MTX-DIN

The MTX-DIN-3G terminal is a new UMTS/HSPA terminal designed for industrial environments due to its extended operating temperature range. The Five Band functionality allows it to operate at all relevant GSM frequencies. It has an intrinsic and powerful TCP/IP communication stack with Internet Services such: TCP, UDP, HTTP, FTP, SMTP, and POP3.
The MTX-DIN-3G is sized in DIN 9 modules for DIN rail housing, containing all the necessary interfaces used in industrial applications: 2 configurable RS232/RS422/RS485 buses, 4 1P1C relays 1P1C, optoisolated inputs/outputs, 0-2.4V or 0-20mA analog inputs, etc. Together with the SIM card reader, it minimizes the need for further hardware components and facilitates integration. The auto power-on feature allows it to restart in case of faulty power conditions. The USB, I2C and serial ports allow it to be connected to PCs, control boards and other peripherals like GPS, Bluetooth, RFID or other devices.
The MTX-DIN-3G includes Java embedded programmability and a full range of I/Os. The unit can host and control your Java J2ME application allowing you to develop and embed your code directly onto the terminal to shorten time to market and reduce costs by avoiding external components.
It is manufactured using SMD technology following ISO-9001 & ISO-14001 Quality certifications and it is RoHS/WEEE compliant.

Informationen
Kategorie:
Modem
Hersteller:
Matrix
Artikelbezeichnung:
MTX-DIN
Technologie:
2G/3G
Chipsatz:
Cinterion TC65i
Temperaturbereich:
-30ºC bis +80ºC
Artikelbeschreibung:
Die MTX-DIN Familie besteht aus Industrial DIN rail GSM/GPRS und UMTS/HSPA Modems von Matrix. Folgende Modelle sind erhältlich: - MTX-DIN-2G - MTX-DIN-3G
Schnittstelle:
USB 2.0; 2 RS232; 2 RS485; I²C; 6 Optoisolated IO; 3 analoge IO; 4 Relays
Betriebsystem:
Java
Spannungsversorgung:
DC: 9-30VDC (typ. 12VDC) AC: 12-24VAC (typ. 24VAC)
Antenne:
GSM FME M antenna connector
Features:
wahlweise GPS; teilweise Bluetooth möglich
Sonstiges:
teilweise Wavenis Technologie möglich; teilweise ISM 868/900 möglich