Description

ShockLog® 298 is an impact data logger designed to monitor and record impact, shock, vibration and environmental conditions of equipment and structure during use, transit and storage. When a potential impact occurs, the ShockLog® 298 will send an alert to its recipients and operators, calling for an immediate inspection and remediation.

The data logger features frequency filters and a user-programmable impact scale to provide users with flexibility. Able to showcase peak value (time slot) and summary of period journey profile data, it can also record up to 870 events of detailed impact curves and 262,000 time slots. The cable-free data logger contains sensors to record direction, amplitude and duration of impact force, peak acceleration values for X, Y and Z axis on a time basis.

Users can access the data via USB connection or iButton® interface. This interface enables users to set up, download and operate the ShockLog® 298 with ease, providing a full journey report that can be downloaded while keeping the device secure and tamperproof. In addition, users can gain complete programming control, and full data access through the Windows®-based ShockLog software.

With the obtained recorded data, users can determine the baseline damage boundaries, identify and assign accountability for mishandled goods during shipping, operation and storage. In addition, the analysis of data will help discover new opportunities for improvement in terms of product packaging, loading process, mode of transport and carriers.

Optional sensors can be customised to enhance the function of the ShockLog® 298, providing extended intelligence and data recording:

  • ShockLog ® Cellular for real-time, out of tolerance condition alerts
  • ShockLog® Satellite to record positioning, time and location for every event and summary interval through a GPS module
  • Radio Frequency (RF) module that allows transmission and retrieval of information to an RF Base Station Module attached to your PC
  • Temperature, humidity, pressure, tilt and roll sensors

Specifications

Specifications

  • Operating Temperature Range: -22°F to to 185°F / -40°C to 85°C
  • Size: 4.8in x 3.1in x 2.2in / 123mm x 84mm x 55mm
  • Weight: 1.1lbs / 515g (without battery)
  • Battery: 2 x 3.6V lithium / 2 x 1.5V alkaline size AA
  • Battery Life: Up to 18 months with lithium battery
  • Scale Factor: ± 2%
  • Additional Error Other Ranges: ± 2%
  • Acceleration Range: ± 1 to ± 200G
  • Cut-off Frequency Options (Programmable): 10Hz, 40Hz, 50Hz, 90Hz, 120Hz, and 250Hz
  • Wake-up, Warning, and Alarm Threshold (% of Range): 5–95%
  • Wake-up Time: 0.25ms
  • External Power Source Option: 4.5V min / 30V max
  • Software Compatibility: Windows 10, 8, 7, Vista, XP

Key Features

Applications

  • The ShockLog 298 data logger is suited to be placed on applications involving:
  • Automotive parts (i.e. motors, pumps, engines, transmissions),
  • Transportation (i.e. rail cars, cranes, trucking fleets)
  • Energy (i.e. oil and gas drilling, power transformers, nuclear materials)
  • Defense and aviation (i.e. lasers, missiles, aircraft engines, satellites)
  • Medical and research (i.e. lab equipment, MRI machines, dental chairs, x-ray equipment)

Product Features

  • Records impact events; max peaks X, Y, and Z; gRMS; and internal temperature
  • Record up to 870 events and 262,000 time slots
  • Sensors record amplitude, direction, and duration of impact force
  • Field-proven triaxial piezoelectric accelerometer technology
  • USB and iButton® data transfer options
  • Self-contained unit design, free of exposed cables and wires
  • Programmable wake-up values for maximizing battery life
  • User-definable warning and alarm levels
  • LED lights for visual notification of alarms and warnings
  • IP67-rated, RF-screened
  • Up to 18 months of battery life
  • Option to build temperature/humidity sensor into unit, or add a temperature/pressure/ humidity accessory sensor
  • Captures coordinates when event occurs at summary intervals with GPS (optional)
  • GPS allows users, through hyperlinks, to pinpoint the exact location of an event and summary with the use of Google Maps (optional)

ShockLog® 298 Overview

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Impact Recorders Overview

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