• 0 to 100g Shock Recoirding
  • Three Models 0-5g, 0-50g, 0-100g
  • Integral Sensor
  • Sampling rate 1 sec to 4.5 hrs
  • Programmable Alarm limits
  • 7,900 Readings
  • Software 'delay start'
  • 8K Memory
  • -50 to +70ºC operating
  • IP68 GRP Case
Features
  • Full control of SHOCKTRACKER© logger
  • Expanded LAUNCH screen
  • Comprehensive programming of SHOCKTRACKER© alarm limits
  • Resetting of ALARMS (whilst rumming)
  • ZOOM facility, (in and out on graphical data)
  • Full COPY facilites
  • Logger STATUS window
  • ACTUAL READING windw
  • True Multitasking SOFTWARE
  • Graphs show ALARM LIMITS, and CURSORS
  • Pointer indication of EXACT VALUE against TIME
  • DATA EXPORT facilites
  • HELP file
  • One STM SHOCKTRACKER© (MANAGER software package) will service any number of 1099 SHOCKTRACKER modules.
Applications
  • Vehicle Impacts
  • Boat Impacts
  • BRaking shocks
  • Vehicle Ride Quality
  • Transportation
  • Service Monitoring
  • Railway impacts
  • Ramp damage
  • Packaging and Handling
Specification
Vibration Measurement Range 0.6 to 50mm/sec (0.02 to 2.0in/sec)
Frequency Response 20Hz — 1kHz (1,200 to 60,000 RPM)
Vibration Sensitive Range <5Hz to > 1,000Hz (300-60,000 RPM)
Recording Accuracy in range 1-40mm/sec ±10% of reading/ ±0.2mm/sec
Memory Size 16K EPROM memory
Reading Capacity 15,800
Resolution 0.2mm/sec (0.008 in/sec)
Recording Intervals From 1 sec to 4.5 hours
Reading Type Actual /Minimum/ Maximum/ Average
Stop Options Stop when full Continuous ‘overwrite’ Stop after ‘n’ readings
Alarm Limits Presentable Maximum or Minimum Vibration levels and Duration
Delay Start Up to 45 Days delayed start can be programmed
Battery Internal. 1/2 AA Lithium Battery Up to one year Customer Replaceable
Reading & Operational Modes
  1. Continuous Monitoring with Vibe Tracker taking measurement every logging period and storing data for later Retrieval/ Display when VibeTracker is reconnected to Computer.
  2. Continuous Monitoring when connected to Computer, with measurement Updated & Displayed every second (Real Time)