connector (temp./humidity) WiFi: 2,4 GHz Wireless N, up to 150 Mbps WiFi Security: WEP/WPA/WPA2 Supported standards: IEEE 802.3 IEEE 802.3u IEEE 802.11b/g/n Protocols: HTTP/HTTPS TCP/IP Management/Control: Via web browser, XML operating systems: all network-compatible operating systems Voltage range: 200 - 250 volts Switching current: 6x 10 amps max. housing: Aluminum profile housing Environment: Temperature operation: 0 ~ 40 °C Humidity operation: 10% ~ 85% (non-condensing) Storage temperature: -20 ~ 60 °C Storage humidity: 5% ~ 90% (non-condensing) Dimensions: 425 x 140 x 55 (60) mm (length x width x height) Weight:    2470 grams (without packaging and accessories) Scope of delivery: 1 piece ALL4176v3 1 power cable devices 1 manual 1 WiFI antenna

Highlights: Compatible with ALL34xx/3500/4500/5000 4-port relay output in metal desktop/wall-mounted housing switches 4 relays with ON contacts 250V/10A (no longer compatible with ALL3000/ALL4000) The ALL4427 is a powerful 4-port relay output in a robust aluminium housing that is ideal for controlling various electrical loads, whether for controlling lights, pumps or other devices with a maximum current requirement of up to 10 amps per relay. With a voltage of up to 250V per switching contact, the ALL4427 offers reliable performance for demanding applications. Compatibility and versatility: Compatible with models of the ALL34xx/3500/4500/5000 series, but no longer with ALL3000 or ALL4000. The connection is made via 2x RJ45 sockets, allowing the device to be easily integrated into existing networks. Handling and mounting: The aluminium housing is durable and resistant, ideal for harsh environments and use in demanding projects. The integrated wall mounting bracket enables simple and stable mounting on walls or in the control cabinet. Multiplexing for extended applications: Multiple multiplexing allows several modules to be operated simultaneously on one line, which enables flexible expansion of the relay control for more extensive setups. This 4-port relay module offers a reliable solution for controlling electrical devices and is an ideal choice for users looking for flexible application options and easy installation. Technical details: Element Specification Sensor type 4-fold relay with ON contacts 250V/10A Chip PCF8574 Connection: 2x RJ45 (I2C bus) Multiplexing: Adjustment wheel for ID LED indicators: 1x PWR, 1x BUS, 4x contact output How to use: Metal walking Environment: Temperature operation: -45 ~ 90 °C Humidity operating: 10% ~ 85% (non-condensing) Temperature storage: -20 ~ 60 °C Humidity storage: 5% ~ 90% (non-condensing) Labelling: CE, RoHS Dimensions: 79 x 50 x 24 mm (length x width x height) Weight: 230 grams (without packaging and accessories) Packaging contents: 1x ALL4427 4-fold relay 1x 1m connection cable

Compatible with ALL34xx/350x/4500/5000/3692 4-Port contact input in metal case with wall mount option  4Port contact input (isolated) result of open contacts is "1", closed contact is "0" - possible solutions: idle door contact with puls stretching NOT COMPATIBLE WITH ALL3000/ALL40000.

isolated switching output for ALL3000/3500/400x/4500/5000optoelectroniccoupler, with max. 20 mA switching current

- compatible with ALL34xx/350x/4500/5000 - Measuring range -40...+125 °C, 0...100 %RH - resolution temperature 0,01 °C, resolution humidity: 0.01 % - Measuring accuracy Temp in whole range approx. +/- 0,6° (Typical: -20 + 90° = +/- = 0,2°) - Measuring accuracy humidity in the whole range approx. +/- 3% (Typical: 0~80% +/- 1.5%) - With 1.5 m connection cable Technical Details: Humidity Sensor Specification Parameter Condition Value Units Sensor Humidity Accuracy tolerance1 Typ. ±1.5 %RH Max. -   Repeatability2 Low, typ. 0.21 %RH Medium, typ. 0.15 %RH High, typ. 0.08 %RH Resolution Typ. 0.01 %RH Hysteresis at 25°C ±0.8 %RH Specified range3 extended4 0 to 100 %RH Response time5 t63% 86 s Long-term drift Typ.7 <0.25 %RH/yr       Temperature Sensor Specification   Parameter Condition Value Units ALL3020 Accuracy tolerance1 typ., 20°C to 60°C ±0.1 °C Max. -   Repeatability2 Low, typ. 0.15 °C Medium, typ. 0.08 °C High, typ. 0.04 °C Resolution Typ. 0.01 °C Specified Range - -40 to 125 °C Response time 8 t63% >2 s Long Term Drift max <0.03 °C/yr

Threshold switch for vertical installation (pen with float-ring) made ??of polyamide, resistant to gasoline, oil, brake fluid and much more. 1 m connection cable for ALL3000/ALL4000

Compatible with ALL3000/34xx/3500/400x/4500/5000 Fluid threshold for horizontal installation (hinged float) made ??of polyamide, resistant against gasoline, oil, brake fluid, etc. With 1 m cable

 Highlights:  new compact aluminum desktop- / wallmounting case I2C Bus for multiplexing use either black or white available angle fixings for wall mounting Measure, control and regulate automatically and independently   ALLNET for years been pursuing the concept of intelligent control of processes in building over network and Internet. Intelligent building not only offers comfort, but actively promotes the reduction of energy costs.   Centrally managed and via network / internet accessible the ALLNET Home Automation products allow intelligent building automation regardless of time and location.   The ALL4406 Temperature sensor has a measuring range of -40 to +85 ° C   Temperature sensor in desktop-/ wallmounting case   measuring range of -40 to +85 °C, resolution 0,06 °C Aluminum housing with bracket for wall mounting Multiple multiplexing = multiple modules on one line Interfaces: 2x RJ45 Item Specification Sensor type Temperature and relative humidity Temperature measuring range: -40 to +80 °C  (resolution 0,01 °C) Humidity measuring range: 0...100 % RH (resolution 0,5%) Chip: SHT71 Interfaces: 2x RJ45 (I2C Bus) Multiplexing: pay attention about the same types of sensors on the port! -  see note below LED Indicators: 1x PWR, 1x BUS Housing: metal case Environment: Temperature operating: -45 ~ 90 °C Humidity operating: 0% ~ 100% (non condensed) Temperature storage: -20 ~ 60 °C Humidity storage: 5% ~ 90% (non condensed) Certificates: CE, RoHS Dimension: 79 x 50 x 24 mm (Length x Width x Height) Weight: 230 grams (only device) package content: 1x ALL4418 Temperatore sensor 1x connection cable        Multiplexing - Note to the operation of several sensors on one sensor port   Basically, it is for the ARM and MIPS-based systems possible, unlike to the ALL3000/4000 to operate more than one sensor on a physical port.   Standard hardware requirement is that the sensors are equipped with 2 RJ45 connectors so that the sensor signal can be continued to the next sensor. The total cable length of 100 m does not increase thereby.   So that the sensors can be uniquely identified by the devices, it is necessary that these sensors have different software-I2C chip addresses and IDs. Sensors with the same address and adjustable chip ID can be combined. For sensors without adjustable ID address only one type of sensor can be connected per port.

 Highlights:  new compact aluminum desktop- / wallmounting case I2C Bus for multiplexing use either black or white available angle fixings for wall mounting Measure, control and regulate automatically and independently ALLNET for years been pursuing the concept of intelligent control of processes in building over network and Internet. Intelligent building not only offers comfort, but actively promotes the reduction of energy costs. Centrally managed and via network / internet accessible the ALLNET Home Automation products allow intelligent building automation regardless of time and location. The ALL4406 Temperature sensor has a measuring range of -40 to +85 ° C Temperature sensor in desktop-/ wallmounting case measuring range of -40 to +85 °C, resolution 0,06 °C Aluminum housing with bracket for wall mounting Multiple multiplexing = multiple modules on one line Interfaces: 2x RJ45 Technical Details: Item Specification Sensor type Temperature and relative humidity Temperature measuring range: -40 to +80 °C  (resolution 0,01 °C) Humidity measuring range: 0...100 % RH (resolution 0,5%) Chip: SHT71 Interfaces: 2x RJ45 (I2C Bus) Multiplexing: pay attention about the same types of sensors on the port! -  see note below LED Indicators: 1x PWR, 1x BUS Housing: metal case Environment: Temperature operating: -45 ~ 90 °C Humidity operating: 0% ~ 100% (non condensed) Temperature storage: -20 ~ 60 °C Humidity storage: 5% ~ 90% (non condensed) Certificates: CE, RoHS Dimension: 79 x 50 x 24 mm (Length x Width x Height) Weight: 230 Grams (only device) package content: 1x ALL4418 Temperatore sensor 1x connection cable        Multiplexing - Note to the operation of several sensors on one sensor port   Basically, it is for the ARM and MIPS-based systems possible, unlike to the ALL3000/4000 to operate more than one sensor on a physical port.   Standard hardware requirement is that the sensors are equipped with 2 RJ45 connectors so that the sensor signal can be continued to the next sensor. The total cable length of 100 m does not increase thereby.   So that the sensors can be uniquely identified by the devices, it is necessary that these sensors have different software-I2C chip addresses and IDs. Sensors with the same address and adjustable chip ID can be combined. For sensors without adjustable ID address only one type of sensor can be connected per port.

Highlights: new flat desktop / wall mount case made of aluminium I2C bus for multiplexing use measuring range -40...+125 °C, 0...100 %RH resolution temperature 0,01 °C, resolution humidity: 0.01 % Measuring accuracy Temp in whole range approx. +/- 0.6° (Typical: -20 + 90° = +/- = 0.2°) Measuring accuracy humidity in the whole range approx. +/- 3% (Typical: 0~80% +/- 1,5%) ONLY COMPATIBLE WITH ALL34xx/350x/4500/5000 Angle brackets for wall mounting Measure, control and regulate automatically and independently ALLNET has been pursuing the concept of intelligent control of building technology processes via network and Internet for years. Intelligent building technology not only offers more comfort, but also actively promotes the saving of energy costs. Centrally controlled and accessible via network / Internet, ALLNET building automation products enable intelligent building technology independent of time and location.   Technical Details: Humidity Sensor Specification Parameter Condition Value Units Sensor Humidity Accuracy tolerance1 Typ. ±1.5 %RH Max. -   Repeatability2 Low, typ. 0.21 %RH Medium, typ. 0.15 %RH High, typ. 0.08 %RH Resolution Typ. 0.01 %RH Hysteresis at 25°C ±0.8 %RH Specified range3 extended4 0 to 100 %RH Response time5 t63% 86 s Long-term drift Typ.7 <0.25 %RH/yr       Temperature Sensor Specification   Parameter Condition Value Units ALL3020 Accuracy tolerance1 typ., 20°C to 60°C ±0.1 °C Max. -   Repeatability2 Low, typ. 0.15 °C Medium, typ. 0.08 °C High, typ. 0.04 °C Resolution Typ. 0.01 °C Specified Range - -40 to 125 °C Response time 8 t63% >2 s Long Term Drift max <0.03 °C/yr

Compatible with ALL3000/34xx/3500/400x/4500/5000 counter in metal case, wall mount option it counts how often the contact has been closed counter frequency: 1000 Impulses/Sec 6-digit counter (0...999999) with 1 m cable

• Compatible to ALL3000/34xx/3500/400x/4500/5000 • Contact counter in metal housing • Counts how often a contact has been closed. Max counting frequency: 1000 pulses/second • counter 6-digit decimal (0 … 999999) • 1 m cable

Highlights:   new compact aluminum desktop- / wallmounting case I2C Bus for multiplexing use angle fixings for wall mounting   Measure, control and regulate automatically and independently ALLNET for years been pursuing the concept of intelligent control of processes in building over network and Internet. Intelligent building not only offers comfort, but actively promotes the reduction of energy costs. Centrally managed and via network / internet accessible the ALLNET Home Automation products allow intelligent building automation regardless of time and location. The ALL4429 Combination sensor has a measuring range of 0 to 1023 mbar, -40 to +80 °C and 0...100 % RH Combination Sensor of air pressure/humidity/temperature in desktop-/ wallmounting case measuring range of 0 to 1023 mbar / -40 to +80 °C (resolution 0,01 °C) / 0...100 % RH (resolution 0,5%) Aluminum housing with bracket for wall mounting Multiple multiplexing = multiple modules on one line Interfaces: 2x RJ45 not compactible with ALL3000/ALL5000 Technical Details: Item Specification Sensor type air pressure, humidity, temperature air pressure measuring range: 0 to 1023 mbar Temperature measuring range: -40 to +80 °C  (resolution 0,01 °C) Humidity measuring range: 0...100 % RH (resolution 0,5%) Chip BMP085 + SHT71 Interfaces: 2x RJ45 (I2C Bus) Multiplexing: see note below LED Indicators: 1x PWR, 1x BUS Housing: metal case Environment: Temperature operating: -45 ~ 90 °C Humidity operating: 0% ~ 100% (non condensed) Temperature storage: -20 ~ 60 °C Humidity storage: 5% ~ 90% (non condensed) Certificates: CE, RoHS Dimension: 79 x 50 x 24 mm (Length x Width x Height) Weight: 230 Grams (only device) package content: 1x ALL4429 Combination sensor 1x connection cable     Multiplexing - Note to the operation of several sensors on one sensor port   Basically, it is for the ARM and MIPS-based systems possible, unlike to the ALL3000/4000 to operate more than one sensor on a physical port.   Standard hardware requirement is that the sensors are equipped with 2 RJ45 connectors so that the sensor signal can be continued to the next sensor. The total cable length of 100 m does not increase thereby.   So that the sensors can be uniquely identified by the devices, it is necessary that these sensors have different software-I2C chip addresses and IDs. Sensors with the same address and adjustable chip ID can be combined. For sensors without adjustable ID address only one type of sensor can be connected per port.  

Highlights:   new compact aluminum desktop- / wallmounting case I2C Bus for multiplexing use either black or white available angle fixings for wall mounting   Measure, control and regulate automatically and independently   ALLNET for years been pursuing the concept of intelligent control of processes in building over network and Internet. Intelligent building not only offers comfort, but actively promotes the reduction of energy costs.   Centrally managed and via network / internet accessible the ALLNET Home Automation products allow intelligent building automation regardless of time and location.   The ALL4432 Brightness sensor indicates the brightness as value of 0 to 100.   Brightness Sensor in desktop-/ wallmounting case   measuring range of 0 to 100 Aluminum housing with bracket for wall mounting Multiple multiplexing = multiple modules on one line Interfaces: 2x RJ45 (not compatible with ALL3000/400x) Technical Details: Item Specification Sensor type Brightness analog 16bit measuring range: 0 to 100 Chip ADS1100A2 Interfaces: 2x RJ45 (I2C Bus) Multiplexing: pay attention about the same types of sensors on the port! -  see note below LED Indicators: 1x PWR, 1x BUS Housing: metal case Environment: Temperature operating: -45 ~ 90 °C Humidity operating: 0% ~ 100% (non condensed) Temperature storage: -20 ~ 60 °C Humidity storage: 5% ~ 90% (non condensed) Certificates: CE, RoHS Dimension: 79 x 50 x 24 mm (Length x Width x Height) Weight: 230 Grams (only device) package content: 1x ALL4432 Brightness sensor 1x connection cable     Multiplexing - Note to the operation of several sensors on one sensor port   Basically, it is for the ARM and MIPS-based systems possible, unlike to the ALL3000/4000 to operate more than one sensor on a physical port.   Standard hardware requirement is that the sensors are equipped with 2 RJ45 connectors so that the sensor signal can be continued to the next sensor. The total cable length of 100 m does not increase thereby.   So that the sensors can be uniquely identified by the devices, it is necessary that these sensors have different software-I2C chip addresses and IDs. Sensors with the same address and adjustable chip ID can be combined. For sensors without adjustable ID address only one type of sensor can be connected per port.

Compatible with ALL3000/ALL34xx/3500/400x/4500/5000 volt meter in metal case housing with wall mount/desktop option detect when power fit or not 4-phase, for AC voltage 220...240V isolated over relay connections: 1x RJ45 INPUT / 1x RJ45 OUTPUT

Highlights:   new compact aluminum desktop- / wallmounting case I2C Bus for multiplexing use angle fixings for wall mounting   Measure, control and regulate automatically and independently ALLNET for years been pursuing the concept of intelligent control of processes in building over network and Internet. Intelligent building not only offers comfort, but actively promotes the reduction of energy costs. Centrally managed and via network / internet accessible the ALLNET Home Automation products allow intelligent building automation regardless of time and location. The ALL4452 PIR Movement detector has a max. detection angle of 92° and a max range of 8 meters. Movement detection Sensor in desktop-/ wallmounting case max. detection angle of 92°, max. range of 8 meters Aluminum housing with bracket for wall mounting Multiple multiplexing = multiple modules on one line Interfaces: 2x RJ45 Technical Details: Item Specification Sensor type   PIR movement detection   measuring range: max. detection angle of 92°, max. range of 8 meters Chip PCF8574 Interfaces: 2x RJ45 (I2C Bus) Multiplexing:   dial wheel for ID (8), see note below   LED Indicators: 1x PWR, 1x BUS, 1x Detetct Housing: metal case Environment: Temperature operating: -45 ~ 90 °C Humidity operating: 0% ~ 100% (non condensed) Temperature storage: -20 ~ 60 °C Humidity storage: 5% ~ 90% (non condensed) Certificates: CE, RoHS Dimension: 79 x 50 x 24 mm (Length x Width x Height) Weight: 230 Grams (only device) package content: 1x ALL4452 PIR Movement detection sensor 1x connection cable   Multiplexing - Note to the operation of several sensors on one sensor port Basically, it is for the ARM and MIPS-based systems possible, unlike to the ALL3000/4000 to operate more thanone sensor on a physical port. Standard hardware requirement is that the sensors are equipped with 2 RJ45 connectors so that the sensor signal can be continued to the next sensor. The total cable length of 100 m does not increase thereby. So that the sensors can be uniquely identified by the devices, it is necessary that these sensors have different software-I2C chip addresses and IDs. Sensors with the same address and adjustable chip ID can be combined. For sensors without adjustable ID address only one type of sensor can be connected per port.

Highlights: New flat desktop / wall-mounted housing made of aluminium compatible with ALL34xx/3500/4500/5000 I2C bus for multiplexing use Available in either black or white Angle brackets for wall mounting Measure, control and regulate automatically and independently ALLNET has been pursuing the concept of intelligent control of building technology processes via the network and Internet for years. Intelligent building technology not only offers more comfort, but also actively promotes energy cost savings. Centrally controlled and accessible via the network / Internet, ALLNET home automation products enable intelligent building technology regardless of time and location. The ALL4454 smoke detector/sensor can also be used for the detection of gases. The Figaro TGS813 is a MOS gas sensor based on tin dioxide (SnO2) for the reliable detection of combustible gases such as methane, propane and butane. In the presence of gases, the sensor resistance changes in proportion to the gas concentration, which enables simple and cost-efficient evaluation. Thanks to its high sensitivity, good long-term stability and simple integration, the TGS813 is ideal for gas detection and safety applications in industry and building technology. Smoke detector/sensor in desktop/wall-mounted housing detects smoke and gas Aluminium housing with bracket for wall mounting Multiple multiplexing = several multiplexing modules on one line Connection: 2x RJ45 (not compatible with ALL3000/400x) Recommendation for calibration For reliable commissioning of the ALL4454/TGS813, it is recommended that the sensor is first operated in fresh, well-aerated ambient air. After a sufficient warm-up time, the current measured value is recorded as a reference value for clean air. Suitable gas or smoke detector test spray can then be used for function testing and calibration. The changed sensor value measured in the process serves as a comparison or alarm value. By comparing the measured values of clean air and gas/smoke air, the difference can be clearly determined. On this basis, threshold values, rules and actions can be reliably defined in the MSR control centre or control system. Technical data: Element Specification Sensor type Smoke/gas sensor Meßrange: 0 to 100 Chip ADS1100A3 Connection: 2x RJ45 (I2C bus) Multiplexing: Pay attention to same sensor types at the port! -  see note below LED displays: 1x PWR, 1x BUS How to use: Metal walkway Environment: Temperature operation: -45 ~ 90 °C Humidity operating: 0 % ~ 100 % (non-condensing) Storage temperature: -20 ~ 60 °C Humidity storage: 5 % ~ 90 % (non-condensing) Labelling: CE, RoHS Dimensions: 79 x 50 x 24 mm (length x width x height) Weight: 230 grams (without packaging and accessories) Packaging contents: 1x ALL4454 smoke detector / sensor 1x connection cable Multiplexing - Note on operating multiple sensors on one sensor port In contrast to the ALL3000/4000, the ARM and MIPS-based systems allow more than one sensor to be operated on one physical port. sensor on one physical port. The hardware requirement is that the sensors have 2 RJ45 connections so that the sensor signal can be forwarded to the next sensor. The total cable length of 100 metres is not increased as a result. In order for the sensors to be uniquely identified by the devices, it is necessary for them to have have different I2C chip addresses and IDs. Sensors with the same chip address and adjustable ID can be combined. For sensors without an adjustable address, only 1 sensor type can be connected per port.

Highlights: New flat desktop / wall-mounted housing made of aluminium compatible with ALL34xx/3500/4500/5000 I2C bus for multiplexing use Available in either black or white Angle brackets for wall mounting Measure, control and regulate automatically and independently ALLNET has been pursuing the concept of intelligent control of building technology processes via the network and Internet for years. Intelligent building technology not only offers more comfort, but also actively promotes energy cost savings. Centrally controlled and accessible via the network / Internet, ALLNET home automation products enable intelligent building technology regardless of time and location. The ALL4454 smoke detector/sensor can also be used for the detection of gases. The Figaro TGS813 is a MOS gas sensor based on tin dioxide (SnO2) for the reliable detection of combustible gases such as methane, propane and butane. In the presence of gases, the sensor resistance changes in proportion to the gas concentration, which enables simple and cost-efficient evaluation. Thanks to its high sensitivity, good long-term stability and simple integration, the TGS813 is ideal for gas detection and safety applications in industry and building technology. Smoke detector/sensor in desktop/wall-mounted housing detects smoke and gas Aluminium housing with bracket for wall mounting Multiple multiplexing = several multiplexing modules on one line Connection: 2x RJ45 (not compatible with ALL3000/400x) Recommendation for calibration For reliable commissioning of the ALL4454/TGS813, it is recommended that the sensor is first operated in fresh, well-aerated ambient air. After a sufficient warm-up time, the current measured value is recorded as a reference value for clean air. Suitable gas or smoke detector test spray can then be used for function testing and calibration. The altered sensor value measured in the process serves as a comparison or alarm value. By comparing the measured values of clean air and gas/smoke air, the difference can be clearly determined. On this basis, threshold values, rules and actions can be reliably defined in the MSR control centre or control system. Technical data: Element Specification Sensor type Smoke/gas sensor Meßrange: 0 to 100 Chip ADS1100A3 Connection: 2x RJ45 (I2C bus) Multiplexing: Pay attention to same sensor types at the port! -  see note below LED displays: 1x PWR, 1x BUS How to use: Metal walkway Environment: Temperature operation: -45 ~ 90 °C Humidity operating: 0 % ~ 100 % (non-condensing) Storage temperature: -20 ~ 60 °C Humidity storage: 5 % ~ 90 % (non-condensing) Labelling: CE, RoHS Dimensions: 79 x 50 x 24 mm (length x width x height) Weight: 230 grams (without packaging and accessories) Packaging contents: 1x ALL4454 smoke detector / sensor 1x connection cable Multiplexing - Note on operating multiple sensors on one sensor port In contrast to the ALL3000/4000, the ARM and MIPS-based systems allow more than one sensor to be operated on one physical port. sensor on one physical port. The hardware requirement is that the sensors have 2 RJ45 connections so that the sensor signal can be forwarded to the next sensor. The total cable length of 100 metres is not increased as a result. In order for the sensors to be uniquely identified by the devices, it is necessary for them to have different I2C chip addresses on the software side . have different I2C chip addresses and IDs. Sensors with the same chip address and adjustable ID can be combined. For sensors without an adjustable address, only 1 sensor type can be connected per port.

Multiplexing module hub for star-shaped distribution of up to 8 sensor modules for ALL4500/ALL5000. For the operation of the ALL4404 a base station/central unit is required. With the ALL4404 you expand the possible sensors by a factor of 8. A maximum of 1x ALL4404 can be connected per master port on the central station. The maximum cable length from the I2C sensor port is max. 100m and is NOT extended by the ALL4404 i.e. the maximum cable length through the hub is still 100m. Application example:  ALL4404 (Single) ALL3419 ALL3500 ALL3505 ALL5000v2