Advertisement
Quick Links
Advertisement
Related Manuals for Factair F8104
Summary of Contents for Factair F8104
- Page 1 F8104 SAFE-AIR MONITOR OPERATING MANUAL FAC QAM 221 Issue B 04/20...
-
Page 3: Table Of Contents
Contents Page No Introduction Calibration & Warranty Diagram & Display Icons Equipment List Technical Data Pre Use Start Up Continuous Monitoring Display 3.1 – Completing an oil test using a Dräger Impactor or tube Configuring the Instrument 4.1 – Selecting a test standard 4.2 –... - Page 4 European Pharmacopoeia and in the UK, HTM 02-01. The F8104, is designed primarily for use on airline systems up to 10 bar but can also test higher pressure systems up to 20 bar when used in conjunction with the F3005 High Pressure Regulator.
- Page 5 Air Inlet 230V 50Hz Mains Input PC - USB Connection On / Off Button Right Hand Side Dräger Impactor / Oil Mist Tube Test Port Ethernet 2 no. 4-20mA 2 no. 4-20mA 2 no. Alarm Volt Compressed Connection Input Output Free Contacts Air Inlet Bottom...
- Page 6 °F psig Standard Equipment List Optional Extras F8104 Safe-Air Tester TUB0053 – 8103560 Dräger Oil Impactor – Box of 10 USB Download Cable TUB0003 – 6728371 Dräger Oil Tubes – Box of 10 Stylus Pen F3002 High-Pressure Regulator Wall Mounting Plate F1946 Connection ¼...
-
Page 7: Sensors
315 mm (h) x 330 mm (w) x 105 mm (d) Weight 5 kg * Optional 0-3 PPM VOC sensor also available, with this sensor fitted the unit can be pre- set at Factair to display in mg/m referenced against isobutylene calibration gas... - Page 8 Ensure you use the correct fixings to suit the wall. Once you have installed the back plate mount the F8104 in place and connect the power supply. It is important the unit is free from vibration during use. The F8104 Safe-Air Monitor requires a 230V/1ph/50Hz mains power supply.
- Page 9 3. Continuous Monitoring Display By tapping the calibration date screen, the instrument will then display the home screen. In the top right hand corner a countdown will commence for a commissioning delay during which time the sensor readings are stabilising and the alarms will be disabled.
-
Page 10: Completing An Oil Test Using A Dräger Impactor Or
3.1 Completing an oil test using a Dräger Impactor or tube The instrument displays the date and result from the last oil Impactor or tube test. To undertake a new test tap the result button. Choose between using a Dräger oil Impactor or Dräger chemical reagent tube in the test port. -
Page 11: Configuring The Instrument
To change the test standard, from the home screen, press on the current standard. Enter user log in password “installer”. The standards menu will then display the available test standards. As well as medical standards the F8104 can also test breathing-air to EN12021:2014. This standard different requirements depending if you are testing an airline system <40 bar;... -
Page 12: Configuring The Main Alarm
Enter user log in password “installer”. The F8104 has 2 configurable alarms, a main and pre alarm. Both of the configurations pages are located in the settings pages. - Page 13 If Power Fail is selected, then in the event of a failure of the mains power supply, it will activate the alarm. To function correctly the F8104 requires a minimum 2 barg supply pressure (10 barg maximum). In the event the supply pressure falls below 2 barg, the unit will activate its alarm.
- Page 14 An Alarm delay (in seconds) may be set, between the sensor values exceeding their minimum/maximum values and when the alarms will be triggered. A commissioning delay may be set to prevent the unit activating the alarms when the instrument is first turned on, allowing time for the sensors to acclimatise.
-
Page 15: Configuring The Pre Alarm
20mA parameters, for the sensors need to be set to match the external device(s). It is also possible to program 4-20mA outputs for 2 of the F8104 sensors. These can be used if you need remote indication for these sensor values. - Page 16 4.5 Sensors The order in which sensors are displayed on the home screen can be set, you can also choose which sensors you want to be displayed. Any changes need to be saved to take effect.
- Page 17 5. Exporting Test Results and PC Software. To transfer the datalog from the F8104 Safe-Air Monitor to the PC software you must first install the software on your PC. This is available in the download section of Factair’s website: http://www.factair.co.uk/downloads...
- Page 18 Appendix 1 - Using the test port for the Dräger oil tube As well as the Dräger oil Impactor the F8104 test port can also be used with the Dräger oil tube. Test Dräger ref. Factair Part Sensitivity Oil (chemical reagent tube)
- Page 19 The test will proceed as described in section 4 and at the end of it you will be prompted to enter the result from the tube. The result will then be displayed on the final test result screen and stored in the instrument’s datalog file.
- Page 20 Appendix 2 - Reading the Dräger Oil Impactor and Oil Chemical Reagent Tube Oil Impactor The Oil Impactor’s protective seal must be kept in place for the duration of the test and only removed after the test has been completed. With a standard measurement range of 0.1 to 1.0 mg/m the Impactor has a limit of detection of 0.05 mg/m...
- Page 21 Using the Dräger tube tip cutter The F2187 Dräger Tube Tip Cutter is an optional extra not provided with the F8000 as standard and is especially designed for cutting the ends of the tube. It has been designed to prevent glass from falling out of the opener by accident.
- Page 22 Each pack of tubes has its own instruction leaflet but the following notes should help you take readings after the tests have been completed. Each tube has an expiry date which is located on the back of its storage box. Oil (6728371) - REQUIREMENT FOR BREATHING-AIR STANDARD EN12021 THE AIR SHOULD HAVE A...
- Page 23 (PPM) for breathable air used to supply breathable gas RPD. VOC Alternative Sensors An alternative 0-3 PPM VOC sensor can be factory fitted in the unit, with this sensor fitted Factair can pre-configure the unit to display the reading in mg/m...
- Page 24 Dispose of as sharps. When using the tube tip cutter ensure only a light pressure is applied to the tube whilst rotating for scoring. For any additional advice and information please contact Factair on: +44 (0) 1473 746400.
- Page 25 Air Quality Testing – Why? Compressed air for breathing normally originates from a compressor system installed or operating at the place of use and there are various factors that can affect the quality and safety of this air. The air intake to the compressor can ingest airborne contamination from local processes and vehicle exhaust fumes which are not removed by standard breathing air filtration.
- Page 26 Medical Air Standards HTM02-01 Medical & Surgical Air Dental Air Synthetic Air ≤ 0.1 mg/m ≤ 0.1 mg/m Water ≤ 67 vpm (≤ 0.05 mg/L, ≤ 1020 vpm (≤ 0.78 mg/L, ≤ 67 vpm (≤ 0.05 mg/L, 50mg/m atmospheric 780mg/m atmospheric 50mg/m atmospheric...
- Page 27 Water – mg/m3 to PPM v/v Conversion Charts...
- Page 28 Factair Ltd 49 Boss Hall Road Ipswich Suffolk IP1 5BN Tel Sales: +44 (0) 1473 746400 Tel Hire: +44 (0) 1473 746444 Email: enquiries@factair.co.uk www.factair.co.uk...
Need help?
Do you have a question about the F8104 and is the answer not in the manual?
Questions and answers