Why Do You Need Wireless Crane Scales?


Wireless crane scales are the most suitable measurement devices for properly loading cranes most safely. A wireless crane scale is a measuring device for measuring the loads in real-time. This device will also alert the operator if any overload condition occurs. By using a digital wireless cranescale, you can also track the total transferred mass in a material hopper via a crane. Besides offering you precise mass measurements, this device will tally the results so that you do not need to stare at it constantly.

Wireless Crane Scales: What Does It Comprise?

Wireless crane scales are typically strain-gauge-based appliances that get installed below a crane’s hook to measure loads and stop overloads. The right use of a wireless crane scale will effectively save the money and time of any business and increase safety in the work field. Manufacturers attach a wireless crane scale inline between the measuring load and the crane so that the operator can check the material’s amount being moved for safety, repeatability, and quality purposes. 

A wireless crane scale requires long-lasting batteries to get powered and Bluetooth or RF protocols to convey data. Therefore, you do not have to handle the difficulty of connecting cables. The device shows the mass of the load during its use and then conveys that data to a computer or handheld unit to store the data. You can also choose an OCS wireless crane scale to get a long list of features, including overload alarm, automatic zero tracking, weight hold, check weighing, accumulation, battery protection, sleep mode, etc.

Major Applications of Wireless Crane Scales:

Various industries receive useful benefits from wireless crane scales. From measuring the weights of the fishing vessel’s catch to maintaining the safety of a concert hall while uplifting elating lights and speakers, wireless crane scales are efficient. Three major applications of this device are- i) to ensure safety while uplifting loads, ii) to integrate the weight measurements into the existing procedures, and iii) to coordinate complicated uplifting and track the results.

If you are lifting heavy-weight objects by using a crane, you should know the load accurately. If you are using standard lifting equipment, this device will not offer you the real-time measurement of load. Therefore, an overload condition may appear. In this condition, the lifting apparatus will most likely fail, resulting in equipment damage, injury, and even death. On the other hand, you can not easily spot the overload conditions. Sometimes, an overload can occur on a shackle, chain, or cable, resulting in fatigue failure.

In some industrial applications, a crane gets involved in the intermediatory step to move from one process to another. For example, a scrap metal charges an arc steel furnace for melting and here, a crane is utilized to load shredded metals and carry them into the furnace. Therefore, if the operator does not measure the crane’s load, the furnace will get stuffed by volume as opposed to mass and this will give a varying result.

Above all, you will find various applications of wireless crane scales in different industries, including manufacturing, ports and shipping, oil and gas, foundries, wind turbine installation, aerospace, utilities, offshore drilling, entertainment industries, and several other industries.