Collision Avoidance Systems

Whether you are installing a new overhead crane or upgrading an existing one, WiscoLift’s Collision Avoidance Systems are cost effective, and are fitted to meet your individual material handling requirements.

Collision Avoidance Systems comprise distance sensors that transmit a light beam onto a reflective target. The target returns a signal to the sensor that computes the distance and following pre-set parameters prevents the equipment from colliding. They are often used where multiple cranes are on a single runway, or wherever a single crane is to be prevented from running into runway ends stops or other obstacle. They help to prevent accidents by preventing cranes and other material handling equipment from coming into contact. They can be used to automatically slow cranes and/or stop them are pre-programmed distances from an obstacle.

Overhead crane installations do not automatically include collision avoidance; this is an option that should be considered whenever there are multiple cranes on a runway or when any kind of crane travel impact is to be avoided.

For additional information or pricing on a Collision Avoidance System for your existing overhead cranes, please call our office at 800-242-3477 or email us at smartlift@wiscolift.com.

Is Your Industrial Workplace a Safety Hazard?

What does OSHA constitute as a workplace safety violation? Any identifiable hazard that prohibits a safe work environment for an employee. Let’s look at a few violations that should be obvious, but are routinely missed.

Top Violations

• New employees are not properly trained on equipment and/or safety procedures.
• Barricades are not used to warn people of slippery surfaces.
• Guard rails are not used around elevated platforms or floor holes.
• Protective equipment such as glasses and gloves are not used appropriately or at all.
• Fall protection/prevention is inadequate for the employee’s job and/or not used at all when operating equipment such as an aerial lift truck.
• Overhead lifting and rigging equipment is not inspected prior to using it each day/shift.
• Machinery is not adequately locked and tagged out when maintenance is required.

Were you able to check off any of these violations?

OSHA recommends that all companies have a health and safety program to help eliminate accidents in the workplace. Accidents end up costing the company loss of day’s work and possible OSHA fines if violations are not resolved.

“Responsible employers know that the main goal of a safety and health program is to prevent workplace injuries, illnesses and deaths, as well as the suffering and financial hardship these events can cause for workers, their families, and their employers.” OSHA.gov

Make Safety a High Priority

Developing a new program may seem like an overwhelming task, however, OSHA provides an informative document called Recommended Practices for Safety and Health Programs. Once downloaded, it will provide a comprehensive, step-by-step guide on the key elements and steps in having an in-house safety program.

Remember, the first and most important step in developing a safety and health program is making sure that management will commit to it and set it as a high priority within the company. 

https://www.wiscolift.com/collections/training

Light the Way for Safety

Companies that work with heavy equipment know the importance of remaining cautious and aware of potential hazards. Wherever there are moving parts, there is the possibility of injury or death.

The Forewarner-Max reduces accidents by warning pedestrians with a light projected onto the floor or ground showing there is a crane in close proximity. The light provides a frame of reference when controlling a load and is very effective in precise positioning of the crane.

Features:

•         Designed for indoor and outdoor use.
•         Heavy duty cast aluminum.
•         Includes an adjustable mounting bracket.
•         The 150 degree up/down mounting bracket allows precise positioning of beam on the floor below.

Three different systems are available with a 9” spotlight with 24 LED focused beams. Light option colors are blue, red or white.

For more information please call our Sales Representative at 800-242-3477 or email us at smartlift@wiscolift.com.

#safety #warehouse #industrial #wiscolift

Upgrade Your Crane to the 21st Century

Does your Crane need some new technology to ensure safety and ease of use? Let WiscoLift bring your crane up-to-date with engineered components for your application requirements:

• Wireless communication controls.
• Laser, proximity, and photoelectric sensors.
• Communication interface for Collision Avoidance Control.
• Pre-engineered two-way communication for access to troubleshooting information and load weight on the ground.
• Built-in electronic motor thermal overload protection.
• Ergonomic pendants that deliver optimum control and performance with less fatigue.

There are several benefits to adding engineered applications to your crane:

•  Built-in self-diagnostics help keep your overhead material handling system up and running safely.
• Collision Avoidance Systems limit the potential for crane-to-wall and crane-to-crane collisions and use self-monitoring optical lasers to monitor your crane’s position.
• Pre-engineered control panels allow you to access diagnostics and improve safety through crane stoppage after any communication loss (either serial or RF transmission)
• New lightweight, ergonomic pendant design performs with less effort and fatigue than traditional pendants.

We are happy to provide more information on upgrading your crane to the 21^st century. Call our Sales Representative at 800-242-3477 or email us at smartlift@wiscolift.com.  

Part II - "I wish we would have seen that coming!"

by Don Cooper, District Manager, WiscoLift, Inc.

The worst part of our job is when we are involved with our customers’ response to a lifting accident. Our customer has purchased the proper hoist and below the hook devices. The weight load is within the working load limit of the lifting equipment. In many cases, the operator has had some level of safe lifting training. Effective training helps people to focus on prevention as the majority of lifting accidents are caused by operator error. We hope that by sharing these occurrences, focus may be increased to help prevent future accidents.

Accident Cases and Recommended
Preventive Measures

• Operator using battery magnet to lift 400 pound piece of steel. Operator did not recharge battery on the magnet. Kicked load with foot to test and then dropped 400 pounds on same foot causing multiple broken bones.  -- Check the charge status of batteries before each use.
• Operator using permanent magnet dropped 500 pound box. Operator did not realize downrating of the magnet when using with a thin material.  -- Always check the capacity chart of the magnet before use and pay particular attention to thickness, shape (flat/round surface), cleanliness, roughness, and length of steel.
• Crane sheet lifter collision with fork truck. Crane operator using personal cell phone while operating a crane.  -- Duh! Cell phones should not be used while operating machinery!
• Operator snags pallet lifter on corner of pallet racking, drops four steel coils on legs.  -- An operator should be constantly aware of his/her surroundings and potential obstructions. Operator should always be walking forward behind the load rather than backwards in front of load.
• Operator decides to decrease amount of touch up painting required by balancing 2000 pound load on tips of hooks. Operator suffered critical head, torso, and leg injuries.-- OSHA 1910.184(c)(6) states, “Slings shall be securely attached to their loads”.
• Back injury. Employee didn't want to use box vacuum lifter provided by company as he felt it was too slow. -- Ergonomic devices are designed to help prevent on-the-job back injuries.
• Operator snags hoist hook. As a result of operating the hoist and not watching hook, he lost his eye.  -- The Operator should always focus on load and hook when operating.
• Pendant button sticks and operator panics rather than pushing power off button on pendant. Drops 8000 pound load almost resulting in fatality.  -- Read the Pendant Control instructions included in the Owner’s Manual before using, and follow all OSHA and manufacturer inspection requirements.
•  Employee twists chain on new chain sling to shorten. Chain failure results in 8000 pound load falling in aisle resulting in a near miss.  – Only properly rated and approved hardware should be used with chain slings. Operator should always inspect before using.
• Crane operator on one side of conveyor lifted product to aisle on other side of conveyor. Due to the height and width of product, operator did not notice coworker in aisle. Coworker was pinned against building column resulting in fatality. -- OSHA 2236 states, “When using aisles and passageways to move materials mechanically, workers must allow sufficient clearance for aisles at loading docks, through doorways, wherever turns must be made, and in other parts of the workplace. Providing sufficient clearance for mechanically-moved materials will prevent workers from being pinned between the equipment and fixtures in the workplace, such as walls, racks, posts, or other machines. Sufficient clearance also will prevent the load from striking an obstruction and falling on an employee”. 

We cannot underestimate the need to implement continued safety training to raise the awareness of all potential lifting accidents. All operators are always to stay clear of suspended loads and follow safe lifting practices at all times.

Are your employee’s using safe lifting practices? For information regarding WiscoLift’s individualized Safe Lifting training program, contact our Sales representative at 800-242-3477.

Part I - "I wish we would have seen that coming!"

That actual quote from our facility manager during a post- accident discussion provides the subject for today's blog. Following are some examples to help prevent a lifting accident in your facility.

Operators not aware of actual working load limit. One accident was caused by an operator lifting a 500 pound load with a 660 pound rated magnet. Unfortunately, where the magnet was placed on the load, the material was only a quarter of inch thick causing an overload condition. As material becomes thinner the actual lifting capacity of a magnet is reduced. Be sure to review the capacity information that accompanied your magnet to help ensure that you make a safe lift.

Product manufactured changes over time. Lifting device designed for axle lifter 15 years before accident. Actual axle assembly had more than tripled in weight. Lifter also had considerable wear from original design.

Misuse of eyebolts. I am aware of multiple accidents caused by improper use of eyebolts. Failure reasons include cross threading, wrong eyebolt, homemade eyebolts, not seating eyebolt against load properly, and overloading eyebolt do to angle pull. Eyebolts are rated based on a straight pull only. Pulling at any angle reduces the lifting capacity.

Loose or missing and stops. Seriously! Electric hoists weighing over 100 pounds falling from beams 12 feet in the air could easily cause a fatality. Two of the cases I'm aware of were caused by operators winching a load from the aisle into a work cell. Training is necessary as we can't assume that every hoist operator is aware that hoists are for vertical lifting only. Operators must be trained on how to inspect their lifting equipment before using.

Sometimes all the right lifting products are in place and catastrophic accidents occur. Part II of the subject will discuss details of mistakes and how to prevent them.

WiscoLift provides hoist and crane inspection for companies in the Greater Wisconsin area. For more information, call 800-242-3477 or email us at smartlift@wiscolift.com. Visit our website at: http://www.wiscolift.com.

#craneliftingaccidents #cranesafety #wiscoliftinspection