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What Is The Working Principle Of Wire Bending Machine?



One of the major products of the Autolink CNC machine is Wire bending. It consists of six major units/parts for ensuring the working process of the machine is efficient way.Get more news about http://www.ylsktech.com Automatic Wire Bending Machine,you can vist our website!

These are the major units of the machine which enhance the working part of the Automatic cnc wire bending machine precisely. The automatic machine reduces the manpower to increase the productivity of the machine. The working of the machine is defined with the help of the machine’s parts.

Working on the CNC WIRE BENDING MACHINES

Decoiler:
It is one of the important parts of the machine. A CNC machine cannot work without the decoiler. It ensures to remove the tangles in the wire which has to be fed into the machines. The machine’s decoiler is externally connected to the machine.The loading capacity [loading weight] of this part is about 2 tonnages. Hence, if the power is turned ON, then the coiled wire will be decoiled and sent to the feeding box via a wire straightener.
Wire Straightener:
It simply removes the bend from the wire which has been sent from the decoiler and then sends that to the wire feeding box.
Wire Feeding Box:
The straightened wire is then sent to the feeding box which is attached to the suitable roller. The roller will be fixed according to the size and diameter of the wire. The wire feeding part is programmed concerning the working nature of the machines.
Wire Guide:
The wire guide part just sends the wire to the bending tool from the feeding box. The total distance of the guide is 800mm. The wire rotary is designed such that the part rotates for about 360°
Bending Tool:
The CNC machine designed the bending tool rotating for different R (radii) angles. The bending tool consists of inner and outer bending for framing the different formats effectively.
Cutting Tool:
Once the final bending formation is completed, the cutting tool is ensured to cut the wire and the sequence is continued for the same output.

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Low pressure vs. high pressure water mist extinguishing system


Low-pressure and high-pressure water mist extinguishing systems are an equally efficient but also environmentally friendly alternative to classic sprinkler systems in many areas of application. In particular, the lower water requirement reduces both the extinguishing water supply and possible damage in the event of a triggering. In addition, this also reduces the pump size and the electrical connected load, especially in low-pressure systems.Get more news about http://www.xinshengpower.com high and low pressure components wholesaler,you can vist our website!

High-pressure water mist extinguishing systems work with an operating pressure of up to 200 bar. Consequently, a very fine water mist with a droplet size of 50 µm results. Thus, the reaction surface of the water is enormously large, which considerably reduces the extinguishing water consumption.

Both low-pressure and high-pressure mist extinguishing systems take advantage of extremely small water droplets. This makes them a more environmentally friendly alternative to conventional sprinkler and gas extinguishing systems.

The mode of operation of low-pressure and high-pressure water mist extinguishing systems is very similar. In addition, low-pressure has the same performance as high-pressure water mist extinguishing systems. For example, both systems meet the requirements of DIN EN 14972 based on fire tests.

Common types of ball bearing cages



Ball bearing cages (also known as ball retainers or ball separators) are components in ball bearings that separate the balls, maintain symmetrical radial spacing and, in most cases, hold the bearings together.Get more news about http://www.toorymetal.com brass ball cage,you can vist our website!

Cages can provide lubrication by acting as a reservoir for oils or by providing a solid film via the cage material itself or a coating on the cage. The designer's selection of the appropriate cage design is critical to achieving the desired bearing life and performance.

There are four basic cage types which are the most common, readily available and will perform well in most applications: J type, W type, RJ type and TW type.

"J type: A two-piece belt consisting of two halves, one assembled from one side and the other from the opposite side. Folding tabs secure the two halves. This type of cage is guided by the balls. The "loose" clinch type provides lower torque. Material is type 302 stainless steel. Brass and carbon steel are also available. These types of cages can operate at low to medium speed. Loose crimp is standard. Tight crimp (JF) is used for higher speeds. Extra loose (JL) is used for low torque applications.

Type "W": One piece steel crown. Used primarily in very small bearings. This type of cage is inner ring guided. Material is type 410 stainless steel. The cage engages over the balls from one side. It has excellent performance in low torque, low speed applications. Generally, the one piece steel ring is not used in high speed applications.

"RJ" Type: This type of cage is suitable for larger bearings (bore diameter over 10mm) with high load carrying capacity. It is a two piece band consisting of two halves, one assembled from one side and the other from the opposite side. The two pieces are riveted together and are strong enough to withstand higher levels of vibration and acceleration. This type of cage is guided by balls. The material is type 302 steel.

Rice Destoner Machine


A rice destoner machine is a specialized agricultural machinery designed to remove stones, debris, and other impurities from rice grains. Rice is a staple food for many cultures, and the quality of rice harvested for consumption needs to be free from foreign materials that can affect its taste, texture, and overall quality. A destoner machine helps achieve this by efficiently separating rice grains from heavier impurities.Get more news about http://www.sunfieldam.com Rice Destoner Exporter,you can vist our website!

Here's how a rice destoner machine works and its key features:

Gravity Separation: Rice destoners use the principle of gravity to separate rice grains from heavier materials like stones, clods of soil, and metal fragments. Since rice grains are lighter than these impurities, they tend to float on a cushion of air created by fans, while the heavier materials sink.

Vibratory Motion: The machine often employs vibratory motion or mechanical agitation to assist in the separation process. The shaking or oscillating movement helps ensure that rice grains and impurities are properly stratified and separated.

Adjustable Settings: Many destoner machines offer adjustable settings for factors like air velocity, inclination angle, and vibration intensity. These settings can be fine-tuned to suit different types of rice and varying levels of impurities.

Efficiency: Rice destoners are efficient in removing not only stones but also other heavier contaminants like metal pieces, glass, and soil clumps. This ensures that the rice produced is safe for consumption.

Different Types: There are various types of rice destoner machines available, ranging from small-scale, hand-operated models to large, industrial units. The choice of machine depends on the scale of rice production and the level of automation required.

Capacity: The capacity of a rice destoner machine is usually measured in terms of the amount of rice it can process per unit of time. Industrial-scale destoners can process large quantities of rice quickly.

Multiple Sieves or Layers: Some advanced destoners incorporate multiple sieves or layers to improve the separation process. These layers allow for more precise separation of different impurities based on their size and density.

Maintenance: Like any machinery, rice destoners require regular maintenance to ensure their proper functioning. This includes cleaning, lubrication, and inspection for worn-out parts.

Rice destoner machines are an essential part of modern rice processing facilities, helping to improve the quality of rice and reduce the risk of damage to milling equipment downstream. They contribute to the overall efficiency and profitability of rice production by ensuring that only high-quality grains reach the consumers. Just like with any machinery, advancements in technology and manufacturing practices may lead to new features and improvements in rice destoner machines over time.

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What are three key performance needs for HVAC/harsh environment connectors?


Connectors are complex assemblies whose performance is based on interactions of materials with electrical, mechanical, and environmental factors. Extensive testing is required to ensure proper performance and numerous industry standards have been developed for that purpose.Get more news about http://smartnoble.com Harsh Environment Connector,you can vist our website!

This FAQ reviews 13 tests across three key performance indicators for connectors including electrical, mechanical, and environmental considerations for connectors used in heating ventilation, air conditioning (HVAC) systems, and other harsh environments. Some aspects of materials testing for connectors are discussed in the FAQ on “What’s the difference between needle flame and glow wire testing?”

Testing is the cornerstone for quantifying the performance of connectors in challenging environments. Three key areas are:

Electrical tests: the impact of high current and temperature rise poses challenges to components. Testing should evaluate wet insulation resistance, current carrying, impulse withstand, contact resistance, and other factors.

Mechanical tests: flexion testing, conductor pullout, cold impact, protection against contact, and low-level contact resistance are several of the basic mechanical considerations.

Environment tests: degree of protection, vibration, humidity, corrosion, and temperature shock, including highly accelerated life test (HALT) and highly accelerated stress screen (HASS) testing.

Whether testing is performed in-house or at an independent laboratory, the requirements of ISO/IEC 17025, General requirements for the competence of testing and calibration laboratories, should be met. Accreditation is mandatory for testing performed as part of regulatory compliance. The need for accreditation applies to all types of tests including electrical, mechanical, environmental, and so on.
Contact resistance is a basic connector performance specification. Bulk resistivity, or intrinsic resistance, describes the resistance of a material of a given size and area. Contact resistance, on the other hand, describes the resistance experienced when two conductors come into contact (Figure 1). IEC-60352-5 requires that contact resistance testing should be carried out using the millivolt level method specified by IEC 60512-2-1. Contact resistance is a complex phenomenon and is affected by constriction, film resistance, and stress relaxation. Constriction describes the narrowing of the true contact surface when two materials meet. Film resistance is the resistance created by unwanted resistive material (film) on the surface of the contact. Contact deformation can occur over time changing the shape of the contact as a result of stress relaxation.

Current carrying capacity should be measured in accordance with IEC 60512‑5‑2. Current carrying capacity is limited by the insulating parts of the connector housing and the thermal properties of the contact materials. It is dependent on the ambient temperature and self-heating of the contacts. The tests quantify carrying capacity versus ambient temperature.

Wireline series Core Barrel stop ring BQ NQ HQ PQ NQ3 HQ3



The drilling fluid circuit operates withinthe available annular areaprovided.More specifically, after travelling through the drill rods, the fluid enters the core barrel.Get more news about http://peercheerdrill.com Wireline Stop Ring,you can vist our website!

There it is channelled between the inner and outer tubes, exiting via the throat of the diamond bit, and back out between the outer tube and bore hole wall to the collar .

At the bit end of the inner tube, core lifter case adjustment and core lifter selection are of great importance. The core lifter case needs to be placed close enough to the throat of the bit to allow for efficient core breakage, butundesirable increase in fluid pressureand/or sample washing from the drilling fluid.

By design, the tapered core lifter slides along the inside of the core lifter case, wedging and securing itself onto the core during core recovery and breaking.
PEERCHEER offers NQ3 HQ3 PQ3 NWL-3 HWL-3 PWL-3 stop ring for use with NQ3 HQ3 PQ3 core barrels. The NQ3 HQ3 PQ3 stop ring is a hardened steel snap ring designed to seat into a mating groove, and retain the core lifter in the core lifter case. Q series stop rings are available for application in standard DCDMA N H P size.
PEERCHEER’S core lifters are are made of high-quality alloy steel that is specially heat treated to increase strength, toughness, and wear life.

Think Heated Clothing is Only for Winter?


When you hear the term "heated clothing," what's the first thing that springs to your mind? A frigid winter morning, perhaps, where you're bundled up in heated garments to ward off the icy chill? Sure, that's a common perception, but don't let your mind be tricked into pigeonholing heated clothing as a winter-only staple. This article will shed light on the wider applications and benefits of heated clothing, emphasizing how it is not just for winter.Get more news about http://www.mainiko.com heated garment,you can vist our website!

Outdoor Sports and Adventures: Beyond Winter
Are you an outdoor enthusiast or a sports freak? Well, if you thought heated clothing was exclusively for the winter months, you're in for a surprise. Outdoor activities often require spending long hours in the open. Whether it's a cool summer night camping trip, a fall hiking adventure, or spring mornings of fishing, heated clothing can come to your rescue, keeping you warm, cozy, and ready for action.

Therapeutic Uses of Heated Clothing
You'd be amazed to know that heated clothing also doubles as a therapy tool for several health issues. Patients suffering from Raynaud's Disease, arthritis, or poor circulation often find relief by wearing heated garments. It's not about braving the cold here; instead, it's about leading a more comfortable life.

Professionals' Savior in Cold Work Environments
Think of professionals working in cold storage facilities, construction workers on windy heights, or scientific researchers in chilly labs. They often find themselves battling the cold despite it not being winter. For them, heated clothing is a lifesaver, offering the much-needed warmth in a cold work environment.

The Science and Technology Behind Heated Clothing
Heated clothing isn't about simply layering up; it's an amalgamation of science and technology. This section will take you through the intricate details that make these garments capable of generating heat.
Ensuring Battery Longevity
The battery is the heart of your heated clothing. It powers the heating elements that keep you cozy, whether you're snowboarding down a mountain or simply taking your dog for a walk on a chilly morning. But like all technology, batteries have a finite lifespan. However, by taking certain steps, you can ensure that your heated clothing battery lasts as long as possible.

Understanding Your Battery
The first step in battery care is understanding the type of battery your heated clothing uses. Most heated clothing items use lithium-ion or lithium-polymer batteries due to their high energy density and long lifecycles. Familiarizing yourself with the specifications and care requirements of these batteries is essential for their optimal upkeep.

Proper Charging Practices
How and when you charge your battery can significantly affect its longevity. It's often a common misconception that batteries should always be charged to 100% and drained completely before recharging. This practice, known as deep cycling, can actually decrease the lifespan of lithium-ion and lithium-polymer batteries.

Instead, you should aim to keep your battery level between 20% and 80% as much as possible. Consistently charging your battery to 100% can result in high voltage stress, which wears down your battery over time.