Product Parameters
Radio:
Physical Data:
Safety Standard:
Executive Device:
C18 Description:
Engineered for durability, the C18 boasts a rugged, dust-proof, and water-repellent structure that perfectly aligns with ergonomic principles for seamless handling.
Equipped with a dual CPU for encoding and decoding, ensuring unrivaled reliability in data communication.
Featuring a meticulously crafted joystick with an impressive lifespan of up to 1 million operations.
Empowered with a smart key for impeccable backup capabilities, enhancing operational efficiency.
Offers real-time active control compliant with stringent EU standards, ensuring safety and precision.
Supports an extensive range of up to 64 IO input groups and 10 proportional input groups.
Advanced automatic frequency control that intelligently selects the optimal channel upon startup.
Flexible optional bus output type available, along with customized feedback to meet diverse needs.
ABOUT US
OHM (Chongqing) Electronics Technology Co., Ltd.
Established in August 2013, OHM is a pioneering high-tech enterprise specializing in industrial wireless remote control solutions. We integrate R&D, production, sales, and after-sales services. Our robust manufacturing base in Chongqing, coupled with a strategic sales and service center in Shanghai, ensures exemplary consulting, support, and after-sales services for industrial wireless remote control technology.
As a frontrunner in the industrial wireless remote control sector, OHM holds fast to its core principle of 'creating brilliance, prioritizing quality.' Our mission focuses on delivering safe and reliable industrial wireless remote control products, enhancing operational safety and convenience across industries such as construction, forestry, and mining by reducing labor demands and boosting efficiency.
OHM is dedicated to shaping the future of remote control technology, aiming to be the most influential domestic and global brand in the industrial wireless remote control domain.
Industrial Remote Control and Its Advantages
Remote controls are ubiquitous in modern households, yet the realm of industrial remote controls remains lesser-known. These devices are pivotal for managing industrial machinery efficiently.
Industrial remote controls utilize radio transmission for the seamless operation of industrial machinery. Consisting of a handheld or belt-mounted transmitter and a stationary receiver, operators input commands which are digitally encoded, encrypted, and transmitted to a receiver. Here, the data is decoded and converted to execute precise equipment control, ensuring optimal performance and safety.
Unlike civilian counterparts, industrial remote controls demand superior accuracy, sensitivity, continuity, and interference resistance. Designed for extreme environments, these devices excel in adaptability, outperforming civilian remote controls in robustness and reliability.
Predominantly employed in crane-driven industries like metallurgy, shipbuilding, and construction, industrial remote controls facilitate remote operation across expansive areas and challenging terrains. Operators can maneuver safely, optimizing visibility and minimizing risks, thus enhancing safety and productivity by eliminating visual, environmental, and command-related constraints.
What are the ADVANTAGES of industrial remote controls?
★ Slash Manufacturing and Maintenance Costs: The transition to remote control systems from traditional cab setups is no longer just a futuristic dream—it's the new industry standard. This innovative shift not only simplifies production processes but also powerfully cuts down on both manufacturing and maintenance expenses.
★ Elevate Safety and Reliability: By eliminating the command link, we significantly reduce the risk of misunderstandings due to improper commands. Operators gain an unparalleled view of hoisted items from the command angle, ensuring a clear and direct line of sight. This innovation enhances safety by removing the operator from the vulnerable cab during severe weather and prevents the miscommunication that often leads to accidents during high-altitude operations.
★ Enhance the Operating Environment: Operators now have the freedom to choose secure angles, eliminating the need to work in areas with poor visibility or heavy pollution. This advancement protects operators from exposure to harmful gases, ensuring a healthier and safer work environment.
★ Optimize Human Resources Utilization: Consider the bridge crane scenario—now, a single person can seamlessly manage operation, mooring, hoisting, and unloading tasks without the need for additional commands, streamlining operations and maximizing workforce efficiency.
★ Boost Work Efficiency: Operators now enjoy the autonomy to make precise judgments, leading to significant improvements in operational accuracy and continuity. Unhindered by the restrictions of traditional cabs and braids, operators enjoy enhanced comfort, avoiding the discomfort of high temperatures that previously hampered efficiency. This newfound comfort translates to heightened morale and operational effectiveness.
With the growing prevalence of industrial remote controls across various industries, their advantages are becoming increasingly evident and impactful.
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