Reading...
Play button
Play button
Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
40 Cards in this Set
- Front
- Back
|
What rating level has the responsibility for maintaining liquid oxygen (LOX) converter test stands?
|
E-6 and E-7
|
|
|
Which of the following is NOT a part of the 59A120 test stand?
1. Differential pressure guage 2. Linear flow element 3. Bell jar 4. Vacuum pump |
4. Vacuum pump
|
|
|
How many linear flow elements can be found on the 59A120 test stand?
|
Four
|
|
|
When preparing the 59A120 test stand for use is divided into 5 separate tasks, which of the following is NOT accomplished by the PR?
1. Installation 2. Visual Inspection 3. Correction and preparation 4. Leakage testing |
3. Correction and preparation
|
|
|
Weekly inspections are performed on the 59A120 test stand. They may be broken down into operating hours. What total number of operating hours is considered a week?
|
50 hr.
|
|
|
Which inspection requires you to zero the test pressure gage?
|
Daily
|
|
|
What inspection interval is the relief valve set?
|
Monthly
|
|
|
What is the calibration requirement time interval on the 59A120 test stand?
|
Every 6 months.
|
|
|
What cleaning agent is used to clean external parts of the 59A120 test stand?
|
MIL-C-81302, Type 1
|
|
|
Where are the test adapters stored for the 59A120 test stand?
|
In the accessory tray
|
|
|
To remove dust and any foreign matter from the surfaces of the gage tester after removing the front panel on the 59A120 test stand, what maximum air pressure should you use?
|
10 psig.
|
|
|
When using air pressure for cleaning, all interconnecting pipes, hoses, and fittings must be cleaned with what maximum air pressure?
|
160 psi
|
|
|
What chemical is used to clean the terminals of the Liquid Oxygen Quantity Gage Tester on the 59A120 test stand?
|
Type I Freon.
|
|
|
Who is responsible for calibrating the 59A120 test stand?
|
On-site meteorology calibration team.
|
|
|
What should you use to clean the O-ring that is installed in the bell jar?
|
Distilled water.
|
|
|
After you clean the O-ring on the bell jar, it should be lubricated with...
|
MIL-G-27617
|
|
|
What manual gives you information on the procedures for correction card preparation and calibration?
|
NAVAIR 13-1-6.4
|
|
|
What component does NOT require a correction card?
|
PG-2
|
|
|
To prepare the correction cards, you must convert the actual liter-per-minute to...
|
Indicated millimeters.
|
|
|
After converting the actual liter-per-minute, at what time will you enter the indicated flows?
|
When calibrating the test stand.
|
|
|
How many graphs are supplied with the calibration kit for the 59A120 test stand?
|
Four.
|
|
|
How can you be sure you have the right graphs for the test stand you are going to calibrate?
|
The graphs will have the same serial numbers as the test stand.
|
|
|
When preparing the differential pressure gage correction card, you must connect the precision 0 to 100 in. H2O low-pressure gage to...
|
Bell jar bottom coupling.
|
|
|
When preparing the differential pressure gage correction card, what initial pressure is used to compare the readings on the 0 to 100 in. H2O low-pressure gage and the differential pressure gage?
|
100 in. H2O
|
|
|
To complete the differential pressure gage correction card after making the correction for 100 in. H2O, you must drop the pressure in what increments?
|
20 in. H2O
|
|
|
To prepare the test pressure gage correction card, you must connect the bell jar bottom coupling to what precision gage?
|
0 to 200 psig
|
|
|
The pointer of the low-pressure test gage can be adjusted by what method?
|
Turning the adjustment screw on the back of the gage.
|
|
|
When preparing the correction card for the low-pressure test gage, you use the bleed valve to reduce the pressure indicated on the precision-0-to-200-psig pressure test gage. What maximum increments are used to reduce the indicated pressure?
|
2 psig.
|
|
|
When preparing the linear flow element correction cards, you should start with which of the lpm flow elements?
|
0 to 150
|
|
|
By setting the O2 supply valve V-6 to 150 lpm on the 500 to 750mm calibration kit flow element, the flow, in. H2O, will be displayed on what flowmeter indicators?
|
PG-2
|
|
|
How many graphs are supplied with the calibration kit for the 59A120 test stand?
|
Four.
|
|
|
How can you be sure you have the right graphs for the test stand you are going to calibrate?
|
The graphs will have the same serial numbers as the test stand.
|
|
|
When preparing the differential pressure gage correction card, you must connect the precision 0 to 100 in. H2O low-pressure gage to...
|
Bell jar bottom coupling.
|
|
|
When preparing the differential pressure gage correction card, what initial pressure is used to compare the readings on the 0 to 100 in. H2O low-pressure gage and the differential pressure gage?
|
100 in. H2O
|
|
|
To complete the differential pressure gage correction card after making the correction for 100 in. H2O, you must drop the pressure in what increments?
|
20 in. H2O
|
|
|
To prepare the test pressure gage correction card, you must connect the bell jar bottom coupling to what precision gage?
|
0 to 200 psig
|
|
|
The pointer of the low-pressure test gage can be adjusted by what method?
|
Turning the adjustment screw on the back of the gage.
|
|
|
When preparing the correction card for the low-pressure test gage, you use the bleed valve to reduce the pressure indicated on the precision-0-to-200-psig pressure test gage. What maximum increments are used to reduce the indicated pressure?
|
2 psig.
|
|
|
When preparing the linear flow element correction cards, you should start with which of the lpm flow elements?
|
0 to 150
|
|
|
By setting the O2 supply valve V-6 to 150 lpm on the 500 to 750mm calibration kit flow element, the flow, in. H2O, will be displayed on what flowmeter indicators?
|
PG-2
|
