C Y Electrical & Cranes Co Ltd

  Pendant hoist cables are designed to be used with other crane cables in heavy industrial activities such as mining, quarrying, and building. Pendant Hoist control cables are intended to withstand severe mechanical loads such as torsion, torque, and tension. Pendant Hoist Cable Specifications Pendant cables are used for control applications, conveying signals to overhead cranes and gantries using push-button controllers. They are employed in overhead crane feeder applications because they provide flexibility and resilience across a wide temperature range of -15°C to +60°C for fixed installations. The PVC-sheathed flexible copper pendant hoist cable has a voltage rating and galvanised steel wire rope that provides suspension support up to a maximum suspended height of 80m and a pulling force of steel core. They are multicore cables with 5 cores or more. Why Would A Crane Operator Shorten A Pendant Cable? When dealing with extra-long pendant cables , it's not commonplace ...

  The ravioli slip ring is a flattened, round, disc-like shape that mimics the Italian pasta of the same name. This tiny design was developed to maximise space economy in settings where a standard tubular or capsule slip ring could be too bulky or heavy. It was not picked randomly. Another facet of their innovation is the use of materials that make slip rings easier to create. High-grade conduction metals, such as copper or silver alloys, for internal wiring, have been carefully selected for their superior gearbox performance. These are used with strong yet lightweight materials for the external shell, such as aluminium or various hardened plastics. The materials must be robust enough to withstand the demands of various working environments, hence increasing the slip rings' lifetime and durability. Ravioli slip rings differ from other types of slip rings because of a few distinguishing features. The most striking feature is its flat, tiny design, which has significant spac...

  Industrial brakes and clutches are frequently incorporated into and utilised by equipment, machinery, and other goods. As a result, there are few chances to see their actual use. That being said, they are crucial in managing the power of different equipment. Electromagnetic Brakes: What Are They? Electromagnetic brakes and clutches are mechanical parts that use electromagnetic force to manage power. Due to their similar working principles, they are frequently referred to together as brakes and clutches. However, their functions are quite different. The Function of Electromagnetic Brakes The mechanical component of these brakes stops power. Using an electromagnetic force, you can slow down, halt, and sustain different motions. These brakes are often employed in the lifting mechanisms of moving objects. Furthermore, these brakes are responsible for keeping machinery in a stopped state. The purpose of this maintenance function is to ensure that a machine or other item st...

 The cables are arranged using C-rails for safety and convenience of handling. The entire system consists of several components, including clamps, trolleys, supports, and an extruded or formed profile with a cross-section shaped like a letter C. Importance of Proper Cable Management Cables may get tangled and make a mess if not managed properly. Time lost from production, safety risks, accidents, and money can all result from this. Because of this, in an industrial setting, the wires may also come loose and result in a short circuit. Careful cable layout extends equipment life, lowers safety risks, and ensures proper upkeep and serviceability of the linked equipment. Therefore, one of the cable management solutions utilised for appropriate cable management is C Rail Festoons. The C Track Festooning System Design C Rail Festoon Design The C Track's layout allows the little trolleys to pass freely through its interior while transporting the cables. Similar to how a curtain roller in...

Electromagnetic brakes come in various forms (tooth, multiple disc, hysteresis, magnetic particle). The variant with a single-face design is the most popular. While mechanically transmitting torque, electromagnetic brakes function electrically. They were once known as electromechanical clutches and brakes for this reason. The range of applications and brake designs has expanded significantly since electromagnetic brakes gained popularity over seventy years ago, but the fundamental workings of the single-face electromagnetic brake have not changed. Consider the coil shell as a north and south-pole horseshoe magnet. A magnetic circuit is formed if a piece of iron makes contact with both poles. An electric field is produced when power is provided, and this field (flux) bridges the gap between the armature and the field. The armature is drawn into contact with the brake field face by this magnetic attraction. The circular motion comes to an end due to friction and the intensity of the mag...

Globally, Kendrion is a reputable and well-known name in the brake and clutch technology industries. Their goods are used in a very broad variety of industrial applications, and when motors, gearboxes, and other drive components are brought in for refurbishment or rebuild, the repair department frequently finds them installed to them. Single pressure, single disc brake modules for direct current are part of the Kendrion Binder Module Line brake line. These modules can be added as an extra module to a fully completed motor, often to end shield A. As a result, each Module Line has an output shaft that is positioned on a bearing. This device has an emergency stop feature in addition to being designed as a holding brake. When the electricity is cut off, electromagnetic spring pressure brakes increase the braking torque. For installation purposes, the braking force can be neutralised by hand-releasing the coil or by energising it.   Features ●      spring-appl...