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ManualsBrandsYokogawa ManualsAir equipmentIn-Situ Gas Analyzer TDLS200

<5. INSTALLATION AND WIRING> 5-5

IM 11Y01B01-01E-A 6th Edition :Feb 13, 2013-00

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5.4 Process Flange Clear Aperture

The Launch and Detect unit anges (and insertion tubes if used) should be installed in such a way that a

minimum clear through aperture (opening) diameter of 1 ½” (38 mm) when the distance between the 2” 150#

ange faces does not exceed 6ft (~2 m).

Note: Larger clear through apertures may be required when operating over longer distances –

CONSULT FACTORY for further details.

5.5 Mounting the Launch and Detect Units to the Process Flange

Securely bolt the Launch and Detect Units to the process anges using the standard bolt holes provided. Ensure

the correct size bolts, nuts, and gasket are used in accordance with the ange specications and in accordance

with the process specications when applicable.

NOTE: If the process isolation valve ange is excessively hot due to the process temperature or radiant

heat, then a thermal insolating ange gasket should be used in order to minimize the heat transfer to the

analyzer ange face.

It is generally benecial to make the ange of the Launch and Detect Units and the ange of the process

concentric with each other. Due to the large clearance provided by standard anges and bolts, it is possible to

mount the two anges in an un-concentric manner – this should be avoided to aid laser beam alignment.

Figure 28 - Clear Aperture for Launch or Detect Unit Flanges

Operating and Maintenance Manual

1. Introduction ................................................................................................... 4

1.1 Features ................................................................................................ 4

2. General Specications .................................................................................5

3. Theory of Operation...................................................................................... 6

3.1 Brief History of Reux Samplers ...................................................... 6

3.2 Filter Section ..................................................................................... 6

3.3 Steam Supplement ........................................................................... 6

3.3 Inlet Temperature Section ................................................................ 6

3.4 Heat Exchanger Section ...............................................................6-7

3.5 Outlet Temperature Section ............................................................. 7

3.6 Self Acting Temperature Controller ..................................................7

3.7 Instrument Air for the Vortex Tube ................................................... 7

3.8 Vortex Theory of Operation .............................................................. 7

4. Utility Requirements ..................................................................................... 8

4.1 Instrument Air ................................................................................... 8

4.2 Low Pressure Steam ........................................................................ 8

5. Installation ..................................................................................................... 9

5.1 Mechanical Considerations .............................................................. 9

5.2 Fast Loop Line Size and Response Times ..................................... 9

5.3 Insulation ..........................................................................................9

6. Start-Up .......................................................................................................10

7. Operation .................................................................................................... 11

7.1 Vortex Tubes ................................................................................... 11

7.2 Steam Injection ............................................................................... 11

7.3 Controller ........................................................................................ 11

8. Maintenance ...............................................................................................12

8.1 Filter Section and/or Heat Exchanger Cleaning .......................12-13

9. Trouble Shooting ........................................................................................14

9.1 Vortex Tubes ...................................................................................14

10. Sub-Component Documentation ............................................................. 15

10.1 Vortex Tube Installation and Maintenance .............................15-17

10.2 Installation and Maintenance for SA Control Valve ...............18-24

11.2.1 General Safety ................................................................ 19

11.2.2 Tech. Details ...................................................................19

11.2.3 Install and Commiss ..................................................20-22

11.2.4 Maintenance ..............................................................23-24

10.3 Supplement Safety Information ................................................... 25

10.3.1 Intended Use ..................................................................25

The following safety symbols are used on

the product as well as in this manual.

DANGER

This symbol indicates that an operator

must follow the instructions laid out in

this manual in order to avoid the risks, for

the human body, of injury, electric shock

or fatalities. The manual describes what

special care the operator must take to

avoid such risks.

WARNING

This symbol indicates that an operator must

refer to the instructions in this manual in

order to prevent the instrument (hardware)

or software from being damaged, or a

system failure from occurring.

CAUTION

This symbol gives information essential

for understanding the operations and

functions.

Note!

This symbol indicates information that

complements the present topic.