Category: Industrial

Liquid level controller online store with Drurylandetheatre? The Displacer level controller changes the magnetic float to a float. Displacer level transmitter uses tiny metal film strain sensing technology to measure liquid level, interface or density. Such as Fisher DLC3010 Digital Level Controller. The hydrostatic level controller works by using the measuring principle of hydrostatic pressure. Generally, a silicon pressure sensor is used to convert the measured pressure into an electrical signal. Then it is amplified by the amplifier circuit and compensated by the compensation circuit. Finally, it is output in 4-20ma or 0-10ma current mode. Sino-Inst offers over 10 Ultrasonic Liquid Level Controllers for level measurement. About 50% of these are fuel level meters, 40% is the tank level sensor.

The advantages of ultrasonic liquid level gauge are very outstanding. It is mainly reflected in the following aspects : Safe and clean. The instrument has long service life. The measurement is stable and reliable with high precision. Of course, the ultrasonic liquid level gauge also has its own limitations and insurmountable defects. Specifically, it is mainly manifested in: Ultrasonic liquid level gauge is greatly affected by dust. This is because although the dust environment has little effect on the speed of sound, it has a very significant effect on the attenuation of sound waves. Therefore, it is best not to use an ultrasonic level gauge in the presence of dust.

Ultrasonic Level Sensing measures liquid levels based on the principle of ultrasound. When ultrasonic waves encounter a high-density medium while propagating in a low-density medium, they cannot penetrate the high-density medium. There will be reflections at the interface of the two media. The ultrasonic liquid level gauge is made using this feature. Discover extra details at https://www.drurylandetheatre.com/hs-2000-ultrasonic-tank-level-sensor/.

Infrared online debugging function : Applicable to occasions where it is not suitable to open the cover for testing in dangerous situations. At the same time, it reduces the difficulty of debugging. Self-diagnosis function : It has its own working status diagnosis function. It also has hardware diagnosis function. It enhances the reliability and stability of the level gauge. One-key recovery function : When the external measuring level gauge works abnormally, it can be restored to the normal state with one key through the debugger. Local display and remote transmission function : The level gauge can not only display the level value on the spot in time. But also remotely transmit it to the control room through the signal line.

The pulse will propagate in the container wall and liquid, and will be reflected by the inner surface of the container. By detecting and calculating the characteristics of the reflected signal, it can be judged whether the liquid level has reached the position where the controller is installed. The liquid level controller can output a relay signal to facilitate the detection and control of the liquid level. The float level switch is a kind of level switch. The float level switch uses magnetic force to operate. No mechanical connections. The operation is simple and reliable. When the float switch floats the measured medium, the float moves the main body. At the same time, the magnet on the other end of the float will control the magnet on the switch action lever. See extra details on https://www.drurylandetheatre.com/.

Angled cable gland and PG cable glands online store? Our ATEX accessories meet the requirements of the European Directive 94/9/EC as required. Here, too, you can choose from a wide range of lock nuts, extensions and reductions as well as seals. In addition, we offer adapter elements and special clamping brackets for our ATEX Ex d/e cable glands to achieve an additional external strain relief.

There’s a world of choices out there and unfortunately no one-size-fits-all option. But it does mean that you can custom select a cable gland based on your parameters. And to do that, you first need to consider a range of environmental and application factors. It doesn’t matter whether you’re working in aerospace, industrial, marine, power and utility, telecommunications or any other key industry. What’s important is identifying the core application environment of your cable gland.

Bimed plastic cable glands provide corrosion-resistant sealed cable entry and strain relief into enclosures or electrical equipment. IP68-rated and available in light gray or black, the Standard series offers Panzergewinde (PG) Thread sizes from PG7 to PG48; Protection series glands are available in sizes from PG7 to PG21, and include a strain relief coil. Common applications for cable glands include aerospace, cleanroom, fire protection, industrial, marine, panel or enclosure, power or utility, railway, and telecommunications. Aerospace cable glands: Designed and rated for use on aircraft or space vehicles and/or equipment; may include applicable approvals for military and/or aircraft use. See extra info at PG Threaded Cable Gland.

CMP flameproof cable gland being suitable for armoured cables, provides mechanical cable retention and electrical continuity via armour wire termination. A detachable armour cone and CMP AnyWay universal clamping ring arrangement allows the cable to be easily disconnected from the equipment, for maintenance and change out etc, and re-connected with the same consummate ease.

Why Do We Use Cable Glands? A cable gland (or as sometimes called; a cable fitting) is a mechanical device used to securely attach the end of a cable to an instrument, junction box, or piece of equipment. Cable glands provide many functions: To maintain earth continuity between a piece of equipment and any armouring in the cable, To ensure containment of an internal explosion in flameproof equipment, to provide strain relief for the cable.

CableGlandsOnline.com offer a wide selection of cable glands and cable ties to fit your needs. All of our cable glands meet IP68 specifications as liquid tight and are resistant to low level acides and alkalis. These cable glands are also designed for install well. Here are you can find a full sizes of all kinds of cable glands. Whether your application requires metric, npt or pg or other applications. You will find what you need here. Source: this website.

MIG welding machines and some welding advices? MIG welders are divided into transformer and inverter models. Briefly, transformer machines feature only mechanical parts that can adjust the output voltage “sequentially” while the unit is off. The output voltage is not stabilised and may decrease under load. Still, a simple design is the main benefit of transformer welders that facilitate their maintenance. Also, they are often cheaper. Inverter MIG welders are fitted with electronics that allow a smooth voltage adjustment, so it isn’t susceptible to drops and does not fall under load. Of course, power is the main feature of any electric tool. As for MIG welders, their power depends on the maximum amperage, more usually, the output range. This range determines the unit’s field of application. Powerful models can be used on small construction sites or in repair shops, while less powerful models are usually used for private needs. For example, the welders of up to 200A are great for home use; the 300A models are suitable for small repair shops, and if you need a high output and continuous work, consider welders over 300A.

How to pick a welder tips: Fan on demand: Lowers running costs and reduces contamination to internal components. The fan kicks in when it’s needed, rather than running all day. Printed Circuit board protection: If the machine’s PCB’s are protected from dust & kept away from the fan, reliability will increase. Some manufacturers’ have the parts that need cooling in a duct type housing & the PCB isolated separately. Step voltage settings: If you’re looking at step voltage conventional MIG with multiple power settings – “the more the better!” Read extra info on MIG welders Ireland.

Many companies get completely “bogged down” in the paperwork required to run a business. But with today’s latest technological advances, there are items that can be a great help. For instance, Lincoln Electric offers something called ArcWorks software which can document procedures, create drawings everyone in the shop can access, keep track of welding operator’s qualifications, and many other things. Software such as this can be tailored to the individual company’s needs and provide great efficiencies and also eliminate mistakes. Adding Robotics or Hard Automation to the Operation: Today’s technological advances offer many options. Robotics can be justified when the volume of parts a company produces is so great that it can offset the monies spent on a robot. Robotics can also be considered if there are a number of different parts that are similar enough in nature to be able to be handled by the same robot. If robots are not justified, a company might determine that fixturing or hard automation could be used to increase efficiency or quality. One company incorporated fixturing and clamps to hold down a tank while the seam was being welded. In another case, an automotive manufacturer decided that automation was necessary because of the amount of parts and intricate angles and welding positions.

Some advices on welding equipment, MIG and TIG welders, plasma cutters. Welders with a higher power output can work with thicker metals, but higher voltage welders will require special power supply set ups—either generators or appropriate power outlets. A welder with lower voltage in the 100’s will not be able to handle heavy duty jobs, but it can be plugged in and operated from any outlet. Any welder with power over 200 cannot run off a typical power outlet and will naturally cost more to run. In addition, welders will either run an alternating current (AC) that reverses itself at regular intervals or a direct current (DC) that flows in one direction and does not reverse itself. DC offers a steady rate of energy that leads to hotter temperatures and deeper weld penetration. AC welders usually cost less than DC welders, but the available electrodes are far more limited for AC. In fact, DC welders are more costly but remain popular because their higher power offers a wider selection of electrodes and a number of working advantages such as: simple arc striking, better penetration, and improved control. Welders who expect to work on a wide variety of projects may want to consider an AC/DC combination welder. Read extra info on https://www.weldingsuppliesdirect.ie/.

USA market look: Metal inert gas welders—also known as MIG welders or gas metal arc welders (GMAW)—are the most commonly used welding machine, competing with the also successful TIG (tungsten inert gas or gas tungsten arc welding) and stick welders. For both at home and industrial use, metal inert gas MIG welders are known for their efficiency at fusing all kinds of metals together. Dependent on your welding skill level, whether you’re experience or looking to start welding; a metal inert gas level could be a process you’d want to try out.

Miller have spent time crafting a machine to the highest manufacturing standards that is perfect for reducing set up times and welding up to 3/8 in steel. The most notable feature is the Advanced Autoset feature which gets you welding out the box in no time. All you have to do is select your wire diameter, process type and metal thickness and you’re good to go. You can input your parameters manually if you’d prefer, but the Autoset is so advanced that you really won’t need to, the arc quality is spot on. It’s a versatile unit that is dual-voltage and is super lightweight so it’s easy to carry with the handle on the top. There are plenty of other fine details in this machine like the ‘Auto Spool Gun Detect’ which can automatically detect a spool gun and ‘Smooth-Start Technology’ to enable smooth welds. You have to pay a bit more for this welder, but you get a quality machine with fine attention to detail. See the full review here.

Best induction furnace manufacturer? An important feature of the induction heating process is that the heat is generated inside the object itself, instead of by an external heat source via heat conduction. Thus objects can be heated very rapidly. In addition there need not be any external contact, which can be important where contamination is an issue. Induction heating is used in many industrial processes, such as heat treatment in metallurgy, Czochralski crystal growth and zone refining used in the semiconductor industry, and to melt refractory metals that require very high temperatures. It is also used in induction cook-tops for heating containers of food; this is called induction cooking.

Assembly is as simple as connecting the +terminal of your power supply to the +terminal of the ZVS driver and the -terminal of your power supply to the -terminal of the ZVS driver. The polarity of the working coil does not matter. I recommend an adjustable power supply and using a power meter to give you better control on your heat output. This induction heater works by pulsing the DC at a high frequency(about 160kHz). This creates a constantly changing magnetic field that induces eddy currents in conductive materials near the coil. Ferromagnetic materials will also heat up due to hysteresis. This is the heat produced from rapidly changing magnetic fields in the material. Induction heating is more efficient than many other methods because there is less wasted heat. For example, induction cooktops are more efficient than electric and gas stoves. I’ll be making more attachments and demonstrating more practical uses for inductive heat.

MYF melting furnace is designed for Non-ferrous metal melting. Which is used for copper, aluminum, zinc, tin and lead melting. The induction power is 40KW-600KW. The induction heating power and melting furnace are equipped with water cooling system. The air cooling ones will need customization. The graphite crucible furnace capacity is 100-1000kg copper or equivalent. In general, it will cost 300-350KW*H electric power to melt 1MT aluminum. The input power is 3 x 380V, 50/60HZ. Air cooling or water cooling induction melting furnace. More saving for the electrical power. Easy to operate and more stable for 24 hours working. See more info on induction heating equipment.

Here, I melt the first pieces of aluminum in my 1000W inductive furnace attachment with my graphite crucible. It works by pulsing the DC at a high frequency. This creates a constantly changing magnetic field that induces eddy currents in the graphite crucible. Graphite makes for a great susceptor because of it’s ability to absorb electromagnetic fields and convert them to heat. That’s why it’s used in many crisper sleeve for microwavable foods. A susceptor is a material that is used for its ability to absorb electromagnetic energy and convert it to heat. Here, I explain the material choices I made for my 1000W induction solder pot. I used a steel conduit coupler with a steel plug wrapped with aerogel infused fiberglass exhaust wrap. I made the working coil with litz wire and secured it in place with kapton tape. For an even better solder pot, you could use a graphite crucible like in the last step. In this next video, I show you how to use the solder pot. I feel it really demonstrates the usefulness of the solder pot.

Qingdao Shuimu Induction Equipment Co., Ltd is a professional induction heating equipment manufacturer in Qingdao City, China from 1999. Our induction weld preheating PWHT machine specializes in Metal Weld Heating, post Weld Heat Treatment(PWHT), thermal Assembly, fluid Heating and Non-ferrous Metal Melting Furnace design and manufacture. The induction weld preheating PWHT machine is air cooling with DSP + PLC control. Can set the heating temperature, heating speed and cooling speed. MYF Melting Furnace is designed for Non-ferrous Metal Melting. Which is used for Copper, Aluminum, Zinc, Tin and Lead melting. The power size is 40KW-600KW. Read additional info on https://www.cmheat.com/.