MONILOG®

ShockDisplaysmart LINK

Extremely robust logger, fully equipped real-time tracker with highly sensitive shock sensors for an exact proof of transport quality in the web portal and status report via Bluetooth.

ShockDisplay

Radio

SHOCK

INCLINATION

VIBRATION

TEMPERATURE

HUMIDITY

PRESSURE

GPS TRACKING

LIGHT INCIDENT

  1. Extremely robust shock recorder with realtime tracking
  2. Registers all mechanical shock events and stores the 100 largest with signal progress
  3. Measures direction, strength, time, duration, minimum and maximum of the effect
  4. 24/7 data access in MONILOG® web portal
  5. status report with Bluetooth or NFC 
  6. GPS receiver for precise positioning and Inclination measurement on board
  7. Easy operation, display, alarm function, long operating time
  8. external sensors for temperature, air humidity and pressure
  9. Tamper-proof, multi-level password protection
  10. Conformity with all relevant norms and standards for measurement of transport shocks

Product description:

  • Online tracking data logger fully equipped plus up to 2 independent external sensors. Ideal for monitoring complex transports and for long-term checking of large plants
    and machines. Power transformers, generators, turbines or switchgear have a highly precise manufactured and sensitive inner life.
  • Highly sensitive shock sensors record all mechanical shock events and store the 100 largest with the direction, strength, time, duration, minimum and maximum of the eff ect.
  • Also inclinations, such as the rolling of a ship, are measured.
  • A complete signal progressionis documented for each shock and inclination event.
  • The ShockDisplay smart LINK determines the exact position via an integrated GPS receiver.
  • With an external sensor, further data such as temperature, relative humidity and absolute air pressure can be recorded in parallel – important for transport under protective gas or for temperature-sensitive and moisture-sensitive transport goods.
  • 24/7 data access in the MONILOG® web portal and convenient readout of the status report using the MONILOG® Connect app.
  • Tampering is excluded by means of a multi-level password protection, internal memory support, checksums and logging of all processes relevant for the measurement data acquisition.
  • With the device, the causes of transport damage can be precisely determined over very long periods of time.
  • The ShockDisplay smart LINK meets all standards and guidelines for shock measurement and transport monitoring.
ShockDisplay

Technical data:

Housing:
Aluminium, hard-anodized • degree of protection IP67; weight: 1.07 kg including alkaline batteries • 42 g each magnetic base; size: 198 x 100 x 44 mm (D x W x H) • Ø 32 x 7 mm² (small magnetic base); surface mounting (3-point screwed connection recommended), magnetic foot mountings optiona
Operation and storage conditions:
-20°C to +60°C with alkaline batteries; -40°C to +85°C with lithium batteries
Data memory, time:
Data receipt for a minimum of 10 years, independent of battery status; 32 MB flash parameter and data storage; date/time as world time UTC, supported by the internal battery, exchange at the manufacturer after 6 years needed
Power supply:
Internal: 2 batteries type D or R20 replaceable; Alkaline batteries (2 x 1.5 V, 16,000 mAh) • lithium batteries (2 x 3.6 V, 17,000 mAh) • Operating time up to 3 years, typically 1 year (for alkaline batteries, all options active with relevant settings); External: Mini-USB AB 5 V • external voltage supply (6 - 24 V, < 15 W) via IP67 connector (to RS232 / Power)
Mobile connectivity
Frequency ranges: LTE Cat 1, globally compatible with LTE, UMTS/HSPA(+) and GSM/GPRS/EDGE • Measurement data sent worldwide by e-mail and/or visualisation in the "MONILOG® web portal" Dual SIM card: Accepts 1.8 V or 3 V micro SIM card • Alternative use of an embedded SIM
Bluetooth
Bluetooth Low Energy BLE 5.2 • Status report can be read out with smartphone and free "MONILOG® Connect" app • Save and send the PDF report by email
Connections:
USB 2.0 Client (Mini-USB AB) • RS232 via IP67 five-pole connector (for optional use) • Analog input: connection for analog pressure sensor
GPS receiver:
32 satellite channels (GPS, SBAS, BeiDou, QZSS) • SMA socket for connection of an external active antenna 50 Ω 3 to 30 mA, 3 V (rod or cable antenna) • 25,000 data records, tolerance 100 m
Display and operating elements:
illuminated LCD display, indication of: date, time, room vector, integrated shock strength and duration, minimum, maximum, number of shock and inclination events; multilingual and password-protected menu navigation
Acceleration and shock:
14 g (3 axes, 3,200 Hz, tolerance ± 0.32 g) • configurable digital signal filtering • when the registration threshold is exceeded, shock curves are recorded • the 500 highest shock curves are stored • optional: 30 g, 1,600 Hz, tolerance ± 0.6 g or 60 g, 1,600 Hz, tolerance ± 1.2 g)
Inclination measurement:
Inclination calculation from static acceleration • when the registration threshold is exceeded, up to 640 inclination curves (12 Hz, 8 s, tolerance ±3°) are recorded according to the event • additionally continous inclination recording adjustable in interval between 1 minute and 24 hours • 200,000 data records
Temperature:
-40°C to +85°C • tolerance ±0.5 K • 200,000 data records
Relative humidity:
0% – 100% RH • tolerance ±2% RH (on 20 ... 80% RH) • 200,000 data records
Air pressure:
260 – 1,260 mbar • ±2 mbar tolerance (optional: 10 – 2,000 mbar, ±4 mbar tolerance) • 200,000 data records • when connecting an external pressure sensor, the external pressure is stored
Light:
0 lx - 65,000 lx • tolerance ±15 % • 200,000 data records
Configurable parameters:
Shock registration thresholds x, y, z • minimum shock duration, shock strength • limit for inclination, temperature, humidity, pressure • alarm indication on the display • intervals for continuous measurement of GPS, inclination, temperature, humidity and pressure • password for reading, configuring, On/Off switching • Start/Stop time for the data recording
Conformity:
Device approval according to CE, UKCA; shock evaluation according to DIN EN 15433-6, RoHS, WEEE; Frequency analysis according to DIN EN 13011; use according to IEEE C 57.150-2012