Shanghai architects trades ltd. Sells a whole range of products such as kendrinon electromagnetics, kendrinon electromagnetic valves, kendrinon fluorators, kendrinon brakes, kendrinon centrifuges and kendron wires in germany。
As a professional manufacturer of atex blast-proof magnets, kendrion's products are widely used in environments with potential blast risks, such as mines, refineries, oil platforms and other chemical facilities. These sites typically contain flammable, explosive gases and vapours, which place strict requirements on the performance of the equipment. Kendrion's atex anti-explosive magnet meets the requirements of the european atex directive 2014/34/eu, which applies to equipment and protection systems correctly used in an explosive environment. The explosive properties of the product have been rigorously tested by the german federal institute of physical technology (ptb) and the ibexu (technology institute) on the basis of the en60079 standard。
The kendrion system line series of communication magnets are made of high-quality magnetic thinboards, with rapid time and dynamic properties. The design not only combines large journeys with compact structures, making them significantly smaller than straight current electromagnets with the same performance, but also up to 2 inches (50 mm). Under normal operating conditions, the exchange of electromagnets has a higher switch power than the direct current electromagnetic. Unlike the constant power consumption of direct-flow magnets throughout the journey, the power consumption of communication magnets is adjusted by the course. In addition, kendrion exchange electromagnetics are optimized and can reduce the buzz that occurs when the position is closed. These electromagnetics are widely applied in areas such as energy technology, engineering, mechanical manufacturing and the manufacture of switches, where rapid response and stable travel performance are essential。
Kendrion's dual steady linear electromagnetics are activated by electrical pulses. After activation, the cortex is kept at the end and the state is maintained without continuous electricity. Opposite electro-pulse activates the double spring and returns the cortex to its initial position. Kendrion's dual-state linear electromagnetic magnets are the ideal option to be applied with strict requirements for energy consumption. They are particularly appropriate for applications that do not have a municipal electricity connection, as batteries or solar power can be used. Typical applications include locks on portable equipment, electric door locks and other locking systems. Because of its compact design, these electromagnets can easily integrate into various locking systems。
Kendrion 63. 1 v series lead electromagnetic valves require only 1 w power to achieve air flow switching exceeding 270 litres/minute. This performance is facilitated by the control of the bottom main valve by directly operating electromagnetic valves by air by means of 2bar-directed pressure. At the same time, the series of electromagnetic valves can have an abbreviated working pressure of up to 8 bar. These valves are ideal options for many applications, particularly for pre-control of complex process valves in the liquid processing industry。
Based on long-standing empirical design and long-standing production experience, the electromagnetic valves in the v series ensure reliable switching throughout the life cycle. All electromagnetic valves are subject to rigorous functional and sealing tests to ensure their performance before leaving the plant。
63. 1 the v series lead electromagnetic valves provide two types of 3/2 normally closed (nc) and open (no) and support a variety of electrical connections, including pin needles, wires or connectors. The standard rated voltage is 24vdc and 12vdc. The gas connection is french。
The kendrion permanent magnetic brake is designed to be a single-sided dry brake. The force generated by the constant magnetic field produces the brake effect. In order to remove the force of the action, the magnetic flux of the permagnetic is offset by a alternating electromagnetic site (emi). The zero-resilient connection between the power hub and the french rim ensures a zero-resilient transmission of the brakes to the machine's axis (e. G., the electric axis) and the reliable release of the zero-resilient rectangles of the permanent magnetic single-sided brakes. Because of these characteristics, the permanent magnetic brakes are the ideal option to serve the electrical applications。
