What are employers required to do to keep employees safe from Caught in and between hazards from handheld power tools?

What are employers required to do to keep employees safe from Caught in and between hazards from handheld power tools?

According to OSHA, requirements employers must do to protect workers from caught-in or -between hazards include, but are not limited to, the following: Provide guards on power tools and other equipment with moving parts.

Which of the following is an example of a struck by hazard?

There are four common struck-by hazards in construction: struck-by flying objects, struck-by falling objects, struck-by swinging objects and struck-by rolling objects.

What are the major types of caught in and caught between hazards in construction?

“Caught in-between” hazards kill workers in a variety of ways. These include: cave-ins and other hazards of excavation work; body parts pulled into unguarded machinery; standing within the swing radius of cranes and other construction equipment; caught between equipment & fixed objects.

How many types of hazards are there?

six

What is struck hazard?

Struck-by hazards cause injuries by forcible contact or impact between a person and an object or piece of equipment. • Struck-by hazards can resemble caught-in or -between hazards.

What are the focus four hazards?

What OSHA calls the “Focus Four Hazards” are Fall Hazards, Caught-In-Between Hazards, Struck-By Hazards and Electrical Hazards. Anything that could cause a worker to lose balance and result in a fall is considered a fall hazard. Falls continue to be a leading cause of injury and death within the workplace.

How can I protect myself from Struck by Hazards?

Use personal protective equipment to prevent being hit by falling or flying objects. Wear a hard hat, safety glasses, goggles, and face shields. Wear hearing protection when needed.

What type of struck by hazard would a hard hat protect you from?

Never nail into materials such as metal, knots or dense materials with a nail gun and receive training specific to the tool you are using. What type of struck-by hazard would a hard hat protect you from? Falling and flying.

Which of the Focus Four is responsible for the most fatalities?

The leading causes of worker deaths on construction sites are referred to as OSHA’s Focus Four. They are falls, electrocution, struck-by object, and caught-in/between. These Fatal Four hazards were responsible for nearly three out of five (56 percent) construction worker deaths in 2010, BLS reports.

What are the results of being struck by falling objects?

A worker hit by a falling object may suffer injuries that range from spinal injuries to chemical burns and even wrongful death. Crushing accidents can occur as well, leaving the individual with painful traumatic rhabdomyolysis and an associated list of health complications.

When materials are mechanically lifted?

Struck-by swinging object: When materials are mechanically lifted, they have the potential to swing and strike workers. As the load is lifted, the materials may swing, twist, or turn. The workers can be hit by the swinging load. Windy conditions can cause the load to swing more.

When disposal materials are dropped?

When disposal materials are dropped more than 20 feet to an exterior location, an enclosed chute must be used. When using industrial fork-lifts, the load must be at the lowest position for traveling, and the truck manufacturer’s operational requirements must be followed.

What type of correctional program is used to plan the best way?

A correctional program that is best applicable in preventing and controlling hazards in an emergency scenario would be the Hazard Prevention and Control Program. Furthermore, this program would enact certain policies and regulations that would ensure the safety of the employees in a working place.

What are the three main protection methods against cave ins?

To prevent cave-ins:

• SLOPE or bench trench walls.
• SHORE trench walls with supports, or.
• SHIELD trench walls with trench boxes.

What are some of the dangers of excavations?

Top 5 excavation safety hazards

• Cave-ins. Trench collapses kill an average of two workers every month, making this a serious threat to worker safety.
• Falls and falling loads. Workers and work equipment can fall into an excavated area.
• Hazardous atmospheres.
• Mobile equipment.
• Hitting utility lines.

What is the greatest danger associated with excavations?

• The greatest risk in an excavation is a cave-in.
• Employees can be protected through sloping, shielding, and shoring the excavation.
• A competent person is responsible to inspect the excavation.
• Other excavation hazards include water accumulation, oxygen deficiency, toxic fumes, falls, and mobile equipment.

What is the greatest risk with excavations?

Cave-ins pose the greatest risk and are more likely than some other excavation-related incidents to result in worker fatalities.

What is the safest way of entering and exiting a deep excavation?

Prevent people and materials falling in – with barriers strong enough not to collapse if someone falls against them. Keep plant and materials away from the edge. Avoid underground services – use relevant service drawings, service locating devices and safe digging practice. Provide ladder access to get in and out.

What are the three methods of excavation?

Types of excavation

• 3.1 Cut and fill excavation.
• 3.2 Trench excavation.
• 3.3 Basement excavation.
• 3.4 Road excavation.
• 3.5 Bridge excavation.
• 3.6 Dredging.
• 3.7 Over excavation.

How deep can you dig without shoring?

Trenches 5 feet (1.5 meters) deep or greater require a protective system unless the excavation is made entirely in stable rock. If less than 5 feet deep, a competent person may determine that a protective system is not required.

What are the standard methods of cave in protection?

There are two basic methods of protecting workers against cave-ins:

• Sloping.
• Temporary protective structures (e.g., shoring, trench boxes, pre-fabricated systems, hydraulic systems, engineering systems, etc.)

What is benching in excavation?

“Benching (Benching system)” means a method of protecting employees from cave-ins by excavating the sides of an excavation to form one or a series of horizontal levels or steps, usually with vertical or near-vertical surfaces between levels.

What is Type C soil?

Type C soil is the least stable type of soil. Type C includes granular soils in which particles don’t stick together and cohesive soils with a low unconfined compressive strength; 0.5 tons per square foot or less. Examples of Type C soil include gravel, and sand.