| Customization: | Available |
|---|---|
| Application: | Industrial Machinery, Led Products, Remote Control |
| Battery Type: | Special Self-Made Battery |
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| Strong, durable, dustproof and waterproof, ergonomic design |
| Dual CPU codec to ensure reliable data communication |
| Well-designed joystick, life of 1 million times |
| Smart key, perfect backup capability |
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Real-time active control, in line with EU standards
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Up to 60 IO inputs, 10 proportional inputs
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Optional bus output type, customizable feedback content
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Operating elements
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≤4-way proportional rocker; ≤4 side key switches; 1 emergency stop switch;
multiple toggle switches; rotary switch; push switch, etc.
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Standard functions
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smart key; automatic shutdown
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Optional functions
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ID card; N to N function (N≤8); collision shutdown; tilt shutdown;
weightlessness shutdown; 2.2-inch display; wired control
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Adapter battery
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Li3600;Li2800S;BN2100
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Remote controls are ubiquitous in our daily lives, with every household boasting an array of them. However, industrial remote controls, which differ significantly from their civilian counterparts, often remain a mystery to most.
An industrial remote control is a sophisticated device utilizing radio transmission for the precise remote operation of industrial machinery. These systems consist of a handheld or waist-mounted transmitter paired with a fixed receiver on the machinery. The user inputs commands into the transmitter's interface, which then encodes and encrypts these instructions, transmitting them wirelessly to a distant receiving unit. This unit decodes and converts the signals back into control commands, thus enabling seamless control over a variety of mechanical equipment.
Industrial remote controls demand superior technical specifications compared to civilian remotes, including heightened accuracy, sensitivity, signal consistency, and robust resistance to interference. They boast extended control distances, and are engineered to withstand harsh conditions, with waterproof, dustproof, and extreme temperature resilience, as well as acid and alkali resistance. These factors render them irreplaceable by regular civilian remotes for demanding industrial tasks.
Predominantly employed in crane-utilizing sectors such as metallurgy, shipbuilding, container handling, warehousing, and various machinery industries, industrial remote controls facilitate remote operations across vast areas—anywhere from a 100-meter radius to several kilometers, unaffected by obstacles. Operators can maneuver freely with a lightweight transmitter, selecting safe vantage points for optimal visual control, thereby preventing accidents historically caused by poor visibility, environmental constraints, or miscommunication. This innovation not only ensures operational safety but also significantly boosts productivity.
What are the ADVANTAGES of industrial remote controls?
★ Reduce manufacturing and maintenance costs: Transitioning from cabs to remote control systems is now standard practice, significantly lowering associated costs.
★ Enhance safety and reliability: By eliminating the command link, potential misunderstandings are minimized. Operators gain a direct view of hoisted items, reducing risks tied to poor weather conditions and miscommunication during high-altitude tasks.
★ Optimize the working environment: Operators can select safe angles, avoiding areas with poor visibility or severe pollution, thereby safeguarding against harmful gases.
★ Conserve human resources: For instance, a bridge crane can be operated by a single individual, handling tasks like movement, mooring, and unloading independently, bypassing the need for additional commands.
★ Boost work efficiency: Operators make autonomous decisions, enhancing operational precision and continuity. Freed from the constraints of cab environments, particularly in extreme temperatures, operators achieve higher morale and efficiency, thus elevating overall productivity.
As industrial remote controls proliferate across diverse industries, their myriad advantages become increasingly evident.
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