Month: July 2015

How the Beehive Scale Works?

With the advancements in technology, beekeepers are also after using beehive scale that lets them completely monitor the beehives. Beekeepers are always required to open the hives for further inspection of swarming or disease.

Thankfully, beehive scale can be positioned below the hives. Beekeepers are able to find it easy recording the internal temperature and weight. The information is then transmitted back to the beekeepers.

A beehive scale is proven to be an efficient tool that addresses the concerns of beehives. By intelligently and carefully applying this beehive scale, beehives are further improved. This scale is the solution that can be utilized in this modern day.

There are many beehive scales that can be found on the market that include excellent features such as weight reporting by means of satellite. There are simply other new useful features that make it more useful. At such a reasonable cost, this scale is even more attractive in the eyes of beekeepers.

Beehive scale manufacturers are able to dedicate their lives in making this gadget. This is truly an in-demand tool to use for beekeepers. They can also know the amount of money in the beehives. There are also other beehive scales that can be used in monitoring the bees.

The only thing that is left on the part of beekeepers is the installation process. Installing it may seem a bit fiddly. The good news is that there are beehive scales that can be installed easily. The process is made to be easy on the part of the beekeepers. Even the monitoring of the bees in widely distributed or pollination sites is made easy.

In learning how the beehive scale works, it is good to understand that it differs in its mass. The beehive combs have their weight that are not skewed but are evenly dispersed on the back or front. The scale and its design depend on the assumption that core weight of the hive is at the geometrical center.

The beehive scale works by helping a beekeeper. He or she is given an indication about the weight of the hives. As per the weight of the hives, this is represented on its display unit. The display can be set in showing the kilograms, in ounces or in pounds.

On the other hand, beekeepers should install the hives’ platforms underneath. The frame may be taken from one hive which allows you to weigh them. As per the platform’s design, this usually depends on the hive’s width.

In installing a beehive scale, doing it at the right manner is a must. If you install the platform, then it should be below the hive.

In your search for beehive scale on the market, TCM-13 is the best electronic scale that has a GSM, relative humidity and temperature sensor. This is intended to be part of the honey-collection control systems. This is geared towards helping beekeepers interested in having a regular data of temperature, relative humidity and weight.

The best thing about this product is that its communication module has a humidity sensor, AMES temperature and GSM modem.

The New Age of Weather

For those who may not know, anemometers are devices that are meant to measure the speed of wind among other variations. The first one was created in the 1400’s and haven’t changed so much in concept since that time. Over the years many other inventors have made their own updated versions that have evolved over time. Some changes have been made down the line such as the use of a mechanical wheel and hemisphere-shaped cups. There are a few different types of anemometers and each work a bit differently, but with the same goals in mind.

Vane Anemometer: This specific one closely resembles that of a windmill. This device can calculate wind speed and direction.

Hot-Wire: This type has often been described in the manner of what the filament inside a lightbulb looks like when it’s turned on. This sort of anemometer can pick up on the flow of the wind and direction. Unfortunately, unlike the more handheld version of this device, it’s fairly fragile.

Laser Doppler: This device uses a laser beam which hits air particles and bounces the information back to the device, giving the user information on things such as the speed of the wind.

Sonic: Originally created in the 50’s, this device that measures the speed of wind is created to withstand the outdoor elements in places such as weather stations. Unfortunately, due to the way this particular device is created, things such as rain can greatly impact the inaccuracy of the results it produces. Two separate kinds of sonic anemometers have been created called the two ultra-sound path and the three ultra-sound path.

Acoustic: A newer version that was created in the 2000’s, this device is ideal for colder weather as the heat it produces keeps it from freezing while in harsher climates.

Ping Pong Ball: Just like the name suggests, this device is literally a ping pong ball attached to a string. With the combination of the wind blowing on the ball the direction in which it angles is how they calculate the speed and other information.

Plate: Consisting of a plate and a wind vein this form has been altered a few times throughout time and revised by different inventors. Unfortunately, it’s only accurate when it comes to weather involving low-wind speeds. Functioning best higher up in the air, they perform best on places such as bridges.

Tube: Just like a few of the former types, this was recreated again and again to better deal with the issues of inaccuracy during times when the wind was stronger.

Pitot tube static: Typically used in measuring the speed of aircrafts. Due to a heated tip, this is best used in cold climates as it will be unable to be covered in ice.

So as you can see there are many brother anemometers in comparison to the newer models that are much more accurate and portable. All of them however, have served an important role throughout history in giving us what we have today.