Part III: Oil in Water

4.1.5

Sample Delivery System

1-20

4.1.6

Safe Vent (Drainage)

1-21

5.0

System Start-up/Calibration

1-22

5.1

Installation Check

1-22

5.2

Electronics Check

1-22

5.3

Electrical Check

1-22

5.4

Sample Delivery Check

1-23

5.5

Preparation for Calibration

1-23

5.5.1

Required Calibration Equipment

1-24

5.5.2 Acquisition of Representative Oil Sample

1-25

5.5.3 Acquisition of Representative Sample Water

1-25

5.5.4 Oscilloscope Display of the I to E Converter Output ..

1-25

5.5.5 Background Signal Level Determination

1-26

5.5.6Balancing of the Optics for Equal Light Transmission with

 

Zero Fluid in the Sample Cell

1-27

5.6 Calibration Fluid Preparation

1-29

5.6.1

Zero Fluid Preparation

1-29

5.6.2

Span Fluid Preparation

1-29

5.6.3

Calibration

1-30

5.6.4Calibration by Correlation with Laboratory Analysis1-32

5.6.5 Calibration of Homogenizer

1-33

5.7

System Set-Up for Automatic Operation

1-35

5.7.1 Set-Up for Automatic Sampling

1-35

5.7.2 Electronics Set-Up for Automatic Operation

1-35

6.0

Automatic Operation and Routine Operational Duties

... 1-36

6.1

System Visual Check and Response Procedure

1-36

6.2

Routine Maintenance

1-36

6.3

Suggested Preventive Maintenance Schedule

1-37

7.0

Service Procedures and Adjustments

1-38

7.1

Set-Up of the Signal Processing Front End Amplifier

1-39

7.2

Set-Up of the I to E Converter

1-39

7.3

Set-Up of the Logarithmic Amplifier

1-40

7.4

The Inverting Amplifier

1-40

7.5

The Integrated Reference and Measuring Signals

1-41

7.6

Sample Cell Maintenance

1-41

7.7

Sample System Maintenance

1-42

7.8

Zero Filter Replacement

1-42

7.9

316SS Zero Filter Cleaning Procedure

1-43

7.10

Lamp Replacement

1-44

 

 

 

 

Teledyne Analytical Instruments

Part III: iii

Page 89
Image 89
Teledyne 6600 manual Part III