Quest Technologies SafeLog 100 Operator's Manual

Single gas datalogging monitor

Advertisement

Quick Links

SafeLog 100
Single Gas
Datalogging Monitor
Operator's Manual
Note: Due to the new ATEX Directive in Europe, all
references in this document to "Ex" or "EEx" for intrinsic
safety approvals should be disregarded effective 7/1/03
within the member countries of the European Union (EU). At
this time, this product is not approved in accordance with the
new ATEX Directive and is not sold for use in hazardous
atmospheres or explosive zones by customers within the
EU. Outside of the EU, all references to intrinsic safety
continue without change.
Thank you for choosing Quest Technologies to meet your personal gas moni-
toring needs. The SafeLog 100 is an extremely rugged, lightweight single gas
datalogging personal monitor. It is our goal to make your decision to buy Quest
products the right one, and to provide support for any questions or concerns that
might arise.
The purpose of this manual is to provide the user with the necessary information
to operate the SafeLog 100. The entire manual should be read to fully
understand the many features this instrument offers.
This manual is not all inclusive and cannot cover all unique situations. In addi-
tion, no warranties are contained in this manual except as described under the
warranty policy section.
Copyright 1997 Revision B
P/N 054-479
1060 Corporate Center Drive • Oconomowoc, WI 53066 USA • 800-245-0779 • Fax:262-567-4047
http://quest-technologies.com
Printed in U.S.A.

Advertisement

Table of Contents
loading

Summary of Contents for Quest Technologies SafeLog 100

  • Page 1 The purpose of this manual is to provide the user with the necessary information to operate the SafeLog 100. The entire manual should be read to fully understand the many features this instrument offers. This manual is not all inclusive and cannot cover all unique situations. In addi- tion, no warranties are contained in this manual except as described under the warranty policy section.
  • Page 2: Table Of Contents

    3.6 Run Mode..................13 3.7 Zeroing...................13 INTRODUCTION..................5 3.8 Calibration..................14 3.8.1 Minimum Flow Rate Table..........16 GENERAL DESCRIPTION ..............6 3.9 Alarms................... 16 SafeLog 100................6 3.10 Data Acquisition ................17 2.2 Sensors ....................7 3.11 Logging..................17 2.2.1 Temperature Compensation ..........7 2.3 Display Annunciator ................7 PRINTING ..................18 2.3.1...
  • Page 3: Introduction

    1. INTRODUCTION 2. GENERAL DESCRIPTION The Quest SafeLog 100 single gas detector is a compact, personally worn unit, which measures either oxygen or one of eight possible toxic gases. The 2.1 SafeLog 100: measured levels of these gases are shown in a backlit, four-digit LCD The SafeLog 100 is an extremely rugged, light-weight single gas datalog- display.
  • Page 4: Sensors

    2.2 Sensors: 2.3.4 STEL: The SafeLog 100 uses sensor modules with onboard memory that contains This annunciator, which stands for Short Term Exposure Limit, is present information about the individual sensor including: sensor identification, only when using a toxic gas sensor. Toxic gases may have STEL's which alarm setpoints, calibration data, and temperature compensation are higher than the eight hour TWA.
  • Page 5: Peak

    2.3.9 PEAK: 3. UNIT OPERATION This annunciator appears during the RUN mode when the peak level and, in the case of the toxic gases, the peak STEL are shown. 3.1 Turning the Unit ON: Press ON/OFF. The following startup sequence will occur. 2.3.10 CAL: This annunciator appears during the SETUP mode when changing the cali- 1.
  • Page 6: Setup Mode

    3.3 Setup Mode: 3.3.5 Confidence Chirp Status: With four dashes in the display, press the setup key to enter the SETUP The confidence chirp feature gives a single audible chirp every 30 seconds mode. The display shows four zeros representing the password. Use the while the unit is running.
  • Page 7: Print Mode (Reset)

    3.5 Print Mode (Reset): Zeroing the sensor adjusts for small baseline drifts which occur over time in electrochemical sensors. 3.5.1 Print: From the display with four dashes, pressing the PRINT key enters the PRINT mode. The display will show "PrLL" or "SEr" based upon which Zero the unit by pressing the zero key from the display with four dashes or cable, parallel or serial, is plugged into the unit.
  • Page 8: Minimum Flow Rate Table

    3.8.1 Minimum Flow Rate Table: This chart shows the minimum flow rate necessary for calibration. Be sure that the proper regulator is used. Minimum Flow Rate Regulator Stock Number (ml/min) Carbon Monoxide 54-971 /54-972 Hydrogen Sulfide 54-971/54-972 Sulphur Dioxide 54-971/54-972 Nitric Oxide 54-971/54-972 Nitrogen Dioxide...
  • Page 9: Data Acquisition

    RS-232 (com) port. QuestSuite™ for Windows software is recommended the sensor type, serial number, last calibration date, alarm history, peak for use with the SafeLog 100. "SEr" must be in the display for the unit to be level (PEAK), average level (AVG), minimum level (oxygen), peak STEL able to send and receive information from QuestSuite™.
  • Page 10: Sample Printout

    4.3 Sample Printout:...
  • Page 11: Error Messages

    The following alkaline batteries are recommended for intrinsically safe use Make sure the calibration gas cylinder is turned on and that it is the correct of the SafeLog 100: gas for the sensor being calibrated. Check the concentration of gas in the cylinder and make sure it matches the unit's calibration level setting.
  • Page 12: Changing The Sensor

    7. CHANGING THE SENSOR 8. MAINTENANCE Note: While the case is open the unit is not intrinsically safe; perform this When the unit is stored or not in use for extended lengths of time, it should be exercise in a non-hazardous area. Allow the new sensor to stabilize. calibrated, functionally tested, and its battery should be checked or changed at Zero and calibrate prior to use.
  • Page 13: Factors Affecting Response

    9. FACTORS AFFECTING RESPONSE 10. GAS SPECIFIC DATA Range Reso- Accur- Drift** Alarm Alarm Alarm 9.1 Toxic Gases: lution acy* High*** STEL** TWA** The presence of some gases can affect the sensor reading of the toxic gas for which you are measuring. The chart below shows how each sensor listed in the Carbon left column will respond to 100 ppm of the interfering gases listed along the top 0-999 ppm...
  • Page 14: Specifications

    11. SPECIFICATIONS Cell Life Ammonia sensor: 1 year in air (or 2ppm years) Expectancy: Other Toxic sensors: 2 years Size: 4.5" x 3.0" x 1.5" (11.4 cm x 7.6 cm x 3.8 cm) Oxygen sensor: 1 year Weight: 8.8 oz. (250 grams) Intrinsic UL, cUL, CENELEC (DEMKO), Class I,II,III, Division 1, Safety:...
  • Page 15: Accessories

    12. ACCESSORIES 12.5 103 Liter Steel Cylinder Calibration Gases: 54-141 100% Nitrogen 12.1 Replacement Sensor Modules: 54-142 50 PPM Carbon Monoxide in Air 54-873 Oxygen (O 54-143 200 PPM Carbon Monoxide in Air 54-875 Carbon Monoxide (CO) 54-144 50 PPM Carbon Monoxide in Nitrogen 54-876 Carbon Monoxide unfiltered (COu) 54-874...
  • Page 16: Quest Service Policy

    Warranty Policy The Quest product you have purchased is one of the finest gas detection Quest Technologies warrants our instruments to be free from defects in instruments available. It is backed by our full one year warranty which seeks materials and workmanship for one year under normal conditions of use and complete customer satisfaction.
  • Page 17 1060 Corporate Center Drive • Oconomowoc, WI 53066 USA 800-245-0779 • Fax: 262-567-4047 • http://quest-technologies.com Printed in U.S.A. 054-479 Rev. B...

Table of Contents