Product information:

Ares 10 is a cost-effective GSM thermometer for remote monitoring and alerting over GSM for locations without LAN access. Connect up to 3 external sensors and 2 dry contact detectors.

Ares monitors the readings of connected sensors. When a value reaches the alarm threshold, the device sends an e-mail or a text message (SMS), or dials specified numbers. Use the free SensDesk portal to view measured data in a complex dashboard.

Ares products are ready for remote mass deployment using FOTA (Firmware Over The Air).

Features:
3x 1-Wire UNI/1-Wire Input; 2x Digital Input with S0 pulse counters; Data Logger for more than 250.000 recordss; Digital Inputs feature 32-bit pulse counters that retain their value even if the power fails
5x E-mail; 5x "SMS+Ring" (via external GSM gateway or modem)
Use the USB interface to configure the device from a PC with no need to install any additional software. Remote configuration also possible via the “AresConf” tab in the SensDesk portal.
Remote firmware upload (FOTA) capability makes Ares devices ideal for large-scale deployments.
Connected via GSM/GPRS. List of APN available worldwide
A sensor value out of a set safe range as well as a DI state change sends an alert by e-mail or "SMS+Ring".
Data can be sent in e-mail attachments or downloaded via USB.
With the HWg-PDMS software, S0 pulses can be converted to cost per time period and exported to MS Excel.
The "Tset" start set includes a temperature sensor with a cable that can be extended to up to 60 m.
Compatible with a range of third party SW (SCADA etc.). Examples for programmers on using the product are available in the HWg-SDK (Borland C++, MS Visual, VB, C#, PHP, JAVA and more).
Applications and usage:
Electricity distribution networks (transformer stations, lines)
Water source monitoring, including technical equipment status
Agricultural premises (greenhouses, granaries, etc.)
Road, highway, or railroad technology
Temperature and thermal expansion of structures
Diesel generators – environment and status monitoring