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Different Models of Modern Crane Remote Control Systems

The au courant manufacturers like radio remote control systems are implementing the most innovative technology in order to design the best crane remote control systems. That the latest industrial wireless technology is implemented by the engineers in designing service crane remote controls, they are providing the maximum level of productivity.

The modern radio cloistered controlled service cranes greatly improve job site safeness handy providing the motorist the safest vantage characteristic for effective control of the crane. This is a one-man control hesitate controlling system that eliminates the dependence for a second person stabilizing the load period guiding its placement. The operator can also enjoy a freedom to move around the work area while setting the load precisely against position.

Crane Remote Control Systems are mainly usable in four models:

Model ASKR: ASKR model is generally developed for the davit systems that are made for the systems requiring up to 12 radio remote control functions. This is enabled to work by a unique modular component unitary that in permute allows for easy installation. The custom wire harness fittings are also supplied with the system.

The installation of this modern ASKR system is very simple and maintenance is similarly very easy. Parts replacement has behoove simplified beside eager connect plugs and simple ‘learn’ button to link handheld and receiver. These systems are equipped with powerful transmitter having a strong penetrating power. The transmitter also has a low battery warning indicator with audible alarm and 300 Hrs continuous transmission power.

Model FHSR: FHSR model is mainly developed for monopoly types of crane operation that requires interference-free, fail-safe machine control. The interference free control is an important inclusion in this crane remote ascendancy system. The FHSS technology has successfully implemented in these models in order to shield unanimity types about electrical and signal signal interference. During any electrical and radio signal interference the system can seal down the whole regime without allowing much contribute disturbances. The operator handheld and machine mounted transceiver continuously communicate to ensure signal validity and strength.

Model DSST: This model is mainly developed for proportional and non-proportional hydraulic derrick applications requiring awake to twelve shortwave remote control functions. The unique feature applied in this model is that they are equipped with toggle switches. The toggle switch with trigger generally used to provide variable speed control of hydraulic pump solenoids. Split signal capacity is another valuable characteristic available in this model that allows combined boom movements including ‘up and sideways’ and ‘extend and winch down’.

Model ASKW: This is a childish and interesting model equipped with the latest industrial wireless technology. This system allows awake to 8 control functions. Two double AA type batteries are used in these systems that provide 300 hours about continuous use. Transmitter polysyndeton receiver units in this crane remote control, system operate on 56 bit digital code eliminating accidental operation. System also involves model ASKW transmitter housed in brawny aluminum enclosure.