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PerkinElmer Lambda 365 Fiber Coupling Module, Installation Instructions Manual

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PerkinElmer Lambda 365 Fiber Coupling Module Installation Instructions Manual Download Page 2

09931262E 

2

 

Dimensions and Specifications  

  

 

Figure 2  Fiber Optic Probe                                           Figure 3  Fiber Coupling Module

  

 

Physical Characteristic 

Specification 

Fiber Optic Probe 

(Part No: N4101048) 

A: Fiber Type 

Fused Silica 

B: Fiber Size 

600 

µ

m 

C: Connector 

SMA 905 

D: Probe Diameter 

∅

 0.19” OD 

E: Path Length 

10 mm 

Spectral Range 

200 nm ~ 1100 nm 

 

Overall Length (OAL) 

100 ~ 120 cm 

 

Breakout Length (BOL) 

18 ~ 23cm 

 

Probe Length (PL) 

15.2 cm 

Fiber Coupling Module 

(Part No: N4101013) 

Dimension (mm) 

132(W) x 138(H) x 280(D) 

Weight (Kg) 

0.92 

 

Configuration of Fiber Coupling Module 

 

Figure 4  Fiber Coupling Module 

- Used to fix a front plate for Fiber Coupling Module 
- Spare screws (2ea) are enveloped with the accessory 

Figure 5  Phillips round head screw with washer (M4 *12L) 

 

Figure 6  1.5 mm wrench 

Summary of Contents for Lambda 365 Fiber Coupling Module

Page 1: ... the part numbers See our website http perkinelmer com PerkinElmer s catalog service offers a full selection of high quality supplies To place an order for supplies and many replacement parts request a free catalog or ask for information If you are located within the U S call toll free 1 800 762 4002 8 a m to 8 p m EST Your order will be shipped promptly usually within 24 hours If you are located ...

Page 2: ...Path Length 10 mm Spectral Range 200 nm 1100 nm Overall Length OAL 100 120 cm Breakout Length BOL 18 23cm Probe Length PL 15 2 cm Fiber Coupling Module Part No N4101013 Dimension mm 132 W x 138 H x 280 D Weight Kg 0 92 Configuration of Fiber Coupling Module Figure 4 Fiber Coupling Module Used to fix a front plate for Fiber Coupling Module Spare screws 2ea are enveloped with the accessory Figure 5 ...

Page 3: ...be 3 Remove the two M3x10L cross recessed flat head screws with washer using a Phillips screw driver Figure 7 Separate the optical fiber probe clamp 4 Insert connectors of the fiber optic probe trough the optical fiber probe clamp Figure 8 Inserting the fiber optic probe 5 Fix the two M3x10L cross recessed flat head screws Figure 9 Fixing two screws ...

Page 4: ...obe 7 Make sure that the fiber coupling module and fiber optic probe are connected correctly as below Figure 11 Fiber coupling module with fiber optic probe 8 Remove the two Phillips round head screws with washer M4 12L to disassemble the existing cell holder and base plate Figure 12 Location of the Phillips round head screws with washer M4 12L ...

Page 5: ...compartment Figure 14 Inserting the Fiber coupling module with fiber optic probe 11 Tighten the Fiber Coupling Module in the sample compartment with the screws Figure 15 Screw location 12 Dip the fiber optic probe into the liquid sample 13 Align the optimum position by moving Fiber Optic Probe itself The alignment procedure will be described in the section of Alignment of Fiber Optic Probe ...

Page 6: ...Start the System Self Test after warming up the system for at least 20 minutes 1 Install a single cell holder and base plate 2 Double click on the UV Express folder and select experiment mode for starting 3 The following window will appear Make sure that the sample compartment is closed firmly and select OK 4 Click OK after finishing the System Self Test ...

Page 7: ... fiber optic probe referring to the Installation procedures on page 3 2 Select New to open a new window Select Experiment Type and select OK 3 Click Method and set up parameters 4 Setup the experiment parameters as follows a Accessory Select the Fiber Optic Probe ...

Page 8: ...tup 5 Select Apply and OK after setting up the parameters 6 Dip the probe in the blank solution and select the Blank icon NOTE Before measurement make sure that that bubble does not exist at the mirror side of the probe NOTE When the sample is measured any light from outside of the bottled should be blocked as it affects the measurement result 7 Clean the probe and dip it in the sample solution Se...

Page 9: ...ith fiber optic probe referring to the Installation procedures on page 3 2 Select New to open a new window Select Experiment Type and select OK 3 Select Method and set up the parameters 4 Setup the experiment parameters as follows a Accessory Select the Fiber Optic Probe ...

Page 10: ... Blank icon Absorbance of selected wavelength is changed about 0 Abs NOTE Before measurement make sure that that bubble does not exist at the mirror side of the probe NOTE When sample is measured any light from outside of the bottled should be blocked as it affects the measurement result 7 Clean the probe and Dip the probe in the Standard solution Select the Standard icon Measure standard solution...

Page 11: ...ule with fiber optic probe referring to the Installation procedures on page 3 2 Select New to open a new window Select Experiment Type and select OK 3 Select Method and set up the parameters 4 Setup the experiment parameters as follows a Accessory Select the Fiber Optic Probe ...

Page 12: ... the Blank icon Absorbance of selected wavelength is changed about 0 Abs NOTE Before measurement make sure that that bubble does not exist at the mirror side of the probe NOTE When sample is measured any light from outside of the bottled should be blocked as it affects the measurement result 7 Clean the probe and Dip the probe in the Standard solution Select the Standard icon Measure standard solu...

Page 13: ...th fiber optic probe referring to the Installation procedures on page 3 2 Select New to open a new window Select Experiment Type and select OK 3 Select Method and set up parameters 4 Setup the experiment parameters as follows a Accessory Select the Fiber Optic Probe ...

Page 14: ...ter set up of parameters 6 Dip the probe in the blank solution and select the Blank icon Absorbance of selected wavelength is changed about 0 Abs NOTE Before measurement make sure that that bubble does not exist at the mirror side of the probe NOTE When sample is measured any light from outside of the bottled should be blocked as it affects the measurement result 7 Clean the probe and dip the prob...

Page 15: ...le with fiber optic probe referring to the Installation procedures on page 3 2 Select New to open a new window Select Experiment Type and select OK 3 Select Method and set up parameters 4 Setup the experiment parameters as follows a Accessory Select the Fiber Optic Probe ...

Page 16: ...nd OK after set up of parameters 6 Dip the probe in the blank solution and select the Blank icon Absorbance of selected wavelength is changed about 0 Abs NOTE Before measurement make sure that that bubble does not exist at the mirror side of the probe NOTE When sample is measured any light from outside of the bottled should be blocked as it affects the measurement result 7 Clean the probe and dip ...

Page 17: ...le with fiber optic probe referring to the Installation procedures on page 3 2 Select New to open a new window Select Experiment Type and select OK 3 Select Method and set up parameters 4 Setup the experiment parameters as follows a Accessory Select the Fiber Optic Probe ...

Page 18: ...up the parameters 6 Dip the probe in the blank solution and select the Blank icon Absorbance of selected wavelength is changed about 0 Abs NOTE Before measurement make sure that that bubble does not exist at the mirror side of the probe NOTE When sample is measured any light from outside of the bottled should be blocked as it affects the measurement result 7 Clean the probe and dip the probe in th...

Page 19: ...he following procedures 1 Execute the Scan mode of UV Express software 2 Setup the experiment parameters as follows a Accessory Select the Fiber Optic Probe b Experiment SBW is set 2 0 nm automatically Setup other experiment parameters as follows c Lamp Single Front is automatically selected If not select Single Front and setup other experiment parameters 3 Select Apply and OK after setting up the...

Page 20: ...robe has to be aligned Ex Intensity is too low 6 Loosen the three M3 setscrews on the collimator holder using a 1 5 mm wrench 7 Move slightly back and forth the fiber optic probe connector to the light source side for the alignment and then tighten the screw on the collimator holder ...

Page 21: ...62E 21 8 After finishing the alignment measure baseline again to check suitability If it is fine measure the sample Maximum intensity should be over 2000 cnt If not repeat the alignment procedure 1 to 7 above ...

Page 22: ...09931262E 22 ...

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