Connections
Micro.sp® receiver
2G/3G/UMTS
169 MHz transceiver
Q(Be)
The (Q)Be© STATION is a “drive through” gate based on patented Micro.sp® technology. It enables fast monitoring of TPMS Micro.sp® sensors installed in tyres.
Data from sensors is collected by the 2 receivers, each one installed in a tower. Trucks do not need to stop (dynamic monitoring) as they pass through the dedicated gate area, and the data is later sent to the database for analysis of pressure, temperature and battery status.
The (Q)Be© installation consists of 1 master tower and 1 slave tower and uses a multi-technology wireless communication platform that enables the system to collect data in real time as it comes through the Micro.sp® wireless sensors installed in tyre stems or truck extensors (BST1712-XT); a GSM device is installed in the master tower to communicate with the remote central data collector.
Key Advantages
Ready to use
Innovative approach to detect vehicles
Cloud functionality
Easy to install
(without cables)
Economic fleet Management
External gateway
Only 2 towers receiver
Tech. Specification
Dimensions
200x200x800 mm
Weight
9.5 Kg
Material
PVC
UV Resistant
UL94 V-0 Flame Retardant
IP Protection
IP66
Connection Type
USB 2.0 Type A
for (Q)Be© system configuration
(only for Master tower)
Hardware Requirements
OS Windows 7, 8 or 10
Operating Temperature Range
-20 / +54 °C
Antenna
Internal
Radio Technology
Micro.sp® technology
868 Mhz Radio
GSM
Frequency Band
Micro.sp® technology
868 MHz radio
GSM radio
434 MHz
869.775 MHz
850/900/1800/1900 MHz
Bandwidth
Micro.sp® RX
868 MHz trx
300 KHz
50 KHz
Sensivity
Micro.sp® RX
868 MHz trx
-96 dBm
-115 dBm
Current Consumption
average consumption at 3.6V
Master
Slave
3 mA
1.5 mA
Idle Current Consumption
without vehicles transit
Master
Slave
450 μA
200 μA
Max Current Consumption
peak pulse during GSM transmission
2 A
Supply Voltage
6 Vdc
Battery Type
3x Custom Alkaline-Manganese battery pack 6V
Battery Capacity
3x 15 A
Battery Life
at average temperature with 200 trucks transit through per day
1 Year
Certifications
RED 2014/53/UE
EN 300 220-2 EU
ERC/REC 70-03
868 trx