9 products found
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Product from abroad
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| PowerCable MQTT 101x | NETIO products a.s. | NETIO PowerCable MQTT 101x is a WiFi power socket (WiFi extension power cable) for integration with third-party cloud systems using open API. Its web interface and open API can be used to display the energy metering values (A, V, W, TPF, kWh, Hz, °) and turn on/off the controlled output power socket. PowerCable MQTT can be connected to any MQTT broker (LAN / internet) or online service, allowing to provide a “smart WiFi power socket” as a power metering and control service. With MQTT-flex, the structure of the MQTT communication can be customized. The device is ready for NFC-preconfig for easy configuration of the WiFi SSID and other parameters. PowerCable MQTT supports cloud protocols that automatically connect from the internal network to a portal (online service). The smart WiFi socket supports 3 cloud protocols: Http(s) push JSON/XML or MQTT. MQTT also includes SSL encryption support. The MQTT protocol can be configured in detail thanks to the MQTT-flex extension. In the MQTT-flex configuration, the user can define the MQTT message structure (Topic / Payload) as well as the conditions for sending individual messages (periodically, when a value changes by more than x, and so on). The PowerCable metered power socket connects to the network over WiFi (internal antenna). The NETIO WiFi Reconnect feature ensures stable availability of the device in an ordinary WiFi network. | More | |
| PowerCable Modbus 101x | NETIO products a.s. | NETIO PowerCable Modbus 101x is a smart WiFi power socket and a power extension cable designed by NETIO products. Using the Modbus/TCP protocol, it is possible to switch its power output on/off and read energy consumption remotely over the network. PowerCable connects to the network over WiFi (internal antenna). The output power socket can be turned On/Off over a web interface. The web interface also shows the measured electrical values (V, A, kWh, W, Hz, TruePF) at the metered power socket. PowerCable Modbus 101x supports the M2M Modbus/TCP protocol for controlling its output and reading the measured values. Modbus/TCP is a popular M2M protocol used in the industry world-wide. To increase security, PowerCable Modbus contains a built-in IP filter. The IP filter limits the range of IP addresses that are allowed to access the device using the Modbus/TCP protocol. The WiFi power cable supports IOC (Independent Output Control); the state of the output is not affected by weak WiFi signal, restart of the WiFi module, or even firmware upgrade. The power-up state of the smart power socket is configurable (On/Off/Last). An important feature for industrial control is ZCS (Zero Current Switching). This feature ensures that the relay is switched only when the immediate current value passes through zero. This feature ensures long-term durability even when switching capacitive loads (switching supplies common in ICT) or inductive loads (transformers, motors). The operating temperature range of NETIO PowerCable Modbus 101x is -10 to 65°C (at 65°C, the maximum current is limited to 5A). Electrical measurements (readings accessible over Modbus/TCP and the web) No special mobile application is needed for installing the WiFi controlled outlet and connecting it to a WiFi network. PowerCable Modbus works as a WiFi AP and a web based wizard will guide you through the configuration, including the selection of a WiFi network from a list. The setup process is simple and fast. | More | |
| NETIO PowerCable IQRF 901x | NETIO products a.s. | NETIO PowerCable IQRF is a smart power extension cable that communicates over the IQRF LPWAN network (868 MHz). The 230V/16A electrical socket features electricity metering (A, V, W, TPF, kWh, Hz) and can be switched on and off with full IQRF Interoperable support. Using the Smart connect function, PowerCable IQRF can be connected to the IQRF wireless network. The DPA protocol can be used to control the output or read the measurements (V, A, kWh, W, Hz, TruePF). PowerCable IQRF is constantly powered, so it also acts as a message repeater in the IQRF MESH network. PowerCable IQRF 901x supports IQMESH functions of the IQRF wireless network. The device supports the “IQRF Interoperable” DPA standard for sensors and I/O devices. The IQRF outlet supports IOC (Independent Output Control); output state is unaffected by firmware update. The PowerUp state function allows to specify the desired output state after power up (On / Off / Last). The Last option stores the last state of the output (on or off) before a power outage, and restores it when the power is restored. An important feature for light industrial use is ZCS (Zero Current Switching). This feature ensures that the relay is switched when the current passes through zero level. PowerCable IQRF 901x can be used at ambient temperatures from -10 to +65°C. | More | |
| PowerPDU 4C: PDU with energy metering and open API | NETIO products a.s. | NETIO PowerPDU 4C is a smart PDU (Power Distribution Unit) with four power outlets (4x IEC-320 C14). Each output can be controlled and metered independently. PowerPDU 4C includes a 2x LAN Ethernet switch and a serial port (RS-232). NETIO PowerPDU 4C can be mounted in rack cabinets (horizontally and vertically). Four different rack-mount brackets are available. PowerPDU 4C offers an open M2M API with 13 different M2M protocols that can be used for energy consumption metering and control of individual outputs. NETIO 4x smart power outlets can be connected to multimedia AV systems, cloud services (e.g. MS Azure IoT hub), the Node-RED environment, or smart home apps. Each of the four power outlets (IEC sockets) can be switched on/off with a button at the device or from the device’s web interface. The manufacturer provides a mobile app; however, the open API also allows the use of recommended third-party apps. | More | |
| Industrial Gateway with Ethernet + 4G/LTE connection [GW-IND-01-4G] | IQ HOME Kft. | The IQ Home gateway family designed for IoT applications. The purpose of the gateway is to bridge the gap between IQRF DPA devices in the field and the Cloud in the easiest way. The gateway is optimized for IQRF DPA networks to manage and control complex environments. The gateway comes with Linux operating system with preinstalled custom software services. The IQ Home gateway is ready to use. All you need to do is to setup our cloud parameters in the gateway and bond IQRF DPA nodes via IQRF IDE. Ready to use gateway to connect IQRF networks to the Internet. - 2G/3G/4G/LTE Support LTE FDD: B1/B3/B5/B7/B8/B20 WCDMA: B1/B5/B8 GSM: 850/900/1800/1900MHz - Easy to create IoT sensor networks - Easy to integrate with IQRF based sensors - RTC on board in case of power outage - Protected EEPROM and Flash storage (eeRAID and eMMC RAID) - Enhanced reliability feautres - IQRF IDE UDP communication support - MQTT support - JSON messages - Automated periodical data collection - Automatic DPA timing management - Remotely configurable and accessible | More | |
| Raspberry Pi 4 passive cooler | Levtech Service & Production SRL | Armor Cooling Case for Raspberry Pi 4. | More | |
| WiFi temperature, relative humidity, CO2 and atmospheric pressure sensor with integrated probe | COMET SYSTEM, s.r.o | Sensors with a WiFi interface are designed to measure the temperature, relative humidity, CO2, and atmospheric pressure with a connected probe (included in delivery). Communication with the sensor is done via a wireless WiFi network. The device allows sending measured values to the online COMET Cloud (with the shortest interval of 5 minutes) or into COMET Database. The values can be displayed on integrated web pages and provided to third-party systems using the Modbus TCP, JSON, and XML. The measured values are displayed on the LCD display. The device continuously evaluates the alarm limits of the measured values and in case of exceeding them, it can send an e-mail or inform by means of acoustic or optical signaling. Two-alarm limits are supported for each measurement channel. The main advantage of sensors with WiFi interface is the simplicity of deployment in places where WiFi infrastructure is already available. Just place the sensor in the desired location and connect it to the WiFi network. WiFi sensor in conjunction with COMET Cloud offers a comprehensive solution for monitoring and alarm without the need for a server solution on the part of the user. If necessary, however, the sensor can also be connected to third-party systems, either using the Modbus TCP protocol or by sending JSON data to an HTTP server. Sensors allow providing values via XML and JSON using HTTP GET requests as well. Thanks to these unique features, the WiFi sensor will find applications and a wide range of application areas. code W4710 | More | |
| TS02-108 Professional Tablet | DevCom spol. s r. o. | Professional tablet for industrial use. Tablet features expansion slots in the rear, allowing the device to be extended with custom sensors or modules for special applications. These include extensions such as digital oscilloscope, various camera modules, GPS/GSM/LTE devices and other accessories. | More | |
| Web Sensor with PoE - remote thermometer hygrometer with Ethernet interface | COMET SYSTEM s.r.o. | Ambient temperature, relative humidity t-line Web sensor with Power over Ethernet feature. Remote alarm. PoE Web Sensor with built-in relative humidity and temperature sensors. Can serve as a weather sensor. High precision capacitive polymer sensor ensures excellent long-term calibration stability and ultimate accuracy. Dual-line LCD is an advantage. The power over Ethernet feature according to IEEE 802.3af is supported. Measured values are also converted to other humidity interpretations: dew point temperature, absolute humidity, specific humidity, mixing ratio, and specific enthalpy. Processing and analysis of measured data: online in COMET Cloud COMET Database software integration into 3-party systems | More |