The 8-port hub for connection of more digital temperature sensor to 1-Wire bus. The two-side 8-port with 4 ports on each side for connection of more digital temperature sensor to single 1-Wire bus channel. It is possible to connect 7 sensors in total, the 8th port is reserved for connection with a control device. Correct connection is depicted on the aluminium case. The hub can be mounted on a DIN rail (35 mm) - plastic DIN holders are included in the package. For details regarding the topology and connection, see the documentation.   Technical Parameter  Width 6,25 mm Depth 31.2 mm Length 39.8 mm Case material Aluminium Weigth 82.3 g  

1-WIRE-T-O indoor/outdoor  1-Wire temperature sensor based on the DS18B20 chip. Suitable for measuring indoor and outdoor temperature in households, office buildings and schools as well as in industrial buildings.   1-WIRE-T-O outdoor 1-Wire temperature sensor is designed for both indoor and outdoor area temperature measurements. The sensor is suitable for usage on households, schools, office buildings and other buildings. Due to its construction, it can be also used in industrial buildings and/or humid environment.  Temperature sensor is housed in metal case, terminal block is placed in a plastic box. All metal parts are made from stainless steel, the sensor is placed in a metal measuring probe providing IP65 level of protection. The device is designed for chemically non-aggressive environment. For detailed information, see the product documentation (see Files tab above)  Basic technical parameters power supply: 3,5 - 5,5V DC connection: 3-wire measuring range: -30 °C/+125 °C sensor tolerance: +/- 0,5°C in range of  -10 °C/+85 °C dimensions: 120 × 63 × 34 mm plastic case material: polyamide measuring probe material: stainless steel weight: 100 g

1-WIRE-T-F-3m temperature sensor is designed for measuring surface temperature of plumbing or pipelines. Suitable for use in boiler rooms, heat exchange stations or heat transfer stations.    The 1-WIRE-T-F-3m temperature sensor is based on the DS18B20 1-Wire sensor and is designed for measuring surface temperature of pipes or plumbing with smooth surface. The sensor can be used in any system compatible with the DS18B20 chip.  The sensor chip is located in a metal case encased in polyamide housing, partially isolating it from external hazards. Metal case is made from brass, shielded power cord is provided with silicone insulation. Included is also a metal strap with a locking clamp for attaching the sensor to pipelines. The sensor features IP65 protection and is designed for use in chemically non-aggressive environment.  For detailed info, please visit technical documentation of the product (see Files tab above) Basic technical parameters power supply: 3.5 - 5.5V DC sensor connection: 3-wire measuring range: -30 °C/+125 °C sensor tolerance: +/- 0.5 °C in range of -10 °C/+85 °C protection: IP65 dimensions: 40 × 13 × 12 mm power cord length: 3 meters band material: stainless steel locking clamp material: galvanized steel min./max. pipe diameter: 20 mm/40 cm    

1-WIRE-T-A-120-BOX sensor is designed for measuring the temperature in air conditioning systems or pipelines. Suitable for AC control systems or air conditioning lines.   1-WIRE-T-A-120-BOX temperature sensor is based on the DS18B20 1-Wire temperature sensor and is designed for temperature measurement in air conditioning units, air conditioning lines or pipelines. The device can be used in any system compatible with DS18B20 sensor.  The temperature sensor is placed in a metal measuring probe, terminal block is housed within a plastic box. Measuring probe's length is 120 mm. The device features IP65 protection and is designed for use in chemically non-aggressive environment.For detailed technical info, please visit the product's datasheet (see Files tab above)  Basic technical parameters power supply: 3.5 - 5.5V DC sensor connection type: 3-wire measuring range: -30°C - +125°C sensor tolerance: +/- 0.5°C in range of -10°C/+85°C relative ambient humidity: 10 - 100% operating pressure range: 70 - 106kPa dimensions (without the probe): 70 × 63 × 34 mm plastic box material: polyamide measuring rod material: stainless steel  

Digital waterproof 1-Wire temperature sensors with DS18B20 chip. Designed for basic temperature measurements in automation and regulation systems.    Digital 1-Wire water-resistant temperature sensor is based on the DS18B20 chip covered by a stainless steel cap. Each sensor features RJ45 plug and can be connected to any UniPi controller with 1-Wire bus. A single bus supports up to 15 sensors (the response time can be higher in such connections). Number of sensors connected to a single controller can be further increased by utilizing corresponding patchcords or the 8-port with an integrated DIN rail holder Several hubs can be connected in cascade. More info about connecting 1-Wire sensors can be found on this link.  Sensors are universal, their temperature range is -55/+85 °C (-67/+185 °F) Practical use examples measuring indoor/outdoor temperature for the purpose of heating switching measuring temperature of liquid stored in tanks (for more precise measurements it is possible to use more sensors located in several levels) measuring liquid transport lines temperature More information: datasheet for the DS18B20 chip basic info about the 1-Wire bus a detailed description of the 1-Wire bus

MicroSD card suitable as a memory drive for OS image on UniPi Neuron and UniPi 1.1 controllers. Standard 16GB microSD memory card with- Suitable as memory storage for OS image in controller units UniPi 1.1 and UniPi Neuron. The standard-size adapter is included in the package. Caution: The microSD card cannot be used on Axon product line PLCs, as they are not provided with a microSD port and feature onboard memory.  Technical Parameters Certification Class 10, UHS-I Disk capacity 16 GB Write speed 10 MB/s Special abilities Water-proof, high temperature tolerance Type micro SDHC Equipment Adapter Read Speed 80 MB/s Weigth 10 g

A compact 1-Wire thermometer. Designed for indoor temperature measurements.  The 1W-T-IB compact sensor is designed for interior temperature measurements in buildings. Its circuit board is placed within an on-wall installation box (KU 68 wiring box, IP30 protection). The sensor communicates with the master system using the 1-Wire bus (screw terminal, four conductors).  The sensor is fully compatible both with the Mervis, an officially supported SW platform for UniPi products and with the EVOK, an open-source application programming interface (API).  Mervis: The sensor is based on the DS18B20 chip used in other 1-Wire thermometers on the UniPi e-shop and is used in the same way.  EVOK: The sensor is detected automatically and can be used right away. Measured values are accessible on an address of the particular sensor also serving as a device identification. You can find the address on a sticker provided with the product.  Installation guide and technical parameters can be found in the product's datasheet (see the Files tab above)  Technical Parameter Sensor type DS18B20 Temperature measuring range -30 °C/+100 °C (+-1 °C accuracy) Connection 1-Wire (screw terminal) Max. current draw 1 mA Power 5 V (available on a connector along with 1-Wire) IP rating IP30 Dimensions 80 × 80 × 25 mm Installation Wiring box (KU 68)  

A compact 1-Wire thermometer and humidity meter. Designed for indoor temperature and relative air humidity measurements.   The 1W-TH-IB compact sensor is designed for interior measurements of temperature and relative humidity in buildings. Its circuit board is placed within an on-wall installation box (KU 68 wiring box, IP30 protection). The sensor communicates with the master system using the 1-Wire bus (screw terminal, four conductors).  The sensor is fully compatible both with the Mervis, an officially supported SW platform for UniPi products and with the EVOK, an open-source application programming interface (API).  Mervis: The device is compatible with the SEDtronic sensor line, allowing the user to use the same Unica_U1WT function block to read the values.  EVOK: The sensor is detected automatically and can be used right away. Measured values are accessible on an address of the particular sensor also serving as a device identification. You can find the address on a sticker provided with the product.  Installation guide and technical parameters can be found in the product's datasheet (see the Files tab above)  Technical Parameter Sensor type DS2438, Honeywell HIH5030 Temperature measuring range -40 °C/+85 °C (+-2 °C accuracy) Humidity measuring range 11 % RH/89 % RH (+-3 % RH accuracy) Connection 1-Wire (screw terminal) Max. current draw 1 mA Power 5 V (available on a connector along with 1-Wire) IP rating IP30 Installation Wiring box (KU 68) Dimensions 80 × 80 × 25 mm

Industrial 2GB microSD card (SLC configuration) with an extended operating temperature range  Industrial microSD card (SLC configuration) designed for the use in industrial applications. Suitable as an OS image storage for UniPi 1.1 and UniPi Neuron programmable logic controllers.  Note: The card cannot be used with UniPi Axon controllers which feature an onboard eMMC memory.  Basic technical parameters model: AP-MSD02GIE-AAT memory capacity: 2 GB sustained read performance: max. 43 MB/s sustained write performance: max. 41 MB/s sustained operating temperature range: -40 °C/+85 °C operating voltage: 3,3V (+-5%) The complete technical specifications can be found in the manufacturer's datasheet (see the Files tab above)  

EMO-R8 is an extension module for UniPi v1.1 with 8 additional relay outputs 250 VAC/5A or 24VDC/5A. EMO-R8 is an extension module for UniPi v1.1 with 8 additional relay outputs 250 VAC/5A or 24VDC/5A. It is suitable to use it in the case when relay outputs on the UniPi v1.1 are not enough and buying another control unit is unnecessary. It is to be connected to UniPi over I2C channel. 8 × relay output 250 VAC/5A or 24VDC/5A Custom address settings via jumpers Is to be connected to I2C via RJ11 connector Power supply 5VDC Product includes connection cable Technical Parameter Relay outputs 8 Power 5VDC Dimensions 110 mm × 90 mm × 25 mm Weigth 400 g

Holder for easy installation of extension modules for UniPi onto DIN rail (35 mm). Holder for easy installation of extension modules for UniPi 1.1 onto DIN rail (35 mm). Along with the product are packed 4 screws of appropriate size and 2 plastic holding pieces. The holder is to be attached to the bottom of UniPi board with the 4 screws. Then it is necessary to click 2 plastic holding pieces to pre-drilled holes and finally mount whole product onto DIN rail. DIN rail holder is a necessary component for installation of the plastic cover for extension modules. Technical Parameter   Height 110 mm Width 90 mm Depth 18 mm (after holding pieces' attachment) Weigth 40 g Material Aluminium

Holder for easy installation of UniPi onto DIN rail (35 mm). Holder for easy installation of UniPi 1.1 Lite onto DIN rail (35 mm). Along with the product are packed 4 screws of appropriate size and 2 plastic holding pieces. The holder is to be attached to the bottom of UniPi board with the 4 screws. Then it is necessary to click 2 plastic holding pieces to pre-drilled holes and finally mount whole product onto DIN rail. Technical Parameter Height 110 mm Width 90 mm Depth 18 mm (after holding pieces' attachment) Weigth 55 g Material Aluminum

Holder for easy installation of UniPi onto DIN rail (35 mm). Holder for easy installation of UniPi 1.1 onto DIN rail (35 mm). Along with the product are packed 4 screws of appropriate size and 2 plastic holding pieces. The holder is to be attached to the bottom of UniPi board with the 4 screws. Then it is necessary to click 2 plastic holding pieces to pre-drilled holes and finally mount whole product onto DIN rail. DIN rail holder is a necessary component for installation of the plastic cover. This holder is not compatible with UniPi 1.1 Lite!  Technical Parameter Height 200 mm Width 90 mm Depth 18 mm (after holding pieces' attachment) Weigth 100 g Material Aluminium

Plastic cover to protect extension modules for UniPi v 1.1 against mechanical damage.  The Cover is not compatible with UniPi 1.1 lite! Plastic cover to protect extension modules for UniPi v 1.1 against mechanical damage. It is flexible and is to be attached with cut-out side openings onto the device. For correct function, it is necessary to have module already equipped with a DIN rail holder for extension modules. Technical Parameter Height 110 mm Width 95 mm Depth 60 mm (with module, 42 mm without module) Weigth 70 g Material Plastic      

External LTE antenna with a magnetic lock. Suitable for Axon LTE controllers.  External LTE antenna with cable is designed for LTE signal transmission in cases the default short LTE antenna does not have a sufficient gain or sensitivity (the LTE controller is closed in a distribution box, the installation is located below ground level etc.). Aside from the most frequently used LTE bands the antenna also supports 2G and 3G bands. It also features a magnetic lock for easy installation to metal surfaces and a 300cm cable.  Detailed technical specifications can be found in the product's datasheet (see Files tab above) Basic parameters model: 2J3024M compatible standards: 2G, 3G, 4G bands (MHz): 700/850/900, 1700/1800/1900/2100, 2600  frequency ranges (MHz):  698-690/1710-2710/500-2700 gain: 2.4 dBi impedance: 50 Ω connector type: SMA-Male cable length : 300 cm max. power input: 35 W Technical Parameters Standards 2G, 3G, 4G Bands (MHz) 700/850/900, 1700/1800/1900/2100 MHz, 2600 Frequency range (MHz 698-690/1710-2710/500-2700 Connnector type SMA-Male Gain 2.4 dBi Impedancy 50 Ω Max. input power 35 W Operation temperature -40 °C to +85 °C Dimensions Ø 31 × 72 mm Cable length 300 cm

External on-wall LTE antenna. Suitable for Axon LTE programmable logic controllers. External LTE antenna is designed for cases when the default LTE antenna does not have sufficient gain or sensitivity (the controller is enclosed in a distribution box, the installation is beyond ground level etc.). Aside from the most frequently used LTE bands the antenna supports 2G and 3G bands. It also features an on-wall mount and 300cm cable.  Detailed technical specifications can be found in the product's datasheet (see File tab above) Basic technical parameters model: 2J2124K-B07H compatible standards: 2G, 3G, 4G bands (MHz): 700/850/900, 1700/1800/1900/2100, 2600  frequency ranges (MHz):  698-690/1710-2710/2500-2700 gain: 3.0 dBi impedance: 50 Ω connector type: SMA-Male cable length: 300 cm max. power input: 25 W  Technical Parameters Standards 2G, 3G, 4G Bands (MHz) 700/850/900, 1700/1800/1900/2100, 2600 Frequency range (MHz 698-690/1710-2710/500-2700 Connnector type SMA-Male Impedancy 50 Ω Max. input power 25 W  

License request for the Mervis software platform - professional solution for control and programming of UniPi programmable logic controllers (PLC), developed in accordance with the IEC 61131-6 programming standard.    Mervis is a software platform for control of UniPi programmable controllers. Together with EVOK it is our officially supported software platform. Compared to EVOK (which is rather a basic driver providing access to different interfaces) Mervis is a set of tools and applications for advanced regulation and automation. Mervis is developed and allows programming methods in accordance with IEC 61131-3. It is compatible with UniPi v1.1, UniPi Neuron and UniPi Axon control units and their extensions. The license is not required to run Mervis; Mervis IDE programming interface can be downloaded for free on downloads.unipi.technology. The license is required only for connection to proxy server and the option to save data on Mervis DB online database. The database is not required, but represents one of the best available tools for data storage, monitoring and archiving for later evaluation. Note: UniPi 1.1/1.1 Lite complete sets, UniPi Neuron and UniPi Axon controllers are supplied with the license request being part of the package.  Features OS Image, for burning to SD card IDE (Windows only) HMI editor (Human Machine Interface) - for creating visual control interface (Windows only) Mervis Runtime environment for testing purposes or control of the unit from (Windows) Data cloud backup In accordance with IEC 61131-3 IEC 61131-3 IEC 61131-3 is a part of the international standard for programmable logic controllers (PLC), which describes the software architecture and programming languages used for their control. For user already knowing the programming methods of this standard, it is easier to work with an unknown platform developed in accordance with this standard. Mervis is in accordance with this standard. It is possible to program it: visually - via function blocks in ST language (Structured Text) For this software is also developed online SCADA interface for remote control of the connected system. More information in software documentation or in enclosed product files.  

Opentherm to Modbus gateway module allowing control of OpenTherm boiler with UniPi v 1.1 and UniPi Neuron control units.   Opentherm to Modbus gateway module allowing control of OpenTherm boiler with UniPi 1.1, UniPi Neuron and UniPi Axon controllers. The module is a gateway for linking systems with Modbus RTU RS485 (EIA-485) communication and boilers with Opentherm+ (OT+) and thermostats. It allows to either monitor data flow between thermostat and boiler or to control the boiler directly. We recommend connecting this module to UniPi v 1.1 via USB-RS485 Convertor. Device modes Monitor: module is only monitoring communication between boiler and thermostat Controller: in this mode, it is also possible to control the parameters of the boiler by writing to Modbus registers Modbus RTU RS485 Configurable address Speed 9.6 / 19.2 kbps Parity E / N Optional use of terminating resistor Up to 7 gateways in one Modbus line Functions in monitoring mode OT boiler and thermostat interconnection Extending the OT communication channel Communication Module MM-OT101 is mostly used for control and monitoring of OpenTherm boilers in HVAC (Heating, Ventilation, Air Conditioning) and energy management systems. It uses 5-24V DC power supply and can be mounted onto DIN rail (35 mm). Technical Parameter Power 5-24 V DC Dimensions 53 mm × 90 mm × 58 mm Weigth 85 g Power consumption Max 750 mW

Power supply 5 V DC, 2.4 A with DIN rail holding recommended for UniPi v 1.1 products.  Power supply recommended for UniPi v 1.1 products. Can be installed to DIN rail (35 mm). The complete technical specification can be found in the product datasheet. Along with this product comes power cable with an appropriate connector. IMPORTANT: This power supply is NOT recommended for Neuron products. Technical Parameter Dimensions 95 mm × 60 mm × 25 mm Rated Current 2.4 A Weigth 100 g DC Voltage 5 V Rated power 12 W Current range 0 ~ 2.4 A Model name HDR-15-5 Manufacturer Meanwell  

Mean Well HDR-15-24 DIN rail power supply (24V DC @ 0.63A) Recommended for Neuron and Axon products. Power supply recommended for Neuron products. Can be installed to DIN rail (35 mm). The complete technical specification can be found in the product datasheet. IMPORTANT: This power supply is tested and recommended for Neuron S and Axon S models. Although the power supply is compatible with larger Neuron/Axon M and L models, its use can result in reduced performance in case other features (ie. USB ports) are used. Mean Well HDR-15-24 datasheet Technical Parameter Dimensions 95 mm × 60 mm × 25 mm Rated Current 0.63 A Weigth 100 g DC Voltage 24 V Rated power 15.2 W Current range 0 ~ 0.63 A Model name DR 15-24/HDR-15-24 Manufacturer Meanwell

Meanwell HDR-30-24 DIN rail power supply rated at 24V DC @ 1.5A. Recommended for Neuron and Axon products.  Power supply recommended for Neuron products. Can supply any of the Neuron control units. Can be installed to DIN rail (35 mm). The complete technical specification can be found in the product datasheet: Mean Well HDR-30-24 datasheet  Technical Parameters Dimensions 100 mm × 80 mm × 60 mm Rated Current 1.5 A Weigth 260 g DC Voltage 24 V Rated power 36 W Current range 0 ~ 1.5 A Model name DR-30-24 Manufacturer Meanwell    

A smart single-phase direct-measurement energy meter supporting communication via Modbus protocol. The PRO1 Series is a range of 1 module, single-phase Smart Energy Meters consisting of 4 different types, each with their specific characteristics. They have an exceptional combination of a high accuracy class (1/B) and a broad temperature range from -25°C to +45°C. Another unique feature is the Imax of 45A. This PRO1 model supports Modbus. It can communicate and be programmed via an infra-red input. The different communication modes have over 40 variables like kWh, active and reactive energy, forward and reverse energy as well as Cos phi. The PRO1 smart energy meter is equipped with a re-settable day counter and the total energy usage can be calculated via 5 different modes. Basic technical specification Chassis: fireproof polycarbonate plastic  Nominal voltage: 230V AC Operational voltage: 195-253V AC Insulation capability AC voltage withstand: 4kV for 60 seconds Impulse voltage withstand: 6KV – 1,2μS waveform Basic current (Ib): 5A Maximum rated current (Imax): 45A Overcurrent withstand: 30 Imax for 0.01 s Operational frequency range: 50 Hz +-10% A full technical specification can be found in the Files tab above, or at the manufacturer's webpage.  

The PRO380 series is a range of smart three-phase (4 DIN module size) energy meters, each with its own specific characteristics. PRO380 combines a high accuracy class (1/B) and a wide operating temperature range (-40°C - +70°C).  The PRO380-Mod variant supports the Modbus protocol. For programming and communication with the device, an IR port can be also used. Various communication modes offer up to 60 variables like kWh, active/reactive energy, forward/reverse energy, cos phi and others. Included is also a resettable daily counter. The total energy usage can be calculated in five different modes.   Basic technical specification Type of energy meter: direct  Casing: flame resistant polycarbonate plastic Nominal voltage (Un): 230/400V AC (3~) Operational voltage: 3*230/400V +-20% Insulation capabilities AC voltage withstand: 4 kV for 60 seconds Impulse voltage withstand: 6 kV - 1.2µS waveform Basic current (Ib): 5A Maximum rated current: 100A Operational current range: 0,4% Ib-Imax Overcurrent withstand: 30 Imax for 0,01 s Detailed technical specifications can be found in the product's datasheet (see Files tab above), or on the manufacturer's website.  

A durable communication converter of the M-Bus industrial bus to RS485 serial interface. The device is available in four variants differing in the maximum number of connected slave devices (45, 80, 120 or 190).  RS485toMBus-XL is a durable converter designed primarily to collect data from M-Bus metering devices and convert the data for the standard RS485 serial interface. Signals are converted directly without the need to set up communication parameters or adjust the messages.  Based on the variant up to 190 M-Bus slave devices can be connected to the M-Bus interface, with the M-Bus and converter states being monitored by converter's processor. Five LEDs are available for indication of M-Bus states and error states. The M-Bus interface features the highest class of overvoltage protection and is also protected against communication errors, inverted power supply polarity and continuous short circuits.  Components of the converter are encased in a durable aluminium chassis, providing the device with a high degree of mechanical durability and reducing the effect of interference. The converter is designed for standard 35mm DIN rail installation.  Basic technical parameters max. number of connected M-Bus slave devices: 45, 80, 120, 190 (depending on the variant) RS485 and M-Bus connectors: screw terminals (2,5mm2 conductor diameter) M-Bus master transmission speed: 300 - 9600 bps protections: overvoltage protection, overload protection, protection against short circuit and foreign voltage power supply:  XL45 - XL120: 12-30V DC XL190: 20-30V DC power draw: 0.85-15W (depending on the model and the number of connected devices) operation temperature range: -40°C/+70°C protection level: IP40  size: 37×81.5×107 mm (w/o connectors) weight: 220 g (XL45, XL80), 240 g (XL120, XL190) Detailed description of the product and complete technical parameters can be found in the product's datasheet (see the File tab above) Technical Parameter Max. number of M-Bus slave devices 45/80/120/190 (based on the variant) Maximum data transfer rate 9600 bps M-Bus galvanic isolation 1kV (power supply), 1kV (line) RS485 galvanic isolation >1kV (power supply, 1kV (line) Overvoltage protection (RS485) TVS 600W Overvoltage protection (M-Bus) TVS 1500W Max. input power 15W Operation temperature -40°C/+70°C IP rating IP40 Power 12-30V DC (20-30V DC for the XL190 variant) Mounting 35mm DIN rail Dimensions 37 × 81.5 × 107 mm (w/o connectors) Weigth 220 g (XL45, XL80), 240 g (XL120, XL190)

Communication converter for connecting M-Bus devices into systems using the RS485 interface.  RS485toMbus-4M converter is designed for connecting devices using the M-Bus interface into systems communicating with various sensors and meters through the RS485 interface. The converter converts M-Bus messages without changing their content and is designed primarily for reading data from M-Bus flow meters, energy meters, heat consumption meters and other similar devices.  The device supports up to 4 M-Bus slave devices and features protection against overvoltage and M-Bus communication errors. The converter is also provided with LEDs for indication of power, M-Bus communication and error states.  A detailed technical description can be found in the user manual (see Files tab above) Basic technical parameters Dimensions: 58 × 36 × 95 mmChassis: Plastic box (IP20 protection)Installation: DIN rail (35 mm)Max. amount of M-Bus slave devices: 4Transmission speed: 300 - 9600 bpsM-bus galvanic isolation: YesConnectors: pluggable terminals, up to 2.5mm conductor diameterPower supply: 7-28V DC, built-in overvoltage protectionOperating temperature:  -20°C/+70°CIndication: LED indication of power, M-bus operation and error states

SEDtronic 1-Wire sensors are sensor modules for environmental monitoring which can together with temperature measure humidity and light intensity. Some models also include digital input or analog input. All SEDtronic 1-Wire sensors come with 60 mm mounting bracket for electrical outlet boxes. Sensor modules com in several variants. A module without humidity measurement can be equipped with signal LED diode. There are also other options where the module can be used as digital or analog input (logic level 5V, analog 0-5V). These modules are compatible with Schneider Unica wall switches. The resulting installation offers an aesthetical and practical solution, combining sunken wall switch with colored LED light and temperature sensor, all in one box. Sensor module variants U1WTVS – temperature, humidity and light intensity measurement U1WTVD – temperature and humidity measurement + one digital input U1WTD – temperature measurement + one digital input *We do not provide water-resistant module variants. Technical parameters: Dimensions: 36 mm x 12 mm x 12 mm Voltage: 5V DC Max current: max 1mA Power consumption: max 5mW Temperature Range: -20 °C to +40 °C Mounting It is possible to order SEDtronic 1-Wire sensor with or without 60 mm mounting bracket for installation into universal electrical wall box – diameter 60 mm. Prerequisites Use only with 1-wire bus systems Measured voltage 0-5V can be connected between the ground terminal GND and terminal AO when using analog input option. When using the digital input option – the potential-free contact is connected between the power terminal +5V and terminal AO. It is necessary to observe the max. the distance of the contact from the module at 20 m. Software compatibility Control of the sensor is possible with Mervis and REX or custom user scripts.  

UniPi 1.1 is an extension board for Raspberry Pi. Together they form a programmable control unit for universal use in automation, regulation, and monitoring systems. Package includes UniPi 1.1 board quick start guide 26-pin (2×13) cable for connecting the Raspberry Pi computer (compatible with Raspberry Pi Model B+, Raspberry Pi 2 model B and Raspberry Pi 3 model B) 3× metal spacer 2M5 (20mm) 3× screw 2M5 Note: The package does not contain the Raspberry Pi computer, software license or DIN rail holder Properties Compatible with Raspberry Pi B+, Raspberry Pi 2 and Raspberry Pi 3 8 × Finder 36.11.9.005.4011 changeover relays rated for 250V AC / 5A or 24V DC / 5A 12 + 2* galvanically isolated digital inputs (5-24V DC voltage with a minimum pulse length of 5ms) 2 × 0-10V analogue inputs 1 × 0-10V analogue output 1 × 1-Wire port for connection to 1-Wire thermometers and other sensors 1 × I2C port for expansion 1 × UART port for external serial communications socket for battery powering RTC connection with Raspberry Pi via a supplied ribbon cable possible to extend via extension modules over I2C possible to equip with DIN rail mounting and plastic cover requires an external 5V 2.5A power supply with 2.1mm DC jack. *Digital inputs 13 and 14 are not accessible by default. To use them, please follow this manual UniPi 1.1 is an extension board for the Raspberry Pi computer, allowing it to serve as a programmable logic computer (PLC) in applications such as automation, regulation, monitoring, smart home systems, industrial automation and many more. It is a direct predecessor of the Neuron PLC line.. The board can be extended via an EMO-R8 extension module, adding another 8 relay outputs. Users can also purchase a DIN rail holder for installation into a distribution box and plastic protective cover. UniPi 1.1 is compatible with a wide variety of software. For programming the UniPi we recommend either our open source API EVOK. or our advanced node-based control software, Mervis. EVOK is our official open-source application programming interface (API), designed for remote access to our control units. It represents a simple software allowing the user easy access to hardware without extensive programming. Mervis is then our primary, officially supported software platform for UniPi PLC management. It is an extensive set of tools for advanced monitoring and regulation, developed under the IEC 61131-3 programming standard.  Digital inputs are designed for the reading of binary values (0/1, on/off, open/closed etc.) and are thus suitable for connecting switches, motion sensors, window or door magnetic locks etc. Caution: The cable for connection of Raspberry Pi to the UniPi board does not contain wires for digital inputs 13 and 14. To use these inputs, it is necessary to create a custom connection according to this tutorial Analogue inputs are used to read 0-10V voltage, making them suitable for reading values from analogue sensors such as temperature sensors, pressure meters, tensometers etc. The analogue output can be used for control of external devices such as three-way valves or heat exchangers via 0-10V voltage or 0-20 mA Relay outputs are designed for switching two-state devices via alternating or direct voltage. Relays thus can be used to switch boilers, water heaters, electric motors or other stronger relays. Technical Parameter Digital inputs 14 1-Wire bus Ano Relay outputs 8 Analog inputs 2 Analog outputs 1 Power 5 V DC / 2.4 A RTC battery socket Ano Dimensions 20 mm × 86 mm ×198 mm Weigth 210 g

The UniPi 1.1 Complete set contains all necessary components for installation and initial setup of the UniPi 1.1 control unit. The set consists of a DIN rail mount for easy installation into a distribution box, plastic protective cover and a license for the Mervis software platform, suitable for home automation projects and energy management.  Package contents  UniPi 1.1 board Raspberry Pi 3 model B computer Raspberry Pi connection cable 1x1-Wire temperature sensor (1.5 m lenght, RJ45 connector) Mervis software license DIN rail holder 3x 2M5 screw 3x 2M5 metal spacer (25 mm) quick start guide 16GB microSD memory card UniPi 1.1 protective cover 5 V DC@2.4A power supply for DIN rail UniPi v1.1 Complete set is an ideal choice for customers planning to base their projects on UniPi 1.1. It represents the best combination for control of three-way valves or boilers using the Opentherm protocol. UniPi can be easily connected to a personal computer, allowing you to immediately start connecting your smart home system.  Features Compatible with Raspberry Pi B+, Raspberry Pi 2 and Raspberry Pi 3 8 × Finder 36.11.9.005.4011 changeover relays rated for 250V AC / 5A or 24V DC / 5A 12 + 2* galvanically isolated digital inputs (5-24V DC voltage with a minimum pulse length of 5ms) 2 × 0-10V analogue inputs 1 × 0-10V analogue output 1 × 1-Wire port for connection to 1-Wire thermometers and other sensors 1 × I2C port for expansion 1 × UART port for external serial communications socket for battery powering RTC connection with Raspberry Pi via a supplied ribbon cable possible to extend via extension modules over I2C possible to equip with DIN rail mounting and plastic cover requires an external 5V 2.5A power supply with 2.1mm DC jack. *Digital inputs 13 and 14 are not accessible by default. To use them, please follow this manual UniPi 1.1 is an extension board for the Raspberry Pi computer, allowing it to serve as a programmable logic computer (PLC) in applications such as automation, regulation, monitoring, smart home systems, industrial automation and many more. It is a direct predecessor of the Neuron PLC line.. The board can be extended via an EMO-R8 extension module, adding another 8 relay outputs. Users can also purchase a DIN rail holder for installation into the distribution box and plastic protective cover. UniPi 1.1 is compatible with a wide variety of software. For programming the UniPi we recommend either our open source API EVOK. or our advanced node-based control software, Mervis. EVOK is our official open-source application programming interface (API), designed for remote access to our control units. It represents a simple software allowing the user easy access to hardware without extensive programming. Mervis is then our primary, officially supported software platform for UniPi PLC management. It is an extensive set of tools for advanced monitoring and regulation, developed under the IEC 61131-3 programming standard.  Inputs & Outputs Digital inputs are designed for the reading of binary values (0/1, on/off, open/closed etc.) and are thus suitable for connecting switches, motion sensors, window or door magnetic locks etc. Caution: The cable for connection of Raspberry Pi to the UniPi board does not contain wires for digital inputs 13 and 14. To use these inputs, it is necessary to create a custom connection according to this tutorial Analogue inputs are used to read 0-10V voltage, making them suitable for reading values from analogue sensors such as temperature sensors, pressure meters, tensometers etc. The analogue output can be used for control of external devices such as three-way valves or heat exchangers via 0-10V voltage or 0-20 mA Relay outputs are designed for switching two-state devices via alternating or direct voltage. Relays thus can be used to switch boilers, water heaters, electric motors or other stronger relays. You may also be interested in our introduction to choosing the right software for your UniPi. MERVIS software The system is designed particularly for control of technical equipment in smart buildings, monitoring, evaluation, and management of energy and media consumption. The system facilitates energy and media savings of up to 30%! Easily configurable: UniPi with Mervis software is under the IEC 61131-3 standard for PLCs, one can easily configure the whole system and set it to the final, user-friendly form. It responds to present-day requirements of functional and flexible systems.  Cloud database: Values from the single data points are periodically stored in the database. In this database, the data are saved in a special form which enables storing and managing a great amount of data (in the order of billions and more records) and fast search and display of the required data at the same time. You will get a login for a remote proxy server which allows you to access your UniPi remotely in any network, and 10 data points for storing your data on Mervis Database for free. With Mervis HMI you can also create and design your local web according to your needs. 1Wire temperature sensor 1-Wire temperature sensor DS18B20 is a digital temperature sensor protected in water-resistant stainless steel cap (6*30mm) with 1,5m long cable with RJ45 connector, which uses 1-Wire protocol and is compatible with UniPi.

UniPi 1.1 Lite is an extension for Raspberry Pi together makes a simple programmable controller for universal use in systems of automation, regulation, and monitoring. Package includes UniPi 1.1 Lite 26-pin (2×13) cable for connecting the Raspberry Pi computer (compatible with Raspberry Pi Model B+, Raspberry Pi 2 model B and Raspberry Pi 3 model B) 3× metal spacer 2M5 (20mm) 3× screw 2M5 The package does not contain the Raspberry Pi computer, the DIN holder or software licence. All these components can be purchased separately. UniPi 1.1 Lite is an extension for Raspberry Pi together makes a simple programmable controller for universal use in systems of automation, regulation, and monitoring. It is Lite version of UniPi 1.1 with a smaller number of functions, inputs, and outputs and suitable for use in simple projects. Properties 6 × changeover relays rated 250V AC/5A or 24V DC/5A 6 × galvanically isolated digital inputs triggered by 5-24V DC voltage with a minimum pulse length of 5ms 1 × 1-Wire port for connection to 1-Wire thermometers and other sensors short circuit LED indicator compatible with Raspberry Pi 3, Raspberry Pi 2 a Raspberry Pi B+ connection with Raspberry Pi via a supplied ribbon cable possible to equip with DIN rail mounting and plastic cover requires an external 5V 2.5A power supply with 2.1mm DC jack Note: The package does not contain DIN rail holder or plastic cover.  UniPi 1.1 Lite is compatible with a lot of software. For UniPi control, we recommend either our open source driver EVOK or our advanced control software, Mervis. You may also be interested in the introduction to choosing the right software. Technical Parameter Digital inputs 6 1-Wire bus Ano Relay outputs 6 Power 5V DC / 2.4 A Dimensions 105 mm x 88 mm x 20 mm RTC battery socket No Weigth 210 g Mounting Possibility to mount to DIN rail (35 mm)

The UniPi 1.1 Lite Complete set contains all necessary components for installation and initial setup of the UniPi 1.1 Lite control unit. The set consists of a DIN rail mount for easy installation into a distribution box, plastic protective cover and a license for the Mervis software platform, suitable for home automation projects and energy management. Package contents  UniPi 1.1 Lite board Raspberry Pi 3 model B computer Raspberry Pi connection cable 1x 1-Wire temperature sensor (1.5 m lenght, RJ45 connector) Mervis software license DIN rail holder for UniPi 1.1 Lite 3x 2M5 screw 3x 2M5 metal spacer (25 mm) product manual 16GB microSD memory card UniPi 1.1 Lite protective cover 230 V AC/5 V DC@2A power supply (type E socket) UniPi 1.1 Lite is an extension for Raspberry Pi together makes a simple programmable controller for universal use in systems of automation, regulation, and monitoring. It is Lite version of UniPi 1.1 with a smaller number of functions, inputs, and outputs and suitable for use in simple projects. UniPi 1.1 Lite features 6 × changeover relays rated 250V AC/5A or 24V DC/5A 6 × galvanically isolated digital inputs triggered by 5-24V DC voltage with minimum pulse length of 5ms 1 × 1-Wire port for connection to 1-Wire thermometers and other sensors short circuit LED indicator compatible with Raspberry Pi 3, Raspberry Pi 2 a Raspberry Pi B+ connection with Raspberry Pi via a supplied ribbon cable possible to equip with DIN rail mounting and plastic cover requires an external 5V 2.5A power supply with 2.1mm DC jack UniPi 1.1 Lite is an extension board for the Raspberry Pi computer, allowing it to serve as a programmable logic computer (PLC) in applications such as automation, regulation, monitoring, smarthome systems, industrial automation and many more. The 1.1 Lite is a lightened variant of the UniPi 1.1 board, featuring reduced number of I/O modules in a more compact package. It represents the simplest and cheapest solution we offer.  Aside from the board itself, the complete set contains the Raspberry Pi computer, DIN rail holder, protective cover and other accessories, making the complete set an all-in-one solution without the need for purchasing other components separately.  UniPi 1.1 Lite is compatible with a wide variety of software. For programming the UniPi we recommend either our open source API EVOK. or our advanced node-based control software, Mervis. EVOK is our official open-source application programming interface (API), designed for remote access to our control units. It represents a simple software allowing the user an easy access to hardware without extensive programming. Mervis is then our primary, officially supported software platform for UniPi PLC management. It is an extensive set of tools for advanced monitoring and regulation, developed in accordance with the IEC 61131-3 programming standard.  UniPi 1.1 Lite is compatible with a lot of software. For UniPi control, we recommend either our open source driver EVOK or our advanced control software, Mervis. You may also be interested in the introduction to choosing the right software. Inputs & Outputs Digital inputs are designed for reading of binary values (0/1, on/off, open/closed etc.) and are thus suitable for connecting switches, motion sensors, window or door magnetic locks etc. Relay outputs are designed for switching two-state devices via alternating or direct voltage. Relays thus can be used to switch boilers, water heaters, electric motors or other stronger relays. Neuron unit relays are designed for 5A maximum current and 250V alternating/30V direct voltage. You may also be interested in our introduction to choosing the right software for your UniPi. MERVIS software The system is designed particularly for control of technical equipment in smart buildings, monitoring, evaluation, and management of energy and media consumption. The system facilitates energy and media savings of up to 30%! Easily configurable: UniPi with Mervis software is in accordance with the IEC 61131-3 standard for PLCs, one can easily configure the whole system and set it to the final, user-friendly form. It responds to present-day requirements of functional and flexible systems.  Cloud database: Values from the single data points are periodically stored in the database. In this database, the data are saved in a special form which enables storing and managing a great amount of data (in the order of billions and more records) and fast search and display of the required data at the same time. You will get a login for a remote proxy server which allows you to access your UniPi remotely in any network, and 10 data points for storing your data on Mervis Database for free. With Mervis HMI you can also create and design your local web according to your needs. 1Wire temperature sensor 1-Wire temperature sensor DS18B20 is a digital temperature sensor protected in water-resistant stainless steel cap (6*30mm) with 1,5m long cable with RJ45 connector, which uses 1-Wire protocol and is compatible with UniPi.  Technical Parameter Digital inputs 6 1-Wire bus Yes Relay outputs 6 Power 5 V DC / 2.4 A Dimensions 105 mm × 88 mm × 20 mm RTC battery socket No Weigth 210 g Mounting DIN rail mount (35 mm)