FemtoJet ® Operating Manual eppendorf ® is a registered trademarkPrinted in Germany Your local distributor: www.eppendorf.com/worldwide Eppendorf AG
8 2 Device description 2.2 Short description Display Display of all relevant parameters and information. Function keysClean To apply the maximum pr
9 2 Device description Variable regulator In the normal operating mode, the parameters for injection are set by the three variable regulators. The a
10 2 Device description 2.3 Startup Diagram of rear of device– Electrical connection is effected via the mains socket with integrated mains switch
11 2 Device description The drainage valve of the pressure cylinder is switched several times at the beginning of the initialization phase. The pres
12 3 Mode of operation 3.1 Display, variable regulators and keypad Before operating the device for the first time, users should read this section c
13 3 Mode of operation Slight deviations between the nominal value (specified value) and displayed compensation pressure p c (actual value) may occ
14 3 Mode of operation 3.1.3 Keypad Manual injection is performed for as long as the key is held down. Injection pressure pi is used. In the seco
15 3 Mode of operation Auto / Manu To switch between manual and automatic, time-controlled injection. In the case of manual injection, timeis coun
16 3 Mode of operation Standbyin the case of a brief interruption When key is pressed briefly: The device switches to the Standby mode without d
17 3 Mode of operation 3.2 Hand control / foot control The functions of the hand/foot control correspond to the functions of the and keys on the
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18 3 Mode of operation 3.3 Connecting the capillary holder Universal capillary holder The universal capillary holder is used to locate the injectio
19 3 Mode of operation Other accessories Grip head 0, incl. 2 sets of O-rings and sealing washer.Using grip head 0 supplied, capillaries with an out
20 3 Mode of operation The usual values for the permanent compensation pressure P c are bet-ween 30 – 50 hPa (0,44 – 0,73 PSI) for Femtotips and si
21 3 Mode of operation 3.4.1 Compensation pressure p c The compensation pressure p c ensures that no medium flows into the capillary. Capillary
22 3 Mode of operation 3.4.3 Injection time t i Injection time t i gives the period for which injection pressure p i is maintained. t i is usua
233 Mode of operation3.4.5 Manual or automatic injectionIn the Manu operating mode, injection is performed for as long as the key or hand / foot co
243 Mode of operation3.5 The first injectionThe following are available: ● Adherent cells in a Petri dish (possibly on CELLocates to observe specific
253 Mode of operation3.6 Connecting an Eppendorf MicromanipulatorConnection to an Eppendorf Micromanipulator designed for automated injection is eff
263 Mode of operationFemtoJet (rear) with all connection options, with power unit 5171/InjectMan 51791 Foot control (optional) with Inject function2
273 Mode of operation3.7.1 Changing the capillaries3.7.2 Setting the pressure unit 3.7.3 Switching on/off the loudspeaker3.7.4 Switching on/off t
1 Safety precautions and application . . . . . . . . . . . . . . . . . . . 3 2 Device description . . . . . . . . . . . . . . . . . . . . . . .
283 Mode of operation3.7.5 Constant pressure3.7.6 Dewatering the pressure accumulatorFUNC 4This function can be used to apply a constant working pr
29 4.1 Cleaning Before cleaning the FemtoJet , disconnect the plug.Ensure that no fluids enter into the inside of the injector in order to avoid sh
30 5 Troubleshooting 5.1 Potential errors – Pressure loss due to capillary not fitted with capillary holder connected.Solution: Connect the capillar
31 5 Troubleshooting key: Complete self-test– Checks compressor run time up to the point when a specific pressureis reached and thus for leaks in
32 5 Troubleshooting 5.2 Warnings As a rule, warnings are emitted if certain operating conditions are not (yet) reached or if an action is not poss
33 5 Troubleshooting 5.3 Error messages Error messages are emitted if certain operating conditions are not reached or the device records a deviatio
34 5 Troubleshooting Error 10 Supply pressure cannot be reachedThe compressor runs without the maximum supply pressure being reached.Possible cause:
35 5 Troubleshooting Error 13 Supply pressure does not rise Possible cause: Technical defect Solution: Service Error 14 Massive leak in pressure acc
36 5 Troubleshooting Error 21 Injection pressure has not been reached Possible cause: Capillary holder not attached or poorly attached. (Broken) cap
37 5 Troubleshooting Error 25 No drop in working pressure Possible cause: Technical defect Solution: Service Error 26 Working pressure leak rate is
2 5 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 305.1 Potential errors . . . . . . . . . . . . . . . . .
38 5 Troubleshooting Error 28 Working pressure leak rate is too highPossible cause: Capillary holder not attached or poorly attached. (Broken) capil
39 5 Troubleshooting Error 34 Valve 1 offset is too low Possible cause: Technical defect Solution: Service Error 35 Valve 1 offset is too high Possi
40Voltage/Frequency: 100 V – 240 V ± 10 %, 50 – 60 HzSet voltage: adapts automaticallyFuse for 100 – 240 V: T1.0 A, 250 V (2 pcs.)Power consumption:
417 Ordering informationOrder no. 5247 000.013 FemtoJet100 V – 240 V ± 10 %, 50 – 60 HzFully programmable microinjector with integrated pressure sup
427 Ordering informationOrder no. 5176 190.002 Universal capillary holder(incl. grip head 0, adapter for Femtotipsand spare O-rings)4910 000.018 Epp
437 Ordering informationOrder no.TransferMan NK 2Proportional micromanipulator for microinjection in suspension cells5188 000.012 Version Europe5188
447a Ordering information for North AmericaOrder no. FemtoJet100 V – 240 V ± 10 %, 50 – 60 HzFully programmable microinjector with integrated pressu
457a Ordering information for North AmericaOrder no. 920007392 Universal capillary holder(incl. grip head 0, adapter for Femtotipsand spare O-rings)
467a Ordering information for North AmericaOrder no.TransferMan NK 2Proportional micromanipulator for microinjection in suspension cells920000011 Ve
47 A Adapter for Femtotips 18Application 3, 4 C Capillary change 27Clean 8pressure 20function 22Cleaning 29Commands 46Compressor 21, 23Compensatio
3 ● Observe operating instructions! ● The device is only designed for use in the research lab! ● The FemtoJet is a lab device. It may only be operate
48 8 Index P Pressure– dewatering pressure accumulator 28– set pressure unit 26 Q Query 45 R Reset 9, 17function 16 S Safety precautions 3, 4Self
49Appendix AOperation via a computerCertain commands and queries (Section 6.2) can be transmitted to the unit using the optional cable/PC interface. A
50Appendix AIf the command is faulty, an error message is returned instead of the answer:"ERR=eee"ERR: Error=: Separationeee: Error numberLo
51Appendix ACommand to enter parameters[C]Code[xxx]Input parameter [ssssssssss]Meaning of input parameterSet compensationpressure pc 043 0; 5 – 6,000
52Appendix AError no.for incorrect operating constructionERR = [eee]Cause Solution 060 The first character is nota c or C.Check entry parameters. Chang
53Appendix AOther error numbers as well as the error cause and solution are described in Section 5, "Troubleshooting". During remote control
54Appendix AA_Bedien_Computer_en.fm Seite 54 Mittwoch, 27. September 2006 5:26 17
A_Bedien_Computer_en.fm Seite 55 Mittwoch, 4. Juli 2007 2:07 14
4 ● Use the unit only for the described purpose! The unit and in particular the high pressure of the Clean function may not be used for purposes othe
5 2 Device description The FemtoJet enables minute quantities of liquid to be injected into cells. The relevant parameters (injection pressure p
6 2 Device description 2.1 Overview 1 Display – Displays relevant parameters during injection or settingof parameters.– Guides operator through fun
7 2 Device description Standard accessories:1 Injection tube, 2 m1 Universal capillary holder with grip head for capillary diameters of 1.0 mm
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