Wireless Radio Remote Control for Your Crane
The industrial crane is also known as an overhead crane. These cranes are work overhead at height. EOT crane is another type of crane which are widely used in industrial application. It has different types such as single girder eot crane and double girder eot crane. To operate a crane using the traditional method is quite risky. To control different types of cranes wirelessly, Anand radio remote control is the best option in overall crane remote controls.
Anand radio remote control can move in different directions such as up, down, forward, reverse, left, right, and on, off. It also has the ability to long travel and cross travel. A radio remote control for an industrial crane has available in a transmitter and a receiver.
Why Crane Remote Control?
The radio remote control completely works on wireless technology, and therefore the operator can operate the crane from a long distance or in a coverage area. The device can send and receive the signal from a distance of up to 200 meters. The main advantage of the crane radio remote control is that it does not have cable, so the operator does not need to stay near the crane. Another feature of the device is that it automatically adjusts performance. This means that if the distance is less than the device it consumes little power and if the device is far from the crane, adjust the power as needed.
How does wireless crane remote control work?
Electromagnetic waves that oscillate in the frequency range of 10 kHz to 300 GHz are known as radio waves and microwaves. A hoist crane wireless remote control uses radio wave frequency. The radio remote control of the crane uses transmitters and receivers to send and receive the signals.
A push button on the radio remote control creates transmitting data for the receiver. The transmitter transmits the encoded data to the receiver. This encoded signal is sent from the transmitter which is controlled by the operator. And this signal is received by the receiver that is connected to the crane control panel. When the signal reaches the receiver, the receiver decodes or decrypted the transmitted signal and assigns that data to relays. These relays activate the switches according to the assigned relay on eot crane control panel.
The communication between Anand transmitter and Anand receiver takes place more than 10 times per second. The transmitter side continuously monitors different factors of communication link like the number of successful transmission attempts, received signal strength, link quality indicator, lost packets, etc.
Anand Transmitter and Receiver
The transmitter is the portable remote control. Each button activates the remote control of the EOT crane and generates a collection of information for the crane receiver. This information is first encrypted and then transmitted to the recipient.
Anand transmitter and receiver are highly customizable and configurable. With insurmountable safety and reliability, you can configure your radio remote control according to your crane. It is not only customizable but also reliable.
Anand Systems uses software programmed to have a custom range of 10 to 200 meters, depending on user requirements, without the need to change hardware. Anand eot crane remote controls were designed from the ground up to be able to transmit signals over long distances with as little power as possible.
Why Anand Radio Remote Control for the crane?
Anand Systems Engineering is an Industrial Crane Remote Control Manufacturer. Anand systems use advanced technology and software for crane control devices for crane remote control. Anand radio remote uses the 2.4 GHz frequency band for worldwide use. Anand remote controls are designed as close to the ground as possible to transmit alarms over long distances on the ground.
Anand Remote Control Crane is quite optimized and specially developed for your eot crane. We offer a large selection of remote crane controls to achieve the goals: Reduce production downtime with an exceptionally high level of reliability and increase safety through assembly equipment and the best possible standard of protection.
