TME: Ethernet Thermometer – TME_C_EU
Thermometer with direct Ethernet output (IP Thermometer); the measurement range is from -55 °C to +125 °C.
TME: Ethernet Thermometer – TME_C_EU
Thermometer with direct Ethernet output (IP Thermometer); the measurement range is from -55 °C to +125 °C.
- Modbus-TCP
- SNMP
- Ethernet
- Papouch Measurement
TME is a thermometer with direct Ethernet output (IP Thermometer); the measurement range is from -55 °C to +125 °C.
TME has an internal WEB server, which allows you to view the temperature directly in your WEB browser; no additional software is required. TME is fully configurable through the WEB interface. The temperature can be transmitted via TCP/IP in ASCII (no conversion needed). The supported protocols are: TCP, SNMP, SMTP (e-mail), MODBUS TCP, and XML. The temperature value can be easily integrated into your WEB using standard HTTP GET functions.
The sensor cable has a standard length of 3 meters. If you need it, we can produce TME with a sensor cable of up to 20 m. Do not hesitate to contact us if you need a different length.
See Ethernet Thermometer TME
TME is a simple sensor with direct Ethernet output (IP Thermometer). It can measure temperatures from -55 °C to +125 °C. It has an internal WEB server that allows you to view the temperature online.
The TME IP thermometer can send an email if its temperature thresholds are exceeded. It can send the current temperature to your existing WEB server, where it can be easily viewed. It is sent via HTTP GET or HTTP POST (as XML), well known to any WEBmaster. You do not have to learn new things just to have the temperature on your WEB site.
TME communicates via TCP protocol. However, it has extensive communication options such as MODBUS TCP, SNMP, XML, WAP, … thanks to that you can easily integrate TME into your existing system. For example: SNMP can be used to control the temperature of the racks in server rooms.
You can choose from several options of modern WEB interface. If you have more than one TME, you can easily see several temperatures on a single WEB page.
The WEB interface in English is a necessary standard. TME also includes a mini-page suitable for mobile phone or PDA.
The TME sensor is protected by a metal housing, which has a normalized diameter of 6 mm, IP68 protection – 1 m depth.
The probe is connected by a silicone cable with high temperature resistance.
The IP thermometer is fully configurable through the WEB interface. The WEB interface is password protected on two levels: one level (user) allows you to view the measured values, the second level (admin) allows you to configure TME.
IP Thermometer TME: Communication Options
Communication option of the TME thermometer and the internal WEB of TME
- WEB interface for visualization and configuration. English or Czech language, °C or °F, selectable case. WEB interface compatible with the latest platforms such as IE10, FF and mobile platforms iPhone and Android.
- Mini page for old mobile phone or PDA
- XML file with current values
- HTTP GET: Insertion of temperature values using a simple script in PHP or ASP
- HTTP POST: sends an XML file using the HTTP POST protocol
- SNMP Protocol: Allows you to send the current temperature as an SNMP trap. (Regularly or if a threshold is exceeded).
- Email: If the temperature exceeds pre-set thresholds, TME can send an email with SMTP authentication. (Email only on port 25, without SSL).
- TCP Protocol: simple ASCII output, temperature directly in °C
- MODBUS TCP Protocol: simple ASCII output, temperature directly in °C
Main Features of the Ethernet Thermometer
- Temperature range from -55 °C to +125 °C, resolution of 0.1 °C
- TCP/IP (10/100 Ethernet) protocols supported
- Internal WEB service for visualization and configuration
- XML file with current temperature
- Simple ASCII output without conversion
- An email can be sent if a threshold is exceeded
- SNMP protocol
- ModBus Protocol
- HTTP GET and HTTP POST protocols (in XML format) supported
- Temperature sensor in metal housing with IP68 protection
- Silicone cable with high temperature resistance from -60 °C to +200 °C
- Configurable delay between temperature excess and email alert.
- User temperature calibration using linear equation (y = ax + b). This setting is protected by a separate special password.
- DIN rail mounting available as an accessory
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