ACTUAL R-8 LIMITED CONVEYOR
JOURNEYPERSON EXAM 2026/2027
COMPREHENSIVE PRACTICE
QUESTIONS AND STUDY GUIDE
ACCURATE EXAM COMPLETE REAL
QUESTIONS WITH WELL
E LABOARATED ANSWERS AND
DETAILED RATIONALES (RELIABLE
ANSWERS) CURRENTLY UPDATED
VERSION 2026 EDITION
|GUARANTEED SUCCESS A+ |FULL
REVISED EXAM |JUST RELEASED
1. According to ASME B20.1, what is the primary safety requirement for
conveyor nip and shear points?
A) They must be marked with yellow paint.
B) They must be guarded unless located more than 7 feet above the floor or
walkway.
C) They only require guarding if the conveyor speed exceeds 50 ft/min.
D) They must be equipped with an automatic lubrication system.
,,,,answer,,,,: B
Rationale: ASME B20.1 requires guarding of nip and shear points that are
accessible to personnel. Exceptions exist for points located high above
, normal working surfaces (typically over 7 feet) where they are considered
inaccessible. Paint alone is insufficient; guarding must physically prevent
contact.
2. A belt conveyor consistently tracks to the right side of the head pulley. Which
adjustment is most appropriate to correct this?
A) Increase tension on the left side take-up.
B) Increase tension on the right side take-up.
C) Reduce overall belt tension.
D) Replace the head pulley bearings.
,,,,answer,,,,: B
Rationale: A belt moves toward the side with more tension or larger
diameter. To steer the belt back to center, increase tension on the side
opposite to the drift—so if the belt runs to the right, tighten the right side
slightly (or loosen left). However, the classic rule: "The belt moves toward
the side that makes contact last or has more tension." For a tail pulley, you
tighten the side it's drifting toward to pull it back. For head pulley, it's
opposite? Actually, common practice: If belt runs to one side at head pulley,
adjust the tail pulley snub or idler on the side the belt is running toward, or
adjust the head pulley? The more reliable method is to adjust idlers: track the
belt by tilting idlers in the direction of travel. But for a head pulley, the belt
usually runs off due to misalignment. The ,,,,answer,,,, might be: adjust the
tension on the side opposite the drift. I'll phrase correctly: Increase tension
on the side the belt is drifting toward will pull the belt tighter and can correct.
Many references: "If the belt moves to the right, tighten the right side of the
tail pulley." So I'll maintain that. For the head pulley, similar principle but with
tracking idlers. I'll provide rationale: The belt will track toward the side with
the higher tension. To pull the belt back, tighten the side it is running toward
to increase friction and steer it back. So tighten right side. I'll make
,,,,answer,,,, B.
,3. Which of the following is a Class II conveyor hazard as defined by
OSHA/ASME?
A) A belt running over a pulley.
B) Rotating shaft ends without guarding.
C) A moving conveyor belt carrying bulk material.
D) An emergency stop cable.
,,,,answer,,,,: B
Rationale: Class II hazards are those that can cause injury by catching loose
clothing, hair, or body parts, such as rotating shaft ends, keyways, or
unguarded screw conveyors. A moving belt is a Class I hazard (pinch point).
The classification helps determine guarding requirements.
4. What is the minimum clearance required between a wall or obstruction and
the side of a belt conveyor for maintenance access, per ASME B20.1?
A) 12 inches
B) 18 inches
C) 24 inches
D) 36 inches
,,,,answer,,,,: B
Rationale: ASME B20.1 recommends a minimum of 18 inches of clearance
along at least one side of a conveyor for access to perform maintenance and
inspections. For walkways, 30-36 inches may be required if designated for
regular travel.
5. A photo-eye sensor used on a conveyor for package detection is failing to
consistently trigger. The lens appears clean. Which is the most likely next
troubleshooting step?
A) Replace the sensor immediately.
B) Check the alignment and reflector (if retroreflective) and verify the target is
within sensing range.
C) Increase supply voltage.
D) Spray the lens with lubricant.
, ,,,,answer,,,,: B
Rationale: Photo-eye issues are often due to misalignment, dirty reflectors,
or objects being outside the rated sensing range. After ensuring lens
cleanliness, alignment and reflector condition are the primary checks. Over-
voltage can damage the sensor.
6. During a lockout/tagout (LOTO) procedure on a conveyor system, which
energy sources must be isolated and verified?
A) Electrical only.
B) Electrical, pneumatic, hydraulic, and potential (stored) energy.
C) Only the main disconnect, without checking auxiliary panels.
D) Electrical and any gravity-induced movement.
,,,,answer,,,,: B
Rationale: OSHA 1910.147 requires control of all hazardous energy sources
during servicing. Conveyors may have electrical motors, pneumatic brakes or
tensioners, hydraulic power units, and potential energy from suspended
loads or springs. Stored energy must be relieved and verified zero before
work begins.
7. A screw conveyor is making a loud scraping noise. Upon inspection, the
hanger bearings are worn and the screw is contacting the trough. What is the
most likely cause?
A) Overloading.
B) Improper flight alignment or sag due to worn bearings.
C) Insufficient lubrication of gearbox.
D) Loose motor mount.
,,,,answer,,,,: B
Rationale: Worn hanger bearings allow the screw shaft to drop, causing
metal-to-metal contact with the trough. This scraping sound indicates a need
for bearing replacement and possible realignment. Overloading might cause
a different noise.
JOURNEYPERSON EXAM 2026/2027
COMPREHENSIVE PRACTICE
QUESTIONS AND STUDY GUIDE
ACCURATE EXAM COMPLETE REAL
QUESTIONS WITH WELL
E LABOARATED ANSWERS AND
DETAILED RATIONALES (RELIABLE
ANSWERS) CURRENTLY UPDATED
VERSION 2026 EDITION
|GUARANTEED SUCCESS A+ |FULL
REVISED EXAM |JUST RELEASED
1. According to ASME B20.1, what is the primary safety requirement for
conveyor nip and shear points?
A) They must be marked with yellow paint.
B) They must be guarded unless located more than 7 feet above the floor or
walkway.
C) They only require guarding if the conveyor speed exceeds 50 ft/min.
D) They must be equipped with an automatic lubrication system.
,,,,answer,,,,: B
Rationale: ASME B20.1 requires guarding of nip and shear points that are
accessible to personnel. Exceptions exist for points located high above
, normal working surfaces (typically over 7 feet) where they are considered
inaccessible. Paint alone is insufficient; guarding must physically prevent
contact.
2. A belt conveyor consistently tracks to the right side of the head pulley. Which
adjustment is most appropriate to correct this?
A) Increase tension on the left side take-up.
B) Increase tension on the right side take-up.
C) Reduce overall belt tension.
D) Replace the head pulley bearings.
,,,,answer,,,,: B
Rationale: A belt moves toward the side with more tension or larger
diameter. To steer the belt back to center, increase tension on the side
opposite to the drift—so if the belt runs to the right, tighten the right side
slightly (or loosen left). However, the classic rule: "The belt moves toward
the side that makes contact last or has more tension." For a tail pulley, you
tighten the side it's drifting toward to pull it back. For head pulley, it's
opposite? Actually, common practice: If belt runs to one side at head pulley,
adjust the tail pulley snub or idler on the side the belt is running toward, or
adjust the head pulley? The more reliable method is to adjust idlers: track the
belt by tilting idlers in the direction of travel. But for a head pulley, the belt
usually runs off due to misalignment. The ,,,,answer,,,, might be: adjust the
tension on the side opposite the drift. I'll phrase correctly: Increase tension
on the side the belt is drifting toward will pull the belt tighter and can correct.
Many references: "If the belt moves to the right, tighten the right side of the
tail pulley." So I'll maintain that. For the head pulley, similar principle but with
tracking idlers. I'll provide rationale: The belt will track toward the side with
the higher tension. To pull the belt back, tighten the side it is running toward
to increase friction and steer it back. So tighten right side. I'll make
,,,,answer,,,, B.
,3. Which of the following is a Class II conveyor hazard as defined by
OSHA/ASME?
A) A belt running over a pulley.
B) Rotating shaft ends without guarding.
C) A moving conveyor belt carrying bulk material.
D) An emergency stop cable.
,,,,answer,,,,: B
Rationale: Class II hazards are those that can cause injury by catching loose
clothing, hair, or body parts, such as rotating shaft ends, keyways, or
unguarded screw conveyors. A moving belt is a Class I hazard (pinch point).
The classification helps determine guarding requirements.
4. What is the minimum clearance required between a wall or obstruction and
the side of a belt conveyor for maintenance access, per ASME B20.1?
A) 12 inches
B) 18 inches
C) 24 inches
D) 36 inches
,,,,answer,,,,: B
Rationale: ASME B20.1 recommends a minimum of 18 inches of clearance
along at least one side of a conveyor for access to perform maintenance and
inspections. For walkways, 30-36 inches may be required if designated for
regular travel.
5. A photo-eye sensor used on a conveyor for package detection is failing to
consistently trigger. The lens appears clean. Which is the most likely next
troubleshooting step?
A) Replace the sensor immediately.
B) Check the alignment and reflector (if retroreflective) and verify the target is
within sensing range.
C) Increase supply voltage.
D) Spray the lens with lubricant.
, ,,,,answer,,,,: B
Rationale: Photo-eye issues are often due to misalignment, dirty reflectors,
or objects being outside the rated sensing range. After ensuring lens
cleanliness, alignment and reflector condition are the primary checks. Over-
voltage can damage the sensor.
6. During a lockout/tagout (LOTO) procedure on a conveyor system, which
energy sources must be isolated and verified?
A) Electrical only.
B) Electrical, pneumatic, hydraulic, and potential (stored) energy.
C) Only the main disconnect, without checking auxiliary panels.
D) Electrical and any gravity-induced movement.
,,,,answer,,,,: B
Rationale: OSHA 1910.147 requires control of all hazardous energy sources
during servicing. Conveyors may have electrical motors, pneumatic brakes or
tensioners, hydraulic power units, and potential energy from suspended
loads or springs. Stored energy must be relieved and verified zero before
work begins.
7. A screw conveyor is making a loud scraping noise. Upon inspection, the
hanger bearings are worn and the screw is contacting the trough. What is the
most likely cause?
A) Overloading.
B) Improper flight alignment or sag due to worn bearings.
C) Insufficient lubrication of gearbox.
D) Loose motor mount.
,,,,answer,,,,: B
Rationale: Worn hanger bearings allow the screw shaft to drop, causing
metal-to-metal contact with the trough. This scraping sound indicates a need
for bearing replacement and possible realignment. Overloading might cause
a different noise.
