Taking Your Rigging Skills to the Next Level: The Trivent Master Rigger Course

Are you ready to elevate your rigging capabilities and become a master of the trade? Look no further, because we have just the course for you!

Introducing the Trivent Master Rigger Course – an exhilarating opportunity that will take your rigging skills to unprecedented heights. Whether you’re a seasoned professional or just starting out in the industry, this comprehensive training program is designed to push boundaries, expand knowledge, and transform even the most proficient rigger into an unstoppable force. Get ready to embark on a thrilling journey as we dive deep into advanced techniques, cutting-edge equipment, and unparalleled expertise. Buckle up and get ready – it’s time to level up your rigging game!

Introduction to the Trivent Master Rigger Course

The Trivent Master Rigger Course is an intensive, hands-on training program that covers all aspects of professional rigging. The course is designed for riggers who want to take their skills to the next level and become certified master riggers. The course includes classroom instruction and practical training on a variety of topics, including calculating sling tension, Load Weight Estimation, coefficients of friction and determining the center of gravity for asymmetrical loads. Students will also learn about the latest rigging equipment and how to use it properly. Upon completion of the course, students will be able to safely and efficiently rig for a variety of applications. Whether you’re looking to start your own rigging business or simply want to improve your rigging skills for your current job, the Trivent Master Rigger Course is the perfect choice.

What is Rigging?

Rigging is the process of planning, selecting, and using complex slinging techniques to move material using cranes or hoists. It is a highly skilled trade that requires training and certification. Riggers are responsible for the safety of the workers and equipment they are using, as well as the load they are lifting. Rigging involves attaching loads to cranes or other lifting devices using various types of hardware, such as chains, ropes, pulleys, and blocks. A rigger must be able to calculate the weight of the load and the size and capacity of the crane or other lifting device being used. They must also know how to secure the load so that it does not displace while it is being lifted. Riggers must also be familiar with OSHA regulations and standards pertaining to rigging operations. They must be able to properly inspect all rigging equipment before each use and keep accurate records of all inspections.

Benefits of Taking the Trivent Master Rigger Course

The Trivent Master Rigger Course is designed to take your rigging skills to the next level. This course will provide you with the knowledge and skills necessary to become a master rigger. You will learn how to safely and effectively rig loads for lifting, lowering, and moving them into position. In addition, you will learn how to inspect and maintain rigging equipment.

Upon completion of the Trivent Master Rigger Course, you will be able to:

Safely and effectively rig loads for lifting, lowering, and moving them into position
Inspect and maintain rigging equipment
Understand the principles of load analysis and mechanical advantage
Select appropriate rigging methods and techniques for specific tasks
Calculate sling tensions and center of gravity locations
Plan lift sequences

Topics Covered in the Course

This course covers a variety of topics that are essential for riggers who want to take their skills to the next level.

These topics include:

Sling Types
Sling Capacities
Sling Inspections
Hardware inspections
Hardware Capacities
Hitch Types
Load Control
Power Line Safety
Crane / Hoist Dynamics
Calculating Sling tensions
Load Weight Estimation
Block & Fairlead Loading Calculations
Coefficients of Friction Calculations
Load Factors & Weight Distribution Calculations
Practical (Hands On) Applications for:
Sling Tension Calculations
Load Weight Estimation

By the end of the course, students will have a thorough understanding of these topics and will be able to apply them in real-world situations.

Prerequisites for Taking the Course

In order to take the Trivent Master Rigger Course, you must first take the Trivent Qualified Rigger & Signalperson training course.

Facilities and Instructors at Trivent

The Trivent Master Rigger Course is held at the Trivent training center in Wheatridge, Colorado. The course is taught by experienced riggers who have a wealth of knowledge and experience in the industry. Attendees will get a unique hands-on experience using the indoor Trivent training tower to test principals learned in the classroom in a controlled hands-on learning environment. The facility is equipped with all the necessary rigging equipment and supplies, and the instructors are knowledgeable and experienced in all aspects of rigging. The course is designed to give students a comprehensive understanding of rigging, from the basics to advanced techniques. Students will learn how to safely and effectively rig various types of equipment, including trusses, motors, pulleys, and winches. They will also learn about different types of rigging hardware and how to select the right type of hardware for each application.

Tips for Making the Most of the Course

If you’re looking to take your rigging skills to the next level, the Trivent Master Rigger Course is the perfect way to do it. Here are some tips for making the most of the course:

Pay attention to the lectures and demonstrations.
This is a hands-on course, but there will also be plenty of opportunities to learn from the instructors. Make sure you take advantage of those moments.
Practice, practice, practice.
The more you can get your hands on the equipment and put what you’re learning into action, the better.
Ask questions.
No matter how much experience you have, there’s always more to learn. Don’t be afraid to raise your hand and ask questions when you’re unsure about something.
Get feedback from the instructors.
Throughout the course, you’ll have plenty of chances to get feedback from the instructors on your progress. Use that feedback to help improve your skills.
Stay focused and dedicated.
This is a challenging course, but if you stay focused and dedicated, you’ll come out of it a better rigger than when you started.

Conclusion

Learning to rig is an important step in taking your career to the next level. The Trivent Master Rigger Course offers a comprehensive and engaging training program for beginners and experienced riggers alike, providing the knowledge needed to stay safe while expanding rigging skills. With this course, you will be well-equipped with the tools necessary to make heavy things resist gravity!

Blog Author: Bryan McClure

Unleashing the Inner Athlete: How the Industrial Athlete Program Can Transform Tradespersons’ Performance

Are you ready to tap into your untapped potential and unlock the powerhouse within? We’re about to embark on a journey that will revolutionize the way tradespersons approach their craft. Introducing the Industrial Athlete Program – an extraordinary initiative designed to transform your performance, elevate your skills, and unleash the inner athlete in you. Get ready to take charge of your physical and mental well-being like never before as we dive deep into this groundbreaking program that is set to redefine what it means to be a tradesperson. Whether you’re swinging hammers or operating heavy machinery, this blog post is packed with insights and strategies that will not only enhance your productivity but also empower you to achieve greatness in every aspect of your life. It’s time for a game-changing transformation – let’s unlock the inner athlete together!

The Four Pillars of the Industrial Athlete Program

1. Nutrition
2. Exercise & Stretching (Training)
3. Ergonomics
4. Behavioral Safety (Mindset)

The Industrial Athlete Program is based on the four pillars of training, recovery, nutrition, and mindset. Each pillar is essential to the success of the program and the overall health and performance of the tradesperson.

1. Nutrition: The first pillar of the Industrial Athlete Program is nutrition. This pillar focuses on providing the body with the nutrients it needs to perform at its best. The nutrition component of the program includes Meal Planning Guides that provide tradespeople with information on how to fuel their bodies for optimal performance.

2. Exercise & Stretching: The second pillar of the Industrial Athlete Program is Exercise & Stretching or training. This pillar focuses on developing the physical strength, power, and endurance needed to perform at a high level day in and day out. The training component of the program includes learning to stretch using dynamic and static stretching techniques as well as resistance band exercises to promote strength in the three major areas of concern for tradespersons, shoulders, knees & back.

3. Ergonomics: The third pillar of the Industrial Athlete Program is ergonomics. The ergonomics module educates the tradesman on hot to fit the work to the worker. This module is a continuation of the exercise module in the efforts to educate the workforce on methods to reduce Musculoskeletal disorders (MSD’s). The new technology segment introduces the attendees on equipment designed to assist reduce MSD’s.

4. Behavioral Safety: The fourth pillar of the Industrial Athlete Program is Behavioral Safety or mindset. This pillar focuses on helping tradespeople develop a positive mindset that will allow them to perform at their best mentally and emotionally. The Behavioral Safety module educates the tradesman on brain health. Construction is the number two occupation in the United States for suicide. This module educates the attendees on various coping and support strategies for themselves or coworkers that are going through tough times. The module also covers the differences in employees risk perception and how to view the world through the lens of risk assessment.

The four pillars of the Industrial Athlete Program provide a comprehensive approach to ensure workplace safety and health for workers in all industries. By focusing on these core areas employers can create a positive work environment that encourages productivity and reduces accidents. With proper planning and implementation, the program can help improve worker wellness while providing an effective tool to reduce costs associated with workplace injuries.

Learn more by visiting our Industrial Athlete Training Course page.

Blog post Author: Bryan McClure

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Fall Protection by the Numbers

Numbers Are An Important Part Of Fall Protection

Have you ever sat through a fall protection class or looked at the standard regulating your industry? There are a lot of numbers and other information thrown at you. To begin, you need to understand where you work and what you do. This will help you determine what OSHA source material you’ll need to review. It will be either 1910 Subpart D for general industry or 1926 Subpart M under the construction standard. Depending on the specific task you’re engaged in, there could be other areas you may need to visit. Are you working on scaffolding in the construction industry, then Subpart L? Maybe a question about steel erection, then Subpart R has some information you could reference. Regardless, numbers are an important part of fall protection. We’re going to focus on the construction industry and the standards that regulate it.

Let’s start with one of the most important number to remember in the construction industry, 6 feet. This number is important specifically because OSHA has designated this as the height an employee on a walking working surface 6’ above the lower level needs to be protected from falling. Additionally, the maximum allowable freefall distance in most instances is also 6’. Protecting your workers can be achieved with several options, the most popular of which are the use of a guard rail system, or personal fall arrest system. Ensure you and your employees are familiar with 6’ and have a plan in place to protect workers at or above this level.

When determining the protective measures, you’re going to use, guardrails are a common and easy choice. If you’re going to use a guard rail system, it must meet several requirements, again more numbers to remember. The top rail must be located at 42” +/- 3”. It must support 200# of an outward downward force. The mid rail must be located directly between the top rail and the walking working surface, typically this is 21” and support 150# of an outward downward force. If you install a toe board, it must be no higher than 1/4” above the walking surface and support 50# of force applied against it. Ensure that your workforce understands the height requirements and the limitations of the system. Although common on most jobsites, remember, they only need to support 200#’s at the most. That number is not very big when you think about an employee potentially falling into or against an installed guard rail on your project.

Another method to protect employees is the use of a restraint or personal fall arrest system (PFAS). This method, when used correctly, should ensure that your employees are never exposed to a fall or protected in the event of an actual fall. With the use of these protective methods, there are all sorts of numbers that we need to ensure our work force understands. Teaching the employee’s, the ABC’s of fall protection is an easy way to help them remember.

The A stands for anchor. In any system, you need to ensure what you are anchoring to, will support you. With this, the OSHA requirements call for one of the following numbers. 1000, 3000, or 5000. These are the minimum anchorage connector breaking strength (per ANSI) depending on your fall protection application. 1000# for restraint, 3000# for work positioning, and 5000# for fall arrest. You can also use an anchor that is designed, installed and used as part of a complete PFAS which maintains a safety factor of at least two, under the supervision of a qualified person.

B is for body support, typically a full body harness. Inspect your harness, you’ll find some more numbers. 310# and 420#. Depending on your equipment, this will be the maximum permitted worker weight able to use this equipment. This difference is typically dependent upon the next part of your ABC’s.

The C is the connector you use. This is the lanyard, retractable, or restraint system you are using to keep you from falling or hitting a lower level. It’s what connects your body support to the anchor. Manufacturers have a wide variety of connecting equipment to use, most are rated at 900#. This is the maximum average arrest force permitted under normal conditions, although OSHA and ANSI both permit the number to be 1800#. Additionally, the connector will have a deceleration distance. That number is 3.5 feet, although ANSI allows for 4’. These numbers are important because they will help determine an appropriate anchor height. You don’t want to go to low and end up hitting something below you.

A complete fall protection program should look at all of these different numbers and consider them when putting together a plan to protect your workers. If you need help understanding the fall protection numbers and standards or want someone to help develop a plan for you, give Trivent Safety Consulting a call (800) 819-6092. We would love to help you set up a plan that works for you and your team.

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