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• Digital inputs: 2
• 1-Wire input (up to 8 sensors)
• RS-485 input (up to 8 sensors)
• Analog inputs: 4 (2 x 0...10 VDC, 2 x 0...10 VDC / 4...20 mA, WEB control)
• Relay outputs: 4 (NO/NC)
• Setup via USB or SMS
• Data logger for up to 52 000 records
• Webserver
• Periodical upload of data logger file to a remote HTTP server
• HTTP Post, HTTP API
• Communication: 4G-LTE, 3G-WCDMA
• SMS alarms (up to 5 numbers)
• E-mail alarms (up to 5 recipients), SMT with TLS support
• Operating temperature: -20...55 °C
• Warranty: 3 years
• Supply: 10...28 VDC

• 4G LTE supported frequency bands:
  • B1/B2/B3/B4/B5/B7/B8/B12/B13/B18/B19/B20/B25/B26/B28/ B66/B34/B38/B39/B40/B41
• 3G supported frequency bands:
  • B1/B2/B4/B5/B6/B8/B19
• 2G supported frequency bands:
  • B2/B3/B5/B8
• M2M communication protocols: MQTT, HTTP API (XML or JSON)
• Setup via WEB interface through the USB or remote setup with HTTP API or SMS commands
• Digital inputs: 2 “dry contacts”
• 1-Wire input (up to 4 sensors)
• Analog inputs: 2 (0...60 VDC)
• Relay outputs: 2 (NO/NC)
• E-mail alarms (up to 5 recipients), SMTP with TLS support
• SMS alarms (up to 5 recipients)
• GSM Geolocation (optional)
• Firmware update over the air (FOTA)
• Operating temperature: -20...+55 °C
• Supply: 10…28 VDC

TCG210-4 is a battery-powered 4G parcel temperature and humidity logger with fallback support for 2G communication. The device is compatible with HTTP/HTTPS API protocols, making it suitable for modern IoT applications. It periodically sends HTTP/HTTPS POST requests to a remote server, containing a status file in JSON format and the most recent logged data in CSV format.

• Global connectivity - Quad-band 4G LTE Cat.1 with 2G fallback ensures reliable operation worldwide.
• Battery-powered autonomy - Operates for months without external power, ideal for parcel monitoring and remote applications.
• Intelligent power management - Advanced sleep mode significantly extends battery life.
• Flexible configuration - Easy setup via Wi-Fi, SMS, or HTTP API.
• Real-time alerts - Instant SMS alarm notifications to up to five phone numbers.
• Integrated sensing - High-accuracy temperature and humidity sensor for critical parcel monitoring.
• Large data storage - Onboard memory for up to 70,000 logged records.
• Seamless IoT integration - Periodic HTTP/HTTPS POST with current status in JSON format.
• Data export - Automatic upload of logged data in CSV format to a remote server.
• Remote management - Full device control through HTTP API commands.
• Future-proof - Firmware update over Wi-Fi or 4G LTE keeps the device always up to date.
• Compact and lightweight - Designed for easy deployment in parcel logistics, cold chain transport, and warehousing.
• Safe for air transport - Powered by a compliant Li-SOCl₂ battery (IATA DGR, UN 3091, PI970 Section II), suitable for air shipment.

SKU: 5905309602212

• Efento Gateway automatically transfers gathered data from Efento BLE (Bluetooth Low Energy) sensors to Efento Cloud or any other IoT platform over 4G LTE
• Gateway stores 500,000 measurements in its buffer memory in case the connection to Efento Cloud is lost, it will send the measurements right after connection is restored
• If Gateway used without Efento cloud it can store sensors data in its memory
• In local mode you can check the current and historical measurements (table/chart) and export the data in a form of CSV report
• Gateway communicates with sensors wirelessly over BLE. The maximum distance between Gateway and sensor is 100 m in the open space and 20 – 30 m in the buildings
• One gateway supports up to 128 Efento sensors
• Gateway can be integrated with any cloud platform or software that supports HTTP protocol (REST API)
• Setup takes under 5 minutes and can be completed using a smartphone with a free mobile app
• SIM card slot for LTE Cat 1 connection
• Power supply: 5 V, 1 A (USB-C)
• Backup battery: LI-Po, 1900 mAh (up to 12 hours backup power)
• Operating temperature: 0…+40 °C

Single-use data logger for real-time measurement of temperature, humidity and light. GSM tracking and LTE 4G connectivity for smart logistics worldwide. Free usability of tempmate.®-Cloud for information viewing, reports generation and devices setup. Tempmate-GS2 have 3 models: T, TH and TE, for more information see datasheet.

• Temperature measurement range*: -200…+100 °C
• Relative humidity measurement range*: 0…100 %
• Ambient light measurement range*: 0…10000 lx
• Local storage capacity*: 24200 values for Temperature, Humidity and Light
• Shelf-Life:
  • Lithium Battery devices: 12 months (possibility to charge)
  • Non-Lithium Battery devices: 6 months (possibility to charge)
• External sensor*: PT100 (cable length: 1m, length of probe is 6cm length, 4 mm in diameter, sensor tip: stainless steel)
• Log interval: User defined: 1 min. to 60 min. (10 min. as standard setting preconfigured)
• Transmission Interval: User defined: 10 min. to 1440 min. (60 min. as standard setting preconfigured)
• Recording Duration:
  • Lithium Battery: 90 days (with standard log interval of 10 min. and transmission interval of 240 min.)
  • Non Lithium Battery: 60 days (with standard log interval of 10 min. and transmission interval of 240 min.)
• Certifications: CE, EN12830, EMC, RoHS, FCC
• Connectivity: LTE 4G cat 1 with 2G Fallback
• Report Generation: Readable in the Cloud and locally in the device through the USB 2.0 interface
• Location: LBS - GSM Localization
• Recommended Storage Temperature: -15…+25 °C

An environmental monitoring solution that acts as a gateway, data storage, and web server. Receives sensor measurements from Aranet PRO series devices using Aranet Sub-GHz ISM band radio. Features rugged IP67 casing for outdoor use and PoE power input for ease of commissioning. Additionally, 4G LTE connectivity enables usage in areas lacking local internet access.

Using Aranet Cloud* provides centralized and remote access to data from any number of sensors and base stations, with all sensors accessible in one place.

• Maximum sensor count*: 100/50/12
• Alarms: email, SMS
• Local data storage: up to 10 years for 100 sensors
• Radio sensitivity allows receiving signals from sensors up to 3 km away (in plain sight)
• Port: RJ45 with PoE 802.3af power input
• Communication: Ethernet, Wi-Fi 2.4 GHz access point or client mode, 4G LTE
• Data protection methods: XXTEA, HTTPS, password-protected user accounts
• Integrations*: MQTT, Modbus TCP/IP, BACnet IP
• Operating temperature: -40...60 °C
• Protection class: IP67

LoRa-Log-Meter is a wireless data logging system based on LoRaWAN communication technology. It is designed to collect data from LoRaWAN devices such as sensors, interfaces, and meters that monitor environmental, technological and industrial process parameters and transmit data packets to a LoRaWAN gateway.

Collected data is processed and stored in the gateway, and can be accessed via a web browser.

• Compatible with Synetica and others LoRaWAN devices: analog inputs (4–20 mA, 0–20 mA, 0–10 V), temperature sensors, pulse inputs (SO, NC/NO contacts) and others
• Individual alarm notifications based on specific sensors or contacts
• Alarm notifications via email and SMS
• Logging and review of errors and communication issues
• Remote access to the LoRa-Log-Meter system via 4G LTE, Wi-Fi, or LAN (Ethernet)
• Dynamic data visualization in graph (curve) format via a web browser
• Data export in CSV and PNG formats
• Password-protected user interface
• No subscription required for the gateway or sensors
• Remote configuration of data transmission intervals for devices via a web browser
• Communication range from sensor to gateway:
  • 15 km Outdoors (in plain sight)
  • 50–200 meters indoors or up to 7–8 walls*
• LoRaWAN devices powered by: 2 × AA 3.6 V lithium batteries or 5 V USB power

The LoRa-Log-Vape system, using LoRaWAN communication technology, is designed for detecting "vaping" and cigarette smoke. Sensors capture environmental parameters and, upon detecting an event, send a notification to the LoRaWAN receiver (gateway). The data is collected and processed in the receiver and can be viewed on a web page.

The LoRa-Log-Vape registration system consists of a wireless LoRaWAN sensor receiver and wireless Synetica “vape” sensors ENL-IAQ-Vape.