We’re often asked whether it is better to make an eye with A

The role of a rigger is to ensure that the mechanical device to lift heavy loads is safe and secure. Rigging is a technical trade that requires care, precision and patience. Coupled with knowledge and experience, a rigger relies on quality rigging equipment to successfully create a mechanical apparatus to lift heavy loads with the aid of a crane, hoist or other lifting device. It is important to invest in quality rigging lifting equipment so that the work can be completed perfectly, safely, on time and with no complications.

Employers must have a qualified rigger if they are going to be hoisting objects for assembly, disassembly, or hook or unhook loads. Total Equipment Training offers OSHA-qualified rigging certification training for your business so you can be sure you are complying with guidelines and keeping employees safe. Keep reading for some of the information covered in a Total Equipment Training rigging certification course.

Wire rope is an extremely versatile mechanical device that can be used to help support and move an object or load. Whether for use on cranes or for other lifting applications, it’s important to have a solid understanding of the rigging components that are being used to attach to and lift a load.

Wire rope is an extremely versatile mechanical device that can be used to help support and move an object or load. Whether for use on cranes or for other lifting applications, it’s important to have a solid understanding of the rigging components that are being used to attach to and lift a load.

This section is dedicated to our selection of rigging hooks. We carry hooks made for virtually every application, from foundry hooks that are designed to detach from a load easily, to heavy-duty Self-Locking Hooks that close automatically for added security.Hooks may be used in top-loading, lifting, winching, towing, or any number of other applications. We carry Clevis Grab Hooks, Eye Hooks, Weld-On Hooks, and Clevis Slip Hooks.

Rigging and lifting hooks for cranes, hoists and slings are an essential part of almost any rigging application. Choosing the correct rigging hook for your lifting application is just as important as choosing the correct sling or hoist. Lifting hooks come in a huge variety of designs, materials and sizes, all suited for different lifting applications. Some of the most popular types of hooks used in the rigging and lifting industry are:

When rigging and lifting a load, it is important the hook is correctly positioned where the weight of the object listed is applied in the bowl or saddle of the hook. Side, back and or tip loading are conditions that reduce the hook's lifting capacity and can cause damage to the hook (see illustration below).

Are you planning your next overhead lifting project and need to specify the type of sling and rigging equipment you’ll be using? While it’s important to understand the best type of sling to use, it’s just as important to select the right type rigging hardware that will be connected to that sling. Choosing the right type of lifting hook that can be used will be determined by a number of different factors.

When rigging and hoisting items, you’ll need several pieces of hardware. One of the most vital pieces of hardware is the hook you choose. What a lot of people don’t know, however, is the different types of lifting hooks and sling hooks. If you’d like to learn more, we’ve got you covered in our list below.

A clamp load, also referred to as a preload, is the force that holds a joint together. In a bolted joint, the compression occurs on the surface of impact between two parts of the joint, creating a clamping force. When used in bolted joints, this creates tension that keeps the bolt together and makes it stronger and more reliable. If the clamp load of a bolted joint is too high, it could lead to wear and tear on the threads. If it is too low, the bolt may loosen.

Securing a connection in an application can be more complicated than it appears. To the average person, a clamp is simple – turn the screw and the clamp tightens up. But when you break down the interactions and try to quantify individual contributions, things aren’t as simple as they appear.

A clamp load, also referred to as a preload, is the force that holds a joint together. In a bolted joint, the compression occurs on the surface of impact between two parts of the joint, creating a clamping force. When used in bolted joints, this creates tension that keeps the bolt together and makes it stronger and more reliable. If the clamp load of a bolted joint is too high, it could lead to wear and tear on the threads. If it is too low, the bolt may loosen.

When a bolt is tightened into a mating threaded part, the two components interact by pulling each other together. This force is called clamp load and is what keeps the joint from coming apart. Provided that the force pulling it together is greater than the outside forces (service loads) that are trying to pull it apart, no problem will result with the attachment. Unfortunately, friction plays a large part in this system. Of the 100% of torque applied to fasteners to pull them together, 50% is lost in underhead bearing face friction and 40% is lost through friction between the mating threads.

When it comes to handling different material load types in a safe and efficient manner, many opt to use durable lifting clamps to complete the job. These tools come in a wide range of makes catered for specific materials and freight sizes. However, when choosing the right lifting clamp, knowing which specifications you need is crucial for safe and proper usage.Read on to learn more about the different factors to consider when choosing a lifting clamp, as well as the different types we offer through U.S. Cargo Control.

Shackles are the primary connecting link in all manner of crane systems that allow different rigging subsets to be connected or disconnected efficiently and safely. However, it’s essential to understand the specifications and limitations of shackles before using them to avoid accidents. In this blog, we’ll discuss the essential dos and don’ts about shackles. Let’s begin!

Shackles are critical for different types of industrial lifting and rigging applications. They provide you with safety and efficiency when handling heavy loads. It is, however, necessary to choose shackles well suited to your application because not all of them are made equal. If not, you would end up with serious injuries or damages.

The 20th China Yongnian Standard Parts Manufacturers Association a

One of the most essential tasks a crane operator will be responsible for is the lifting and rigging of different materials. These materials need to be lifted off the ground and raised to different elevations based on the type of project. It is vital the operator understand the basics of crane rigging and how lifting materials at different angles will have a direct impact on the type of crane and rigging equipment required.This extends beyond knowing how to connect rigging to the crane. The operator must be fully aware of how the crane functions, its maximum load limits, and other such factors. The crane itself must also be in proper working order without any defects. Otherwise, if there is a lack of operator skill or equipment performance, it can lead to serious, costly, and dangerous accidents.

The term “Lifting” refers to the activity of moving heavy loads, usually above ground level, using any type of equipment, including manpower and lifting devices such as cranes, derricks, hoists, and other similar devices to support the weight being moved. The term “Rigging” refers to the method or methods of attaching a load to lifting equipment (rope lines, tie-downs, etc.) or the process of attaching a load to a crane for lifting. The rigging process also includes preparing the load (or rig) for movement, typically by securing the load to the hook of the lift line, or to some form of rigging structure that provides support and positioning while the load is lifted into position and during transportation to its destination, where it may be released or unloaded from the rigging system and placed on another piece of equipment, vehicle, container, or storage unit to move to its new location or destination after having been lifted by the rigging system.When the loading is done on land, in a port or dock, the load will usually have to travel a distance from the place where the load was loaded onto a truck or other vehicle to the place where the load will be removed from the truck or vehicle, usually at another dock or warehouse facility.