| 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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≤3 universal joysticks; ≤6 side key switches; 1 emergency stop switch; multiple toggle switches; rotary switch; push button switch; potentiometer, 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; display(2.2,4.0-inch ); wired control; panel lighting; fingerprint recognition |
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Adapter battery
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Li3600;Li2800S;BN2100 |
Remote controls are ubiquitous in our daily lives. Almost every household is equipped with a variety of these devices. However, when it comes to industrial remote controls, knowledge is less widespread. These specialized controllers, unlike their civilian counterparts, are an integral part of various industrial operations, yet often remain in the shadows of public awareness.
An industrial remote control is a sophisticated device that employs radio transmission to facilitate the remote operation and management of industrial machinery. It comprises a compact, handheld or waist-mounted transmitter and a robust receiving unit permanently installed on the industrial equipment. Operators input commands via the transmitter's control panel, which are then digitized, encoded, and securely encrypted before being sent wirelessly to the receiving system. Upon receipt, these signals are meticulously decoded and converted, restoring the original control commands and enabling seamless management of diverse mechanical apparatus.
The technical requirements for industrial remote controls are far more stringent than those of their civilian counterparts, covering aspects such as precision, sensitivity, signal integrity, anti-interference capabilities, extended operational range, and resilience to harsh conditions like moisture, dust, extreme temperatures, and corrosive substances. These attributes ensure that industrial remote controls can thrive in challenging environments, underscoring why they cannot be replaced by standard civilian devices.
Industrial remote controls find extensive applications in sectors reliant on cranes, including metallurgy, shipbuilding, container terminals, warehousing, machinery manufacturing, chemicals, papermaking, construction, and engineering machinery. They empower operators to execute remote control tasks from any vantage point within a range that extends from 100 meters to potentially several kilometers, with robustness to obstacles. By merely carrying a lightweight transmitter, operators can move freely, selecting a safe and clear line of sight for operations, thus mitigating accidents due to poor visibility, operational constraints, adverse environments, or communication mishaps. This not only enhances safety but also significantly boosts production efficiency.
What are the ADVANTAGES of industrial remote controls?
★ Reduce manufacturing and maintenance costs: The integration of remote control systems in lieu of traditional cabins has long been established and is now a norm in production processes, leading to substantial cost savings.
★ Enhance safety and reliability: By eliminating intermediary command steps, miscommunications are avoided. Operators gain a direct view of hoisted items from a strategic position, thereby reducing risks during crane operations in severe weather and eliminating errors that arise from miscommunication at high altitudes.
★ Improve the operating environment: Operators can position themselves at secure angles, avoiding positions with poor visibility or high pollution levels, and shielding themselves from harmful emissions.
★ Optimize human resource utilization: In scenarios like bridge crane operations, a single operator can manage tasks such as maneuvering, mooring, and unloading independently, without the necessity for additional commands.
★ Enhance work efficiency: Operators can make informed decisions independently, markedly improving operation accuracy and continuity. With the freedom from the confines of cabins and operating lines, issues like high temperatures negatively impacting performance are mitigated, thereby elevating operator morale and overall efficiency.
With the expansive adoption of industrial remote controls across various industries, their advantages become increasingly evident and impactful.
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