R o s o l F l o w C h e c k s | Teledyne 651 guide

Maintenance, Service, and Troubleshooting

Teledyne API Ultrafine Particle Monitor - Model 651

4.Noting the direction of flow, push the ends (easier than pulling) of the tubing off both ends of the filter (Figure 9-6).

5.Attach the tubing to a new filter making sure the flow direction matches that of the filter you removed.

6.Remove the filter inline filter screen.

7.Push the filter into the filter clip.

8.Replace the instrument cover.

Figure 9-6

Changing Filter

Direction of Flow

Inline Screen

A e r o s o l F l o w C h e c k s

The correct aerosol sample flow rate is essential in the determining of aerosol concentration. For this reason, it is important to periodically verify the sample flow rate. This is especially important after changing the wick or other activity which may result in the contamination of the optics nozzle or orifice (filter change).

To verify aerosol sample flow rate, follow the instructions presented in this section.

The flow schematic below shows the auxiliary, transport and sample flows through the Model 651.

Note: Check each flow after every wick change.

82	07506C DCN6727

Image 84

Teledyne 651 operation manual R o s o l F l o w C h e c k s

Contents

Model Page Trademarks This page intentionally left blank F e t y M e s s a g e s Laser Safety R N I N G R r a n t y This page intentionally left blank O u t T h i s M a n u a l V i s i o n H i s t o r y Viii Contents Particle Counting Maintenance, Service, and Troubleshooting G u r e s SFC Set Flow Rate Calibration Constant B l e s Table A-1 Xiv How This Manual is Organized R p o s eG a n i z a t i o n L a t e d P r o d u c t L i t e r a t u r e T t i n g H e l p Product Overview O d u c t D e s c r i p t i o nA P T E R Specification s Parameter Specification Parameter Water System Physical Features W i t W o r k s 2illustrates the flow system of the Model Model 651 Flow System Schematic Unpacking and Setting Up the Model C k i n g L i s t Model 651 Maintenance Kit PN DU0000169 P a c k i n g Installation Connecting the Water SupplyEquipment Remove Protective Caps Bracket Screw Connecting the Water Supply Connecting the Water Exhaust Tube Connecting the Aerosol Supply Connecting the Aerosol Supply Nozzle Securing Inlet Screen Assembly in Place Installing the Model 651 in a Rack Connecting the USB Cable Connecting Power and Warming up the Model Warm-up Screen Moving and Shipping Model Moving the Model 651 Short DistancesPreparing the Model 651 for Shipping and Storage 07506C DCN6727 Instrument Description O n t P a n e lDisplay Indicator Light Status Messages C k P a n e l T e r n a l I n s t r u m e n t C o m p o n e n t s Optics ModuleVacuum Supply Water System FansCircuit Boards Internal Clock Data Communication Ports RS-232 Serial Connections Ethernet Communication Port 07506C DCN6727 Outdoor Operation Procedures Instrument OperationE r a t i n g P r e c a u t i o n s C o m m e n d e d O p e r a t i o n P r o c e d u r e s Standard Operation Procedures ∙ Status ∙ Setup ∙ Total R m u pS p l a y / U s e r S e t t i n g s Home Screen Status Description Setup Screens On After WarmupOFF SET Time Address Total Screen Mask 07506C DCN6727 Technical Description E o r y S i g n o f t h e M o d e l 6 5 Sensor Pulse Height Flow System Critical Flow Temperature Control Inlet Pressure Measurement Water Removal System Page 07506C DCN6727 Particle Counting T a l C o u n t a c c u r a c y V e T i m e C o u n t i n g Concentration = Total counts N c e n t r a t i o n M e a s u r e m e n t Concentration = N × t 07506C DCN6727 T a l i z e r M o d e 07506C DCN6727 Computer Interface Commands, and Data Collection M p u t e r I n t e r f a c eEthernet Programs and Features Choose Turn Windows features on or off Flash Drives Flash Memory Data Files Line Example of data record USB RS-232 Serial Communications Terminal Communications Communications Parameters M m a n d s ReadSET 07506C DCN6727 07506C DCN6727 Maintenance, Service Troubleshooting U t i o n M o v i n g t h e C o v e r P l a c e m e n t P a r t s K i t s M o v i n g a n d Install i n g t h e W i c k T e A n g i n g t h e F i l t e r s R o s o l F l o w C h e c k s Model 651 Flow Schematic E a n i n g t h e W a t e r B o t t l e S p e c t i n g a n d C l e a n i n g t h e F a n s E a n / R e p l a c e t h e O r i f i c e s S p e c t L i q u i d L i n e s A t u s M e s s a g e s Troubleshooting Troubleshooting INLET/DRAIN C h n i c a l a s s i s t a n c e T u r n i n g t h e M o d e l 6 5 1 f o r S e r v i c e Primer on Electro Static Discharge W S t a t i c C h a r g e s a r e C r e a t e d Static Generation Voltages for Typical Activities Sensitivity of Electronic Devices to Damage by ESD M m o n M y t h s a b o u t E S D D a m a g e S i c P r i n c i p l e s o f S t a t i c C o n t r o l General Rules 07506C DCN6727 Working at the Instrument Rack Working at an Anti-ESD Work Bench Opening Shipments from Teledyne API’S Customer Service Transferring Components from Rack to Bench and Back Packing Components for Return to TAPI’s Customer Service 100 07506C DCN6727 Commands Read SET Command Explanation Read Commands A D C o m m a n d s RAI Read Analog Input VoltageRAI Rall Read Operating Condition Rall RCT Read Current Time RD Read Displayed ConcentrationRCT RIE Read Instrument Errors RIF Read Aerosol Flow RateRIE RIF RIS Read Instrument Status RL Read Laser CurrentRIS RLL Read Liquid Level RPA Read Absolute Pressure TransducerRPN Read Nozzle Pressure Transducer RPV Read Vacuum Pressure RRD Read Data Record RRD RTA Read Cabinet Temperature RTC Read Conditioner TemperatureRRS Read Status Record RRS RTG Read Growth Tube Temperature RTO Read Optics TemperatureRV Read Firmware Version Number SM Set Mode T C o m m a n d s SA Set Auxiliary Flow Valve SFC Set Flow Rate Calibration ConstantSFC SP Set Pump Vacuum SR Set Real-time Clock Sstart Starts a New Sample Sstart T a R e p o r t i n g R e c o r d s ST Set Transport Flow Record CNTPstd Record Status Tinlet Index Aerosol inlet 43, 45 External vacuum source Orifice Teledyne Contact Information Index-5