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Drifton 2004-DB - Setup for Testing 

When you begin testing, the Power switch should be off.  

The amount of material dispensed in each cycle depends on the combination of

 air pressure, time of air 

pulse, viscosity of material and dispensing tip size. 

 

The first step

 is to remove the tip cap from the refilled barrel of test material. Replace it with a 14 gauge 

tapered dispensing tip. Press the tip on and twist clockwise to lock.  

Second:

 Pull out air pressure regulator knob, until it "clicks" into the unlocked position. Turn clockwise to 

adjust the air pressure to 30 psi (2.1 bar) for the initial tests. 

Always set the pressure desired by turning the air regulator knob clockwise. To reduce the pressure, turn the 
knob counterclockwise until the gauge reads a lower pressure than desired. Then increase and stop at desired 
pressure. Push knob in to lock. 

Pressure regulator:

 

 

Turn clockwise – increase pressure 
Turn counterclockwise – decrease pressure 

Third:

 Press power switch to turn on the dispenser. 

Fourth:

 Set the dispensing time at “0.000S” and the cycling time at “0.0S”. Step on the foot pedal switch 

and liquid will flow out. When you stop stepping on the foot pedal, it will stop dispensing glue. 

Fifth:

 Set the time. Adjusting range: 0.001~9.999 seconds and the cycling time at 

“0.0S”. 

Sixth:

 Set the dispensing time and the cycling time. Step on the pedal switch until 

all the product is finished. 

Seventh:

 Teaching function: Set the dispensing time as “0.000S” and step on the 

pedal switch to dispense until the volume is suitable. You can find that the 
dispensing time of the test is displayed on the screen. Then you can use the time 
to dispense your products. 

Be sure barrel vacuum control is turned off.  The vacuum volume should be “0” when testing. 

If you want to test vacuum suction, take some water in the barrel firstly and fasten the tip, then adjust the 
vacuum regulator. When you turn it counterclockwise, you will find that the water doesn’t drop. If the 
suction of vacuum is too big, the water will rise into the barrel. 

 

 

 

 

Summary of Contents for 2004-DB

Page 1: ...edoereholmen 84 2650 Hvidovre Denmark Tel 0045 5372 8090 Fax 0045 3677 3633 Web www drifton eu www drifton dk E mail info drifton dk Drifton High Precision Liquid Dispenser Operation Manual GB 2004 DE 2004 DT 2004 DB ...

Page 2: ...d testing procedures Review the helpful information we have included which is based on more years of industrial dispensing experience Most questions you will have are answered in this Operation Manual However if you need assistance please do not hesitate to contact Drifton A S at telephone 0045 5372 8090 or info drifton dk or an authorized distributor Our goal is to build not only the finest equip...

Page 3: ...n Digital Display Dispenser 11 Drifton 2004 DT Specification 11 Drifton 2004 DT Connections drawing 11 Drifton 2004 DT Controls Panel 12 Drifton 2004 DT Setup for Testing 13 Drifton 2004 DB High Precision Digital Display Cycling 14 Drifton 2004 DB Specification 14 Drifton 2004 DB Connections drawing 14 Drifton 2004 DB Controls Panel 15 Drifton 2004 DB Setup for Testing 16 Application Art 17 1 Maki...

Page 4: ...4 Suggestions on Settings 21 Helpful Hints 21 Troubleshooting Guide 22 Guarantee 23 ...

Page 5: ...sically capable of performing their assigned tasks Personal Safety To prevent injury follow these instructions Do not operate or service equipment unless you are qualified Keep clear of moving equipment Before adjusting or servicing moving equipment shut off the power supply and wait until the equipment comes to a complete stop Lock out power and secure the equipment to prevent unexpected movement...

Page 6: ...luid using the vacuum control and how to dispense high viscosity liquid Principles Drifton high precision dispenser series quote air pressure control liquid Fluid dispensing through high precision timing of the pressure pulse control which could ensure that the correct amount of fluid is applied at every time on every part to every item Time is more precise quantitative also will be prospective mo...

Page 7: ...l 7 Remove the end cap connect to the adapter assembly Twist clockwise to lock 8 Push the black male quick connect on the syringe barrel adapter assembly into the front of the dispenser 9 Remove the tip cap replace it with an appropriate Drifton tip cap Place the syringe barrel in the barrel holder 10 Initial setup is now complete At this point you are now ready to set up your dispensing flow rate...

Page 8: ...gF cm2 Air Output 0 1 7KgF cm2 Repeatability 0 0005S Min depot 0 005ml Work Frequency 600 times minute Input AC 110V or 220V 50Hz Internal Voltage 24 VDC Input Power Required 15W Weight 3 5Kg Cabinet Dimensions 7 21 25 6cm Approvals CE Drifton 2004 DE Connections drawing Foot pedal switch Power line Air input hose Adapter assembly Male quick connect ...

Page 9: ...E Controls Panel Pressure gauge Pressure regulator Vacuum regulator Barrel connector Time setting Interval setting Power switch Power input receptacle Air input connect Foot pedal switch finger switch Air exhaust port ...

Page 10: ... desired Then increase and stop at desired pressure Push knob in to lock Pressure regulator Turn clockwise increase pressure Turn counterclockwise decrease pressure Third Press power switch to turn on the dispenser Fourth Set the dispensing time at 0 000S and the cycling time at 0 0S Step on the foot pedal switch and liquid will flow out When you stop stepping on the foot pedal it will stop dispen...

Page 11: ... 0 01S 99 99S Air Input 7bar 1bar 1 01972kgF cm 14 5038psi Air Output 0 1bar 7bar Repeat tolerance 0 00005S Min deposit 0 001ml Speed 600 time minute Input Voltage 110V 220V 10 50Hz Power 15W Weight 3 5Kg Size 7x21x24 6cm Standards CE approved Drifton 2004 DT Connections drawing Foot pedal switch Power line Air input hose Adapter assembly Male quick connect ...

Page 12: ...4 DT Controls Panel Pressure gauge Pressure regulator Time display Time setting Vacuum regulator barrel connector power switch Power input receptacle Air input connect Foot pedal switch finger switch Air exhaust port ...

Page 13: ...ockwise increase pressure Turn counterclockwise decrease pressure Third Press power switch to turn on the dispenser Fourth Then set the dispensing time at 0 000S and the cycling time at 0 0S Step on the foot pedal switch and liquid will flow out When you stop stepping on the foot pedal it will stop dispensing glue The time will display on the screen Fifth Set the time The set time is listed in the...

Page 14: ...ing interval time 0 1 9 9S Air Input 7bar 1bar 1 01972kg cm 14 5038psi Air Output 0 1 7bar Repeatability 0 00005S Min deposit 0 001ml Speed 600 Times minute Input Voltage AC 110 220V 50Hz Power 15W Weight 3 5Kg Size 7 21 28 1cm Standards CE approved Drifton 2004 DB Connections drawing Foot pedal switch Power line Air input hose Adapter assembly Male quick connect ...

Page 15: ...rols Panel Pressure gauge Pressure regulator Time display Vacuum regulator Barrel connector Time setting Interval setting Power switch Power input receptacle Air input connect Foot pedal switch finger switch Air exhaust port ...

Page 16: ...n counterclockwise decrease pressure Third Press power switch to turn on the dispenser Fourth Set the dispensing time at 0 000S and the cycling time at 0 0S Step on the foot pedal switch and liquid will flow out When you stop stepping on the foot pedal it will stop dispensing glue Fifth Set the time Adjusting range 0 001 9 999 seconds and the cycling time at 0 0S Sixth Set the dispensing time and ...

Page 17: ...you change to a new tip 2 Changing Deposit Size Drawing Stripes The dot size is determined by the tip diameter the output air pressure setting and the pulse time For large dots use a large tip higher pressure and more time Normally you want to use as short a time pulse as possible To increase the dot size slightly increase output air pressure or increase tip size or both To make stripes press the ...

Page 18: ...ripping between cycles The vacuum exerts a negative pressure on the liquid in the barrel and prevents dripping For these tests you will use the test barrel with the clear fluid 1 While holding the barrel upright in one hand remove the orange end cap and insert the piston Allow an air gap as shown 2 Attach the barrel to the adapter Snap the safety clip tightly closed to prevent any dripping or bubb...

Page 19: ... air pressure low and adjusting the time for different deposit sizes Contact Drifton service if you have any questions Two things to remember if you do not use the piston when dispensing thin fluid 1 Do not tip the barrel upside down or lay flat this will cause the liquid to run into the dispenser 2 When changing tips or attaching a tip cap snap the safety clip completely closed to prevent any dri...

Page 20: ... slight suck back movement after the dispense cycle Note For best results we strongly recommend that you use a piston as part of your dispensing system 6 Filling the Syringe Barrel Caution Do not completely fill syringe barrels The optimum fill is a maximum 2 3 of the barrel capacity and 1 2 of the barrel capacity when using the Drifton blue LV Barrier piston If the fluid you are dispensing is pro...

Page 21: ...ith very small deposit settings The ideal setup matches air pressure and tip size to create a workable flow rate no splashing but not too slow either 6 With any fluid always give the air pressure time to do its job Moderate time and pressure provides the best results since dispensing pressure remains at its peak for a longer period of time Helpful Hints 1 There are three core variables to the disp...

Page 22: ...tor is turned off fully counterclockwise If dispensing high viscosity materials try increasing output air pressure slightly Vacuum level is set to high Barrel adapter safety clip may be clamped shut Inconsistent dispense output Check the dispensing tip barrel and material for possible contamination or clogs Note Dispensing System Components are disposable Do not attempt to reuse Check for air supp...

Page 23: ...soever of merchantability or fitness for a particular purpose In no event shall be liable for incidental or consequential damages The following situations are not in the scope of warranty users should pay the maintenance costs 1 The mistake of operation or transport causes damage to the machine by the user 2 Replace the components or repair the machine by the repairer which is not designated by th...

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