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Summary of Contents for Honeywell PHD6
- Page 1 Reference Manual PHD6™ Gas Detector Part Number 13-322 Version 5...
- Page 2 PHD6 PERSONAL PORTABLE GAS DETECTORS HAVE BEEN DESIGNED FOR THE DETECTION AND MEASUREMENT OF POTENTIALLY HAZARDOUS ATMOSPHERIC CONDITIONS IN ORDER TO ASSURE THAT THE USER IS PROPERLY WARNED OF POTENTIALLY DANGEROUS ATMOSPHERIC CONDITIONS, IT IS ESSENTIAL THAT THE INSTRUCTIONS IN THIS REFERENCE MANUAL BE READ, FULLY UNDERSTOOD, AND FOLLOWED.
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Page 3: Table Of Contents
Sensors ................................... 10 1.6.1 Cross Sensitivity ..............................10 Optional sample draw pump ..........................10 1.7.1 Special precautions when using the PHD6 pump ....................10 Data storage ................................10 1.8.1 Black box data recorder ............................10 1.8.2 Event logger ................................ 11 PHD6 design components ............................. - Page 4 2.5.4 Too Low for LEL Alarms ..........................15 2.5.5 Low Battery Alarms ............................. 15 2.5.6 Calibration Due Warning ............................. 15 2.5.7 Out of Temperature Range ..........................15 PC Connection via Infrared Port ........................... 15 PID Sensor Correction Factors ..........................16 2.7.1 Displayed VOC ..............................
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Page 5: Certification Information
IEC 60079-0:2011, IEC 60079-11:2011 Operating Temperature and Humidity Limits The PHD6’s operating temperature range is -20 °C to +50 °C. Use of Honeywell Gas Detectors outside of the instrument’s specified operating temperature range may result in inaccurate and potentially dangerous readings. -
Page 6: Warnings And Cautions
Do not charge the PHD6 with any charger other than the appropriate PHD6 charger. Standard versions of the PHD6 must be charged with the UL/CSA-approved charger, which is part number 54- 49-103-1. European versions of the PHD6 must be charged with the ATEX-approved charger, which is part number 54-49-103-5. -
Page 7: Avertissements Et Mises En Garde
Ne pas quitter immédiatement la zone peut entraîner une blessure grave ou mortelle. Le PHD6 doit être situé dans une zone non dangereuse à chaque fois que les piles alcalines sont retirées du bloc-piles. L’extraction des piles alcalines du bloc-piles dans une zone dangereuse peut porter atteinte à... -
Page 8: Conditions For Safe Use
La batterie devra être rechargée ou changée exclusivement en dehors de la zone dangereuse. Les stations d'accueil et les modèles de chargeur 54-54-103-X, PhD6 IQ6, Model 54-54-9000 sont considérés comme des équipements associés et doivent se trouver en dehors de la zone dangereuse. -
Page 9: Description
Chapter 4. PHD6. More detailed descriptions of the specific features of The PHD6 can utilize a variety of sensor types to detect the PHD6 are contained in the subsequent chapters of this atmospheric contaminants including electrochemical manual. -
Page 10: Atmospheric Hazard Alarms
1.4.3 Sensor over range alarms The PHD6 is designed to detect The PHD6 will go into alarm if a sensor is exposed to a potentially life threatening atmospheric conditions. Any concentration of gas that exceeds its established range. In alarm condition should be taken seriously. The safest... -
Page 11: Other Electronic Safeguards
Black box data recorder 1.6.1 Cross Sensitivity A black box data recorder is a standard feature in the PHD6. Sensor cross-sensitivity figures are given in Appendix D. The “black box” is continually in operation whether the user is aware of it or not. The black box stores important... -
Page 12: Event Logger
/ calibration adapter, squeeze bulb, replacement sample probe filters, ten feet/three meters of The PHD6 stores the data from the 20 most recent alarm tubing and a sample probe. events. Once 20 events have been stored, the PHD6 will... -
Page 13: Basic Operations
Viewing the MAX, STEL and TWA reading screens • Initiating the calibration sequence Turning the PHD6 On To turn the PHD6 on, press and hold the MODE button for one second. The introduction screen is followed by a screen → →... -
Page 14: Start Up With Pid Or Ir Sensor
MODE button a second time. Press the MODE button a third time to view When a PHD6 is equipped with both an IR and a PID the Short Term Exposure Limit (STEL) and Time Weighted... -
Page 15: Turning The Phd6 Off
The safest course of action is to immediately leave the affected During startup, if the PHD6 fails to detect a sensor that was area, and return only after further testing determines present when the instrument was last turned off, it will show that the area is once again safe for entry. -
Page 16: Pid Lamp Out Alarm
PC Connection via Infrared Port oxygen to function properly. When oxygen levels fall below 11% by volume, the PHD6 will show “X“ in place of the LEL PHD6 instruments that are equipped reading and will indicate the oxygen levels are too low. -
Page 17: Pid Sensor Correction Factors
VOC or gas from the onboard instruction in section 5.2.1 to reach the Main Menu. Then PID library in the PHD6 does not imply that the detector access the Calibration Menu followed by the Gas Values will only respond to that material. -
Page 18: Sampling
The PHD6 can also be used to sample remote locations with To test the seals in the sample draw system, cover either the hand-aspirated sample-draw kit, or with the the end of the sample draw probe with a finger, and motorized sample draw pump. -
Page 19: Motorized Sample Draw Pump
Once the blockage is detected, shown on the display in the current gas the PHD6 will indicate that the test has been passed and readings screen. instruct you to remove the blockage. Once the blockage is... -
Page 20: Sample Draw Probe
Functional (Bump) testing pressure has occurred, it will go into alarm and notify the The accuracy of the PHD6 may be verified at any time by a user that there is a blockage of the pump. The display will simple functional (bump) test. -
Page 21: Fresh Air/Zero Calibration
When calibration is due, the triangular warning symbol along value for the gas. with the span bottle icon the PHD6’s status bar will show Honeywell multi-calibration gas mixtures contain If a successful fresh air calibration is not performed prior to approximately 18% oxygen. -
Page 22: Fresh Air Calibration In A Contaminated Atmosphere
Sensor Response”. Press MODE to acknowledge. MODE button. See section 4.3.2 below if the oxygen sensor does not If the PHD6 still fails to calibrate after this procedure is detect the drop in oxygen level and fails the gas attempted, contact Honeywell Analytics. -
Page 23: Gas Calibration Failure: Oxygen Sensors
If the oxygen sensor fails to register the drop in oxygen section 4.3. The PHD6 will automatically prompt the user to during the gas calibration while being challenged with apply the CO calibration gas during the standard gas calibration gas containing less than 19.0% oxygen, it should... -
Page 24: Menu Options
Main Menu access 5.1.1 Entering the Basic Menu To access the Basic Menu, with the PHD6 on and the current gas readings screen shown, hold the MODE button down until the PHD6 beeps four times and the “Release MODE to Shut Down” is shown. Then continue to hold the MODE Button until the Basic Menu is shown. -
Page 25: Entering The Main Menu
Enable to require calibration when the Cal Reminder • Temp Alarms (enable or disable high and low is on. PHD6 automatically shuts down if Cal Lock is temperature alarms) enabled, and calibration is due but not performed. If the operating temperature falls outside of the... -
Page 26: Configuration Menu
1 minute. At a one- • Display Formats (contains submenus for sensor minute interval, the PHD6 will log a minimum of 63 readings, sensor clamping and temperature) hours of data before the oldest data is overwritten by •... -
Page 27: Maintenance
The Li-Ion battery in the PHD6 should never be charged at temperatures lower than 5 degrees Celsius (40 degrees CAUTION Always turn the PHD6 off prior to removing Fahrenheit) or higher than 30 degrees Celsius (86 degrees the battery pack. -
Page 28: Battery Troubleshooting
NDIR-CO restart. All Toxic Sensors except NO 15 minutes If the PHD6 starts and the battery icon if full, then the NO (nitric oxide) 24 hours battery is fully charged and may be used as is. In this... -
Page 29: Sample Probe Assembly
Reassemble the sensor and the PHD6. See steps 2- handle. (The narrow end of the hydrophobic barrier filter is 8 above in the directions to replace the stack or lamp. -
Page 30: Changing Sample Probe Tubes (Wands)
(as discussed in Section 3.1.1) whenever filters or probe tubes are exchanged or replaced before being returned to service. PHD6 Pump Maintenance PHD6 pumps are fairly maintenance free with the exception of the replacement of the pump filters on a regular basis. 6.6.1 Replacing pump filters Remove the two screws that hold the inlet port to the pump. -
Page 31: Appendices
The default Warning and Danger alarm levels in the PHD6 are less than... -
Page 32: Appendix B Calibration Frequency Recommendation
One of the most common questions Safety Equipment Association (ISEA). trigger a resumption of daily that we are asked at Honeywell checking. The “Instrument Products” group of this Analytics is: “How often should I organization has been very active in calibrate my gas detector?”... -
Page 33: Appendix C Phd6 Sensor Information
Appendix C PHD6 Sensor Information Part No. Description Range Resolution 54-54-80 LEL Combustible Gas 0 – 100% LEL 1% LEL 54-54-90 Oxygen 0 – 30% by Volume 0.1% 54-54-01 Carbon Monoxide 0 – 1000 PPM 1 PPM 54-54-19 CO-H CO Minus, reduced sensitivity to H 0 –... -
Page 34: Appendix D Electrochemical Toxic Sensor Cross-Sensitivity
Appendix D Electrochemical Toxic Sensor Cross-Sensitivity The table below provides the cross-sensitivity response of the PHD6 electrochemical toxic gas sensors to common interference gases. The values are expressed as a percentage of the primary sensitivity, or the reading of the sensor when exposed to 100ppm of the interfering gas at 20ºC. -
Page 35: Honeywell Analytics Warranty Gas Detection Products
Reference Manual are not covered by the Honeywell Analytics warranty. The obligation of Honeywell Analytics under this warranty is limited to the repair or replacement of components deemed by the Honeywell Analytics Instrument Service Department to have been defective under the scope of this standard warranty. To receive consideration for warranty repair or replacement procedures, products must be returned with transportation and shipping charges prepaid to Honeywell Analytics, or to a Honeywell Analytics Authorized Warranty Service Center. - Page 38 Honeywell Analytics, Inc. 405 Barclay Blvd Lincolnshire, IL 60069 800 711-6776 Fax 800 995-4992 19 November 2015 www.honeywellanalytics.com...
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