Product Parameters
Radio:
Physical Data:
Safety Standard:
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Standard Accessories:
B16FK Description:
Ergonomically designed for maximum comfort and usability;
Incorporates Push-Button patent technology offering a comfortable feel and precise actuation;
Push buttons boast a lifespan exceeding 2,000,000 activations;
Equipped with a high-speed CPU with a response time of ≤20ms;
Utilizes secondary packing adhesive technology for superior shatter and impact resistance;
Features an automatic shutdown upon impact and a three-level safety guarantee;
Includes a smart key enabling seamless replacement of spare systems;
Comes with a special holder for the transmitter, ensuring easy and organized management.
ABOUT US
OHM (Chongqing) Electronics Technology Co., Ltd.
Established in August 2013, OHM (Chongqing) Electronics Technology Co., Ltd. is a leading high-tech enterprise specializing in industrial wireless remote control equipment. We integrate R&D, production, sales, and after-sales service. Our manufacturing base is located in Chongqing, with a sales headquarters and after-sales service center in Shanghai, offering comprehensive consulting, support, and after-sales service for industrial wireless remote control technology.
As a pioneer in the industrial wireless remote control sector, OHM adheres to the principle of 'creating brilliance, only quality' and is dedicated to consistently delivering safe and reliable industrial wireless remote control products. Our mission is to develop durable, high-quality remote control equipment that enhances user efficiency, minimizes labor, and provides a safer, more convenient operating environment across various fields such as industry, construction, forestry, and mining.
OHM aims to establish itself as the most influential brand in the domestic and global industrial wireless remote control market, representing national excellence.
Industrial Remote Control and Its Advantages
Remote controls are ubiquitous in daily life, with every household owning several. However, industrial remote controls, which differ significantly from their civilian counterparts, are less known to the general public.
An industrial remote control system utilizes radio transmission to enable the remote operation of industrial machinery. It comprises a handheld or waist-mounted transmitter and a fixed receiver installed on the equipment. The operator inputs commands via the transmitter, which are then digitized, encoded, encrypted, and transmitted wirelessly to the receiver. The receiver decodes and converts these commands to control various mechanical equipment.
Industrial remote controls demand higher standards for accuracy, sensitivity, signal continuity, anti-interference, range, waterproofing, dustproofing, and resistance to extreme temperatures and corrosive environments. These stringent requirements enable industrial remote controls to function reliably in harsh conditions, a feat civilian remote controls cannot achieve.
Industrial remote controls are predominantly used in crane-related industries such as metallurgy, shipbuilding, container terminals, warehousing, machinery manufacturing, chemicals, papermaking, construction, and engineering machinery. They allow for effective remote control operations within a range of up to thousands of meters, unaffected by obstacles. Operators can carry a lightweight transmitter, move freely, and select safe vantage points for operation, mitigating the risks associated with poor visibility, restricted line control, harsh environments, and miscommunication. This not only ensures safe operation but also significantly boosts production efficiency.
What are the ADVANTAGES of industrial remote controls?
★ Reduce Manufacturing and Maintenance Costs: Transitioning from traditional cabs to advanced remote control systems is no longer a futuristic concept but a well-established standard in contemporary production processes. This shift significantly reduces manufacturing overheads and maintenance expenses.
★ Bolster Safety and Reliability: Eliminating manual command links effectively reduces misunderstandings caused by improper commands. Operators can now control the equipment from a vantage point that offers a clear view of the hoisted items, thereby improving accuracy and safety. Additionally, this system mitigates the risks associated with operating tower cranes during inclement weather and eliminates the communication errors that commonly occur between operators and commanders during high-altitude tasks, preventing unnecessary accidents.
★ Enhance the Operating Environment: Operators have the flexibility to choose safer vantage points, avoiding areas with poor visibility and high pollution levels. This feature also protects operators from exposure to harmful gases, contributing to a healthier and safer working environment.
★ Save Human Resources: In operations involving a bridge crane, for instance, a single individual can handle the tasks of operating, mooring, hanging, and unloading without the need for additional command personnel. This streamlines operations and efficiently reduces manpower requirements.
★ Boost Work Efficiency: Allowing operators to make independent, real-time judgments enhances accuracy and operational continuity. Freed from the constraints of upper and lower cabs and operating lines, operators no longer suffer from physical discomfort due to high temperatures in cabs. This improvement in working conditions significantly raises morale and boosts overall work efficiency.
With the extensive integration of industrial remote controls across various sectors, their numerous advantages have become increasingly evident and essential for modern operations.
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