*WP 005

Question 1

type of gauge used

Answer 1

Class A Size 4 MIL DTL 8348

Question 2

pre-op manual

Answer 2

AG-750AO-MRC-100

Question 3

nitrogen purity

Answer 3

99.5%

Question 4

controls the flow from the Manifold Assembly to the Boost Pump Regulator

Answer 4

Pump Motor Valve

Question 5

what indicates nitrogen/air pressure at the motor inlet

Answer 5

Booster air drive pressure gauge

Question 6

booster air drive pressure gauge range

Answer 6

0-200psi

Question 7

what controls the flow of nitrogen from the manifold assembly to the suction side or the pump section

Answer 7

booster pump inlet valve

Question 8

indicates pressure in the service hose

Answer 8

high pressure outlet gauge

Question 9

range of high pressure outlet gauge

Answer 9

0-5000psi (500-3500 for aircraft)

Question 10

range of cylinder pressure gauges

Answer 10

0-5000psi

Question 11

separates cylinder 1&2 from cylinders 3-6

Answer 11

manifold bypass valve

Question 12

what indicates nitrogen pressure at the inlet of the Regulator Manifold Assembly

Answer 12

Regulator Inlet Pressure Gauge

Question 13

range of the low pressure inlet gauge

Answer 13

0-600 (0-500 for aircraft)

Question 14

what type of nitrogen is used

Answer 14

Type 1 Class 2 Grade B (A-A-59503)

Question 15

to open service hose valve, turn…

Answer 15

counterclockwise

Question 16

decrease pressure by turning the regulator

Answer 16

counterclockwise

Question 17

controls the flow on nitrogen from the Manifold Assembly to the Regulator Manifold Assembly Inlet

Answer 17

Manifold Shut-off valve

Question 18

pump will automatically stop at what psi

Answer 18

3500psi

Question 19

pump drive pressure must be at ___ to obtain 3500psi when using booster air drive

Answer 19

117psi

Question 20

tire inflator kit P/N

Answer 20

M85352/1