#Magnetic float level switch

[aqualogistics]

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[masteringandinnovation]

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[jetspikepub]

Welcome back to the Bebop, it's part 2 of the guide.

(artwork from MonoGraph artbook)

Previously we entered the bridge using B1 tube. Right in front of the entrance there's a fenced area which is a way down to the main hangar.

After reaching a small stairwell we walk around to get down.

This is where lesser ships are usually repaired and get ready to take off. The main gate is closed (because of one uncleared area), we return to the brigde to have some fun with control panel.

The cylindrical part started to spin, giving us access to Red Tail and Swordfish II hangars in the upper and lower parts of the gravity passage.

If you noticed before in the anime, the gravity doesn't work outside that "barrel" part of the ship, and so-called magnetic power is used instead (Jet switched it off in episode 1).

The crew can float in the air like in zero gravity but once they touch the surface, their body "sticks" to it, and they can walk around or sit down without fear of being carried away.

We enter B1 tube again to reach the gravity passage and Red Tail hangar.

This hangar is now at the same level as the main one, and we can walk through the middle gate (Spike and Jet tried to stop Faye there when she planned to escape with Whitney).

And this is where Spike keeps his Swordfish II.

Now we are ready to explore the freight passage (the one Spike used to get rid of the fridge) and the back hangar.

This is where the last bomb was hidden. After teaching bad guys some manners Jet is ready to face Kult on the deck.

The bossfight wasn't THAT epic but Jet showed that bastard what happens when you come without invitation.

Here's some artwork from Mecha Zukan artbook that shows the Bebop from every angle.

[red-akara]

clean sweep

I am trying to find my way through a pack of cards.

I don’t think I’m playing the game right.

A diamond,

a set of aces,

the joker

are all floating around in my upstairs toilet.

It would be so nice to take a drink,

if I wasn’t dealing with this level of pollution.

Words don’t come easy up on the fridge.

Magnet letters spell out the forms

of past telephone calls with the light switch.

How have you been?

How can you read in this light?

How did your feet get frozen in a block of ice?

It asks like a broken record.

There’s a reason I can’t get farther than a few meters.

It’s taped to the inside of my journal.

When the last bottle of ketchup explodes,

you’ll see all the encoded messages

For now, just make sure that laundry’s done

replace the batteries as needed,

and leave the door open

just a little bit.

[mask131]

Occult Paris (2-A)

In the spring of 1948, three sisters – Leah, Margaret and Kate Fox, living in a rural town near Rochester in the state of New-York – claimed to have communicated with the dead, thanks to a turning table. People became obsessed with this trio of mediums and their poltergeists, and this was the start of the “spiritism craze”. This passion for communicating with the spirits soon reached Europe – and nor France, nor its capital Paris escaped it. In the upper classes of the capital, or in the “avant-garde milieu”, everybody tried to invoke the souls of the deceased inside tables for a little chat. Turning tables became one of the main entertainments of the time – or rather, a “spiritual sport”. It was the “greatest phenomenon” of the century, for many. But for the Church of France, it was something quite different… To quote the Chevalier Gougenot des Mousseaux, in his “La magie au dix-neuvième siècle” (Magic in the 19th century), “Magic, magnetism, somnambulism, spiritism, hypnotism – they are all but Satanism!”. The situation was taken very seriously by the religious authorities, to the point that the abbot Mautain, vicar of the archdiocese of Paris and doctor in theology, published a text tiled “Avertissement aux Chrétiens sur les tables tournantes”, “Warning for Christians about turning tables”. In it he described his experience seeing one day a basket twist itself “like a snake” and flee by crawling in front of a Gospel. The abbot Chevrojon, vicar of Saint-Roch, rather confessed having to battle against a “possessed stool”. For all the men of God of the time, spiritism was the work of the devil. As for the scientists of the Académie des sciences, it was all just charlatanism. For these rational and rigorist scholars, these tables could only turn through magician tricks, or by the subconscious muscular impulsions of the participants. For them, it was all just collective hallucinations, or autosuggestions.

But despite all the condemnations, despite all the warnings, despite all the debunking, people never stopped being obsessed with spiritism. In 1856, the emperor Napoléon III himself received officially in the Tuileries the Scottish medium Daniel Dunglas Home. During the séance they organized, a tale, several chairs and several furniture pieces started to float, while a host of famous spirits were invoked: Hortense de Beauharnais, Napoléon Ier, Marie-Antoinette, Jean-Jacques Rousseau and Blaise Pascal! But Home wanted to impress his imperial hosts too much, and this was his downfall: he was proven a fake when the Imperial Court went with him to Biarritz. There, “ghost hands” caressed the face of the empress Eugénie – but it was revealed to be the foot of the medium, wearing a glove! As it turns out, Home wasn’t a medium but a talented illusionists and hypnotists. Home was asked to leave France immediately – but despite this disgrace at the highest level of the government, secret societies and occult organizations of all sorts kept flowering and multiplying throughout France: spiritualists, theosophists, martinists, Rosicrucians, kabbalists, gnostics, neo-pagans, luciferians, Satanists… But three men in particular became extremely famous.

1) Allan Kardec

Born in Lyon in 1804, Hippolyte Léon Rivail settled at a very young age in Paris, where he opened a school (35, rue de S��vres) where he taught based on the modern methods of the Swiss pedagogue Jean-Henry Pestalozzi, himself a fervent follower of Rousseau’s theories. Unfortunately, Rivail’s schools barely hold for a few years before closing – Rivail switched to the writing of manuals of grammar, arithmetic, chemistry and biology. It is when he was writing a chapter about the magnetism of animals that a friend of his told him about his personal “table experience”. Rivail had reached his fifties when he first took part in a séance of turning tables. He soon regularly visited these mediumnic séances – one rue de la Grange-Batelière, another rue Tiquetonne, a third rue de Rochechouart… One medium claimed that Rivail was actually the reincarnation of an old Breton druid by the name of Allan Kardec – and so the former teacher took this pseudonym as his new name. In 1857, the “new” Allan Kardec published the first and the most famous of his books, “Le Livre des Esprits”, The Book of Spirits, that he claims to have written under the command of… spirits! On the first day of April 1858, he creates in his home (8, rue des Martyrs) la Société spirite de Paris (The Spiritualist Society of Paris), and a newspaper by the name of “La Revue spirite” (The Spiritualist Review). Since his apartment becomes too small to welcome his many friends and disciples, Allan Kardec starts hosting reunions at the Palais-Royal, first in the galerie de Valois, than in the galerie Montpensier, and finally at the rue Sainte-Anne. Kardec created a true religion, whose influenced reached all of Europe – and even Brazil! He wrote many, many books: Qu’est-ce que le spiritisme? (What is spiritism?), Instruction pratique sur les manifestations spirites (Pratical instructions about spiritualist manifestations), Le Livre des médiums (The Book of mediums), L’Evangile selon le spiritism (The Spiritism Gospel), Le Ciel et l’Enfer ou La Justice Divine (Heaven and Hell, or the Divin Justice), and finally, La Genèse, les Miracles et les Prédictions selon le spiritisme (The Genesis, the Miracles and the Predictions according to spiritualism). In 1869, Allan Kardec did not die – but rather was “disembodied”, and his empty body buried in the Père-Lachaise cemetery. His grave, in the shape of a dolmen, is still one of the most famous tombstones of the entire cemetery.

2) Éliphas Lévi

Eliphas Lévi was the man who invented in the French language the word “occultisme”, “occultism”. Born Alphonse-Louis Constant in 1810, in the Odéon neighborhood, son of a shoemaker, he soon enters the seminary of Saint-Sulpice and he could have become a priest… if only he could “keep it in his pants”, if you excuse the expression. Young Constant was sent to a young girl’s house to catechize her, only for him to seduce and flirt with her – which officially put an end to his possible priestly career. His mother, who was a very pious woman, was so despaired and heartbroken by this she killed herself. Gifted for drawing, the young Constant started to live and work in artists studios, while enjoying a very lustful and un-chaste life. He notably was the lover of Flora Tristan, a socialist and feminist activist who would later become famous for being the grandmother of Paul Gauguin. Constant then became part of the staff of the collège oratorien de Juilly – and it was during this time that he wrote his first book, La Bible de la liberté (The Bible of freedom).

As soon as it was published, the book was pulled out of libraries, forbidden from being published, and both the author and edtor were summoned in the assize court of Paris for “attack against the public and religious property and moral”. Constant was locked up in the Sainte-Pélagie prison for eleven months, and when he got out he married Marie-Noémie Cadiot, an eighteen year old woman (he was over thirty!). He wrote a pamphlet called “La Voix de la famine” (The Voice of famine), and he was once again condemned to one year of prison. He however only did half of his time in prison – which allowed him to participate in the revolution of February 1848. He was now a wanted man – in fact, a revolutionary who happened to look like him was shot dead rue Saint-Martin! A few years later, in the 120 boulevard du Montparnasse, he wrote the book that truly started his legend: Dogme et rituel de la haute magie (Dogma and ritual of the high magic). To publish this book he took the pseudonym of Éliphas Lévi, which was the Hebraic translation of Alphonse-Louis. In this book, the author created the portrait of a fantastical creature that was then copy-pasted and spread through the press: Baphomet, the so-called idol worshiped by the Templar Knights. Lévi described the creature as having the head of a goat, the breast of a woman, hooves, wings, and a pentagram on the forehead – sitting cross-legged while flames burn over its head. After this first success, Lévi kept producing best-sellers: Histoire de la magie (History of magic), La Clef des grands mystères (The Key of great mysteries), La Science des esprits (The Science of spirits), Le Grand Arcane (The Great Arcana)… Admired by the occultists of his time, he regularly gave tarot readings or chiromancy readings, and he started practicing alchemical experiments. He became friend with Alexandre Dumas, wrote several songs, became a guest in several literary salons, and he even was presented to Victor Hugo throughout the daughter of Théophile Gautier, Judith Gautier. He died in 1875 and was buried in the cemetery of Ivry.

3) Papus

Born in Spain of a French father and Spanish mother, Gérard Encausse was just a child when his parents settled in Montmartre. He had a pretty normal childhood at the Rollin school (today’s Jacques-Decour highschool), where he had already created an esoteric journal and a secret society with other teenagers. Becoming a medicine student, he actually spends most of his time studying divinatory arts, the tarot, the Kabbalah, and the arts of chiromancy, numerology and hypnosis. He takes the pseudonym of “Papus”, the name of a genius doctor of Antiquity. Papus was a “bon vivant”, as we say in France, a man who enjoyed all the pleasures of life and hanged out with the bohème of Montmartre – he notably spent a lot of time in Le Chat noir cabaret. Papus was for a time part of the Theosophical Society created in the United-States by Helena Petrovna Blavatsky, but he soon decided to stay independent and create his own organization. Or rather, re-crate, as he resurrected l’Ordre martiniste (The Martinist Order), inspired by the mage of the 18th century, Martinès de Pasqually. The first Martinist loge was in the 24, rue Pigalle. Papus had a clear sense of hierarchy and of mise en scène: as the leader of the Order, he goes by the title “The Unknown Philosopher”, while his right hands take titles such as “The Unknown Brother”, “The Initiated Brother”, “The Associated Brother”. During their ceremonies, the members of the Order wear a red dress, a black silk mask and Egyptian cloth-strips similar to the one wrapping up mummies, while holding a sword. In its peak, the Order had twenty thousand members spread across Europe, Russia and the United-States.

Papus worked however outside of his personal organization: he also worked to rebuild the ancient brotherhood of the Kabbalistic Rose Cross. In 1889, he participates to the first International Spiritualist Congress, that takes place in Paris, rue Cadet, while also founding the GIEE – the Groupe indépendant d’études ésotériques (The Independent Group of Esoteric Studies), which is opened by a conference at the 44, rue Turbigo, and which gathers all of the spiritualists of Paris. All the disciples participating to this opening conference notably obtain a diploma. The next yar, Papus creates with the poet Lucien Chamuel “la librairie du Merveilleux”, the book-shop of the Marvelous, 29 rue de Trévise. In the back-room, Papus and his friend work on creating their journal “L’Initiation”, that Rome itself blacklisted, their monthly publication L’Union occulte (The Occult Union), as well as their weekly “Le Voile d’Isis” (The Veil of Isis), and various almanacs. It was also in the backroom of the bookshop that you could find the seat of La Faculté libre des sciences hermétiques (The Free Faculty of Hermetic Sciences).

In 1902, Papus and Lucien Chamuel sell the book-shop of the Marvelous to open a new bookshop, this one called “librairie d’Hermétisme” (Bookshop of Hermetism), at the 3 and 5 rue de Savoie – plus an annex rue Séguier. By now, the personal office of the occult master looked like an Egyptian temple: he notably wrote there many of the 160 various texts that were attributed to him. In 1905, the tsar Nicolas II invites him to Saint-Petersburg for a spiritism séance: it was said that during this meeting, the French wizard managed to invoke the ghost of Alexandre III (which, according to the rumors, made Rasputin very jealous). In June of 1908, Papus gathers at Paris the Spiritualist Congress, gathering thirty thousand members from all of Europe – it took place in the salle des Sociétés savants, in the 8th of rue Danton. During the Great War, Papus was named chief-physician paramedic, but he did not survive the war, dying of tuberculosis before the end of the conflict. Some whispered that he might have been cursed by an envious Rasputin…

 Some additional notes, to understand the Papus article:

# Helena Petrovna Blavatsky, born in Russia, founded in New-York in 1875 the Theosophical Society, which soon spread world-wide. Her teachings were a syncretism of Buddhism, Hinduism, Christianism and esoteric thinking. In Paris, the theosophy received its first disciples in 1883. A journal, Le Lotus Bleu (The Blue Lotus) was founded. The seat of the French Theosophical Society was at the 4, square Rapp, in the seventh arrondissement.

# Jacques Martinès de Pasqually, a Portuguese Jew that converted himself to Catholicism, travelled in France in 1750 and founded there the society of the Order of the Mason Knights elected Cohen (Cohen, in Hebrew, meaning “priests”). Louis Claude de Saint-Martin, nicknamed “The Unknown Philosopher”, was his secretary. The Martinist Order, or Martinism, offered to its adepts to become “beings of God” by mixing spirituality and magic.

# The Rose Cross is a secret and mystic brotherhood created by Christian Rosenkreutz in Germany in the 17th century. Very soon, it became a phenomenon in Paris. The Rosicrucian Order preaches justice and truth.

[vishakharo]

Why Is a Float Switch Essential for RO Water Purifiers?

A float switch sensor plays a crucial role in the functioning of RO (reverse osmosis) water purifiers by helping to manage water levels, prevent overflows, and protect the purifier system. In this comprehensive analysis, we’ll explore what a float switch is, its mechanism of operation, and why it is an indispensable component in RO water purification systems.

What Is a Float Switch?

A float switch is an electrical device that detects the level of liquid within a tank, reservoir, or container. It consists of a buoyant object (the “float”) connected to a switch, which opens or closes an electrical circuit depending on the liquid level. This switch can control various electrical devices, automatic float switch for water tank including pumps, alarms, and valves, enabling precise control over water or liquid levels. In the context of RO purifiers, a float switch is typically used to control the water flow, especially within storage tanks, by activating or deactivating the pump based on the water level.

Types of Float Switches in RO Systems

There are several types of float switches used in RO systems, each serving the same fundamental purpose but functioning differently. The main types are:

Mechanical Float Switch: This is the most common type, consisting of a float that moves up and down with water levels, toggling a mechanical switch.

Magnetic Float Switch: In this switch, a magnet moves along with the float. When it reaches a certain level, it either closes or opens the circuit.

Electronic Float Switch: This type uses sensors and circuitry instead of moving parts, making it less prone to wear and tear and often more reliable in harsh environments.

Each of these float switches ensures that water levels in the RO storage tank are maintained within optimal limits, preventing issues such as dry running of the pump, overflow, and water wastage.

The Role of a Float Switch in RO Water Purifiers

Maintaining Water Levels in the Storage Tank RO water purifiers usually have a storage tank where purified water is collected and stored for easy access. The Best float switch is installed inside this tank to monitor the water level. When the water level in the tank reaches its maximum limit, the float switch automatically cuts off the water supply to prevent overflow. Conversely, when the water level drops below a specific threshold, the float switch activates the water pump to refill the tank, ensuring that there’s always a steady supply of purified water.

Preventing Pump Damage and Dry Run Protection Automatic Float switches help in preventing dry running, a situation where the pump operates without sufficient water. Running dry is one of the most common causes of damage to the water pump, as it leads to overheating and premature wear. When the water level falls below the minimum level, the float switch stops the pump, safeguarding it from damage and extending its lifespan. By providing reliable dry-run protection, float switches help in reducing maintenance costs and the need for frequent repairs or replacements.

Energy Efficiency Float switches contribute to the energy efficiency of RO systems by automatically controlling the pump operation. Without a float switch, the pump would need to be operated manually, leading to unnecessary energy consumption and wastage. By ensuring that the pump runs only when needed, float switches help conserve energy, thereby reducing electricity costs. This energy efficiency is especially valuable in larger RO systems or industrial applications where continuous water purification is required.

Water Conservation In addition to energy savings, float switches also aid in water conservation. By automatically stopping the water supply when the storage tank is full, a float switch prevents unnecessary water wastage. Float switch sensor for water level controller. This is crucial in areas facing water scarcity or where water conservation is a priority. RO systems without float switches are prone to overflow and spillage, leading to a considerable amount of water loss over time.

Protecting System Components The RO purification process involves multiple stages, including pre-filtration, RO membrane filtration, UV purification, and post-filtration. Each of these stages requires a steady and controlled flow of water to function effectively. Float switches help regulate this water flow by ensuring the water level remains stable, thereby protecting the sensitive components within the system from damage due to irregular water pressure or supply.

Ensuring Consistent Water Quality Consistent water levels maintained by a float switch ensure that the RO system operates under optimal conditions, thereby improving its overall efficiency and effectiveness. With stable water levels, the filters, membranes, and other components of the RO system can work as intended, ensuring that the water meets the desired quality standards. A fluctuating water level might lead to inconsistencies in water quality, especially if the RO system is continuously running or unable to rest due to an improperly maintained water level.

Reducing Maintenance and Operating Costs By protecting the RO system’s pump and other components from damage, float switches help reduce the frequency of maintenance and repairs. RO systems equipped with float switches generally have longer operational lifespans and require fewer interventions from technicians, which translates to reduced operating costs over time. As a result, investing in a float switch proves cost-effective, particularly for high-capacity RO systems in industrial or commercial settings.

Mechanism of a Float Switch in RO Purifiers

The float switch mechanism is simple but effective. Here’s how it works:

Water Level Detection: The float, which is buoyant, moves along with the water level in the storage tank.

Triggering the Switch: When the water reaches a certain high level, the float raises to a point where it triggers the switch to cut off the water supply, stopping the pump or valve.

Low Water Level Response: When the water level decreases, the float moves downward, deactivating the switch and allowing the pump to refill the tank.

This automatic response makes the float switch a vital part of the RO system’s operation, as it maintains a balanced and uninterrupted water purification process.

Key Considerations When Choosing a Float Switch for RO Purifiers

When selecting a float switch for an RO system, a few critical considerations include:

Material: The float switch should be made from materials resistant to corrosion, as it will constantly be in contact with water.

Type of Switch: Depending on the application, you may prefer a mechanical, magnetic, or electronic float switch. Mechanical switches are often sufficient for domestic use, while industrial applications might benefit from electronic switches due to their durability and accuracy.

Compatibility: Ensure the float switch is compatible with the specific RO system model to avoid operational issues.

Installation: Proper installation is crucial to the effectiveness of the float switch. It should be securely mounted in a position where it can accurately detect water levels without obstructions.

Final Thoughts

A float switch is a small yet powerful device that significantly impacts the functionality and efficiency of an RO water purifier. It ensures proper water levels in the storage tank, prevents pump damage, and promotes both water and energy conservation. For domestic, commercial, or industrial RO systems, the float switch’s role in maintaining operational stability, protecting system components, and enhancing user convenience cannot be overstated.

In today’s world, where water conservation and resource efficiency are paramount, a float switch in an RO system is not just an accessory but a necessity. It is integral to the system's performance, longevity, and sustainability. Investing in a quality float switch and ensuring its proper installation and maintenance can go a long way in maximizing the benefits of an RO water purification system.

[cflowmeter]

Float Switches: Reliable Liquid Level Monitoring for Various Applications

Introduction

A float switch is a simple, yet effective device used to detect and control liquid levels in tanks, reservoirs, and other containers. By automatically triggering actions such as filling, draining, or alerting users to critical levels, float switches are indispensable in industries where liquid level management is essential, including water treatment, industrial processes, and household appliances.

How Float Switches Work

Float switches operate based on buoyancy. The main component is a float, which rises or falls with the liquid level. As the liquid reaches a pre-set level, the float either makes or breaks an electrical circuit, triggering the desired action, such as activating a pump or sounding an alarm. There are two common types of float switches: mechanical and magnetic. In mechanical float switches, the float physically tilts or moves to activate the switch, while magnetic float switches use magnets and reed switches for contactless operation.

Advantages of Float Switches

Simplicity: Float switches are straightforward in design and easy to install, making them a cost-effective solution for level control.

Versatility: They can be used in a wide range of applications, from water and oil tanks to industrial systems handling corrosive liquids.

Low Maintenance: With minimal moving parts, float switches are durable and require little maintenance over time.

Automatic Control: Float switches provide automatic operation, improving efficiency and reducing the need for manual monitoring of liquid levels.

Applications

Float switches are widely used in various industries, including wastewater treatment, oil and gas, HVAC systems, and household appliances like sump pumps. They are ideal for systems requiring automatic liquid level control or safety shut-off mechanisms.

Conclusion

Float switches offer a reliable and cost-effective solution for liquid level monitoring and control. Their simplicity, durability, and automatic operation make them a trusted tool in industries that require precise and efficient liquid management. Whether for residential or industrial use, float switches ensure optimal system performance with minimal oversight.

[typecase07]

Your iPad Experience with Typecase: The Ultimate Keyboard Solutions

In today’s digital age, our tablets are more than just devices; they are essential tools for productivity, creativity, and entertainment. For iPad users, finding the perfect accessory to enhance their device's functionality is crucial. This is where Typecase steps in, offering top-tier solutions with their iPad Air 10.9 keyboard case and iPad 11 Magic Keyboard. These products are designed to elevate your iPad experience, combining sleek design with unmatched functionality.

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Enhanced Productivity

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The iPad 11 Magic Keyboard by Typecase takes productivity to the next level with its responsive keys and built-in trackpad. The trackpad supports multi-touch gestures, making it easier to navigate through apps and documents. This keyboard also includes a USB-C port for pass-through charging, ensuring that your iPad remains powered up while you work.

Seamless Connectivity

Both the iPad Air 10.9 keyboard case and the iPad 11 Magic Keyboard by Typecase offer seamless connectivity with your iPad. They connect via Bluetooth, ensuring a stable and reliable connection. The keyboards are easy to pair with your device, allowing you to start typing in seconds without any hassle.

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On the other hand, the iPad 11 Magic Keyboard by Typecase offers a unique floating design, which not only looks sleek but also provides a convenient and ergonomic typing angle. The magnetic attachment ensures that your iPad stays securely in place, while the adjustable hinge allows you to find the perfect viewing angle.

Final Thoughts

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[yoyik456]

China supplier PPROACH SWITCH INDUCTIVE PROXIMITY SENSOR LJ12A3-4-Z/BY power plant spare parts

China supplier PPROACH SWITCH INDUCTIVE PROXIMITY SENSOR LJ12A3-4-Z/BY power plant spare parts Sold by YOYIK. Deyang YOYIK is a professional production, development, sale of power plant dedicated spare parts and accessories processing company. Through more than 21 years of efforts, the majority of customers have been fully recognized. Yoyik can offer many spare parts for power plants as below: #DF-PPROACH SWITCH INDUCTIVE PROXIMITY SENSOR LJ12A3-4-Z/BY-DF lvdt displacement transducer C9231125 liquid level float switch YKJD24-II-660-560-229 Gear tooth sensor ZS-04 L=75 non contact rpm sensor CS-3-L200 turbine speed sensors ecu plate CS-1-G-100-05-01 Rotary Torque Sensor NE510801-100-200-25-01-02 pt100 WZP2-6520NMF lvdt displacement sensor inductive sensor TD-1-600 Magnetic Proximity Sensors CS-1(G-100-02-01) rtd cable WZP2-2212A LVDT Displacement Sensors TD-1 steam turbine bolt heater ZJ-20-19(R) non-contact displacement sensor LVDT-450-3 Sheathed thermocouple TE-104 lvdt displacement transducer TD-6-4204 lvdt displacement sensor B151.36.09.04-002 lvdt displacement sensor inductive sensor B143.35.07 thermocouple temperature sensor WRNKB-446S/TG liquid level gauge Z1204720 liquid level switches UHZ-10C19N LVDT Displacement Sensors 3000TD-E sensor de rpm CS-1-D-060-05-01 lvdt 0-300 K156.36.06.005 Position indicator 6DR5220-0EN00-0AA0 k type thermocouple 1200 degree WRNK2-291 φ5 4mm rtd pt100 WZPM2-08-75-M18-S Pressure Switch 851580801 0.02-0.1Mpa Explosion-proof: EXEDIIT4-T6 sensor pt100 WZPK 230 sensor lvdt TDZ-1-46 thermocouple protection tube WRNKD2-04A-II 300mm pt100 WZPM-225 φ25mm RPM Sensor magnetic CS-1-D-075-02-01 thermocouple protection tube WRNKB-446S/TG platinum rhodium thermocouple wire TE-210 non contact rpm sensor CS-1 L=65 thermocouple pt100 WRNK2-231-R1/4\K PPROACH SWITCH INDUCTIVE PROXIMITY SENSOR LJ12A3-4-Z/BY unit of thermal resistance WZPM2-08-75-M18-S speed sensor location GSH5 Gap Transmitter GJCF-15 Thermocouple Type-K WREK2-334 φ5mm sensor de lvdt TDZ-1E-02 lvdt full form ZDET-700B sensor lvdt TD-6-4204 sensor lvdt HL-3-200-15 wzp pt100 WZP2-267M PT100 M27×2 speed sensor location ZS-06 linear variable displacement transducer LVDT-500-6 cartridge heater electric GYQ industrial cartridge heater ZJ-20-19(R) Magnetic Pick-up Speed Sensor CS-1 G-100-02-01 lvdt-sensor DET.2A.4000A sensor rpm A5S05B90-05 vacuum pressure gauge MIX7B62B374 rtd WZPM2-001, DZ3.5.1-1995 lvdt sensor 191.36.09.09 Magnetic Proximity Sensors CS-3-M10-L170 thermocouples extension lead wires  TKWRE2-230T φ6 rpm meter gauge WZ-1D-C led rpm meter DM-11B thermal resistance units WZP2-231 thermocouple cable WRNR2-12 turbine speed sensor CS-1(G-080-02-01) output speed sensor ZS-02 L=75 wzp pt100 WZPK-24 φ6 liquid level float switch LU83-5110 displacement inductive sensor TDZ-1E-24 Non-Contact Linear Displacement sensor 10000TDZ-AG Thermalcouple WRNK2-294, Φ5, L=1000, K speed sensor ZS-01 L=65 k type thermocouple TE-106 input speed sensor ZS-04 L=80 pt100 rtd500 WZPM2-201T PPROACH SWITCH INDUCTIVE PROXIMITY SENSOR LJ12A3-4-Z/BY DFYLSYC-2024-2-29-A

[aqualogistics]

Hanla IMS, the industry pioneer in magnetic float level switches, has been offering dependable solutions to numerous sectors for more than 30 years. We are able to provide our customers with specialised solutions that meet their unique demands thanks to our extensive experience and knowledge. We'll look at a few of the justifications in this blog post for choosing a magnetic float level switch from Hanla IMS.

[masteringandinnovation]

Buy Sump Pump Caged Stand in Jordan

Buy Sump Pump Caged Stand from Top Electromechanical Company of Mastering and Innovation in Jordan. Manufacturing control panels, magnetic float level switches, oil leak detection systems, etc

[nightmare-followup]

learning basic atomic theory and a bunch of electricity stuff for a stage lighting class. my brain does NOT hold onto it. i’ll overexplain it here for everyone’s convenience with way too much paraphrasing and strange connections. hey, maybe someone will use this later.

okay- starting on atoms: they’ve got 3 things- i think everyone knows protons neutrons and electrons. protons are “pro” as in positive- that’s what their charge is. neutrons “neu” like “neutral”- there’s no charge. electrons is the last one so they’re negative. i don’t have a fun brain trick for that- i think everyone knows those anyways so we can all figure it out.

now- atoms aren’t always specifically stable (meaning they have an equal amount of protons and electrons), but they’ll always be sorta like- searching for stability- or more like stray particles will be looking for unbalanced electrons with space in them to join so they can find a house. if you like- see static electricity on your blanket in the dark those are electrons floating around and finding atoms basically (i am no expert.) and when electrons are in an atom they all have super funky orbital paths and no path is like another- something something snowflakes and their uniqueness. and the like- furthest out plane of orbit is called the “valance shell” and the way all the electrons go through a conductor is what makes an electrical current. :) if you’ve heard “amps” as a unit of measure that’s for electrical current which is just electrons moving around!

you guys know the whole “opposites attract” bit of every fandoms favorite ship ever? that’s an electricity thing- law of charges positive and negative charges attract while same-same charges push each other away- that’s why magnets like- only have one side they stick to each other with.

anyways have you heard like “electrical potential” b4? yeah that’s just the difference between two electrical charges in two bodies. it sounds like- crazy sometimes in movies or whatever but atomically it’s just… like not that big a deal i guess?

and there’s resistance in every conductor which opposes the flow of electrons, slowing them down. it’s like how moving through water you’re slower- tho there’s still air resistance. same concept. actually to my knowledge on an atomic level it actually is the same thing so- yeah. gold is the best conductor and ppl actually used to wire with it but we use copper usually now cause gold is PRICEY and that’s how you get robbed of ur wires. they will go in your walls and steal your wires if you use gold don’t test those robbers and their tiptoeing and big sacks thrown over their shoulders.

volts measure electric potential, watts measure how much electricity is consumed. so like- check your extension cords and whatever you’re plugging into it b4 you try and run a hairdryer or a kettle on it cause that can like- overdraw energy from ur extension chord and cause fun things like fires which honestly i don’t think many wanna deal with an electrical fire.

insulators also don’t like- just stop electrical flow they OPPOSE it which- as someone who is stupid about electricity that was pretty cool to learn :)

now- we usually use 2 types of currents in our day-to-day lives. alternating currents- which like- switch directions a bunch super super fast (which is why lights kinda buzz- which you can see a lot better on cameras and most ppl can’t see that with their naked eye at all) and that’s in outlets (including outlets that lead to lights and heating equipment and stuff) then we have direct currents that only go in one direction- like batteries. which is why there’s a positive and negative side of a battery.

in any electrical system there is 3 main components: the power source, the load which converts electricity into whatever type of energy is needed, then the circuit which is just the path where the current goes along.

circuits are pretty cool cause there’s the types that are like- string lights where they light up everything in a line (that’s why if one light goes out the whole string goes out) then there are types that split up the electricity to go to multiple places at once! like- those bathroom lights with 2 lightbulbs- if one goes out they don’t both die. in fact i lived half my life with one of the lightbulbs out in the bathroom. i moved but i wouldn’t be surprised if it’s still out tbh-

now after all that: don’t fuck with electricity without knowing what you’re doing, it CAN and WILL kill you and i have not informed you of SHIT that will keep anyone safe. there are some systems in place to keep everyone’s dumbass safe like fuses that stop circuits from overloading by breaking the circuits before serious damage can be done and circuit breakers which does the same basic thing. but even with those like- you can still get urself seriously injured and killed so like- don’t mess with stuff unless you actually legit know what ur doing.

[irrelevant-pseudonym]

As a Creative Writing major, I learned that all cool fight sequences observe certain rules: Interesting Setting, Clear Stakes, Dynamic Action, and Rule of Cool.

These same principles can be applied to making Nintendo Golf less lame.

Interesting Setting

Grassy fields are OUT. Mini golf has this figured out. We need every hole to have a different, wacky layout, with unique obstacles to overcome. Since the digital world of Nintendo isn't restricted by the paltry laws of physics, we could have impossible structures to play through. We could golf our way across a moon base, where low gravity is a factor. We could golf through a glamorous pinball hotel where if you get a ball into the dumbwaiter it blasts it through the roof and closer to the hole in the hedgemaze outside. We could golf through a coral reef. A volcano. An ant colony. The possibilities are limitless; WHY are we reduced to green lawns??

2. Clear Stakes

What happens if you have the better score? You win at the end? Boring. Been done. There has to be stakes as you progress from hole to hole. Between each hole, you should have the option to spin a wheel for powerups or special golf balls. Higher/lower scores get better odds. You could get bouncy balls, peewee marbles, gumballs, magnetic balls -- varieties that would be useful in different settings, which you could switch in and out before the stroke. There should also be a wildcard ball, which has a 90% chance of giving you exactly the ball you need for the scenario, but a 10% chance of giving you a wet sponge to smack with the club for the next few turns.

3. Dynamic Action

We touched on this above, but there has to be more dynamic obstacles. Sandtraps are out. Ponds of hungry hungry hippos are in. Speedup mats, pinball bumpers, secret areas that hide powerups. We also need a point system. Completing the hole in as few strokes as possible gives you a set score, but finding point boosters or engaging bumpers/other dynamic aspects of the setting should give point bonuses, too. Players now have multiple strategies open to them. You can focus on finishing the course as cleanly as possible, or you can take an exploratory strategy and try to gain as many points as possible on the way.

4. Rule of Cool

Do I need to explain this? Has this whole rant not been enough? Give the people the sickest concepts you can conceive. Imagine a level where if you aim your ball just right, you can load it onto a rollercoaster that takes it spiraling over an open, broiling volcano and dumps it into a floating island, where it spins past snapping lava crabs and dunks into the hole at the bottom, releasing fireworks. That's what golf could be! @nintendo, it's time for Golf 2!

tl;dr why can't golf be more like mario kart

[idealdieselmarine]

Schwlmmer-Magnetschalter Magnetic float switches Typ:AFM-VSS/1 TH90/0-L670/14-V44A L1:570 - L2:620 also KSR KUEBLER products available

Magnetic float switches for sale as below:

Typ:AFM-VSS/1 TH90/0-L670/14-V44A

Art.Nr. 4001768

AB-Nr./Conf.No.: 728180-1

Komm. Nr.90401701

L1:570

L2:620

Condition:New

Qty 2pcs

Worldwide delivery

Also we have L1 = 75mm L2 = 320mm available qty 3pcs maker KSR Heinrich Kübler AG,

We have large stock available for all kind of marine float switch and level switches

Let us know required switch stem diameter and float range

IDEAL DIESEL MARINE

E-MAIL: sales@idealdieselmarine.com

idealdieselsn@hotmail.com ( cc email)

idealdieselsn@gmail.com ( cc email)

[vishakharo]

How Does a Float Switch Work in an RO Water Purifier?

A float switch is an essential component used in many Reverse Osmosis (RO) water purifiers, and it plays a critical role in maintaining the efficiency and safety of the system. The float switch is designed to monitor and control the water levels inside the storage tank of an RO water purifier. By automatically regulating the water flow into the storage tank, the float switch ensures that the tank doesn’t overflow or run dry, optimizing the water purification process and preventing potential damage to the system. Below is a detailed explanation of how a float switch works in an RO water purifier.

What Is a Float Switch?

A float switch is an electromechanical device that operates based on the level of liquid, in this case, water, in a tank or container. It consists of a float that moves with the water level, and a switch that is activated or deactivated when the float reaches a certain point. The float switch is often used in water storage tanks in RO water purifiers, and it controls the flow of water based on the tank's water level.

Float switches are typically made of durable materials like plastic or stainless steel to withstand the corrosive nature of water and the long operational hours of water purification systems. The switch is designed to be simple, reliable, and efficient in controlling water levels, ensuring that the RO system operates smoothly without causing water wastage or system malfunctions.

The Role of a Float Switch in an RO Water Purifier

In an RO water purifier, the float switch's primary function is to monitor the water level in the storage tank and regulate the filling process. The water produced by the reverse osmosis membrane goes into the storage tank, where the purified water is held for later use. The float switch ensures that the tank doesn’t overflow or run out of water. Here's how it works in detail:

Water Level Detection: The float switch is installed inside the storage tank of the RO system. The float itself is typically a hollow object that floats on top of the water. As the water level in the tank rises or falls, the float moves accordingly. When the water level increases, the float rises, and when the water level decreases, the float lowers.

Activating the Switch: The float switch is designed to activate or deactivate at specific water levels. There are two key points at which this happens:

Low-Level Activation: When the water level in the tank drops below a certain threshold, the float switch activates the water inlet valve to allow the flow of water from the RO membrane into the storage tank. This helps to fill up the tank.

High-Level Deactivation: When the water level reaches a predetermined high point, the float rises enough to activate the switch, which cuts off the water supply from the RO membrane. This prevents the tank from overflowing and ensures the water level is maintained at a safe, optimal level.

Types of Float Switches in RO Purifiers

There are several types of float switches used in RO water purifiers, each with different mechanisms and features. The most commonly used types are:

Mechanical Float Switch: This is the traditional and most basic type of float switch. It consists of a float connected to a mechanical switch via a lever or rod. When the water level rises or falls, the float moves, which in turn activates or deactivates the switch.

Magnetic Float Switch: In this type, the float has a magnet inside it, and the switch has a reed sensor. As the float rises or falls, the magnet inside it moves closer to or farther from the reed switch, causing the switch to open or close. This type of float switch is known for being more durable and less prone to mechanical failure.

Electronic Float Switch: This type uses an electronic sensor to detect the water level. These are usually more precise and may offer additional features, such as adjustable sensitivity or the ability to control other functions within the RO purifier.

How the Float Switch Ensures Efficiency in RO Systems

The role of the float switch in an RO water purifier goes beyond just preventing overflow. By controlling the water level in the storage tank, the float switch ensures that the system operates at optimal efficiency. Here’s how the float switch contributes to various aspects of the RO water purification process:

1. Prevents Overflow and Water Wastage

Without a float switch, there is a risk that the storage tank may overflow when the water level exceeds its capacity, causing wastage of purified water. This can also lead to water damage to the RO system components or the surrounding area. The float switch cuts off the water supply when the tank reaches its maximum capacity, effectively preventing overflow and unnecessary water wastage.

2. Maintains Consistent Water Supply

The float switch ensures that there is always enough purified water in the tank for daily use. When the water level drops to a low level, the float switch automatically turns on the RO system to refill the tank. This prevents situations where the tank runs dry, which could result in interruptions in the water supply for the household or business.

3. Optimizes System Lifespan

By regulating the water level and preventing overfilling or running dry, the float switch helps in maintaining the health of the entire RO system. Without this regulation, the system would have to work harder to manage water levels manually, which could increase wear and tear on the system components. A well-functioning float switch minimizes unnecessary pressure on the system, thus contributing to a longer operational lifespan.

4. Energy and Water Efficiency

A float switch contributes to the overall efficiency of the RO system by ensuring that the water purification process is carried out only when necessary. The system can stop filling the tank once it is full, preventing the waste of both electricity and water. By maintaining the correct water levels, the float switch ensures that the system only consumes energy and resources when it is needed.

Common Problems with Float Switches

Though float switches are reliable, like any mechanical or electronic component, they can encounter issues that affect their performance. Some common problems include:

Clogging: The float can become clogged with debris or minerals, especially in areas with hard water. This can cause the float to stick, preventing it from detecting the correct water level.

Corrosion: In certain cases, the float switch can corrode over time due to prolonged exposure to water, especially if it is not made from corrosion-resistant materials.

Malfunctioning: The switch mechanism can wear out over time, leading to malfunctioning, where the float fails to activate or deactivate at the right water levels.

To prevent such issues, regular maintenance and cleaning of the float switch are necessary.

Conclusion

The float switch is a crucial part of an RO water purifier, ensuring the system runs efficiently by maintaining optimal water levels in the storage tank. It helps prevent overflow, minimizes water wastage, maintains a consistent supply of purified water, and contributes to the overall lifespan and efficiency of the RO system. Whether mechanical, magnetic, or electronic, the float switch plays an essential role in the daily operation of an RO water purifier, making it a vital component for both residential and commercial water filtration systems. Regular inspection and maintenance of the float switch can help ensure that the RO system continues to function effectively over time. Get High-Quality RO Membrane for Water Purification Systems