Industrial robots consist of three basic parts: the main body, the drive system and the control system. The main body is the base and the actuator, including the arm, the wrist and the hand, and some robots and walking mechanisms. Most industrial robots have 3 to 6 degrees of freedom of movement, of which the wrist usually has 1 to 3 degrees of freedom of motion; the drive system includes a power unit and a transmission mechanism for the actuator to generate corresponding actions; the control system is input according to the input The program signals and controls the drive system and the actuator. Industrial robots are divided into four types according to the movement of the arms. The rectangular coordinate type arm can move along three orthogonal coordinate coordinates; the cylindrical coordinate type arm can be used for lifting, turning and telescopic movement; the spherical coordinate type arm can be rotated, pitched and telescopic; the articulated arm has multiple Rotate the joint. The industrial robot is controlled by the movement of the actuator, and can be divided into a point type and a continuous track type. The point type only controls the accurate positioning of the actuator from one point to another, and is suitable for machine loading and unloading, spot welding and general handling, loading and unloading, etc.; continuous path type control actuator can move according to a given trajectory, suitable for continuous welding and Painting and other operations. Industrial robots are classified into two types: program input type and teach input type. The programming input type is to transfer the programmed program files on the computer to the robot control cabinet through RS232 serial port or Ethernet communication. There are two teaching methods for teaching input type: one is that the operator uses a manual controller (teaching operation box) to transmit the command signal to the drive system, so that the actuator can perform the required action sequence and motion trajectory. The other is that the operator directly leads the actuator and performs it according to the required sequence of motions and motion trajectories. At the same time of the teaching process, the information of the working program is automatically stored in the program memory. When the robot automatically works, the control system detects the corresponding information from the program memory, and transmits the command signal to the driving mechanism, so that the executing mechanism reproduces the teaching. Various actions. The industrial robot that teaches the input program is called a teaching and reproducing industrial robot. Industrial robots with tactile, force or simple vision can work in more complex environments; if they have recognition functions or further increase adaptive, self-learning functions, they become intelligent industrial robots. It can adapt to the environment according to the "macro" selection or self-programming given by people, and automatically complete more complicated work.
The OREMA EFB battery, specifically engineered for cars equipped with advanced start-stop systems, plays a pivotal role in the auto industry. As a specialised Automotive Start Stop Battery, it flawlessly powers vehicles fitted with this system, ensuring seamless transitions between stops, starts, and idling phases.
Designed for a wide array of vehicles, this range expands to cater to popular European models with DIN style maintenance-free batteries, as well as Asian manufactured vehicles, for which low maintenance flooded batteries are an optimal choice. The diversity of choices reflects OREMA's engagement towards providing highly specialized batteries to meet different vehicle needs.
The key element that differentiates the EFB battery from others is its unique design and composition. It utilizes a new type of alloy, a novel lead paste formula, and a cutting-edge separator. This innovative blend has been meticulously crafted, resulting in remarkable improvements in various significant aspects of the EFB battery.
One significant advantage is the battery's service life – the blend of new alloy, lead paste formula, and the separator fortifies the battery against wear and tear, prolonging its useful life significantly. This makes it not only a cost-effective choice for users but also contributes to sustainability efforts by minimizing waste.
The aspect that makes the OREMA EFB Start Stop battery stand out is its long cycle life coupled with the high starting power under low temperatures. Its efficiency during frequent starts makes it ideal for hectic city life or regions with colder climates where vehicles require more energy to start and run.
In summary, the OREMA EFB Start Stop battery is more than just a power source; it's an embodiment of advanced technology and careful design, tailored specifically for cars with advanced start-stop systems. Its unique formula results in a long-lasting, high-performance battery that ensures reliability under diverse conditions, making it an optimal choice for modern automobiles.
Ultra-low internal resistance separator to reduce battery self-discharge
Strongest starting burst, low temperature, or low state of charge can still start the engine
Durable grid design, less water loss, prolonging the service life in a high-temperature environment
Using high conductive lead alloy casting andwelding,through-wall welding technology, highcurrent starting performance is good
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OREMA EFB Battery: Innovation and Excellence in Automotive Batteries
Then comes the aspect of water loss, which has been significantly reduced, thanks to RIMA's novel blend. The substantial decrease in water loss constitutes to the battery's longevity and overall improved performance, even after extensive use.
Moreover, the OREMA EFB battery showcases impressive improvements in low-temperature starting. Ensuring your vehicle starts with ease regardless of the temperature is fundamental for any efficient battery, and RIMA EFB battery excels in this by demonstrating great starting power under low temperatures. This essential feature ensures the vehicle is ready to go whenever it is needed, marking its reliability.
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