Construction, transport, logistics or maritime nearly every industry that deals with heavy goods requires industrial cranes.
Even though a Crane accident can have fatal consequences safety precautions take a back seat in terms of priority with
regards to profit.Let me tell you, All crane accidents can be avoided.
The Risk :
An analysis of crane accidents – particularly those involving overhead cranes – reveals three areas of risk – electrical, material drop,
According to OSHA, 50% accidents are a direct result of power line contact – a sudden and inadvertent contact of a metal
part with a power source – resulting in the electrocution of the operator and others in the vicinity. Of the nearly 200 deaths occurring
each year as a result of power line contact, most are operators guiding the load. The cause can usually be traced to improper safety
planning and preventive measures including operator training.
Slipping, two-blocking, and machine failure can all cause serious damage
not just to the load, but also to the operator and other personnel on site. In the year 2012, 20 deaths occurred as a direct result of
material fall. Regular maintenance of the crane, operator training, and extreme care in operation are the only ways to mitigate this risk.
80% accidents of industrial cranes are a result of overload – operating the crane beyond its capacity.
Increased structural stress results in irreversible damage to the crane as well as the load – resulting in extensive losses.
For every 10,000 hours’ use of the crane one accident may occur. These accidents are the result of inadvertently exceeding the crane
capacity because of operators not being aware of load dynamics and relying on instinct.
The Solution :
One way to mitigate the risks involved with using cranes is to monitor operation closely and issue warnings ahead of time.
For instance, the risk of overload may be eliminated if the operator knows the weight of the load, and the risk of fall can be greatly reduced.
Falls may be completely avoidable if the operator – or other personnel – receives prior intimation of possible malfunction.
However, these are individual solutions.
The one solution that can cover all risks is the ability to visualize the health and status of the crane at all times using crane automation technology.
The information collected through such monitoring can be leveraged not only to prevent accidents but also to improve efficiency,
reduce downtime, and ultimately increase your profit margin. All this is feasible through IIoT.
A very good radio system, will minimize the amount of packet retransmissions thereby reducing the overall battery consumption.
Benefits of IIoT in Cranes :
Bringing Industrial IoT to cranes not only mitigates the risks of accident and damage; it also has other significant benefits -
Real time data visualization of parameters like temperature and weight as well as crane parts such as motor brake, gearbox, and
pendant helps forewarns the operator and other personnel about possible problems – thus preventing them. Data collected can be used to fix
manufacturing faults in the crane itself and help improve its design and structure.
Data analytics through continuous monitoring facilitates lean manufacturing
Data can be used to set realistic capacity thresholds thus ensuring minimum loss.
Unplanned downtime can be minimized with predictive maintenance thus increasing productivity.
Biggest Advantage :
Perhaps the biggest advantage of IIoT cranes is the ability to recognize and retain patterns.
This capability alone can help cranes around the globe implement preventive maintenance and rectify errors,
saving both crane owners and users millions of dollars in downtime.
How does Industrial IoT work? :
The system consists of a control panel, IoT sensor enabled parts, and an on board computer.
The sensors record vital operational data from the crane and store it on a remote server using a password-enabled account.
An operator or employee can then login to the server from a remote location, and view this data within seconds of its being recorded.
The data is instantly analysed and presented to the operator via the on-board computer or mobile device.
The sensor-enabled pendant has built in capabilities for data acquisition and computing – as do other sensor-enabled parts.
The status and health of the crane is constantly monitored and real time data presented upon request at any time.
Such close monitoring, pattern recognition, and predictive analysis has the potential to save millions in terms of safety,
healthcare costs, waste, maintenance, and more. Call or write to us for a more information.
How do your think about Industrial machines and the data being generated by these machines?