CDL Practice Tests: New York State Coil Endorsement
Choose A Section:
Go!A combination of securing devices which form an assembly that attaches cargo to, or restrains cargo on, a vehicle or trailer, and is attached to anchor point(s) is a:
- Edge Protector
- Working Load Limit
- Tiedown
- Void Filler
Tiedown:
A combination of securing devices which form an assembly that attaches cargo to, or restrains cargo on, a vehicle or trailer, and is attached to anchor point(s).
The cargo securement standard applies to commercial vehicles weighing more than:
- 26,001 lbs
- 4,500 lbs
- 10,000 lbs
- 5,000 lbs
Vehicle Type:
Vehicle Type - for commercial vehicles (trucks, truck tractors, semitrailers, full trailers and tractor-pole trailers) with a gross vehicle weight rating of more than 4,500 kgs. / 10,000 lbs.
Cargo must satisfy one of the following securement conditions except:
- Immobilized by structures of adequate strength to prevent shifting or tipping
- Fully covered by a tarp.
- Immobilized on or within a vehicle by appropriate means to prevent shifting or tipping.
- Fully contained by structures of adequate strength.
All types of cargo must satisfy one of the following three conditions when being secured:
- Fully contained by structures of adequate strength, or
- immobilized by structures of adequate strength to prevent shifting or tipping, or
- immobilized on or within a vehicle by appropriate means to prevent shifting or tipping.
.5g is equal to what?
- 50% of cargo weight.
- 5,000 lbs.
- 5% of cargo weight.
- 100% of cargo weight.
g:
The acceleration due to gravity, 9.823 m/sec2 (32.2 ft/sec2). For cargo securement purposes it is expressed as a percentage of cargo weight, i.e. .5g is 50% of force of gravity or 50% of cargo weight.
Which means of securement is prohibited when transporting coils with the coil eye crosswise on the vehicle?
- At least one indirect tiedown over the top.
- Attaching direct tiedowns diagonally through the eye of a coil.
- Attaching direct tiedowns diagonally through the eye of a coil to form an X-pattern when viewed from above.
- One direct tiedown through its eye, restricting rearward motion.
Attaching direct tiedowns diagonally through the eye of a coil to form an X-pattern when viewed from above the vehicle is prohibited.
A 'hook-lift container' is:
- A specialized container, primarily used to contain and transport materials in the waste, recycling, construction/demolition, and scrap industries, which are used in conjunction with specialized vehicles, in which the container isloaded and unloaded onto a tilt frame body by an articulating hook-arm.
- A vehicle especially built and fitted with locking devices for the transport of intermodal containers.
- A platform or tray on which cargo is placed so that it can be handled as an article. (Same as "Skid")
- A reusable, transportable enclosure that is especially designed with integral locking devices that secure it to a container chassis trailer to facilitate the efficient and bulk shipping and transfer of goods by, or between various modes of transport, such as highway, rail, sea, and air.
Hook-lift Container:
A specialized container, primarily used to contain and transport materials in the waste, recycling, construction/demolition, and scrap industries, which are used in conjunction with specialized vehicles, in which the container isloaded and unloaded onto a tilt frame body by an articulating hook-arm.
Who is responsible for ensuring that the vehicles, anchor points and other securement components are in good working order?
- The DOT and the FMCSA.
- The shipper and carrier.
- The driver and shipper.
- The carrier and driver
Cargo Securement Responsibility:
According to federal and state regulations, the carrier and driver are responsible for ensuring that the vehicles, anchor points and other securement components are in good working order, with no obvious signs of damage. The driver is also required to conduct a pre-trip inspection by other operating regulations.
What is the minimum angle that indirect tiedowns must form with the vehicle?
- 45 degrees.
- 30 degrees.
- 180 degrees.
- 90 degrees.
An indirect tiedown that is used to prevent front-to-back cargo movement must make an angle of at least 30 degrees with the deck when viewed from the side of the vehicle.
An indirect tiedown that is used to prevent side-to-side movement must make an angle of at least 30 degrees when viewed from the front or back of the vehicle.
Option #3 for a single metal coil with eyes lengthwise requires:
- At least one indirect tiedown side-to-side over the top of the coil.
- One direct tiedown on each diagonal through the eye of the coil
- Two indirect tiedowns over the front and rear parts of the coil.
- Two direct tiedowns on either side straight through the eye.
Securement Option #2:
Same as Option #1, except the direct tiedowns are straight instead of diagonal.
What is the maximum ideal angle for an effective direct tiedown?
- 30 degrees.
- 90 degrees.
- 45 degrees.
- 100 degrees.
A direct tiedown is considered effective against forward and rearward forces if it makes an angle less than 45 degrees when viewed from the side of the vehicle.
A direct tiedown is considered effective against side-to-side forces if it makes an angle less than 45 degrees with the horizontal when viewed from the front or rear of the vehicle.
About The New York State Coil Exam
You must have a New York State coil endorsement if you want to haul metal coils in New York.
Performance Criteria for Securement Systems:
Part I: Cargo Securement Performance Criteria
The standard provides the minimum amount of force that cargo should be expected to withstand, in each direction, as shown below.
These minimum force requirements, called the “performance criteria”, were determined after extensive testing. The securement system MUST be capable of resisting these forces, as shown below.
- The forward force (80% of the cargo weight) represents braking while driving straight ahead.
- The rearward force (50% of the cargo weight) represents vehicle acceleration or braking in reverse.
- The side-to-side or lateral force (50% of the cargo weight) represents traveling on a curve, ramp or changing lanes.
- The vertical force (20% of the cargo weight)) represents cargo vibration during transport. This requirement is satisfied when the cargo is "Fully Contained"
The performance criteria may also be expressed in terms of acceleration, which is shown at right (“g” is the term used for gravity, and represents acceleration or deceleration).
- 0.8 g deceleration in the forward direction.
- 0.5 g deceleration in the rearward direction.
- 0.5 g acceleration in a side-to-side or lateral direction.
- 0.2 g vertical acceleration.
EXAMPLE: If a steel coil weighs 10,000 lbs., the load securement must provide 8,000 lbs. of securement to prevent movement in the forward direction, which is expressed as 80% of the cargo weight (or 0.8 g).
PART II - Performance Criteria for Components of a Securement System
Each component of the cargo securement system should not exceed its Working Load Limit (WLL), when at maximum force. The Working Load Limit is the maximum load that may be applied to a component of a cargo securement system during normal service; it is usually assigned by the manufacturer of the component.
Each force in the performance criteria is to be applied separately to the securement system to determine if it is compliant.
Cargo Securement Terms That Truck Drivers Should Know:
-
Working Load Limit (WLL):
The maximum load that may be applied to a component of a cargo securement system during normal service, usually assigned by the manufacturer of the component.
-
g:
The acceleration due to gravity, 9.823 m/sec2 (32.2 ft/sec2). For cargo securement purposes it is expressed as a percentage of cargo weight, i.e. .5g is 50% of force of gravity or 50% of cargo weight.
-
Contained:
Cargo is contained if it fills a sided vehicle, and every article is in contact with or sufficiently close to a wall or other articles so that it cannot shift or tip if those other articles are also unable to shift or tip.
-
Tiedown:
A combination of securing devices which form an assembly that attaches cargo to, or restrains cargo on, a vehicle or trailer, and is attached to anchor point(s).
Vehicle Structure and Anchor Points
The vehicle must be strong enough to resist the forces in the performance criteria (Section 1). The vehicle must be appropriate for the cargo it is to transport, or it must be adapted to be suitable by using fittings, fixtures, dunnage, cribbing or other means.
Cargo Securement Responsibility
According to federal and state regulations, the carrier and driver are responsible for ensuring that the vehicles, anchor points and other securement components are in good working order, with no obvious signs of damage. The driver is also required to conduct a pre-trip inspection by other operating regulations.
Roadside inspections are conducted in accordance with federal, state and provincial laws. If securement equipment fails inspection, it is likely that the vehicle may be placed out-of-service, and the motor carrier and/or the driver may be fined.
Questions you should be able to answer:
- What is the definition of working load limit?
- What do they call a waterproof sheet used to cover cargo?
- What is a cab shield?
- Whenever possible, a row of metal coils with eyes vertical requires one direct tiedown to secure against rearward movement at what minimum angle?
- What is the minimum angle that indirect tiedowns must form with the vehicle?
- What does "fully contained" means?
- What is blocking used for?
- What is an anchor point?
- What is a friction mat used for?
- Indirect tiedowns create what direction of force?
- How many tiedowns are required for cargo that is prevented from forward movement?
- What is the minimum number of tiedowns required through the eye of a metal coil loaded crosswise?
- What is a bulkhead used for?
- By definition, what is a wedge?
- What is aggregate working load limit?
- What is the maximum ideal angle for an effective direct tiedown?
- In cargo securement, what is bracing?
- What is a rub rail?
- A row of metal coils loaded with eyes lengthwise requires how many direct tiedowns over each side-by-side row or coil?
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