Radio remote controls & Wireless Remote Control for EOT Cranes in India.
We strive to maintain the most reliable, durable, and usable products our customers are accustomed to using.
Industrial Applications
The Industrial applications of radio remote controls are unlimited. Any equipment/ machine
which is electrically operated through wired control logic can be converted to
wireless operation.
Wireless Radio Remote Control Systems for Industrial Applications.
Radio Remote Control
With upgradation of technology Radio Remote control systems have undergone a tremendous change for the better in terms of safety, reliability, user friendliness, maintenance and inventory of spares. Some manufactures have adopted the latest technology where as some are still offering old & obsolete systems. TELECRANE was amongst the first in the world to shift over to the latest and upgraded technology and being TELECRANE’s sole dealers we have access to these upgraded systems.
PC Programmable
The systems are programmed through a software on a PC so that the transmitter and receiver is configured as per crane’s electrical drawings. In case of complicated cranes there could be a substantial reduction in interfacing cost.
Program Copier
The program from a transmitter can be copied on to a Program Copier and transferred to the receiver located on the crane platform. The program of one system can also be copied into another through the program copier facilitating interchange of systems between the cranes.
Similarly the program in any of the systems installed can be copied into the spare Transmitter Receiver. Know more
Additional Safety
In the event of an unlikely failure of Emergency Stop button, if magnetic key switch is removed during the operation, the main line relay of remote will switch OFF.
Battery Check
Battery voltage check can be carried out while the system is in operation. The transmitter shows status of batteries in 3 colors. Green confirms healthiness of batteries and while in operation if LED changes to Orange which means batteries are weak and need to be replaced. Red would mean dead batteries.
Crystal Based Technology
In these new systems separate PCB for RF communication has been totally eliminated and instead a Plug – in & Plug- out type crystal has been mounted on the Encoder card itself. Separate PCB for RF communication has been the main cause of failure of obsolete systems. Thus customers can maintain the systems themselves at cheaper cost rather than sending the RF communication PCB for repairs. This also results in minimum inventory of spares.
Durable and Compact Receiver
The Receiver should be very light in weight but more sturdy and easy to handle & install the receiver should have suitable lamp indication to indicate the communication between the transmitter and receiver has been established. The receiver housing should be of nylon fiber which is dust proof, bad conductor of heat, corrosion proof, with no possibility of signal being grounded and above all it is best suited for uninterrupted radio signals.
Advance PCB design
The PCB’s have been redesigned with lesser number of components and are manufactured with the latest soldering techniques. Less the number of parts, lesser are the probabilities of bankruptcy.
To eliminate operator fatigue the weight of the transmitter has to be limited. The weight of the hand held push button type transmitter has been limited to 350 gms. Or less and the weight of the shoulder held joystick type transmitter has been limited to 1000 gms. Or less. The joystick systems have been offered with dual joysticks with proportional control if needed.
The dual joystick system is much easier for the operator to use as compared to single joystick system. In dual joystick systems, hoisting and lowering is carried out in vertical plane whereas cross travel and long travel in horizontal plane unlike single joystick system where all the joystick have to be moved in vertical plane, despite the fact that cross travel and long travel motions are required to move in horizontal plane.
With the used of dual joystick the transmitter becomes light and compact. Proportional control is also not possible in single joystick system.
The dual joystick system is much easier for the operator to use as compared to single joystick system. In dual joystick systems, hoisting and lowering is carried out in vertical plane whereas cross travel and long travel in horizontal plane unlike single joystick system where all the joystick have to be moved in vertical plane, despite the fact that cross travel and long travel motions are required to move in horizontal plane.
With the used of dual joystick the transmitter becomes light and compact. Proportional control is also not possible in single joystick system.
Quick Links
Reach us
107, Mamta House,
S. V. Road,
Bandra (West), Mumbai – 400050.
Bandra (West), Mumbai – 400050.
- 9323928416 / 9323928424
- ac***************@gm***.com
