#double solenoid valve

[aboveaveragexx]

How The Double Solenoid Valve Works In Plumbing

You're not alone if you're wondering how a double solenoid valve works. This type of valve is commonly used in plumbing, and it's essential to understand how it works to install and maintain it properly. In this blog post, we'll cover the basics of the double solenoid valve, how it works, and some of its benefits.

What is a double solenoid valve?

A double solenoid valve is a type of valve that uses two solenoids to control the flow of water or other fluid through a pipe. The first solenoid controls water flow into the valve, and the second solenoid controls water flow out of the valve.

Double solenoid valves are often used in plumbing applications where it is necessary to control water flow to and from a particular fixture, such as a toilet or shower. They are also used in industrial applications where it is needed to control the flow of fluids other than water, such as oil or gas.

Double solenoid valves typically have two ports, one for input and one for output. The input port is connected to the water supply or other fluid, and the output port is connected to the fixture or other device using the juice.

When both solenoids are turned on, fluid can flow freely through the valve from the input to the output port. When both solenoids are turned off, fluid cannot flow through the valve. When only the input solenoid is turned on, fluid can flow into the valve but not out of it. When only the output solenoid is turned on, fluid can flow out of the valve but not into it.

The double solenoid valve is an integral part of many plumbing and industrial systems, and it must be installed correctly and maintained properly to ensure that it functions as intended.

How does a double solenoid valve work?

A double solenoid valve is a type of valve that uses two solenoids to control the flow of fluid. The first solenoid controls fluid flow into the valve, and the second solenoid controls fluid to flow out of the valve.

The advantage of using a double solenoid valve is that it can be used to control the flow of fluid in both directions. This means that the valve can be used to manage fluid flow into a system and control the flow of fluid out of a system.

Another advantage of using a double solenoid valve is that it can be used to control the pressure of fluid in a system. By controlling fluid pressure in a system, it is possible to prevent damage to equipment or pipes.

Double solenoid valves are often used in plumbing systems, as they can control water flow in both directions. They are also often used in heating and cooling systems, as they can control the flow of hot or cold water.

The benefits of a double solenoid valve

One of the benefits of a double solenoid valve is that it can be used in various applications. For example, it can control water flow in plumbing systems. It can also be used to manage hot or cold water flow in heating and cooling systems.

Another benefit of a double solenoid valve is its relatively easy installation. This is because the valve only requires two solenoids to operate. This means the installation process is typically quicker and easier than other valves.

A final benefit of a double solenoid valve is that it can control fluid pressure in a system. By controlling fluid pressure in a system, it is possible to prevent damage to equipment or pipes.

Why do you need a double solenoid valve?

You might need a double solenoid valve in your plumbing system for several reasons. One reason is that it can control water flow in both directions. This means that the valve can be used to manage the flow of water into a system and control the flow of water.

Another reason you might need a double solenoid valve is that it can be used to control the water pressure in a system. By controlling the water pressure in a system, it is possible to prevent damage to equipment or pipes.

Double solenoid valves are often used in plumbing systems, as they can control water flow in both directions. They are also often used in heating and cooling systems, as they can control the flow of hot or cold water.

A double solenoid valve can offer several benefits, including controlling the flow of water or other fluids in a system, easy installation, and retaining fluid pressure.

How to install a double solenoid valve

Installing a double solenoid valve is not difficult, but there are a few things to remember during the installation process.

1. Turn off the water supply to the area where the valve will be installed in the first step. This can be done by shutting off the main water supply valve to the house.

2. Once the water supply has been shut off, the next step is to remove any existing valves or piping that may be in the way of the new valve. This may require the use of a wrench or other tools.

3. After removing the old valves or piping, the next step is to install the new double solenoid valve. Following the valve's instructions is the best way to accomplish this.

4. Once the new valve has been installed, testing it before turning on the water supply again is essential. This can be done by opening and closing the valve several times.

5. Once the new valve has been tested, it is safe to turn on the water supply again. Check for leaks around the valve before turning on the water completely.

#Double Solenoid Valve #Double Solenoid Valve Manufacturer #Double Solenoid Valve Supplier

[exdraghunt]

Secret Solonoid gift

This one goes out to @cao-the-dreamer

Mirage/Noah, explicit, sticky

also on Ao3

Though Mirage had been on earth long enough to pick up much of the culture, he still sometimes laughed at jokes that Noah didn’t get. Cybertronian humor, he would always say, waving away his human friend’s confused looks.

This time, it was about Noah complaining about a stuck solenoid valve. For some reason, he couldn’t get the word ‘valve’ out of his mouth without garnering giggles from his Cybertronian friend. Mirage was worse than a group of 8th grade boys in a science class.

“Alright, what’s so funny?” Noah finally asked, hands on his hips.

“Nothing, nothing.” Mirage waved him off. “Cybertronian humor.”

“Nu-uh. That ain’t gonna fly this time, amigo.” Noah fixed him with his best stern look. “Out with it.”

“It’s just. You know. Valves.” Mirage laughed again, obviously finding the word hilarious.

“Yeah. Valves.” Noah didn’t see the connection. “Little things that turn on or off the flow of liquid.”

“But they’re also. Well, you know.” Mirage gestured at his crotch.

“No, I don’t know.” Noah put his hands on his hips. “Explain it to me.”

Mirage made a very illustrative gesture with his hands. A circle with thumb and forefinger on one hand, pointing with the other. Finger in and out of the circle. An, apparently, universal gesture.

“Wait, you guys fuck?” Noah exclaimed in surprise. Yeah, he knew that Cybertronians were sentient and alive, more so than any ‘robot’, but he hadn’t thought they did that.

“Well, yeah.” Mirage said, like it was obvious. “’Cept we call it interfacing, but basically the same thing, right?”

‘Basically the same thing,’ as if learning that the giant alien robots had sex wasn’t totally ground-shaking. “And you call your vaginas ‘valves’?”

“What else would we call them?”

Well, Noah didn’t have a good answer for that. He would never be able to look at Arcee the same way. “So, your lady bots have these valves?”

“No, everybody has them.” Mirage corrected him.

Noah looked at Mirage’s crotch with a bit of morbid curiosity. “Do you, you know, have one?”

“Of course.” Mirage grinned. “Do you wanna see?”

Did he? His brain said ‘no way’ but what came out of his mouth was “Sure.”

The sound of a transformation was familiar to him now, even when it was on a small scale. Plating on Mirage’s crotch clicked and folded away revealing what was underneath.

It looked. Well, it looked like a vagina. Kind of. Noah had never seen one in person, just in photos and dirty magazines, but there were puffy lips bordering a barely-visible hole, and a glowing node poking out at the very top. The main difference is that this was made of metal, and enormous. Noah leaned in a little closer, trying to figure out if the faint glow he was seeing was some sort of lights inside the vagina. No, valve. “Wait, are there lights in there?”

“Heck yeah.” Mirage helpfully spread the lips of his valve, showing off the circular opening and yes, the ring of glowing blue lights inside. “Got a few mods back in the day. Blinged out my valve and my spike.”

“Spike?”

Another micro-transformation, and suddenly Noah was looking at the biggest dick he’d ever seen. It was metal as well, made up of tiny, interlocking plates, and a double row of blue lights decorated the underside from root to tip.

“Wait, you’ve got a dick and a vag?” Was all Noah could think to say.

“Yes?” Mirage seemed amused. “Doesn’t everybody?”

“Uh, no. Humans generally have one or the other.”

“Huh, weird.” Mirage looked at Noah expectantly. “Well. I showed you mine. Aren’t you going to show me yours?”

Which was how Noah ended up standing naked in front of the robot that was both his car and his best friend. His dick was semi-hard, probably from embarrassment, and he shivered slightly in the cool air of the garage.

“It does look a lot like a spike.” Mirage commented. He reached forward and ran the pad of one enormous finger down Noah’s length. When the human shivered this time, it wasn’t due to the cold. “But fuzzy. And what’re these?” He gently prodded Noah’s balls.

“Hey, careful with those.” Noah flinched backwards. “They’re balls, and they’re delicate.”

“Weird.” Mirage said again. He used his thumb and forefinger to give the dangling sack a soft squeeze. “Squishy.”

Noah let out a soft moan, which cut off abruptly in surprise. The two stared at eachother for a moment.

“Oh, you like that?” A shit-eating grin spread across Mirage’s face as he did it again, before running his fingers up to the tip of Noah’s dick. Which was now completely hard and standing at attention. “Want more?”

Suddenly, Noah did. It had been awhile since he’d had a good fuck. But then there was the real question: was he about to fuck a giant alien robot?

Apparently, he was. Though he wasn’t entirely sure how that was going to work. “Uh. Not sure how anything is going to fit.” Because Noah was far too small to do anything for Mirage, and there was no way the mech’s anything was going to fit into his human friend.

Mirage let out a thoughtful hum, “You sure you don’t have a valve?”

“Pretty sure. Closest thing I’ve got is-“ Noah turned around and bent over slightly. He’d bottomed more than once in play, but he was no size queen. There was no way Mirage’s enormous spike was going in him.

Fortunately, Mirage seemed to come to the same conclusion. But then, he stuck out his smallest finger and gave Noah a significant look.

Oh, okay. That actually might work. Except-

“Wait, wait wait.” Noah snatched up his pants. That finger was absolutely not going inside of him dry. “Let me just- We need lube.”

“You don’t make your own?” Mirage questioned.

“Not from there, no. I’ll be right back-“ Noah tugged on his pants and ran out of the garage, heading for his room. There was a half-full bottle helpfully sitting on his nightstand. Snatching it up, Noah hustled back to the garage.

Inside, he found Mirage leaning back and lazily stroking his spike. Root to tip, root to tip, his fingers slowly squeezed and rubbed. He looked up when Noah opened the door. “Got it?”

“Yeah.” Noah held up the bottle and shucked his pants again. With practiced fingers, he squirted out a generous helping and bent over slightly to prepare himself. It had been awhile, and he was tight.

When Noah thought he was ready (or, ready as he’d ever be), he handed the bottle over to Mirage. It looked comically small, pinched between the mech’s thumb and forefinger. “Use that. Lots of it.”

Mirage dutifully emptied the rest of the bottle over his pinkie finger, then tossed it aside and leaned forward. With his clean hand, he scooped up Noah and settled the human in his lap. Fortunately, by this time, Noah was rather used to being picked up unexpectedly by giant robots and laid himself over Mirage’s thigh. Head down, ass up.

No matter how prepared he thought he was, Noah still tensed up when that large, wet digit began to probe at his entrance. It pushed its way in slowly, wiggling past the first tight ring of muscle. Noah took a few deep breaths and tried to relax, though he still let out a shocked grunt when Mirage’s finger finally popped in.

“Slowly, slowly.” Noah arched his back and tried to get used to the stretch. Mirage’s finger wasn’t much like any dick he had taken, being rather hard and made of metal. His muscles clenched around the intrusion, encountering no give in response.

Mirage crooked his finger a little, rubbing against Noah’s prostrate and wringing a moan from the human.

“Oh, is that a sweet spot?” Mirage grinned and did it again, rocking his finger in and out slowly.

Noah rocked with that movement, his dick rubbing against a seam on Mirage’s armor. “Unh, yeah. That feels good.”

“And if I go a little faster?” Mirage sped up the movement, a wet squelch coming from every thrust. Lube spattered against Noah’s thighs and puddled on the floor.

“Shit, Mirage!” Though Noah had been cold when he first stripped, now he was anything but. Cybertronians were warm to the touch, but Mirage’s armor felt cool against Noah’s forehead. He was burning up, the fire burning in his belly spreading through his body.

“Yeah, that’s it.” Mirage’s free hand rubbed up and down Noah’s spine, sending tingles through his body. Then one giant finger went up to rub the human’s hair. “You humans are so furry, it’s weird.”

“Don’t-“ Noah gasped.

“Don’t what?”

“Don’t make fun while you’re fucking me.” Noah’s fingers curled into a gap in Mirage’s armor, brushing the wiring underneath.

Mirage’s big thigh shuddered underneath him, and the mech made an approving noise. “Only if you do that again.”

Was this what a Cybertronian found arousing? Having their wiring played with? Noah obligingly dug his fingers deeper, hoping to god that Mirage didn’t shift and crush his hand.

“Yeah, that’s the stuff.” Mirage encouraged him, stretching his leg out a little more. Electricity crackled over his plating, sending zaps like static up Noah’s arm and making his hair stand on end.

The surge went straight to his dick which, if possible, became even harder. Noah rocked his hips more insistently, his dick sliding against the smooth plating of Mirage’s inner thigh. Another electrical surge came, and Noah came with it. He shuddered, eyes squeezed tightly shut as he erupted all over Mirage’s plating. When he came to, the finger had been removed from his ass and Mirage’s messy hand was helping hold him up.

“So, I take it you enjoyed that?” Mirage asked in his smarmy way.

“Yeah, yeah.” Noah panted, waiting for his legs to stop shaking and support his weight again. “It was pretty good.”

“Best you ever had, I bet.” Mirage said with absolutely no shame at all.

“Don’t get ahead of yourself.” Noah wiped his mouth and stood, looking down at the mess of cum dripping down Mirage’s thigh.

“You can clean that up later.” Mirage spread his legs a little wider. “But now, I think it’s my turn.”

“Your turn.” Noah looked at his friend’s intimate bits, trying to figure out exactly how he was going to do that. “Hmm.”

He rubbed hand over Mirage’s valve, circling the glowing node at the top curiously. That got him a gasp, an encouraging sign. Moving lower, Noah slid his hand inside and rubbed against the glowing lights there.

“Oh yeah. Yeah, yeah.” Mirage put a giant hand on Noah’s back and pushed him a little more firmly against his crotch.

Noah was shoved deeper, until his arm was buried up to his shoulder. The inside of Mirage’s valve was hot and wet, squeezing around his arm with rings of something like muscle. It was nothing like Noah’s previous experiments with fisting. It was more like he was artificially inseminating a cow or something.

Okay, not a mental image he needed in his brain while doing this. Noah formed his hand into a fist and pulled his arm out before thrusting it back in. With his other hand, he toyed with the lights decorating Mirage’s spike. He had no hope of actually wrapping a hand around the appendage, but hopefully the biolights there were as sensitive as the one on his valve.

His guess must have been correct, because Mirage’s engine turned over with a rumble, vibrating Noah’s arm as though he had stuck it under the mech’s hood. “That feeling pretty good?”

“Pit yes, don’t stop!” Mirage cried, heels sliding against the concrete floor of the garage with an ugly scraping sound. The many interlocking armor plates that covered his frame shifted and flared, vents dumping heat from his frame. There was a glow coming from his chest, from the plate that Noah knew covered the mech’s spark.

More zaps of static arced over Mirage’s frame, and all of the hair on Noah’s body stood on end as the energy traveled up his arm. Noah sent up a brief prayer that this wouldn’t end with him getting electrocuted. Or burned, as Mirage was getting alarmingly hot from his ministrations.

“Right there!” Mirage’s hand pushed on him more insistently, and Noah ended up pressed up against the mech’s soft valve.

Mirage’s glowing node was right next to his face. Noah regarded it for a moment, wondering if the copious amounts of lubricant covering the two of them would wreak havoc on his digestive system.

Deciding that the risk was worth it, Noah wrapped his mouth around the node and sucked. It was like licking a live wire, and his tongue and lips almost immediately went numb. But the way that Mirage shook underneath him, soft whines falling from his lips, was reward enough.

Noah kept himself moving. One arm pistoning in and out of Mirage’s valve, the other rubbing up and down his spike, and his mouth licking at that sensitive node.

“Primus, Noah!” Mirage threw his head back and screamed, back impacting the wall of the garage and cracking the concrete. Electricity arced over his frame like lightning, and Noah was quick to pull back just in case. He really didn’t want to get electrocuted.

An orgasm in a Cybertronian was apparently a whole production. Clear, thick lubricant gushed from Mirage’s valve, while a silver fluid like cum shot from his spike. It spurted all over Noah, coating him from head to toe. Though it tingled slightly, it didn’t seem to be corrosive or otherwise poisonous (thank god.)

“Slag-“ Mirage breathed out, frame going limp. The zaps of energy died out, and the flaring of his spark dimmed back to normal levels. “Slag. That was good. You aren’t bad at that, Noah.”

“Gee, thanks.” Noah held up his arms, watching the silver cum drip down onto the floor.

Mirage snorted, which progressed into a full on laugh. As Noah watched, the mech slumped against the wall with wheezing laughter. “Ahaha, Primus. Noah, you look- you’re covered.”

“I noticed.” Noah responded drily. “Now, you gonna help me clean up?”

Fortunately, there was a hose in the garage. And though it didn’t have hot water, the coolness was refreshing against his heated skin. Mirage helpfully scrubbed him down with a rag, making sure all the robot cum was out of his hair and washed from his back. Dirty water ran down his legs and swirled around the drain. Noah made sure to wash out his butt as well, shivered as the cold water invaded his innards.

“You know, I never a thought a human would be so good at this.” Mirage commented as he turned the hose onto himself, sluicing away the mess on his thighs. “Had practice before?”

“Not on a robot.” Noah located a towel and rubbed at his hair. “But with human guys, yeah.”

“Human guys.” Mirage snorted. “Well, you won’t need them anymore.”

Noah cocked an eyebrow and put his hands on his hips. “Yeah? Am I not allowed to have boyfriends now?”

“You’ve got me.” Mirage reached out to poke Noah in the chest. “You’ve been inside me, man. In every way that matters. That makes us bros. No, more than bros. We’re-“ He struggled for a moment, obviously trying to find the words in human language. “We’re like, Endura.”

“Well, if you can do that again, I might consider it.” Noah grinned. “Cause I gotta admit, that was pretty good. I won’t be opposed to discovering more.”

Mirage grinned. “I think I can do that.”

@secretsolenoid-revived

#valveplug

[yoyik456]

China supply Sealing gasket FA1D63-03-06 for Electric Company

"China supply Sealing gasket FA1D63-03-06 for Electric Company Dongfang Yoyik is specializing in the production and supply of spare parts of power plant steam turbine, generators, can provide from customized parts to finished factory product. The company regards ""scientific management, continuous improvement, quality excellence, customer needs"" as the quality of the enterprise policy, and in 2008 passed the ISO9001 quality system certification.

Yoyik can offer many spare parts for power plants as below:

DF-Sealing gasket FA1D63-03-06-DF

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DFYLSYC-2024-4-1-A

"

[alphatronicmachinery]

Namur Valve Suppliers Dubai

Namur valves serve as pilot valves to control actuators in processes involving gases, liquids, and bulk materials. They adhere to the VDI/VDE 3845 standard, with two ports and attachment holes. NAMUR solenoid valves are directly connected to actuator ports, regulating media flow using an electric solenoid. They control flow speed, amount, and  direction and can operate in normally closed or normally open positions. Commonly used  with double-acting rack and pinion actuators across industries like water treatment, food  processing, biotech, pharmaceuticals, and chemicals.

Namur Valve Suppliers Dubai

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[shriankenterprise]

YUKEN PUMP PVR 1T

VICKERS REPLACEMENT VANE PUMP H-3520 V/VQ

DOUBLE VANE PUMP

Model Name: H-3520 V/VQ

Weight: 34 Kg.

Max Flow Rate: 140 - 67 LPM @ 1440 RPM

Min Flow Rate: 67 - 32.5 LPM @ 1440 RPM

Max. Pressure : 175 BAR

RPM: 1800 RPM

VICKERS REPLACEMENT VANE PUMP

H-3520 V/VQ

HYDRANK brand H-3520 V/VQ PUMP is a one-to-one option for your current VICKERS, EATON VICKERS brand pump.

HYDRANK pumps, Cartridge Kits and Spares are interchangeable with VICKERS, EATON VICKERS brand 3520V PUMP.

We have been giving HYDRANK H-3520 V/VQ pumps as a one-to-one replacement to VICKERS V/VQ Series Pumps for the past 18 years.

Our clients are from various industries like plastic injection moulding, forklifts, mobile equipment, hydraulic presses, and pressure die casting.

Ex-stock availability and Reasonable rates make HYDRANK H-3520 V/VQ pump and spare the first choice when replacing your existing VICKERS pumps and Spares.

SPECIFICATIONS:

Product Name: VICKERS REPLACEMENT VANE PUMP H-3520 V/VQ 

Maximum pressure: 175 BAR

Maximum speed: 1800 RPM 

HYDRANK's H-3520V/VQ PUMP is a one to one option for VICKERS, EATON VICKERS brand & pumps, cartridge kits and spares are interchangeable with the latter.

VANE PUMP

We are based in Ahmedabad, Gujarat, and the wingspan of our business has now extended to the cities Delhi and Mumbai. At Shri Ank Enterprise Pvt Ltd, we have catered to the needs of our clients with our versatile product range. We deal in Hydrank Vane pump, Yuken Replacement Vane Pump, Tokimec Replacement Vane Pump, Vickers Replacement Vane Pump, Hydraulic Vane Pumps, Sarva Hydraulik Vane pump, Hydraulic Direction Control Valves, Solenoid Operated Direction Control Valves, Single Vane pump, Double Vane pump and Triple Vane Pumps, Proportional Valves, Pressure Control Valves, Pressure Relief Valves, Modular Valves, Variable Vane pump, Alluminium Gear Pump, etc.

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[seimitsu-factory-automation]

CKD 3-port solenoid valve with spool position detection Serves as a solenoid shut-off valve for pneumatic systems. Signal output of the valve ‘s open / close state is possible by detecting the main valve spool position with the limit switch. Two modules can be connected to configure a double breaker circuit. CKD 3-port solenoid valve can be connected to FRL equipment which reduces installation steps and space. CKD 3-porte solenoid valve is used in manufacturing, robotics, automotive industry, packaging machinery and many more.

SEIMITSU is an authorized distributor of CKD

To know more: https://www.seimitsu.in/ckd-shutoff-exhaust-valve-distributor.html

Email Id: [email protected]

Call: [phone]

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[orange1896]

LIUGONG WHEEL LOADER SPARE PARTS 142

SP210845 SEAL KIT SP210846 MOTOR SKELETON OIL SEAL SP210847 ONE-WAY VALVE 67A3604 PIPE 92A9403 PLATE 41C3663 RIM AS 69A5196 PLATE 51C0982 MIDDLE DRIVE SHAFT 51C0983 FRONT DRIVE SHAFT&BRG AS SP208205 PRESSURE REDUCING VALVE 12B3008 O-RING 32B0904 INDICATOR 46D4324 PLATE 24C4001 LINK 24C4002 LINKAGE 70C6197 STEERING HARNESS 24C4162 LINKAGE 69A4947 PLATE 08D4967 TUBE AS 08D4966 TUBE AS 19D6506 BRACKET 19D4625 BRACKET 48D2133 COVER 19D4413 BRACKET 19D4412 BRACKET SP198732 BOWL-TYPE PLUG SP198661 INTAKE MANIFOLD PRESSURE SENSOR 69A4161 PLATE 11D2338 PIN 30D4870 FRONT FRAME 23D6531 DOOR 39Y0209X0 GRAPPLE 24C4030 BOOM 44D1054 COVER 92A9223 PLATE 25D0903 LOWER FORK 08D5360 TUBE AS 02G2866 PLATE 70C5670 CAB HARNESS SP217101 CAMSHAFT BUSH 04C2018 HOSE AS 04C2019 HOSE AS 19C1301 HOSE AS 04C2015 HOSE AS 69A5345 PLATE 70C6227 HARNESS 35B0831 INSTRUMENT 37B3758 WIPER BLADE 37B3759 WIPER ARM 70C6245 WORK LIGHT HARNESS 79A7235 DECAL 38B0394 RESISTOR 55C1651 WIPER GP 70C6292 CAB HARNESS 01B1572 BOLT 51C0949 FRONT DRIVE SHAFT 51C0950 REAR DRIVE SHAFT 18C1555 HOSE AS 12C9179 CONTROL VALVE SP212766 ADAPTER HYDRAULIC PUMP SP212767 GASKET 58A8895 PLATE 01G2137 PLATE 55C0586 FUSE RELAY AS 55C0587 FUSE RELAY AS 55C0697 FUSE RELAY AS 70C5979 HARNESS 46D4382 BRACKET 18C1852 HOSE AS 18C1853 HOSE AS 15D1848 FLANGED JOINT 18C1792 HOSE AS SP182414 BOLT SP182470 ECU HARNESS 40C4866 AIR FILTER SAFETY ELEMENT 14D1096X0 PISTON ROD 61A4064X0 PISTON ROD 97A3686 CUTTING EDGE 45D3621 SHROUD AS 45D3618 PROTECTION SHIELD 04G3298 SIDE PLATE 04G3297 SIDE PLATE 55G2157 BUSHING 70C6354 BACKUP ALARM HARNESS 12C9187 CONTROL VALVE 55C0880 HOSE 30D4918 FRONT FRAME 30D4935 REAR FRAME 24C4118 BOOM 19D6149 BRACKET 53A3487 CYLINDER HEAD 24C4004 CONTROL LEVER AS 47A1103 PUMP IMPELLER 69A3761 BRACKET 69A3762 PLATE 71A2506 PLATE 58A8601 PLATE 70C6229 HARNESS 30D5235 FRONT FRAME SP210765 BRUSH SP210766 BRUSH BAFFLE SP210767 MOTOR HOUSING SP210768 BEARING HOUSING SP210769 DOUBLE ROW ANGULAR CONTACT BALL BEARINGS SP210770 LIP SEAL FB-70-90 SP210771 BEARING CAP 60C3952 DIESEL ENGINE 40D2083 GUARD-LH 40D2081 GUARD-RH 40D2080 GUARD-RH 40D2082 GUARD-LH 38C0808 DIPSTICK 47C5070 WINDOW GP 96A9258 EDGE-LH 96A9259 EDGE-RH 18C1834 HOSE AS 18C1860 HOSE AS 18C1837 HOSE AS 18C1836 HOSE AS 18C2023 HOSE AS SP217106 ECU SP217107 CUSHION BLOCK SP217108 PISTON SP217109 DRIVE RETAINER Ⅱ SP217110 AIR COMPRESSOR SP217111 PREFILTER HOLDER SP217112 FUEL INJECTION PUMP SP217113 AIR COMPRESSOR AIR INLET TUBE SP217114 PREFILTER SP217116 INJECTOR PARTS SP217117 AIR COMPRESSOR OULET CONNECTOR SP217118 CUSHION BLOCK SP217119 CUSHION BLOCK SP217120 STRAP 35 11D2411 PIN 19D6951 MAST 08D2991 TUBE AS 18C1535 HOSE AS 38Y0848X0 BUCKET AS 55C0972 HOSE 55C0973 HOSE 18C1731 HOSE AS 27A5827 COVER 27C1730 COUNTERWEIGHT 30A9616 SUCTION TUBE 15C1180 FUEL FEED PUMP 00A9336 FITTING 00A9337 CHECK VALVE 70C5655 HARNESS 55C0988 RELAY AS 24C4082 LINKAGE 32A5543 SUCTION HOSE 30A9645 SUCTION HOSE 08D4690 TUBE AS SP210772 MANDREL SP210773 CONNECTING SHAFT SP210774 MOTOR SP210776 HARD TUBE B SP210777 OUTRIGGER PIN SP210778 SAFETY PIN%X45 SP210779 FRONT LEG SP210780 CONNECTING SPINDLE SP210781 CYLINDER BASE SP210782 BASE SEAL COVER SP210783 CYLINDER SP210784 CYLINDER PIN SP210785 VALVE BLOCK SP210786 SOLENOID VALVE GROUP (SET) SP210787 CONNECTOR A SP210788 CONNECTOR B SP210789 HOSE A SP210790 HOSE B SP210791 HOSE C SP210792 HOSE D SP210793 HOSE E SP210794 CONNECTOR C SP210795 HOSE F SP210796 CONNECTOR D SP210797 HOSE G SP210798 ELECTROMAGNETIC REVERSING VALVE LEFT (4W SP210799 ELECTROMAGNETIC REVERSING VALVE (4WE6E) SP210800 ELECTROHYDRAULIC REVERSING VALVE RIGHT ( SP210801 SEAL KIT SP210802 MOTOR SKELETON OIL SEAL SP210803 SEAL KIT SP210804 CYLINDER SKELETON OIL SEAL SP210805 SIDE BLADE 58A8653 PLATE 58A8678 PLATE 58A8642 PLATE 58A8660 PLATE 49C2714P01 HEATER 49C2714P02 HEATER SP215670 CONVERTER 08D4005 TUBE AS 08D4006 TUBE AS 67C6760 HOSE AS 02C3232 TUBE AS 79A7132 DECAL 79A7133 DECAL 18C1747 HOSE AS 18C1748 HOSE AS 48A6760D1 PLATE 93A6987D1 PLATE 58A3022D1 PLATE SP212804 CONTRAL LEVER SP212805 FLEXIBLE SHAFT 30A9187 INTAKE HOSE 67A3622 PIPE 02G1662 PLATE 19D4070 BRACKET 11D2315 PIN 19D4135 BRACKET 03G1261 PLATE 67C5551 HOSE AS 18C1252 HOSE AS 08D4261 TUBE AS 58A8445 PLATE 08D4262 TUBE AS 30A9260 SUCTION HOSE 30A9259 SUCTION HOSE 22D2455 LOWER FORK 69A5634 PLATE 24C3988 BOOM 12C9054 SAFETY VALVE 12C9055 SAFETY VALVE 12C9056 SAFETY VALVE 00G2165 PLATE 45D3615 PROTECTION SHIELD 67C7205 HOSE AS 19C1439 HOSE AS 18C2080 HOSE AS 08D5444 TUBE AS 08D5442 TUBE AS 83A2892 JACKET 83A2891 JACKET 34C9862D1 SIDE HOOD 34C9864D1 SIDE HOOD 19D6114 BRACKET 48D2215 DOOR 30D5040 REAR FRAME 55C0544 HOSE GP 41D2179 PROTECTIVE BARRIER 18C1777 HOSE AS 67C6490 HOSE AS 18C1776 HOSE AS 19C1182 HOSE AS 59A5565 MOUNTING PLATE 67C6551 HOSE AS 12C9286 05B0434 STUD BOLT 48C7659 TOP COVER 48C7656 SIDE HOOD 48C7657 SIDE HOOD 03G3082 LOCK PLATE 00G3608 PLATE 67C7111 HOSE AS 67C7113 HOSE AS 18C2028 HOSE AS 19C1381 HOSE AS 19C1382 HOSE AS 67C7112 HOSE AS 67C7114 HOSE AS 18C2027 HOSE AS 48C7669 DOOR 42D3916 SIDE HOOD 42D3915 SIDE HOOD 00G3638 PLATE 10C5699 CYLINDER 25D0985 LOWER FORK 18C2031 HOSE AS 18C2032 HOSE AS 18C2033 HOSE AS 18C2034 HOSE AS 18C2036 HOSE AS 18C2035 HOSE AS 19C1392 HOSE AS 67C7121 HOSE AS 18C2053 HOSE AS 67C7120 HOSE AS Read the full article

#LIUGONG

[valveactuatorstexas]

How Does Actuators Works?

It is important that engineers, designers and manufacturers fully comprehend the processes and aspects of actuator valve design and engineering. This will help them create engineering designs which are safe and effective.

Actuators are one of the main products that the company offers. An actuator, to simplify this term in technical terms, is a machine that converts energy or motion. Actuator is also referred to as force. It's a mechanical device that converts energy (normally liquid, electricity or air) into motion. The motions can range from blocking to clamping to ejecting. Actuators are used for industrial or manufacturing applications. They can also be found in motors, switches and valves.

The most popular type of actuators on the market are those that use compressed air to power the piston. These air-powered actuators can also be called pneumatic or air cylinders. The air cylinders, made of metal and usually airtight, use the compressed air to power a piston. Air cylinders can also be used for assembly and manufacturing. In robotics, however, air-powered actuators are used to make grippers that work like a human hand. Valve Actuators

Actuators can use either electricity or hydraulics as a power source. Electric cylinders or hydraulic cylinders can be used to convert electricity into motion. Hydraulic cylinders may also be found in different types of cars. Many actuators are available with more than one power source. Solenoid valves, for example, can be driven by electricity as well as air. The solenoid is powered by electricity, while the solenoid is powered by air to actuate the valve. The solenoid could also be driven by hydraulics and electricity.

Actuators can be used for linear, circular, and oscillatory movements, provided they are able to create motion in only one direction. Single acting hydraulic and air cylinders are also available. This means the power source is only used to move in one direction and a spring for the opposite direction. These cylinders, when interchanged, can be used as a double acting cylinder. This means the energy will be applied in both directions. Muscles are used as examples of actuators even though actuators are typically explained using mechanical devices. The muscle converts the energy, created from carbohydrates that are eaten, into motion. For example, when playing basketball.

#Valve Actuators

[runxiang-machinery]

Steel Rolling Mill High-Speed Zone Equipment Maintenance Procedures

1.Check the rolling mill daily for any strange noise, spot check the coupling for any strange noise and heating phenomenon, whether the coupling bolt is loose. 2.Check whether there is a large amount of oil leakage signs at the seal of pre-finish rolling transmission box and connection flange, slight leakage is allowed, but should be wiped clean, listen to whether there is a strange noise from the gears or bearings. 3.Check whether the oil and gas lubrication PU pipe of the pre-finishing roll box panel falls off to ensure that the lubrication points are in good lubrication condition.

4.Check every day whether there is oil leakage from the combination surface of roller box and cone box, if there is thin oil leakage, the double lip and O-ring seal should be replaced by optional machine. 5.Every day should check the gear box, try to listen to the gear and bearing for any strange sound, check the temperature of the box at the bearing. 6.Every shift inspection of lubricating oil pressure, flow, cooling water pressure, shall not be lower than the specified value. 7.For the finishing rolling unit 10 mills to be measured twice a shift sub-vibration, the required vibration value ≤ 4.5 mm / s, such as greater than this standard, need to pay attention to observe its development trend and promptly inform the shift manager. If the vibration remains stable in a higher range of vibration values, production can continue to maintain. 8.If there is a fault alarm of the finishing rolling unit during the production, the maintenance personnel should check carefully and confirm before agreeing to continue to turn. 9.If the roller box parameters are found to have seriously exceeded the standard during the inspection, the roller box should be replaced immediately. 10.Check daily whether the solenoid valve of the pinch feed roller is intact and whether the air and water lines are smooth, and deal with the problems found in time.

11.Check the wear of the inlet conduit of the spitting machine every day, and replace it in time when the wear is serious. 12.Check the vibration of the wire rolling mill during operation, if the vibration is found to increase, it should be stopped to check whether the installation of the spitting tube is secure, check whether the bolt connection between the wire plant spitting machine and the hollow shaft is tight. 13.Regularly check the wear of the live set of rollers and the smoothness of the oil and gas lubrication of the rollers on a daily basis, and promptly replace the maintenance for the specific situation. Read the full article

[pneumaticsolenoid]

NSY Solenoid Valve

Web:https://www.pneumatic-supply.com/product/directional-control-valves/nsy-solenoid-valve.html

Series 3 NSY3000 5 NSY5000 7 NSY7000 Function Enginery 1 Single coil 2 Double coil 3 Mid postiton Closed 4 Mid-position Pressed 5 Mid-position Exhausted

[solarlaminator]

Single-layer & Double-chamber Solar Panel Laminator

Overview

Single-layer & double-chamber solar panel laminator has one loading stage, one heating laminating stage, one cooling laminating stage, and one unloading stage.

Vacuum System and Heating System of Single-layer & Double-chamber PV Module Laminator

Vacuum System

The main component of the vacuum system is the EBRO valve. The upper chamber inflation speed is adjustable.

This system is intelligently controlled by a solenoid valve and PLC, touch screen operation and data display, and equipped with a mechanical vacuum pressure gauge and vacuum pressure sensor to display and monitor the vacuum in the chamber in real-time.

The lamination stage is also equipped with a Pirani meter to more accurately display and monitor the vacuum state of the laminating stage.

Heating System

The heating plate adopts the processed mesoporous plate, and the flatness is ≤ 250um/㎡. The heating medium is heating oil.

The entire heating system (including the hot oil pipeline) is fully insulated, which greatly reduces heat loss and saves energy.

The selected manufacturer of the thermal oil furnace has the national TS qualification, the performance is safe and reliable.

Equipment Configuration of Single-layer & Double-chamber PV Module Laminator

Main components:

Loading stage

First laminating stage

Second laminating stage

Unloading stage

Vacuum pumps

Heating station

#solar #panel #vacuum #laminator

[aboveaveragexx]

Common Problems of Pneumatic Solenoid Valve

The pneumatic solenoid valve additionally called pneumatic valve is the most utilized programmed valve since it is highly proficient, simple to utilize, and the cost is moderately low. The solenoid valve is made out of a curl and an attractive center, and the loop is invigorated or de-empowered to control the activity of the attractive center, in this manner redirecting the liquid. The parts of the solenoid valve are somewhat straightforward, comprising of a proper iron center, a moving iron center, a curl, and different parts; the valve body part is made out of a spool valve center, a spool valve sleeve, and a spring base.

The most usually utilized are tempered steel solenoid valves, metal solenoid valves, two-position three-way, two-position four-way, two-position five-way, and so on. The "two-position" and "three-position" referenced here allude to the different working places of the spool of the turning around valve; while the "two-way" and "three-way" allude to the valve body of the turning around valve with two, Three detached ports, different oil entries, and gas sections must be associated through the switch of the valve port when the spool is moved.

The pneumatic solenoid valve isn't always flawlessly in the day-to-day activity cycle, and a few issues will likewise happen. These flaws will straightforwardly influence the utilization of the valve. Normal issues incorporate the solenoid valve doesn't work. The accompanying perspectives ought to be examined and settled:

The solenoid valve terminal is free or the wire terminal tumbles off, which will make the solenoid valve not be invigorated and can't be utilized. This sort of issue is extremely normal. We can fix the wire terminal or look at it before use.

Water in the solenoid valve, over-burden, or temperamental voltage will cause the solenoid valve loop to wear out. While experiencing this sort of issue, we can eliminate the wiring of the solenoid valve and measure with a multimeter. Assuming that it is open, the solenoid valve loop will wear out. Furthermore, assuming the spring is too hard, the response force is excessively enormous, the quantity of turns of the curl is excessively not many, and the attraction force isn't sufficient, which can make the loop wear out. For crisis treatment, you can turn the manual button on the curl from the "0" position to the "1" position during ordinary activity to open the valve.

The hole between the valve sleeve and the valve center of the solenoid valve is tiny, and many are gathered through a solitary piece. Assuming there is too little greasing up oil or pollution enter, it will make the valve freeze. We can dismantle the solenoid valve, take out the valve center and valve center sleeve, and afterward clean it with cci4 to make the valve center move deftly in the valve sleeve. While dismantling the valve, focus on the gathering arrangement of each part, with the goal that the reassembly and wiring are right, and check whether the oil shower opening of the oil fog gadget is obstructed and whether the greasing up oil is adequate.

There are numerous disappointments of solenoid valve air spillage. Air spillage will cause deficient pneumatic stress inside the valve, causing trouble in opening and shutting the valve, harm to the fixing gasket, or wear of the slide valve, which might bring about unceremoniously pass up in a few holes. While managing the solenoid valve disappointment of the exchanging framework, the proper time ought to be chosen, and the solenoid valve ought to be handled when the solenoid valve is de-invigorated. On the off chance that the handling can't be finished inside an exchanging hole, the exchanging framework can be suspended and dealt with serenely.

Airmax Pneumatic is the leading 5/2 Way Double Solenoid Valve manufacturer in India. We offer various types of industrial valves like pneumatic valves, pneumatic cylinders, and many more.

#5/2 Way Double Solenoid Valve #5/2 Way Double Solenoid Valve Manufacturer #5/2 Way Double Solenoid Valve Exporter

[rahimasvr]

Pneumatic Actuated Ball Valve manufacturer in USA

SVR Global is the top Pneumatic actuated ball valve manufacturer in USA. We make high quality products as per international standards with our team of experts.

The Pneumatic Actuated Ball Valve Actuator is a double-piston actuator, specifically designed for operating ball valves and flaps. This actuator comes in two versions, namely the double-acting and single-acting models. The Pneumatic Ball Valve, which regulates the flow of liquid or gas through a ball with a bore, is a robust valve that shuts off perfectly. Its exceptional safety features ensure quick and secure shutdown, making it a popular choice in various industrial applications. Its efficient performance makes it even more appealing.

SVR Global is thepremium  Pneumatic actuated ball valve manufacturer in USA and is used in throttling applications for smooth flow of mediums.

Parts

Valve body: The valve body is the main housing that contains the ball and the ports through which the fluid flows.

Ball: The ball is a spherical component inside the valve body that rotates to open and close the valve.

Seat: The seat is a ring-shaped component that fits around the ball and provides a seal when the valve is closed.

Stem: The stem is a component that connects the ball to the actuator and is used to rotate the ball.

Actuator: The actuator is the device that converts compressed air into mechanical force to rotate the ball.

Mounting bracket or coupling: The mounting bracket or coupling is used to connect the actuator to the valve body.

Control system: The control system is a set of components that allow the valve to be operated remotely, such as a solenoid valve or control panel.

Accessories: Additional components may include limit switches, positioners, or other accessories that provide additional control or feedback for the valve.

TYPES

Pneumatic Actuated two-piece ball valve

Pneumatic Actuated Three-piece ball valve

Pneumatic Actuated Flanged ball valve

Pneumatic Actuated Three-way ball valve

Industry

Oil and Gas Industry

Chemical Industry

Textile industry

Petrochemical Industry

Mining Industry

Marine Industry

Features of Pneumatic Actuated Ball Valve: • Provides tight and safe shutoff. •It has a quick opening and shutting capabilities. •It is compact and simple to use.

Applications:

Chemical processing: Pneumatic actuated ball valves are commonly used in chemical processing applications to control the flow of chemicals and other fluids.

Water treatment: used in water treatment applications to control the flow of water and other liquids.

Oil and gas industry: used in the oil and gas industry to control the flow of oil and gas through pipelines and other equipment.

Advantages:

Fast operation: Pneumatic actuated ball valves are capable of fast and efficient operation, making them suitable for applications that require quick response times.

Reliable: These valves are known for their high reliability and durability, which makes them suitable for use in a wide range of industrial applications.

Easy to maintain: Pneumatic actuated ball valves are relatively simple to maintain, which can help to reduce downtime and maintenance costs.

Versatile: These valves can be used with a wide range of fluids, including gases, liquids, and slurries.

Good flow control: The design of the ball valve allows for good flow control, which can help to improve the efficiency of a system.

Body: cast iron, cast steel (WCB, WCC, WC6, LCC, LCB), carbon steel (CF8, CF8M), titanium, stainless steel (SS304, SS316, A105, F304, F304L, F316, F316L). Class: 150-2500, PN 10 – PN450. Size: ½” to 48” Ends: socket weld, butt weld, flanged, threaded Operation: pneumatic actuated

Visit our website for more information-

 

https://svrglobal.net/products/pneumatic-actuated-ball-valve/

#svrglobal #pneumaticactuatedballvalvemanufacturerinusa #bestvalvemanufacturerinusa

[yoyik456]

China offer oil pump A10VS0100DR13/31R-PPA for Electric Company

China offer oil pump A10VS0100DR13/31R-PPA for Electric Company Dongfang Yoyik perennial supply spare parts of steam turbine, turbine generator, EH oil system filter, fluorine rubber O-ring, EHC system various types of pumps, valves, power plant automatic control components, water turbine generator, all kinds of bearings, electrical insulation materials, and other power plant spare parts accessories. The quality is quite worthy of buying. Yoyik can offer many spare parts for power plants as below: #DF-oil pump A10VS0100DR13/31R-PPA-DF impeller pump KQW100/200-22/2 ac vacuum pump P-2332 solenoid valve 3WE10A33/CG220N9K4 pump screw HSNH440Q2-46N7 hydraulic pump repair 150LY-23 oil pump PVH74QZC-RSM-1S-1XC25-31 chuck, cap 50-250C vacuum pump P-2332 centrifugal pump DFB80-50-20 coupling flexible shaft 125LY-215-2 regulating valve LWH-ZG2.5 accumulator bladdersealing set SB330-50A1/112A9-330A EH oil main pump PVH074R01AB10A250000002001AB010A solenoid valve HQ16.16Z Solenoid valve AST3D01A011 vacuum pump 233v KZ100-WS globe check Throttling valve LJC10-16 transfer pump vane F3-20V12A-1C22 sealing ring HB4-56J8-35 dc centrifugal pump DFB125-80-230 coupling SNH210-R54-E6.7 twin screw pump HSNS440-46 tee joint Rotary valve HH6424DF32 dc vane pump F3-V10-IS6S-1C-20 solenoid valve 4WE6D62/EG220N9K4/V electric oil transfer pump 50AYZ-70 OPC solenoid valve 5BYV mechanical seal for pump BKMFX108A vacuum cleaner WS-30 chemical centrifugal pump CZ65-200 relief valve MK50HP-2 solenoid valve AM22061A/VITON 220VDC mechanical seal A108-45 stainless steel bellows globe valve 32FJ1.6P solenoid valve AM2206A-220VDC-V2T0N solenoid valve 4WE10Y33/CG24N9K4 oil pump A10VS0100DR13/31R-PPA AST solenoid valve HQ16.11Z pressure hose S110-AC-FC-0250 SEAL DOME VALVE DN 200 industrial centrifugal pump YCZ50-250A piston plunger pump PVM141ER09GS02AAA28000000A0A DTC/HTC/STC AST/OCPsolenoid valve CCP230M PAT5002253 230VDC 19W double mechanical seal 1D56-H75/95-00 dc motor coupling PVM141ER09GS02AAA28000000A0A single screw pump 3GR25*4W2 centrifugal pump YCZ65-250C solenoid valve coil CCP230D 230VAC 22.3W PAT5002253 stainless steel globe valve (Butt welding) DFJ100-1.6P centrifugal water pump CZ65-200 electric oil transfer pump SDH125-65-200A PluginsLC40DB20E-7xactuator non-return valve RCV12 metering piston pump PVH131QIC-RSF-13S-11-C25-31 coupling 125LY-23 pressure hose S100-AC-FA-0040 vacuum pump ac P-1825 Pressure relief valve AV40-04 vacuum pump compressor PACG070K7NVB o-ring 615X5.3 piston plunger pump PVH74QIC-IS-10-C25-31 centrifugal pump parts DFB80-520-240 vacuum pump mechanical seal P-2811 accumulator Nitrogen charger YAI-II 25MPa solenoid valve 4WE6 D62/EW230N9K4 water pump 65-250B EH oil main pump HTGY300B.5 impeller pump YCZ50-250C single screw pump NM031BY01P05B oil pump 40FYW-40A transfer pump oil YWZ-350T centrifugal pump stainless steel YCZ50-250C centrifugal pump suction DFB100-65-260-03 oil pump A10VS0100DR13/31R-PPA DFYLSYC-2024-3-5-A

[alphatronicmachinery]

Air Cylinders suppliers in Dubai

Pneumatics is a branch of engineering that deals with the study and application of compressed gases (usually air) in mechanical systems. Pneumatic systems use pressurized air to produce motion and power, and they are commonly used in automation and industrial applications.

Automation refers to the use of technology to control and perform tasks without human intervention. Automation systems are designed to simplify and streamline processes by using sensors, controllers, and actuators to perform tasks in a precise and efficient manner.

Air Cylinders Suppliers in Dubai

Air cylinders, also known as pneumatic cylinders, are mechanical devices used to produce linear motion using compressed air. They are commonly used in industrial and manufacturing applications, such as in machinery, assembly lines, and robotics, to perform tasks such as pushing, pulling, lifting, and holding objects. Air cylinders are available in various types and configurations, including single-acting and double-acting cylinders. Single-acting cylinders use air pressure to move the piston in one direction, while a spring or other mechanism returns it to its original position. Double-acting cylinders, on the other hand, use air pressure to move the piston in both directions, with air entering the cylinder through two separate ports to extend and retract the piston.

Solenoid Valve Suppliers in Dubai

A solenoid valve is an electromechanical device used to control the flow of liquids or gases through a system. It works by using an electromagnetic field to actuate a plunger or piston, which opens or closes a valve. Solenoid valves are commonly used in pneumatic and hydraulic systems, as well as in other applications that require automated control of fluid flow. The basic structure of a solenoid valve includes a coil, a plunger, a valve body, and ports for fluid inlet and outlet. When an electric current is applied to the coil, it creates a magnetic field that attracts the plunger or piston, causing it to move and open the valve.

Visit us Now- Air Cylinders Suppliers in Dubai

[guanshentai]

Why do automation equipment need air source treatment?

　　Automation equipment is inseparable from electricity and gas. As we all know, almost every piece of automation equipment will have a design/installation of air source treatment devices. So why do air source treatment?

　　1. Reasons for air source treatment

　　There will be a lot of water, oil and other pollutants in the pneumatic system that will affect the normal work of the pneumatic system.

　　The viscosity of the deteriorated oil increases, and gradually solidifies from a liquid state to a tar-like substance. It will deteriorate and age rubber and plastic materials; the tar-like substances accumulated in the aftercooler and dryer will reduce its working efficiency; block the small holes and affect the performance of the components; cause the relative moving parts in the pneumatic components to move incorrectly Flexible; Aqueous solutions of tar-like substances are acidic and can rust metals, environment and products.

　　Moisture will cause corrosion and rust of pipes and metal parts, causing spring failure or fracture; in cold regions and high-speed flow areas in components, due to low temperature, moisture will freeze, resulting in poor operation of components, freezing or cracking of pipes; Condensed water retained in pipes and components will lead to insufficient flow, increased pressure loss, and even valve failure; condensed water mixed into lubricating oil will deteriorate lubricating oil; liquid water will wash away lubricating grease, resulting in poor lubrication .

　　2. Air source processing components

　　What are one piece, two pieces, and three pieces?

　　One piece: One piece only has a pressure reducing valve. It can't handle the air source, it can only adjust the air pressure. (By the way, there are many brothers who only know triplets)

　　Two pieces: In the pneumatic transmission system, the filtration degree is generally 50-75μm, the pressure adjustment range is 0.5-10Mpa, if the filtration accuracy is 5-10μm, 10-20μm, 25-40μm, and the pressure adjustment is 0.05-0.3Mpa , 0.05-1Mpa Two large pieces connected without pipes are called two pieces. The two pieces include an air filter and a pressure reducing valve. Some brands of solenoid valves and cylinders can achieve oil-free lubrication (lubrication function is realized by grease), so there is no need to use a lubricator.

　　Triple piece: that is F.R.L. In pneumatic technology, the air filter (F), pressure reducing valve (R) and lubricator (L) are assembled together as three air source processing components, which are called pneumatic triple pieces. The air source of the pneumatic instrument is purified, filtered and decompressed to the rated air source pressure supplied by the instrument, which is equivalent to the function of the power transformer in the circuit.

　　3. What is the difference between the three?

　　The composition is different: the triple piece includes an air filter, pressure reducing valve and lubricator; the double piece includes an air filter, a pressure reducing valve; the single piece only has a pressure reducing valve.

　　The functions are not exactly the same: the triple unit can lubricate the moving parts of the body, but the first unit does not have this function; the triple unit and the double unit can clean the gas, but the first unit does not have this function.

　　The use environment and service life are not exactly the same: in some occasions, the presence of oil mist in the compressed air cannot be allowed, and a triple piece is required, and the lubricator can lubricate the moving parts of the body, and can lubricate the parts that are inconvenient to add lubricating oil. Greatly extend the life of the body.