Sales: sales@tri-m.com
RFID-VB was designed for long-term vibration recording, this device use a SD Card for a mass storage media which could store 134M points ( 50 points for one second, 4 Giga Byte for a file ) of 3-axis vibration accelerometer data continually if power is always support like use a USB power adaptor plugged, but if not, optionally could use a onetime battery case or recharged battery power bank which could support about one day or three days recording base on 50 record per one second and variety battery, recording data are easily be read out from USB port just like a USB disk, data stored on a file called “RECORD.TXT”, which is auto-generated and could be open by Window Notepad or Excel directly, simple and straightforward. User could copy, delete, rename it and reuse the SD Card for thousand times.
This device has implement a real time clock which could support time-stamp function, meanwhile it use a golden capacitor to backup clock not stop if main battery or power not plug in, but only one day, so please keep in mind, after synchronize the clock, remember to plug it into main power in one day, otherwise, need to re-synchronize the clock again.
System | |
Normal Used Range | From -20°C to 60°C |
Accuracy |
Full Scale ±8g
Output Data Rate 50Hz
Max resolution ±3.9mg
|
Max Storage | 134,217,724 points ( 4GB ) |
Time Stamp | Yes |
Indicator (LED) |
Short flash once: recording Short flash twice: error message |
PCI Interface | USB2.0 Mass Storage Device |
RFID | ISO 15693, 13.56MHz |
Power Supply | 4.0 to 5.5 VDC |
Water Proof | IP20 |
Power Consumption | 40mA |
Physical Characteristics | |||
Dimensions (LxWxH) (mm) | 270 x 265 x 29 |
File | Type | |
RFID_Tag_Datasheet.pdf | Spec Sheet | RFID tag spec sheet |
Part Number | Description |
RFID-VB-D-ST-R10 | Vibration sensor Tag , Datalogger, Storage ( 4GB ),Accuracy (±3.9mg), 13.56MHZ, ISO15693, USB 2.0 interface,RoHS |
Sales: sales@tri-m.com
Main: 604.814.5069
Fax: 888.831.5149
Tri-M Technologies Inc.
208 – 31510 Gill Avenue
Mission, BC, Canada V4S 0A1