- Dimensions: L136 W 98 H16 mm
- External power supply: 12 Vdc
- Consumptions:
> Operation mode: < 140 mA (GPS E GSM powered-on)
> Idle mode: < 7 mA (GPS off e GSM on network not connected)
>Sleep mode: up to < 1 mA (GPS e GSM off, sectoned pull up and keeping logic activated)
>GSM /GPRS quad band (850, 900, 1800,1900)
>Type 2 G
>Power Class : 4 for GSM / EGSM bands
>Power Class : 1 for DCS / PCS bands
>Data comnunication: 9600 baud and/or by SMS
>Sensitivity: -107dBm all bands
>GPRS class 10 - protocol TCP/IP or UDP (optional)
>Integrated GSM quad band antenna,1 dBi Gain, 50 ohm Impedance
>Hig-speed acquisition 48 channels
>Cold start = 35 seconds
>Warm start = 27 seconds
>Hot start = 1 second
>Navigation Update frequency = 5 Hz
>Positional accuracy (CEP50) = 1,5 m
>Protocol: NMEA 0183 standard
>Sensitivity: -162 dBm
>Assistable
>Integrated GPS Passive patch antenna with LNA, 3 dBic Gain
- Inputs:> 1 digital input, with positive activation(+15), protected as per ISO 7637
- 4 programmable inputs to handle analog signals (0-30V), digital signals with variablethreshold, programmable from remote with pull-up selection, protected as per ISO 7637
- Outputs: > 3 digital output MOSFET “open drain” 300mA
>auto short-circuit protected
>external relais (optional) for power management (engine block, etc.)
- Integrated vibration sensor for displacement function
- Serial ports:
>Coded KT Code (KFT proprietary protocol), with remote notification of attach
- SIM card reader: > Integrated
>Sim chip compatible
- Integrated Battery pack, LiPo, ≥1050mAh /3.7V with protection temperature in recharge
- Firmware: Updatable OTA in GSM/GPRS connection and in local via serial port
- Temperature range: -40 ÷ +85 C°
- 16 Bit Micro processor: Freescale HCS12 family
>Flash = 512 KB
>RAM = 32 KB
- Testing: by 2 LED on board or by external display (optional)
>Green LED and +15 for GSM status - network status and communication mode
>Green LED verifies IN2 input status
>Red LED and +15 for GPS status - acquisition and position
>Red LED verifies IN1 input status