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35

34

PIPETMAN® M CONNECTED 

|

 

USER’S GUIDE

REPLACEMENT PARTS

 

PIPETMAN® M CONNECTED

APPENdiCES

Appendix A – Example of a Performance Check

Below is an example of how to evaluate the performance of PIPETMAN M Connected 

P10M at 1 µL.

1. 

determine the mean value e 

of the evaporation loss e

i

 

that 

occurs during your pipetting 

cycles. Proceed as described in 

Appendix C - Evaporation Loss

 

on 

page 37 to determine 

e

i

.

2.  Change the pipette tip and perform 

the first weighing. 

Then, keep a 

regular cycle and perform the ten 

following measurements.

3.  Calculate the mean weight

w

r

 

= 0.957 mg

w

1

 

= 0.968 mg

w

= 0.966 mg

w

= 0.955 mg

w

= 0.960 mg

w

8

 

= 0.972 mg

w

= 0.984 mg

w

4

 

= 0.942 mg

w

5

 

= 0.969 mg

w

9

 

= 0.958 mg

w

r

  

rinsing measurement which is

disregarded for the calculation

w

10

 

= 0.967 mg

W = 

_

W = 

(0.968+0.960+0.984+0.942

       + 0.969+0.966+0.955+0.972

       + 0.958+0.967) / 10

_

W

 = 

0.964 mg

_

n

   

number of weighings

W

i

  

weighing results

W

i

1

n

n

i=1

4.  Calculate the mean volume.

 

For a temperature of 21.5°C and an air 

pressure of 1013 hPa, the Z factor is 

equal to 1.0032 µL/mg (see table 3 in 

Appendix B - z factor 

on page 36).

5.  Evaluate accuracy

6.  Evaluate precision (repeatability)

Standard Deviation

 (Sd

W

)

V = ( W+e ) x Z

V

 = 

(0.964+0.018) x 1.0032

_

V

 = 

0.985 µL

_

E = V - V

0

V

0

 true value set on the instrument

E

 = 0.985 - 1 = - 0.015 µL

E% = (V - V

0

) x 100 / V

0

E%

 = (-0.015 x 100) / 1 = 

- 1.50 %

Systematic
error (

E

):

 

Relative error

(

E%

):

(W

i

 - W)

n - 1

SD

w

 = 

2

n

i=1

n

i=1

SD

w

2

 =

( W

i

 - W )

2

1

n - 1

1
9

SD

w

2

 =

SD

w

 = 

0.011 mg

(0.968-0.964)

2

+ (0.960-0.964)

2

+ (0.984-0.964)

2

(0.942-0.964)

2

+ (0.969-0.964)

2

+ (0.966-0.964)

2

(0.955-0.964)

2

+ (0.972-0.964)

2

+ (0.958-0.964)

2

(0.967-0.964)

2

SD

v

 = 

SD

w

 x Z 

SD

v

 = 

0.011 x 1.0032 = 

0.011 µL

Random error (

Sdv

):

 

DESCRIPTION

P10M

P20M

P100M

P200M

P300M

P1200M

P5000M

P10mLM

Connecting nut

F807012

F807012

F807012

F807012

F807012

F807012

F807012

F807012

Battery tag, 1x4

F807013

F807013

F807013

F807013

F807013

F807013

F807013

F807013

Ejector tag, 1x4

F807014

F807014

F807014

F807014

F807014

F807014

F807014

F807014

Power supply USB

F807015

F807015

F807015

F807015

F807015

F807015

F807015

F807015

Power tub cover

F807022

F807022

F807022

F807022

F807022

F807022

F807022

F807022

Battery window

F807005

F807005

F807005

F807005

F807005

F807005

F807005

F807005

Ejector window

F807006

F807006

F807006

F807006

F807006

F807006

F807006

F807006

Lubrican tube 3.5g

-

F3070902

F3070902

F3070902

F3070902

F3070902

F3070902

F3070902

Seal, 1x5

F161902

-

-

-

-

-

-

-

Seal & O-Ring, 5 sets

-

F144863

-

-

-

-

-

-

O-ring, 1x5

-

-

F807146

F2070501

F807134

F807152

F807148

F807149

Tip holder, upper part

F2070117

F2070117

F807135

F2070517

F2070517

F2070617

-

-

Tip holder, lower part

F2070218

F2070318

F807136

F2070518

F807153

F2070618

F2070719

F807147

Button assembly

F807141

F807142

F807119

F807143

F807120

F807121

F807122

F807123

Tip ejector assembly

F807008

F807009

F807130

F807010

F807010

F807011

F807131

F807132

Piston assembly

F807017

F807018

F807126

F807019

F807127

F807020

F807128

F807129

Chapter 21 

rEPLACEMENT PArTS

 

DESCRIPTION

P8X10M

P12X10M

P8X20M

P12X20M

P8X100M

P12X100M P8X200M

P12X200M P8X300M

P12X300M P8X1200M 12X1200M

Battery tag, 1x4

F807013

F807013

F807013

F807013

F807013

F807013

F807013

F807013

F807013

F807013

F807013

F807013

Ejector tag, 1x4

F807014

F807014

F807014

F807014

F807014

F807014

F807014

F807014

F807014

F807014

F807014

F807014

Power supply USB

F807015

F807015

F807015

F807015

F807015

F807015

F807015

F807015

F807015

F807015

F807015

F807015

Power tub cover

F807022

F807022

F807022

F807022

F807022

F807022

F807022

F807022

F807022

F807022

F807022

F807022

Battery window

F807005

F807005

F807005

F807005

F807005

F807005

F807005

F807005

F807005

F807005

F807005

F807005

Ejector window

F807006

F807006

F807006

F807006

F807006

F807006

F807006

F807006

F807006

F807006

F807006

F807006

Button assembly

F807141

F807141

F807144

F807144

F807124

F807124

F807143

F807143

F807145

F807145

F807125

F807125

Ejector spacer

F507001

F507003

F507001

F507003

F507001

F507003

F507001

F507003

F507001

F507003

F807139

F807140

Ejector spacer D10

F807117

F807118

-

-

-

-

-

-

-

-

-

-

Ejector lock

F507008

F507008

F507008

F507008

F507008

F507008

F507008

F507008

F507008

F507008

F507008

F507008

Tip ejector assembly

F507005

F507006

F507005

F507006

F507005

F507006

F507005

F507006

F507005

F507006

F807137

F807138

Ejector 

spacer

Ejector lock

Tip ejector 

assembly

Multichannel Models

Figure 19

Multichannel ejector

Single Channel Models

Summary of Contents for F81040

Page 1: ...User s Guide EN...

Page 2: ...D 18 Tip Ejector Extension for Use with P10M 18 Personal Label Name and or Application Tag 19 GOOD LABORATORY PRACTICE FEATURES 19 General 19 Cycle Counters 19 Alarms 20 POWER MANAGEMENT 20 Battery Ch...

Page 3: ...fatigue and increase pipetting efficiency PIPETMAN M Connected is a unique pipette with only two buttons to operate the pipette and reach all menu options PIPETMAN M Connected features the classic PIP...

Page 4: ...9 10 11 12 13 14 15 16 17 18 19 Upper part Push button and volume adjustment knob Menu button direct access to all menu functions Tip ejector button Display Elastomer plug to cover the battery chargi...

Page 5: ...the tip by pressing the ejection button Your PIPETMAN M Connected is ready for the next pipetting cycle while maintaining the volume and the last settings Continue pipetting as you would with your mec...

Page 6: ...g protocol first change the pipetting speed of your pipette refer to Chapter 8 PIPETTING SPEED CONTROL on page 15 Aspiration can be done by using the standard speed by default speed 6 Dispensing shoul...

Page 7: ...nables personalized pipetting protocol creation on a PC or tablet for transfer to PIPETMAN M Connected through PIPETMAN M Connected Software an easy to use software To use this mode on a PC the softwa...

Page 8: ...pending on your application You can change aspiration speed and dispensing speed independently from very slow to very fast speed 1 speed 6 Your speed selection is memorized for each pipetting mode unt...

Page 9: ...4 5 P10mLM 5 7 4 5 P8x10M P12x10M 1 1 P8x20M P12x20M 2 3 1 P8x100M P12x100M 2 4 1 P8x200M P12x200M 2 3 1 P8x300M P12x300M 2 3 1 P8x1200M P12x1200M 2 4 2 3 Table 1 Immersion depth and wait time Mold an...

Page 10: ...surface of the liquid refer to Immersion Depth and Wait Time Table 1 on page 17 Change the tip before aspirating a different liquid sample or reagent Change the tip if a droplet remains at the end of...

Page 11: ...thium Ion battery Operation on the battery is done at user s risk only Opening the pipette voids the warranty Alarms Low battery warning Service is overdue warning refer to Chapter 15 MAINTENANCE on p...

Page 12: ...mber of readjustments carried out by this pipette NOTE Changes of service settings will reset all the service info to zero Chapter 14 CONFIGURATION Enter the menu using the menu button You will find n...

Page 13: ...tion Enter the sub menu in the same way and select the ADJUSTMENT menu The adjustment menu allows you to access the following items Standard readjustment Reset settings Standard Readjustment This menu...

Page 14: ...Chapter 21 REPLACEMENT PARTS on page 34 To access the O ring remove the tip ejector and unscrew the lower part of the tip holder You should now be able to remove the O ring from the piston Sometimes t...

Page 15: ...er 16 CLEANING AND DECONTAMINATION PIPETMAN M Connected is designed so that the parts normally in contact with contaminants can easily be cleaned and decontaminated As part of your quality system you...

Page 16: ...nents with distilled or sterile water 4 Leave the parts to dry by evaporation or wipe them with a clean lint free tissue or soft cloth 5 Lubricate the piston and reassemble the pipette according to th...

Page 17: ...e used with the recommended PIPETMAN DIAMOND Tips Under these conditions Gilson volumetric specifications in standard pipetting PIPET mode are guaranteed with a performance exceeding ISO 8655 2 recomm...

Page 18: ...22 F807022 F807022 F807022 F807022 F807022 F807022 Battery window F807005 F807005 F807005 F807005 F807005 F807005 F807005 F807005 Ejector window F807006 F807006 F807006 F807006 F807006 F807006 F807006...

Page 19: ...ture and pressure for distilled water TEMPERATURE AIR PRESSURE HPA C 800 853 907 960 1013 1067 15 1 0018 1 0018 1 0019 1 0019 1 0020 1 0020 15 5 1 0018 1 0019 1 0019 1 0020 1 0020 1 0021 16 1 0019 1 0...

Page 20: ...R IMPLIED INCLUDING ANY WARRANTIES OF MERCHANTABILITY AND ANY WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE UNDER NO CIRCUMSTANCES SHALL GILSON BE LIABLE FOR ANY CONSEQUENTIAL PUNITIVE INDIRECT OR IN...

Page 21: ...gilson com contactus LT801594 G 2021 Gilson Inc All rights reserved...

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