HDR15-12 DIN rail power supply 12V 15W black

The ECO 304 eBus Gateway is a powerful interface of the latest generation between your heating system and the ebusd* software, which you can use to read and write to your heating system, regardless of the manufacturer, and thus carry out optimizations. The gateway has been optimized for communication with the "ebusd "* software. The enhanced command set (Enhanced Mode) of ebusd* is supported. In addition to the eBus functions, the eBus gateway also has an access point and web server for simple operation and configuration. The LAN interface can be used to communicate with up to 2 data connections via ASCII text protocol. The ECO 304 is a new eBus coupler with a standard 2400 baud data interface, plus an "Enhanced Mode" extension. The gateway performs a fully automatic level adjustment on your eBus in just a few seconds. A cumbersome, manual adjustment is no longer necessary. The ECO 304 does not carry out any data analysis or evaluation itself. The device settings can be conveniently changed, software updates carried out and device data viewed via the web server. The web server can be accessed via LAN and via AccessPoint (activation at the touch of a button). This system was developed as a low-maintenance industrial device by implementing it without Linux and with its own native programming. No unknown libraries are used, which guarantees the stability and reliability of the system. Extensive software support is available via ebusd** on the web. We provide the eConfig-Tool software free of charge for debugging and configuration. The ECO 304 is not supported by the Vaillant vrDIALOG software. * depending on the software, programming and control ** ebusd is not software from ESERA GmbH. We assume no liability whatsoever with regard to functional reliability and no support for this software HIGHLIGTHS Optimized gateway solution for ebusd**, supports reading and writing via the eBus interface of your heating system. Manufacturer-independent plug-and-play system with automatic eBus level adjustment for easy integration. Integrated web server and access point for uncomplicated configuration, debugging and firmware updates Low-maintenance and reliable thanks to native programming without the use of Linux or unknown libraries. Robust industrial design with extensive protective circuits for increased device protection, including simple mounting on a top-hat rail (2TE, 32mm). Up to 25% reduction in heating costs and increased living comfort Equipment options Customization and branding possible, please contact us at info@esera.de Application examples  "Home Assistant" (link: https://github.com/john30/ebusd/wiki) Home-Assistant "FHEM" (link: http://www.fhemwiki.de/wiki/EBUS#Software)  FHEM IP-Symcon ebusd module: (link: https://baublog.ozerov.de/waermepumpe/vwmon-datenlogger-fuer-die-vaillant-waermepumpe/ ) IPS ebus VMMon from Alexey Ozerov (link: https://baublog.ozerov.de/waermepumpe/vwmon-datenlogger-fuer-die-vaillant-waermepumpe/ )  VWMon

eBus coupler Ethernet: the data interface to the eBus via Ethernet/LAN for PC, Raspberry Pi and co. Application The eBus coupler enables read and write access to the eBus of your heating system. By using the appropriate software, you can analyze data from your heating system and send new values to your heating control system via the eBus. Features The ESERA eBus coupler is equipped with galvanic isolation between the eBus and PC interface. The eBus input is bipolar, so you do not need to pay attention to the polarity of the eBus when connecting. The eBus coupler is equipped with an Ethernet interface as a data interface to your PC. Drivers are available for Windows operating systems. The housing of the eBus coupler is designed for switch cabinet installation Notes The eBus coupler is not supported by the Vaillant vrDIALOG software. We recommend using the UDP protocol, as this results in low latency times for data transmission Examples (VWMon from Alexey Ozerov) for reading out eBus data you will find, among other things hier or the project Fhem click here

The ECO 305 eBus Gateway is a powerful interface of the latest generation between your heating system and the ebusd* software, which you can use to read and write to your heating system, regardless of the manufacturer, and thus carry out optimizations. The gateway has been optimized for communication with the "ebusd "* software. The enhanced command set (Enhanced Mode) of ebusd* is supported. In addition to the eBus functions, the eBus gateway also has an access point and web server for simple operation and configuration. The LAN interface can be used to communicate with up to 2 data connections via ASCII text protocol. The ECO 305 is a new eBus coupler with a standard 2400 baud data interface, plus an "Enhanced Mode" extension. The gateway performs a fully automatic level adjustment on your eBus in just a few seconds. A cumbersome, manual adjustment is no longer necessary. The ECO 305 does not carry out any data analysis or evaluation itself. The device settings can be conveniently changed, software updates carried out and device data viewed via the web server. The web server can be accessed via LAN and via AccessPoint (activation at the touch of a button). This system was developed as a low-maintenance industrial device by implementing it without Linux and with its own native programming. No unknown libraries are used, which guarantees the stability and reliability of the system. Extensive software support is available via ebusd** on the web. We provide the eConfig-Tool software free of charge for debugging and configuration. The ECO 305 is not supported by the Vaillant vrDIALOG software. * depending on the software, programming and control ** ebusd is not software from ESERA GmbH. We assume no liability whatsoever with regard to functional reliability and no support for this software HIGHLIGTHS Optimized gateway solution for ebusd**, supports reading and writing via the eBus interface of your heating system. Manufacturer-independent plug-and-play system with automatic eBus level adjustment for easy integration. Integrated web server and access point for uncomplicated configuration, debugging and firmware updates Low-maintenance and reliable thanks to native programming without the use of Linux or unknown libraries. Robust industrial design with extensive protective circuits for increased device protection, including simple mounting on a top-hat rail (4TE, 77mm). Up to 25% reduction in heating costs and increased living comfort Equipment options Customization and branding possible, please contact us at info@esera.de Application examples  "Home Assistant" (link: https://github.com/john30/ebusd/wiki) Home-Assistant "FHEM" (link: http://www.fhemwiki.de/wiki/EBUS#Software)  FHEM IP-Symcon ebusd module: (link: https://baublog.ozerov.de/waermepumpe/vwmon-datenlogger-fuer-die-vaillant-waermepumpe/ ) IPS ebus VMMon from Alexey Ozerov (link: https://baublog.ozerov.de/waermepumpe/vwmon-datenlogger-fuer-die-vaillant-waermepumpe/ )  VWMon

1-Wire Bus Coupler Pro with USB interface, isolation and external power supply With the professional 1-Wire Bus Coupler USB V3 a stable and electrically isolated connection of the 1-Wire network and a PC, mini computer (e.g. Raspberry Pi) or to many other controllers is established. The 1-Wire Bus Coupler USB is compatible with the serial version of Maxim, DS9097 and DS9097E, and works with a standard DS2480 1-Wire master device. By using the 1-Wire standard interface module (DS2480), the 1-Wire bus copller is compatible with all controllers that support this module. These are for example IP-Symcon, FHEM, OpenHub and many more. A special highlight of the 1-Wire Bus Coupler USB V3 is the external power supply. This significantly increases the operational reliability of the data connection to the computer and prevents problems caused by unreliable USB power supplies. The use of more expensive USB hubs is no longer necessary.For the 1-Wire network the 5V output voltage is provided. The insulation prevents interference from and to the PC and reduces possible "electrosmog" in the house. The insulation also increases electrical safety.Individual 1-Wire sensors can be connected directly. For a 1-Wire network, the use of a 1-Wire hub is recommended. Data interface USB 1.1, with FTDI FT232RL Chip (Virtual COM Port) Compatibility To DS9097U 1-Wire Adapter SerialApplicable for many software, such as OWFS, IP-Symcon, FHEM, which is intended for the DS9097U (DS2480 device) Drivers for different operating systems in the download area of this article. Display LED Power and data 1-Wire device DS2480R+ Power supply 9-32 VDC max. 500mA (power supply unit see accessories) Control Control by all devices and controllers that support the DS2480 (serial master) Dimensions 85 x 32 x 70mm Protection circuit Reverse polarity protection for 1-Wire output and supply voltage Isolation Between 1-Wire bus and PC interface min. 500VDC Scope of delivery Finished device and operating instructions

The EC 1 central unit is designed for the autonomous management of a 1-Wire network. The user does not have to worry about 1-Wire commands or formulas for evaluating the sensor data. The gateway independently scans the 1-Wire network for devices (sensors and actuators). The central processing unit evaluates the sensor and actuator data internally and outputs it cyclically (1-2 sec.) in plain text once converted (e.g. for temperature sensors in C°). In addition, the article number for ESERA modules can be entered; the calculation and output are adapted to the function of the module A wide range of sensors is available, such as temperature, humidity, dew point, air quality (CO2, VOC or fine dust), digital alarm contacts, glass breakage and smoke detectors The 1-Wire interface of the sensor gateway of the EC 1 central unit is designed so that both small and large 1-Wire networks with long cable runs can be set up safely. The 1-Wire sensors can be operated simultaneously in mixed parasitic* or normal mode. The currently most powerful 1-Wire interface for maximum data security has also been installed for complex network structures. The EC 1 Smart Home sensor gateway has a wide-range input of 9 - 30VDC for the power supply. It is therefore equally suitable for 12VDC and the industry-typical 24VDC supply voltages. Accessories such as top-hat rails and plug-in power supply units: see homepage. HIGHLIGTHS Low-cost entry-level module with functionalities of the professional ECO gateway central units Intuitive operation via web server functionality Data interface for Modbus/TCP, MQTT and ASCII LAN interface for data, configuration, debug and firmware updates ESERA-patented Auto-E-Connect plug-and-play system: fast and fully automatic reading of manufacturer-independent 1-wire devices Optional equipment Ultrafast iButton or RFID Read function for access or security authentication Optional firmware versions, e.g. for 1-wire memory (EEPROM) and iButton read without programming. Customizations and branding possible

DIN rail adapter between PC and 1-Wire network, Serial to 1-WireIndustrial 1-Wire bus coupler with RS232 (V24) in industrial design with galvanic isolation between the data and 1-Wire bus interface.1-Wire bus coupler RS232 in DIN rail housing. With the 1-Wire Bus Coupler a fast and simple connection between computer and 1-Wire network or to the PLC via a serial terminal is possible.State-of-the-art high-speed optocouplers and DC/DC power supplies are used for safe galvanic isolation. Even the 1-Wire activity LED has an isolated design. The isolation prevents interference to and from the PC and reduces possible "electrosmog" in the building. The isolation also increases electrical safety.For the 1-Wire network, the 5V output voltage is 250mA max.Single 1-Wire sensors can be connected directly. For a 1-Wire network, the use of a 1-Wire hub is recommended.LED indicators for power and activity.

DIN rail adapter between PC and 1-Wire networkIndustrial 1-Wire bus coupler with RS232 (TTL 5V standard) in industrial design with galvanic isolation between the data and 1-Wire bus interface.1-Wire bus coupler RS232 in DIN rail housing. With the 1-Wire Bus Coupler a fast and easy connection between computer and 1-Wire network or to the PLC via a serial terminal is possible.State-of-the-art high-speed optocouplers and DC/DC power supplies are used for safe galvanic isolation. Even the 1-Wire activity LED has an isolated design. The isolation prevents interference to and from the PC and reduces possible "electrosmog" in the building. The isolation also increases electrical safety.For the 1-Wire network, the 5V output voltage is 250mA max.Single 1-Wire sensors can be connected directly. For a 1-Wire network, the use of a 1-Wire hub is recommended.LED indicators for power and activity.Note: The data interface is designed as a D-Sub socket.

Prepared for the next flood! Leakage sensor / water detector to protect against water damage The leakage sensor reliably detects moisture or water on the floor. The sensor itself is housed in a waterproof housing, so it can "survive" without damage even at higher water levels. The leakage detector can be integrated into a 1-Wire network in combination with our 1-Wire Switch Input Module Art.No. 11214  (not included) . The module can be supplied with 12V voltage from a 1-Wire hub. The switching polarity and sensitivity is adjustable. Typical applications are the detection of liquids due to defective water pipes, defective washing or dishwashing machines and flooding. The relay contact closes when moisture is detected. Measuring method:    Electrolytic AC voltage measurement Evaluation:                    relay  contact (active open or closed) Power supply:              12V AC or DC (+/-10%)  / relay contact:                max. 30V / 4A Dimensions:                  80 x 82 x 58mm Scope of delivery:        sensor, operating instructions

  Rain sensor with heater and professional, functionally reliable measuring principle (12V)The large sensor surface reacts to rain or snow. The switching polarity and sensitivity are adjustable. The switchable heating prevents icing or condensation and accelerates drying. In the most sensitive setting, the device is also suitable for detecting fog. The mast or wall mounting bracket, available as an accessory, enables easy installation. Typical areas of application are in garden centres, in agriculture, in building control systems, but also in the home and garden. The rain sensor works on the basis of an alternating current measuring system (electrolytic measuring principle). The advantage is that no sensor electrode can degrade and therefore has a significantly higher life expectancy compared to other sensors with direct current measuring principle (as almost 80% of all devices on the market). The potential-free relay contact closes when rain starts. The relay contact can transmit any voltage, e.g. 12V or 24V, to the evaluation electronics, e.g. an ESERA 1-Wire Digital Input or 1-Wire Switch Input Module. Measurement procedure: Electrolytic AC voltage measurement Evaluation: - Potential-free changeover relay contact- Active in rain or dew- Contacts are isolated from the rest of the electronics. Power supply: 12V or 24V AC or DC (+/-10%), depending on version Power consumption: approx. 60mA (with heating 80 - 300mA) Relay contact: max. 30V / 4A Dimensions: 80 x 82 x 58mm Scope of delivery: Device with instructions, without evaluation electronics, without mounting bracket