Levelogger Gold - Solinst

Solinst Levelogger Gold

  • More Accurate Than Ever Levelogger Gold has a typical accuracy of 0.05 per cent
  • Robust Piezoresistive Silicon in 316L Stainless Steel
  • Superior Battery Life 10 year battery life based on one reading/min
Product Options

Overview

PRODUCT DISCONTINUED - REPLACED BY THE LEVELOGGER EDGE

The Solinst Levelogger Gold is a water and level temperature recording device representing the next generation of water level dataloggers. It is greatly improved over previous versions delivering higher resolution and high accuracy of 0.05%. The levelogger Gold has improved transducer, temperature and clock accuracies all designed to deliver superb accuracy, long term stability and a 10 year battery life based on a reading every minute making Leveloggers the ideal device for recording water levels.

A Zirconium Nitride coating resists corrosion of the water tight design enabling trouble free easy recording of water levels. The sealed Faraday cage design greatly simplifies maintenace and provides protection against electrical spikes caused by lightning.

The Levelogger Gold can operate in a multitude of temperatures from -20°C to 80°C with a response time of <1 minute and the transfer of data is a simple procedure using optical infra-red interface, serial at 9600 Baud, conversion to RS232 or USB computer connection.

Manufactured by: Solinst
Model: Solinst Levelogger Gold

Services offered for this product

  • Sales
  • Rental
  • Installation
  • Calibration
  • Maintenance

Applications

Pumping and Slug tests
Watershed, drainage basin and recharge
Stream guaging, lake levels and reservoirs harbour and tidal fluctuation monitoring wetlands and stormwater run-off monitoring
Tank level monitoring
Input water level data to SCADA/PLC systems
Long term water level monitoring in wells, surface water bodies and seawater environments

Specification

Level Sensor Piezoresistive Silicon in 316L Stainless Steel
Accuracy (Typical) 0.05% FS
Stability of Reading Superior, low noise, 6 times better than previous versions
Resolution 0.002 to 0.0006% FS
Normalization Automatic Temp Compensation
Temperature Sensor Platinum Resistance Temperature Detector
Temp. Sensor Accuracy ± 0.05°C
Temp. Sensor Resolution 0.003°C
Temp. Comp. Range -10 to +40°C
Response Time < 1 minute
Battery Life 10 Years - based on one reading/min
Clock Accuracy ± 1 minute /year
Operating Temperature -20°C to 80°C
Maximum # Readings 40,000 of level and temperature
Memory Superior reliability EEPROM Slate, rollover and redundant backup of last 1200 readings
Communication Optical Infra-Red Interface, Serial at 9600 Baud, Conversion to RS232 or USB Computer Connection
Size 7/8“ x 6” (22 mm x 154 mm)
Weight 6.3 oz (179 grams)
Backwards Compatibility Full
Corrosion Resistance Zirconium Nitride (ZrN) Coating
Other Wetted Materials
316-L Stainless Steel, Delrin, Viton
Measurement Rates 0.5 sec to 99 hrs
Barometric Compensation Software Wizard and one Barologger in local area (approx. 20 miles/30 km radius and or per 1000 ft/300 m change in elevation

Downloads

FAQ's

Water level data from remote Leveloggers can be sent using the model 9500 LevelSender, which uses a GSM cellular modem to send the data to a home computer station or mobile device via email/SMS.
Leveloggers are connected to LevelSenders using a Reader cable which connects to the LeveloggerLevelogger’s Direct Read Cable. This can be done by removing the black dust cap from the LevelSender, lining up the holes and pushing the Reader Cable connector into the LevelSender connection and screwing the Reader Cable into the connection on the LevelSender until tight. Then connect the other end of the reader cable to the top end of the Levelogger’s direct read cable.
Within the diagnostic utility there is an option called ‘read memory dump’ this will access previous logs from a backup location. This dumps all of the Leveloggers memory into a .xle file.
Try submerging the Levelogger in warm water, this will warm the Levelogger and possibly give it enough power to access the last dataset.