The one statement that best describes a “battery of fixtures” is :
A. All fixtures from one compartment discharging into a common branch
B. Back-to-Back water closets discharging into a common branch
C. Any group of two or more similar adjacent fixtures that discharge into a common horizontal waste or soil branch
D. A two compartment sink discharging into a common branch
C. Any group of two or more similar adjacent fixtures that discharge into a common horizontal waste or soil branch
The distance that a building house drain shall be considered to extend outside a building wall:
A. 1’ (25.4mm)
B. 2’ (51mm)
C. 3’ (76mm)
D. 5’ (1524mm)
D. 5’ (1524mm)
The Caliber of hard temper ‘L’ copper tube shall mean:
A. Nominal inside diameter
B. Nominal outside diameter
C. Actual inside diameter (I.D.)
D. Actual outside diameter (O.D.)
C. Actual inside diameter (I.D.)
In a complete plumbing installation, in order to prevent back-siphonage at lavatory, it is common to make use of:
A. A system of cross-connection
B. A system of continuous venting if a lavatory is of one group
C. A system of common venting if the lavatory is one of two set back-to-back
D. An air gap between a faucet sprout and the flood level rim of the fixture
D. An air gap between a faucet sprout and the flood level rim of the fixture
A. Yellow brass.
B. silver brass.
C. Red brass.
D. Brass pipe buried in cinders.
A. Yellow brass
A. 5’.
B. 4’.
C. 3’.
D. 2’.
D. 2’
A. Acid waste.
B. Water softening.
C. Hot water piping.
D. Septic tanks.
B. Water softening
A. Less danger of an explosion if the line breaks.
B. use of water better simulates actual operating conditions.
C. Easier to discover leaks.
D. Water being in-compressible, there is little danger getting high pressures into the pipe.
A. Less danger of an explosion if the line breaks
A. Argon.
B. Oxygen.
C. Nitrogen.
D. Hydrogen.
C. Nitrogen
A. 15 min.
B. 10 min.
C. 30 min.
D. 60 min.
A. 15 min
A. 50 psi a minimum of 30 minutes.
B. 6 lbs. per sq. in. of air pressure .
C. 10 psi of air pressure.
D. 22 inch column of mercury.
A. 50 psi a minimum of 30 minutes
A. Pipe wrench.
B. Monkey wrench.
C. Open-end wrench.
D. Strap wrench.
B. Monkey wrench
A. Dip.
B. Crown weir.
C. Crown.
D. Seal.
A. Dip
A. Every dry vent connecting to a horizontal drain shall connect above the centerline of the horizontal drain pipe.
B. a vent connecting to the drain pipe through a fitting at an angle not greater then 45 degrees to the vertical.
C. In lieu of a common vent.
D. When the fixture is located against a wall.
A. Every dry vent connecting to a horizontal drain shall connect above the centerline of the horizontal drain pipe.
A. Circuit bent.
B. common vent.
C. Loop vent.
D. Relief vent.
D. Relief vent.
A. Building trap, a device or fitting, without joints within the water seal, installed in the building drain to prevent circulation of air between the drainage system of the building and the building sewer.
B. bell trap.
C. Crown-vented trap.
D. Traps that depend on moving parts to maintain the seal?
A. Building trap, a device or fitting, without joints within the water seal, installed in the building drain to prevent circulation of air between the drainage system of the building and the building sewer.
A. Air break (drainage system).
B. air hap (drainage system).
C. Air gap (water distribution system).
D. Air inlet valve (water system)?
C. Air gap (water distribution system).
A. Yoke vent.
B. Side vent.
C. Stack vent..
D. Branch vent.
A. Yoke vent.
A. Common vent.
B. Branch vent.
C. Continuous vent.
D. Yoke vent.
B. Branch vent.
A. Back-flow.
B. Cross-connection.
C. Back-pressure.
D. Self-siphonage.
A. Back-flow.
A. A sump pit.
B. Leaching pit.
C. Dry well.
D. Seepage pit
D. Seepage pit
A. Circuit vent pipe.
B. Local vent stack.
C. Indirect wast pipe.
D. Re-vent.
B. Local vent stack.
A. Dead end.
B. Drainage fittings.
C. Drain.
D. Developed length.
D. Developed length.
A. The vertical distance between the weir and the top of the dip of the trap.
B. The horizontal distance between the weir and the top of the dip of the trap.
C. The vertical distance between the inlet and the outlet of the trap.
D. The vertical distance between the crown and the top of the dip of the trap.
A. The vertical distance between the weir and the top of the dip of the trap.