Agilent Technologies VS C15 Series Guida

Calibrated Leak

Replacement for VS

C15, VS, and

(G8610, G8611, or

G8612) Series Leak

Detectors

Vacuum Products Division

FIELD REPLACEMENT

INSTRUCTIONS

Part Number 699909998

Rev. C

July 2017

Calibrated Leak Replacement for VS C15, VS, and (G8610, G8611, or G8612) Series Leak Detectors

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Agilent Field Instruction Sheet

Calibrated Leak Replacement for VS C15, VS, and (G8610, G8611, or G8612) Series Leak Detectors

Preface

This instruction sheet gives the procedure for replacing the calibrated leak for both the VS C15 (“Section One: VS C15

Calibrated Leak Replacement” on page 3), VS Series leak detectors (“Section Two: Calibrated Leak Replacement for

VS Series Leak Detectors” on page 7), and (G8610, G8611, or G8612) series leak detectors ("Section Three: Calibrated

Leak Replacement for G8610, G8611, or G8612"). This manual is shipped with material VSFLDCL for calibrated leak

replacement.

Documentation Standards

This manual uses the following documentation standards:

NOTE Notes contain important information.

CAUTION

Cautions appear before instructions, which if not followed, could cause damage

to the equipment or data loss.

WARNING

Warnings appear for a particular procedure or practice which, if not

followed correctly, could lead to serious injury or death.

Hazard and Safety Information

Operators and service personnel must be aware of all hazards associated with this equipment. They must know how

to recognize hazardous and potentially hazardous conditions, and know how to avoid them. The consequences of

unskilled, improper, or careless operation of the equipment can be serious. Every operator or service person must

read and thoroughly understand operation/maintenance manuals and any additional information provided by Agilent.

All warning and cautions must be read carefully and strictly observed. Consult local, state, and national agencies

regarding specific requirements and regulations. Address any safety, operation, and/or maintenance questions to

your nearest Agilent office.

Solvents

WARNING

The mechanical components of leak detectors may be cleaned with one of the

recommended solvents. When heated, sprayed, or exposed to high-temperature

equipment, these solvents become flammable and explosive, causing serious

injury or death. Do not use these solvents near a high-temperature source.

Ventilate the working area with a blower and work in a large, well-ventilated room.

Calibrated Leak Replacement for VS C15, VS, and (G8610, G8611, or G8612) Series Leak Detectors

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Solvents are irritants, narcotics, depressants and/or carcinogens. Their inhalation

and/or ingestion may produce serious side effects. Prolonged or continued

contact with the skin results in absorption through the skin and moderate toxicity.

Always ensure that cleaning operations are carried out in large, well-ventilated

rooms, and wear eye shields, gloves, and protective clothing.

Vacuum Equipment and Cleanliness

Cleanliness is vital when servicing the leak detector or any vacuum equipment. There are some techniques that

are more important in leak detector servicing than in general vacuum work:

O-ring Care

When removing, checking or replacing O-rings, keep in mind the following:

NOTE Agilent recommends replacing all O-rings during routine maintenance or during

any maintenance procedure requiring that O-rings be removed.

CAUTION Remove O-rings carefully with your fingers. Do not use metal tools for this task; this

prevents scratching of any sealing surfaces.

•Wipe all O-rings clean with a lint-free cloth before installation to ensure that no

foreign matter is present to impair the seal.

•Do not use grease or any other substance on O-rings that will come in contact

with the vacuum surfaces.

•Do not use alcohol, methanol or other solvents on O-rings. Doing so causes

deterioration and reduces their ability to hold a vacuum.

•Agilent does not recommend the use of vacuum grease. If applicable, apply a

small amount of Apiezon®L grease and wipe the O-rings shiny dry.

Hazard and Safety Information

The common international symbols used in this manual and on the equipment are defined below.

OFF Supply (Power)

Earth (Ground) Terminal

ON Supply (Power)

Caution, Hot Surface

AC –Alternating Current

Caution, Risk of Electrical

Shock

Warning, Risk of danger

Protective Conductor Terminal

Frame or chassis Terminal

Calibrated Leak Replacement for VS C15, VS, and (G8610, G8611, or G8612) Series Leak Detectors

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Section One: VS C15 Calibrated Leak Replacement

Equipment Required

•M4 Allen Wrench

•Flat Head Screwdriver

Installation Procedure

WARNING Disconnect power from the unit before performing any maintenance procedure that

requires physically disconnecting any part of the system.

1. Disconnect the power to back of the unit and unplug.

2. Wait 30 seconds for the high voltage to dissipate.

3. Using an M4 Allen wrench, remove the two screws on the unit’s top and open the unit (Figure 1: Unit Top Screws).

Figure 1: Unit Top Screws

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4. Loosen and remove the clamp (Figure 2: Remove Clamp).

Figure 2: Remove Clamp

5. Disconnect the cable from the calibrated leak board (Figure 3: Cable to Calibrated Leak Connection).

Figure 3: Cable to Calibrated Leak Connection

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6. Remove the assembly and use a flat head screw driver to remove the two screws holding the calibrated leak

(Figure 4: Calibrated Leak Screws).

Figure 4: Calibrated Leak Screws

7. Discard the calibrated leak and the O-ring.

8. Inspect the replacement calibrated leak and O-ring for damage or particle contamination and remove any

particle contamination.

9. Install the O-ring in the groove and then assemble the replacement calibrated leak to the valve block using a

slotted screwdriver.

10.Connect the calibrated leak temperature cable end labeled P1A to the leak assembly board connector J1A

(Figure 5: Leak Assembly Board Connection).

Figure 5: Leak Assembly Board Connection

Calibrated Leak Replacement for VS C15, VS, and (G8610, G8611, or G8612) Series Leak Detectors

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11.Reattach the leak assembly to the flange with the clamp.

12.Close the cover and secure using the existing hardware.

13.Power up the VS C15 component leak detector.

14.Set up the Internal Calibrated Leak by either:

•Setting up the Internal Calibrated Leak Option via the front panel display by:

a. Select Advanced Parameters > Internal Type and select STD LEAK.

b. Select Maintenance > Internal Calibrated Leak and input the calibration data from the Calibration Certificate

for the internal calibrated leak including:

• Internal Leak Value

• Temperature

• Temperature coefficient factor

• Cal Leak - Date of Expiration

c. Validate the setup using the Calibration Set Up menu: the temperature compensated leak value, internal

cali-brated leak temperature and date of expiration.

—or —

•Setting up the Internal Calibrated Leak Option via the RS232 serial communications port (see the operation

manual for communicating via the RS232 serial port) by:

a. Enter the following commands:

•1 INIT-INTERANL-TYPE

•X.XE-0X INIT-STDLEAK (Enter the leak rate value from the calibration certificate ex. 1.8E-07 INIT-STDLEAK).

•XX.X INIT-LEAKTEMP (Enter the temperature from the calibration certificate ex. 23.5 INIT-LEAKTEMP).

•-/+XX INIT-TEMPFACTOR (Enter the temperature coefficient from the calibration certificate ex. -7 INIT-

TEMPFACTOR).

•mm dd yyyy INIT-LKEXPIRE (Enter the date of expiration from the calibration certificate ex. 12 22 2008 INIT-

LKEXPIRE).

b. Validating that the correct internal leak data was inputted (data from the Calibration Certificate) by:

• ?STDLEAK (reports back the value of the internal calibrated leak).

• ?LEAKTEMP (reports back the temperature of the calibrated leak from the factory calibration).

• ?TEMPFACTOR (reports back the temperature coefficient).

• ?LKEXPIRE (reports back the date of expiration).

Perform an internal calibration (via the I/O, Front Panel Display or RS232) to validate a successful installation of

the internal calibrated leak.

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Section Two: Calibrated Leak Replacement for VS Series Leak Detectors

Equipment Required

•Extended Length M5 Allen Wrench (included with leak detector)

•Slotted Screw Driver

Installation Procedure

For clarity, some items have been omitted from views.

Figure 1: Rear Cover Screws

WARNING Disconnect power from the unit before performing any maintenance procedure that

requires physically disconnecting any part of the system.

1. Turn off the power switch located on the back of the unit and unplug.

2. Wait 30 seconds for the high voltage to dissipate.

3. Using an extended length M5 Allen wrench, remove the four screws holding the rear plastic cover (Figure 1:

Rear Cover Screws) and detach the rear plastic cover from the unit.

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Figure 2: Calibrated Leak Location

4. Carefully disconnect the calibrated leak temperature cable from the calibrated leak PC board.

5. Using a slotted screwdriver, remove the two screws holding the calibrated leak in place (Figure 2: Calibrated

Leak Location).

6. Discard the calibrated leak and the O-ring.

7. Inspect the replacement calibrated leak and O-ring for damage or particle contamination and remove any

particle contamination.

8. Install the O-ring in the groove and then assemble the replacement calibrated leak to the valve block using a

slotted screwdriver (Figure 2: Calibrated Leak Location).

9. Reconnect the calibrated leak temperature cable to the replacement calibrated leak.

Figure 3: High Voltage Location

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