#Hydraulic injection moduling machine | Explore Tumblr posts and blogs

bringthekaos · 2 years ago

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Cuz that’s the thing with Viktor, there’s not much that’s beyond his control these days, and that’s by design (...) you can’t do that forever. It’ll eat you alive.

Jayce learns the hard way when Viktor is about to implode. His movements become more stiff, with random bursts of gear grinding and jolts. The shimmer injectors working iust little more than usua. He goes almost mute, but when he talks the modulator sound even raspier. He doesn't take off the mask.

I was just gunna answer this with some more meta or analysis but you know what… this one deserves a little ficlet. Let’s call it Overheated.

Overheated

Jayce knew something was wrong the moment he stepped foot inside Viktor’s lab. Sure, the air was stifling from the myriad of running machines and clouds of puffy steam… but it was the subtle little in-between things that tipped Jayce off; like a single snagged thread pulling at a compromised seam. It was the why that mattered.

It was stifling and hot because something was throwing off Viktor’s usual protocols. Something was clouding his typically routine-oriented mind, keeping him from noticing the abnormally warm and hazy state of his lab. He was fixated on something, fixated hard enough that the best interest of his gadgets was slipping his mind.

Jayce could hear him before he could see him—loudly tinkering away around the corner in what stood for a measly bedroom. And there was a shortness, a tension to said tinkering that didn’t usually plague Viktor’s work. Usually, he was precise and careful to a fault; his work so clean, well… a machine might as well have done it.

And while Viktor’s moods were wholly different nowadays, given the emotional suppressor, Jayce was beginning to re-learn them. He’d once likened it to putting a diamond under a hydraulic press—it would be tough, it would be fortified. It could withstand more pressure than almost any other substance on the planet. But eventually something would give. And it wouldn’t go quietly, either; no, it would be explosive.

So rather than injecting himself into that maelstrom, Jayce steered clear of his former partner for now and instead went about doing what he knew he could to help—wandering quietly into the workshop proper and flipping the switch to power on Viktor’s air filtration system. If they’d been in Piltover, he could have just popped a few windows open, but down here in Zaun, that would just pollute the air further.

So next he went for the cooling fans over in the corner where Blitzcrank’s charging bay sat empty, and angled them toward Viktor’s bedroom before flipping those on as well. And finally, after listening for a moment and hearing only a loud crash and litany of mumbled bilingual curses, Jayce went for the small kitchen counter, rinsed the sole mug that didn’t have cracks in it, and poured a healthy amount of sweetmilk.

Then it was just a matter of wrangling this particular runaway train. So Jayce steeled himself, clutching the mug close to his chest as he meandered into Viktor’s bedroom.

It was immediately clear where the steam had come from—not the many running machines, though those were noticeably hot even from several feet away—no, it was Viktor himself.

The vents in his neck were set at an extreme angle, letting out puff after puff of heavy, thick steam that occasionally turned black when Viktor released a particularly strained breath. There was loud, chaotic rattling resonating from points of tension all over his mechanical body—his neck, his chest, his left arm and leg. And beneath it all, the subtle little hiss of the Shimmer injectors as they delivered micro doses like clockwork to combat his visibly agitated state.

That was the thing about suppressing his emotions… suppress them long enough, and they’re bound to recoil. It was simple physics—and while Jayce could have mentioned this, could have piped up about I warned you this would happen, that this isn’t healthy, and now look what it’s done to you, that would just be throwing gasoline onto the fire, and that was the last thing Viktor needed. So Jayce went a different route.

He cautiously stepped forward, patting Viktor on the back once to announce his presence before leaning past him and setting the mug down in the only mess-less corner he could find.

“You, uh… you wanna talk about it?” he asked, cringing at the mother-hen inflection.

Viktor did not answer—instead taking a single step to the side and deliberately turning his back on Jayce. The vents in his neck sent out another huff of black, and Jayce took this for what it was; don’t mother me, it’s insulting.

But Jayce wasn’t deterred—after all, why was a little mothering such a bad thing? Some care, some consideration, some warmth and doting? Everyone could use that every once in a while. Yes, even the infallible Machine Herald. Especially the infallible Machine Herald.

“V?” he prodded, his hand hovering at Viktor’s back as he tried to decide if touching was the best idea right now.

“No,” Viktor snapped, and even just from that one word alone, Jayce could hear the stress on the voice modulator—low and raspy, as if he’d recently spent a significant amount of time raising his voice.

“Okay,” Jayce agreed, retracting his hand and taking a step away—just freeing up Viktor’s space so he wouldn’t feel so constricted.

Instead, Jayce peered down at the project Viktor had been angrily funneling his not-very-suppressed emotions into. It appeared to be a modification for Blitzcrank’s revolving gadget arm; replacing several busted or outmoded gadgets and rewiring the entire thing to make switching between options a quicker and more seamless operation.

So without another word, Jayce pulled up a stool, grabbed Viktor’s spare pliers, and went to work—removing and rewiring the attachment ports, thus freeing Viktor up to focus on the gadgets themselves.

And for the longest time, they simply worked—shoulders bumping every so often as they just shared in the silence, in the heady weight of each other’s company. They worked, as they always had, like a well-oiled machine; wordlessly passing tools to each other and reading the other’s needs as if it were their own. And slowly but surely, the rattling within Viktor’s chest began to go quiet, the hissing tempo of his overworking injectors steadily slowed and eventually stopped. And Jayce could hear it more than see it when the tension in those rigid metal shoulders relaxed—a creak and a groan like hot metal plunged into an ice bath.

Finally, after Gods knew how long, Viktor’s movements ceased entirely—his hands stalling where they were turning a bolt on the wrist rotator and a single, long sigh leaving the voice modulator like struck glass.

Jayce mimicked it, stilling his hands and turning his head to peer at the flat, unreadable surface of Viktor’s mask with eyes that hopefully said are you okay now? That’s all I wanted, all that mattered—that you’re okay.

And he wasn’t sure how, but he could just tell Viktor was giving him a withering, grateful grin under that mask.

“Thank you, sluníčko,” he said, voice even and harmonic like morning church bells.

Jayce offered up a proud, toothy smile before leaning in and placing a quick, chaste kiss to the mask, right where Viktor’s lips would be—silently communicating that I know you feel like you have to keep it on sometimes, that you don’t like what you’re feeling, and you don’t want anyone to see that, even me. And that’s ok. Keep it on, if that’s what makes you comfortable. I can love you with it on just the same.

A new series of whirs and clicks went off in Viktor’s neck, followed by a short burst of steam, but this time Jayce knew them to be a good sign—the Machine Herald’s version of a blush.

#arcane #jayvik #jayce talis #machine herald viktor #JayVik fanfiction #ficlet #asks #ace answers

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aeliyamarineinsights · 3 months ago

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Powering Heavy Industry: Explore Genuine Caterpillar Marine & Industrial Parts at Aeliya Marine

Where heavy-duty equipment is concerned, there are few brands that weigh as heavily and are held in such regard as Caterpillar. Worldwide recognized for its hardy design, unparalleled strength, and unfailing reliability, Caterpillar (CAT) is the workhorse of innumerable industrial, marine, and construction applications. Whether diesel engines in cargo ships or control modules in earthmovers, Caterpillar components are engineered to thrive in the world’s most challenging environments.

Here at Aeliya Marine, we proudly supply a comprehensive line of authentic Caterpillar parts, providing rapid access to mission-critical elements for maintenance, repair, and replacement. Whether you are operating a deep-sea vessel, controlling a power plant, or keeping mining machinery running, our Caterpillar inventory is your single source solution.

Here in this blog, we are going to take you deeply into Caterpillar’s world — looking at their legacy, core product lines, the sectors they cater to, and why Aeliya Marine is the best to call when you need original Caterpillar parts.

The Caterpillar Legacy: A Century of Power and Performance

Established in 1925, Caterpillar Inc. (CAT) has represented strength, performance, and engineering excellence for close to a century. What was once a consolidation of two tractor businesses soon developed into one of the most recognized brands in heavy equipment and industrial engines.

Caterpillar has a wide range of products, yet their mission is steady: “To help customers build a better world.” They achieve this by designing strong machines, engines, and systems that work under pressure, withstand wear, and yield results in the toughest conditions.

Across construction pads to ship decks, Caterpillar’s yellow and black markings signify confidence, capability, and continuity.

Discover Genuine Caterpillar Parts at Aeliya Marine

At Aeliya Marine, we deal in providing high-performance, authentic Caterpillar parts for industrial and marine use. We understand how essential uptime is to your operations, and that’s why we concentrate on carrying parts that comply with rigorous OEM specifications and fit a broad range of CAT systems.

Here’s a summary of some of the most important product categories in our Caterpillar line:

Engine Control Modules (ECMs)

The computer of any CAT diesel engine, these modules control and optimize engine performance, as well as monitor it. A malfunctioning ECM can result in performance problems or even engine shutdown — which is why prompt replacement with a genuine Caterpillar ECM is critical.

Features:

Real-time diagnostics

Fuel injection control

Compliance with emission regulations

Turbochargers and Fuel Injectors

Turbochargers and injectors are critical to achieving maximum engine power and efficiency. Caterpillar’s precision-crafted fuel system components provide optimum combustion, low emissions, and dependable performance — particularly in marine engines and generators.

Advantages:

Improved fuel economy

High thermal resistance

Extended service life under extreme conditions

Sensors and Switches

No matter if it’s temperature, pressure, or position, Caterpillar sensors deliver vital information for efficient and safe machine operation. They are built tough to withstand conditions of high vibration, humidity, and heat.

Hydraulic and Pneumatic Parts

From pumps to valves and actuators, CAT hydraulic systems are built for heavy lifting, precise control, and long-lasting durability. Whether you’re running a bulldozer or a ship’s steering system, dependable hydraulics are a must.

Power Generation and Control Panels

Caterpillar power solutions are relied upon in backup power plants, data centers, oil platforms, and remote construction locations. Aeliya Marine provides control panels, regulators, and generator parts to provide seamless power and optimal performance.

Why Genuine Caterpillar Parts?

Where equipment is tested to the breaking point, shortcuts can cost millions. Genuine Caterpillar parts are an investment in reliability, safety, and long-term savings.

OEM Quality Assurance

Caterpillar parts are made to exacting specifications. Every component is put through intense testing to guarantee compatibility, longevity, and safety.

Long-Term Performance

Original CAT parts are designed to last longer, run more efficiently, and decrease the need for replacements — saving you time, money, and labor.

Optimal Compatibility

Every part is designed to function flawlessly with your Caterpillar equipment, guaranteeing that all systems talk and work as intended.

Warranty Support

Using authentic components ensures eligibility for warranties and service support from CAT-certified technicians.

Why Aeliya Marine Is Your Trusted Caterpillar Parts Supplier

Aeliya Marine isn’t just an online supplier — we’re your automation and mechanical solutions partner, trusted by industries around the globe. Here’s why customers choose us when sourcing Caterpillar parts:

Specialists in Marine and Industrial Equipment

We know the technical requirements of marine engines, offshore rigs, industrial generators, and heavy equipment. Our staff can assist you in locating the specific part you require — quickly.

Worldwide Reach with Rapid Shipping

Wherever your operation is situated, we can deliver. Our logistics department takes care of quick processing, safe packaging, and rapid shipping across the globe.

Inventory Ready for Shipping

We carry a large selection of hard-to-find Caterpillar parts so you don’t have to endure lengthy lead times. That translates into less downtime and quicker system recovery.

Expert Technical Support

Need assistance with identifying a part? Want to ensure compatibility? Our skilled staff is available to aid with selection, installation advice, and after-sales support.

Genuine Products Guaranteed

We don’t sell replicas or rebuilt products. All Caterpillar products we export are authentic, guaranteeing reliability, conformity, and durability.

Industries That Depend on Caterpillar and Aeliya Marine

Caterpillar’s products are relied upon in almost every heavy industry segment, such as:

Marine and Offshore

Caterpillar engines and control systems drive ships, ferries, and offshore platforms for propulsion, auxiliary power, and hydraulic functions. Aeliya Marine supplies the components to maintain your marine systems at maximum efficiency.

Construction and Mining

CAT-powered excavators, bulldozers, and drilling rigs are used in mining and construction operations globally. We assist contractors with control panels to hydraulic components.

Power Generation

Caterpillar generators fuel distant outposts, manufacturing plants, hospitals, and backup emergency systems. We provide the necessary components such as regulators, controllers, and sensors to ensure uninterrupted performance.

Industrial Production

From robot arms to conveyor belts, Caterpillar parts fuel automation and manufacturing. We deliver critical replacements to maintain factories operational and productive.

Exploring the Caterpillar Series at Aeliya Marine

We make searching for what you need simple. Just come visit our Caterpillar series page: https://aeliyamarine.com/collections/vendors?q=Caterpillar

#industrial equipment #automation #industrialautomation #industrial spare parts #industrial and marine automation #marine automation #industrial automation #marineautomation #automationmarine #automationindustrial #automationparts #partsautomation #marineparts #industrialparts #marineautomationparts #industrialautomationparts #automationindustrialparts #automationmarineparts

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pplastmach · 7 years ago

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Patel Plastic Machinery Mfrs. - Leading manufacturers & Suppliers of Hydraulic Injection Moulding Machine in ahmedabad-India, We Exporters Of Best Quality Hydraulic Injection Moulding Machine ahmedabad-India.Visit http://pplastmach.com.

#Hydraulic injection moduling machine #Hydraulic injection moduling machine manufaturers in ahmedabad-India #Hydraulic injection moduling machine suppliers in ahmedabad-India.

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sueheaven · 2 years ago

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Medical Micro Injection Molding Market Is Likely to Experience a Tremendous Growth in Near Future

Latest business intelligence report released on Global Medical Micro Injection Molding Market, covers different industry elements and growth inclinations that helps in predicting market forecast. The report allows complete assessment of current and future scenario scaling top to bottom investigation about the market size, % share of key and emerging segment, major development, and technological advancements. Also, the statistical survey elaborates detailed commentary on changing market dynamics that includes market growth drivers, roadblocks and challenges, future opportunities, and influencing trends to better understand Medical Micro Injection Molding market outlook. List of Key Players Profiled in the study includes market overview, business strategies, financials, Development activities, Market Share and SWOT analysis:

areSMC (Japan)

BMP Medical (United States)

Stamm AG (Switzerland)

MTD Micro Molding (United States)

PEXCO (United States)

Sovrin Plastics (United Kingdom)

Accumold (United States)

Mikrotech (United States)

Kamek Precision Tools (Canada)

Makuta Technics (United States) Medical Micro Injection Molding is a method by which we are able to mold medical devices or parts into miniature modules with the help of machines with contains high pressure in it. Medical microinjection molding is usually reserved for parts that weigh less than a milligram and are less than 1mm in length and is centered around medical and healthcare applications. These need much more specialized equipment in the medical device world, itâ€™s almost the smallest parts which carry the greatest importance related to the functionality and safety of a medical device. These molds can provide an outstanding and cost-effective alternative to engineering and manufacturing medical devices used in minimally invasive surgery (MIS). Increasing healthcare sector globally will give rise to the medical micro injection molding market.

Key Market Trends: Adopting Trend of Downsizing and Nanotechnology Globally

Adoption of Micro-Optics and Microfluidics

Opportunities: Growing Automotive Industry in APAC

Growing Advancements in Health Care Departments in Developing Nations

Market Growth Drivers: High Demand from the Packaging Industry

Growing Demand from the Healthcare Industry

Challenges: Lack of Awareness Regarding Micro Molding In Developing Nations

Issue Related With High Heating and Hydraulic Pressure

The Global Medical Micro Injection Molding Market segments and Market Data Break Down by Type (PEEK, PVC, PE, Others), Application (Diagnostic Devices, Therapeutic Devices), Machine Type (Hydraulic Injection Molding Machines, All-Electric Injection Molding Machines, Hybrid Injection Molding Machines), Material Type (Plastic, Metal, Ceramic, Rubber)

Presented By

AMA Research & Media LLP

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thetejasamale · 3 years ago

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Hydraulic Pumps Market Size | Demand, Key Player profile, Growth, Trends, and Regional Outlook by 2030

Top Drivers and Main Deterrents

Businesses worldwide have been facing revenue loss and disruptions in supply chains since the COVID-19 outbreak, which gave way to global lockdown, quarantine, factory shutdowns, and more. With SARS-CoV-2 impacting various sectors such as construction works, project developments, travel and tourisms and manufacturing, raw materials like coal and oil have been witnessing a drop in demand worldwide, while the prices have fallen drastically. This has led to delays in new projects in the oil and gas, construction and various other industries, leaving a debilitating impact on the hydraulic pumps market. With the demand for oil and gas going down following the pandemic, the demand for pumping equipment has also massively weakened among end-users. As the novel coronavirus hit the global economy, the number of development projects in gas, energy and oil segments reduced, which could only mean slower growth for the hydraulic pumps market.

Market Research Future (MRFR) asserts that the Hydraulic pumps Market Size 2020 can expect to touch USD 11.6 billion by 2030. The market’s estimated growth rate can be 6.01% from 2022 to 2030 (considered to be the appraisal period). We will provide COVID-19 impact analysis with the report, along with the developments post the coronavirus disease outbreak.

However, hydraulic pumps continue to observe high demand in the industrial set up for applications in material handling, foundries, mixers, conveyors, steel mills, presses, lifts, forklifts, pallet jacks, injection molding machines, slitters, and more. Also, the rampant need for water along with the growing demand for better waste water infrastructure especially in Asia Pacific can be huge opportunities for prominent market firms worldwide. Besides, the accelerated demand for these pumps in the food & beverage sector could also benefit the global market.

The extensive application scope in automobiles, advancing construction industry and the rise in crude oil drilling are also acting in favor of the hydraulic pump market. The continuously rising demand for sustainable equipment and the fact that water supplying utilities are largely dependent on hydraulic pumps has an incredible impact on the market. MRFR has further focused on the major trends in the worldwide market, one of which includes the rising preference for robot operated hydraulic actuator, which consumes the energy supplied by the hydraulic pump that mostly helps the control systems to function on the basis of the situation. Sensing the potential of this trend, companies are increasingly launching advanced actuators with more features in a bid to gain a higher market position.

For instance, in July 2020, Cowan Dynamics launched an expanded E2H series of electro-hydraulic linear valve actuator. This actuator now features emergency shut-down/ESD; remote diagnostics as well as data logging and off/on or modulating service, among others.

Get a FREE Sample PDF@

https://www.marketresearchfuture.com/sample_request/7736

Top Contenders

Some of the top contenders highlighted in the market study are Casappa (Italy), HAWE (Germany), Hydac (Germany), Daikin (Japan), Nachi-Fujikoshi (Japan), Bucker Hydraulics (Germany), Bosch Rexroth (Germany), Moog, Inc. (US), Concentric (Sweden), Parker Hannifin (US), Eaton Corporation Plc (Ireland), Kawasaki (Japan), to name a few.

Segmental Review

Hydraulic pumps industry has been extensively studied by MRFR analysts, and in order to provide the best possible insight have segmented it into type and application.

The main types of hydraulic pumps are axial piston pump, gear pump, and others. The segments on the basis of ‘others’ are vane pumps, screw pumps and radial piston pumps. In 2018, in the lead was the market for gear pumps as these types are quite easy to operate, affordable and require less maintenance.

Application-wise, the hydraulic pump market caters to industrial and mobile. Between these two segments, the highest advancement rate will be observed by the mobile segment during the evaluation period.

Regional Aspect

APAC/Asia Pacific, Europe/EU, North America and MEA/the Middle East and Africa along with the RoW/Rest of the world are the primary markets for hydraulic pumps.

The APAC market can continue being the global leader throughout the conjectured period, mainly since the region attracts massive investments from prominent vendors. The increased spending has also meant a rising number of construction activities in emerging countries like China and India. The APAC market growth is also warranted by the escalating sales of automobiles coupled with the rising use of hydraulic pumps in the mining industry. On top of this, governments across the region impose regulations aiming to bring down the CO2 emission level while various countries are gradually becoming more aware about energy saving, which is leading to further market expansion.

Enquire for Discount@

https://www.marketresearchfuture.com/check-discount/7736

The North American market is thriving at present and can continue to do so throughout the review period, as a result of the increasing uptake of hydraulic pumps in the automotive and manufacturing industries. The flourishing housing industry along with the rapid growth of the agriculture sector in the United States can translate to higher revenue generation in the regional market.

In the EU market, the rampant demand for processed minerals in the industrial sector has resulted in a higher need for advanced hydraulic pumps. These pumps are being increasingly deployed in construction, agriculture and manufacturing industries, thereby benefitting the market. Interestingly, the MEA market for hydraulic pumps can gain steady impetus in the following years, on account of the rising technical innovations in the energy and power industry.

#Hydraulic Pumps Market Size

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tianyu-eqpt · 3 years ago

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TYD TURN-BACK SERIES SERVO ELECTRIC CYLINDER

https://www.tianyu-eqpt.com/products/tyd-turn-back-series-servo-electric-cylinder.html

TYD series servo electric cylinders can work in a harsh environment for a long time without failure, and achieve high-intensity, high-speed, and high-precision movement. With smooth movement and low noise, the unique anti-rotation function ensures the high-precision position control and high safety of the equipment. The best alternative to hydraulic cylinders and air cylinders. The compact electric cylinder can completely replace hydraulic cylinders and cylinders with the advantages of being more environmentally friendly, more energy-saving, and cleaner. It is easy to connect with PLC and other control systems for high-precision motion control.

Principle Of TYD Turn-back Series Servo Electric Cylinder

The servo electric cylinder is a modular product that integrates the servo motor and the ball screw. It converts the rotary motion of the servo motor into linear motion. At the same time, the best advantages of the servo motor: precise speed control, precise revolution control, and precise torque control are transformed into precise speed control, precise position control, and precise thrust control; a new revolutionary product with high-precision linear motion series. And the fast electric cylinder is widely used in material handling, machining, and manufacturing, high-precision fields such as aerospace test equipment, six-degree-of-freedom simulator, robots, injection machines, mold control, valve control, precision machine tool, and automobile manufacturing equipment.

Features Of TYD Turn-back Series Servo Electric Cylinder

Thrust range: 10kg-10 tons.

The stroke can be up to 3m, and the working system is 100%.

Speed can reach 1,000mm/s.

Imported grinding-grade ball screw, and high efficiency without self-locking.

Equipped with imported servo motors of various brands.

Realize the closed-loop servo control by adding the grating ruler, and the control accuracy can reach 0.01mm.

Precision control thrust and thrust accuracy is 5%; the control accuracy is 1% by adding the pressure sensor.

Precision control speed, high performance, and high and low-speed performance.

Thrust can be maintained at any position.

High dynamic response time, and high acceleration.

High rigidity and impact resistance.

Super long service life, easy operation and maintenance, and low noise.

Low maintenance cost.

In the complex environment, the servo electric cylinder only needs regular grease lubrication without any maintenance and replacement of the wearing parts, which will reduce the after-sales service cost when compared with the hydraulic system.

The Flexibility Of TYD Turn-back Series Servo Electric Cylinder

A flexible installation configuration is available. The series of installation components: installation of the front flange, rear flange, side flange, rear hinge joint, trunnion installation, and guide module; The high speed electric cylinder can be installed in line or parallel with the servo motor; can be added with different kinds of accessories: limit switch, planetary reducer, and pre-load nut; AC brake motor, DC motor, stepper motor, and servo motor of various manufacturers can be selected for a drive.

#electric #cylinder #12v

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messungautomation · 4 years ago

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Messung Indigenous Innovation At work :NX-ERA Xpress

NX-ERA Xpress is a powerful mini PLC (Programmable Logic Controller) developed by Messung, leading micro PLC manufacturer underits ‘Navonmesh - Make in India initiative’. A micro PLC with macro features, NX-ERA Xpress is creating waves in small, scalable applications.

Messung’s reputation and expertise in industrial automation goes back four decades. Since it pioneered India’s first indigenous PLC in India in 1984, Messung has stayed committed to developing world-class industrial automation solutions at cost-effective prices.

NX-ERA Xpress is the latest in a long tradition of ongoing innovation at Messung, one of theleading PLC automation companies in Pune. This mini programmable logic controller in India comes at a cost-effective price - especially for entry-level applications.

NX-ERA Xpress Features

· High density I/O both Digital & Analog

· Programming by Codesys (r) - IEC 61131 based software

· Integrated communication with international standard protocols like Modbus TCP, Modbus RTU, Ethernet I/P, CANopen

· Industry 4.0 enabled IIOT interface with MQTT & OPC UA protocol

· RS-485 port with Modbus RTU Master protocol

· SCADA and HMI interfaces available

· Built in HTML web server

· High speed CPU

· Real time clock

· Scalable within NX-ERA family of PLCs, it covers small to large solutions

· Easily expanded through CANopen using the Remote I/O Mode: can connect to external devices such as sensors, electro mechanical actuators, VFDs and servo motors located far away from the main control cabinet via various protocols

Diverse applications of NX-ERA Xpress

NX-ERA Xpress has been successfully applied for:

· general purpose machine controllers

· SPM controllers

· textile machine controllers

· machine tool controllers

· blow moulding machine controllers

· pharma machine controllers

· bandsaw controller

· plastic injection machine controllers

The embedded I/O PLC has also proved itself in applications such as Dust analyser, Continuous furnace, Pressure testing, Hydraulic press, Robotic cell, Boiler automation,Battery management system and water purification system.

NX-ERA Xpress also enables enhanced performance and control in material handling controllers, energy management controllers, PID controllers and AHU controllers. It is making a mark in verticals such as factory automation, machines, infrastructure, building automation, water, wastewater, food, textiles, and several other OEM solutions. Additionally, along with NX-ERA Series portfolio, it complements big applications, extending the range using the same technology and engineering environment.

Benefit from Messung’s‘Navonmesh – Make in India initiative’

NX-ERA Xpress, developed by Messung,is a compact PLC in India delivering high-speed processing power in a compact design with embedded I/O. For applications where automation is a difficult option, NX-ERA Xpress offers models containing from a few digital inputs and outputs up to options with 43 I/O points concentrated in a single controller, including analog inputs and outputs with temperature support (RTD sensors). With its compact dimensions and competitive pricing, NX-ERA Xpress mini programmable logic controller has opened up new perspectives in industrial automation.NX-ERA Xpress comes enriched with Messung’sfour decades of experience in the field, and backed by our inhouse R&D centre, proven all-India reach and service support. Besides a range of high-performance programmable logic controllers in India, Messung also offers Remote I/O Modules, Servo & Motion Control solutions, VFDs, Human Machine Interface (HMI) and SCADAapplications to deliver integrated solutions for varied industrial automation applications.

#Programmable Logic Controller #SCADAapplications #material handling controllers energy management controllers PID controllers #water purification system.#CANopen #compact plc #compact PLC in India #mini plc #mi

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messunggroup · 4 years ago

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Small & Scalable Solution For Entry-Level Automation: NX-ERA Xpress

NX-ERA Xpress is the mini PLC with macro features from Messung, India’s first indigenous PLC manufacturer and leader in process automation.

Amongst the top PLC automation companies in Pune, and indeed, in India, Messung has developed this world-class programmable logic controller in India at a cost-effective price - especially for entry-level applications.

Packed with advanced features, NX-ERA Xpress micro PLC in India delivers high-speed processing power in a compact design with embedded I/O. The PLC system can be easily expanded - a great advantage for OEMs with needs of small, scalable applications.

Indeed, with its compact dimensions and competitive pricing, NX-ERA Xpress has opened up new perspectives in industrial automation. Many applications for which automation was a difficult option can now benefit from the many advantages of these entry-level programmable logic controllers.

The NX-ERA Xpress product portfolio targets small PLC panels or programmable controller systems, offering models containing from a few digital inputs and outputs up to options with 43 I/O points concentrated in a single controller, including analog inputs and outputs with temperature support (RTD sensors).

NX-ERA Xpress Applications

NX-ERA Xpress is suitable for small applications and remote distributed I/O in verticals such as factory automation, machines, infrastructure, building automation, water, wastewater, food, textiles, and several other OEM solutions. Additionally, it is an ideal solution for complementing big applications along with NX-ERA Series portfolio, extending the range of applications using the same technology and engineering environment.

Messung has successfully applied NX-ERA Xpress for:

· plastic injection machine controllers

· blow moulding machine controllers

· pharma machine controllers

· machine tool controllers

· SPM controllers

· textile machine controllers

· bandsaw controller

· general purpose machine controllers.

The embedded I/O PLC has also proved itself for:

· Dust analyser

· Continuous furnace

· Pressure testing

· Hydraulic press

· Robotic cell

· Boiler automation

· Battery management system.

NX-ERA Xpress has also enhanced performance and control in:

· material handling controllers

· motion control systems

· water purification systems

· energy management controllers

· process controllers

· PID controllers

· servo motion controllers

· AHU controllers.

Advanced features, economical price

NX-ERA Xpress is Industry 4.0 based controller with OPC-UA, MQTT features inbuilt. Thus, data generated by the machines can be used along the entire value chain. In smart home or building automation applications, with this MQTT based PLC, status information from sensors can be sent to mobile devices from where control commands can be sent back.

In case of additional I/O needs, the PLC system can be easily expanded through CANopen using the Remote I/O Mode. NX-ERA Xpress can connect to external devices such as sensors, electro mechanical actuators, VFDs and servo motors located far away from the main control cabinet via various protocols, namely Modbus, CANopen, and Messung’s own ‘Mesbus’.

It can also be expanded using other available ports like Ethernet and RS-485.

The other advanced features include:

· High density I/O both Digital & Analog

· Programming by Codesys ® - IEC 61131 based software

· Integrated communication with international standard protocols like Modbus TCP,

Modbus RTU, Ethernet I/P, CANopen

· Industry 4.0 enabled IIOT interface with MQTT & OPC UA protocol

· RS-485 port with Modbus RTU Master protocol

· SCADA and HMI interfaces available

· Built in HTML web server

Indigenous innovation at its best

NX-ERA Xpress represents the ongoing innovation of Messung, under its ‘Navonmesh – Make in India initiative’. Since it pioneered India’s first indigenous PLC in India in 1984, Messung continuously designs and manufactures world-class industrial automation solutions at an affordable price.

Messung is a leading PLC automation company in India. With four decades of experience and expertise in the field, inhouse R&D centre plus proven all-India reach and service support, Messung is the preferred partner for all your small to large industrial automation needs.

Besides a range of world-class Programmable Logic Controllers in India, Messungalso offers Remote I/O Modules, Servo & Motion Control solutions, VFDs, Human Machine Interface (HMI) and SCADAapplications for a gamut of applications across diverse industries. Contact Messung for your automation requirements today.

#mini PLC #PLC manufacturer #I/O Modules #Programmable Logic Controllers in India #VFDs #Human Machine Interface #PLC automation company in India

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crushing-machine · 4 years ago

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The Best Guidance For Injection Molding Machine You've Ever Heard

table of Contents: 1 Overview 1.1 The purpose, type, specification and model of the injection molding machine 1.1.1 Purpose of injection molding machine 1.1.2 Types of injection molding machines 1.1.3 Specification and model representation 1.2 The structure of the injection molding machine 1.2.1 Injection system 1.2.2 Mold clamping system 1.2.3 Hydraulic drive and electrical control system 1.3 The main parameters of the injection molding machine 1.3.1 The main performance parameters of the injection molding machine 1.3.2 The main technical parameters of the injection molding machine 1.4 Principles and characteristics of injection process 1.4.1 Principle of injection process 1.4.2 Characteristics of injection process 1.5 Injection process 2. Injection system of injection molding machine 2.1 Type of injection system 2.2 Screw injection system 2.2.1 Features of screw injection system 2.2.2 Composition and working principle of screw injection system 2.2.3 The main components of the screw injection system 2.3 Plunger injection device 2.3.1 Features of plunger injection device 2.3.2 Composition and working principle of plunger injection system 2.3.3 The main components of the plunger injection system 3. The clamping system of the injection molding machine 3.1 Types of clamping systems 3.1.1 The composition of the clamping system 3.1.2 The characteristic requirements of the clamping system 3.1.3 Types of clamping system 3.2 Hydraulic clamping system 3.2.1 Single-cylinder direct pressure mold clamping device 3.2.2 Pressurized mold clamping device 3.2.3 Liquid-filled mold clamping device 3.2.4 Liquid-filled pressurized mold clamping device 3.2.5 Secondary action voltage stabilizing mold clamping device 3.3 Hydraulic and mechanical mold clamping device 3.3.1 Hydraulic? Single toggle mold clamping device 3.3.2 Hydraulic? Double toggle mold clamping device 3.4 The main components of the clamping system 3.4.1 Template 3.4.2 Tie rod 3.4.3 Mold adjusting device 3.4.4 Ejector device 3.5 The main technical parameters of the clamping system 4. Hydraulic control system of injection molding machine 4.1 The characteristics of the hydraulic control system of the injection molding machine 4.2 Composition of hydraulic system 4.3 Hydraulic components commonly used in injection molding machines 4.3.1 Hydraulic pump 4.3.2 Hydraulic motor 4.3.3 Hydraulic cylinder 4.3.4 Ordinary hydraulic valve 4.3.5 Electro-hydraulic proportional valve 4.3.6 Cartridge valve 4.3.7 Hydraulic auxiliary components 4.4 Analysis of typical control modules of injection molding machine hydraulic system 4.4.1 Main circuit module 4.4.2 Injection/pre-plastic control module 4.4.3 Clamping module 4.5 Examples of typical hydraulic systems for injection molding machines 4.5.1 Typical hydraulic system controlled by spool valve 4.5.2 The hydraulic system of the gear reducer drive screw preformed 4.5.3 The hydraulic system of the gear reducer drive screw pre-plasticized 5. The electrical control system of the injection molding machine 5.1 Controller of electrical control system 5.1.1 Traditional Relay 5.1.2 Programmable Controller 5.1.3 Single chip controller 5.1.4 Industrial PC 5.2 Injection molding machine electronic control system 5.2.1 Motor start control 5.2.2 Injection sequence control part 5.2.3 Temperature control of injection molding machine 6. Safety and protection measures of injection molding machine 6.1 Hazardous area of the injection molding machine 6.2 Safety protection device of injection molding machine 6.2.1 Safety devices and protection of the mold area 6.2.2 Safety device and protection of nozzle and barrel 6.2.3 Safety device and protection of mold 6.2.4 Electrical safety devices 6.2.5 Hydraulic safety device 6.2.6 Fixed safety door 6.3 Inspection of safety devices 7. Installation, adjustment and commissioning of the injection molding machine 7.1 Installation and adjustment of injection molding machine 7.1.1 Installation of injection molding machine 7.1.2 Adjustment during installation 7.1.3 Connection of cooling water pipes 7.1.4 Other installation matters 7.2 Test run of injection molding machine 7.2.1 Preparations before commissioning 7.2.2 No-load debugging 7.2.3 Mold clamping 7.2.4 Debugging of injection molded products 7.2.5 End of test run 8. Maintenance and maintenance of injection molding machine 8.1 Precautions for use 8.2 Maintenance of injection molding machine 8.2.1 Main points of daily maintenance 8.2.2 Weekly maintenance points 8.2.3 Points for regular maintenance 8.3 Lubrication of injection molding machine 8.4 Maintenance and cleaning of nozzles, barrels and screws 8.4.1 Cleaning the nozzle 8.4.2 Cleaning of barrel and screw 8.5 Adjustment of the sliding feet of the movable template 8.5.1 Adjustment of mechanical sliding foot device 8.5.2 Adjustment of hydraulic support sliding foot device 9. Troubleshooting of injection molding machine and solutions to product defects 9.1 Common faults and troubleshooting of injection molding machines 9.2 Measures to solve the quality defects of injection molded products If you want to get the operation guide, please leave us a message.LI SONG professional provide the plastic injection molding machine.Factory direct sales, quality assurance, and price concessions.if you are intrested,pls leave message to us or email:[email protected] sales manager will provide you with a quote within 24 hours.

article source:http://lisongmachine.com/news/industry-news/the-best-guidance-for-injection-molding-machine-you-have-not-ever-heard.html

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thetejasamale · 3 years ago

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Hydraulic Pumps Market Revenue- Size, Share, Trends, Demand, Key Player profile and Regional Outlook by 2030

Market Research Future (MRFR) asserts that the hydraulic pumps market 2020 can expect to touch USD 11.6 billion by 2024. The market’s estimated growth rate can be 6.01% from 2022 to 2030 (considered to be the appraisal period). We will provide COVID-19 impact analysis with the report, along with the developments post the coronavirus disease outbreak.

Top Drivers and Main Deterrents

Browse Full Report Details @ https://www.marketresearchfuture.com/reports/hydraulic-pumps-market-7736

Top Contenders

Segmental Review

Hydraulic pumps industry has been extensively studied by MRFR analysts, and in order to provide the best possible insight have segmented it into type and application.

Regional Aspect

APAC/Asia Pacific, Europe/EU, North America and MEA/the Middle East and Africa along with the RoW/Rest of the world are the primary markets for hydraulic pumps.

Get a FREE Sample PDF@ https://www.marketresearchfuture.com/sample_request/7736

#Hydraulic Pumps Market Revenue

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grandnerdartisan · 4 years ago

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Cat 316e Excavator Operator Manual

CATERPILLAR Excavator 345 349 350 365 374 375 385 390 series Parts Catalogs, Service (workshop) Manuals, Operation and Maintenance Manuals in PDF format Very important remark: The CAT equipment prefix (first three figures and numbers in serial number) is absolutely necessary information for correct engine identification. Cat® Parts Worldwide Cat dealer support and 24/7 parts ordering: Safety Services Latest technologies and industry best practices for zero-incident performance: New Equipment Durable and reliable equipment straight from the factory floor: Auction Services Buy used Cat® equipment, attachments and more, all on IronPlanet.

325D L

Hydraulic Excavator

Engine

Engine Model

Cat® C7 with ACERT™ Technology

Net Flywheel Power

152 kW

204 hp

Weights

Operating Weight –

29 240 kg

64,460 lb

Long Undercarriage

•Reach boom, R3.2CB2 (10 ft 5 in) Stick, 1.1 m3 (1.44 yd3) Bucket, 800 mm (32 in) Shoes

325D L Hydraulic Excavator

The D Series incorporates innovations for improved performance and versatility.

C7 with ACERT™ Technology

Hydraulics

Operator Comfort

ACERT™ Technology works at the point of combustion to optimize engine performance and provide low exhaust emissions to meet U.S. EPA Tier 3 emission regulations, with exceptional performance capabilities and proven reliability. pg. 4

Versatility

Caterpillar offers a wide variety of factory-installed attachments that enhance performance and job site management. pg. 11

The hydraulic system has been designed to provide reliability and outstanding controllability. An optional Tool Control System provides enhanced flexibility. pg. 5

Service and Maintenance

Fast, easy service has been designed in with extended service intervals, advanced filtration, convenient filter access and user-friendly electronic diagnostics for increased productivity and reduced maintenance costs. pg. 12

Provides maximum space, wider visibility and easy access to switches. The monitor is a full-color graphical display that allows the operator to understand the machine information easily. Overall, the new cab provides a comfortable environment for the operator. pg. 6

Structures

Caterpillar® design and manufacturing techniques assure outstanding durability and service life from these important components. Three length of booms and five sticks are available to suit a variety of application conditions. pg. 8

Booms, Sticks and Bucket Attachments

Work Tools – Attachments

Designed for maximum flexibility, productivity and high efficiency on all jobs, the 325D offers a wide range of configurations suitable for a variety of applications. pg. 9

A variety of work tools, including buckets, couplers, hammers, and shears are available through Cat Work Tools. pg. 10

Complete Customer Support

Your Cat® dealer offers a wide range of services that can be set up under a customer support agreement when you

purchase your equipment. The dealer will help you choose a plan that can cover everything from machine configuration to eventual replacement. pg. 13

New Feature How to do gta mods.

C7 with ACERT™ Technology

Built for power reliability, economy and low emissions.

Cat C7. The Cat C7 with ACERT™ Technology introduces a series of evolutionary, incremental improvements that provide breakthrough engine technology. The building blocks of ACERT Technology are fuel delivery, air management and electronic control. ACERT Technology optimizes engine performance while meeting U.S. EPA Tier 3 engine emission regulations.

Performance. The 325D L, equipped with the C7 engine with ACERT Technology, provides 12% more horsepower as compared to the 3126B ATAAC HEUI in the 325C L.

Automatic Engine Speed Control.

The two-stage, one-touch control maximizes fuel efficiency and reduces sound levels.

ADEM™ A4 Engine Controller.

The ADEM A4 electronic control module manages fuel delivery to get the best performance per liter of fuel used. The engine management system provides flexible fuel mapping, allowing the engine to respond quickly to varying application needs. It tracks engine and machine conditions while keeping the engine operating at peak efficiency.

Electronic Control Module.

The Electronic Control Module (ECM) works as the “brain” of the engine’s control system, responding quickly to operating variables to maximize engine efficiency. Fully integrated with sensors in the engine’s fuel, air, coolant, and exhaust systems, the ECM stores and relays information on conditions such as rpm, fuel consumption, and diagnostic information.

Fuel Delivery. The Cat C7 features electronic controls that govern the fuel injection system. Multiple injection fuel delivery involves a high degree of precision. Precisely shaping the combustion cycle lowers combustion chamber temperatures, generating fewer emissions and optimizing fuel combustion. This translates into more work output for your fuel cost.

Cooling System. The cooling fan is directly driven from the engine. An electrically controlled viscous

Cat 316e Specalog

clutch fan is available as an attachment to reduce fan noise. The optimum fan speed is calculated based on the target engine speed, coolant temperature, hydraulic oil temperature and actual fan speed. The Cat C7 delivered a completely new layout that separates the cooling system from the engine compartment.

Air Cleaner. The radial seal air filter features a double-layered filter core for more efficient filtration and is located in a compartment behind the cab. A warning is displayed on the monitor when dust accumulates above a preset level.

Noise Reduction Technologies.

The engine mounts are rubber-isolating mounts matched with the engine package. Further noise reduction has been achieved through design changes to

the isolated top cover, oil pan, multiple injection strategy, insulated timing cover, sculpted crankcase and gear train refinements.

Hydraulics

Cat® hydraulics deliver power and precise control to keep material moving.

Component Layout. The hydraulic system and component locations have been designed to provide a high level of system efficiency. The main pumps, control valves and hydraulic tank are located close together to allow for shorter tubes and lines between components which reduces friction loss and pressure drops in the lines. The layout further provides greater operator comfort by placing the radiator on the cab side of the upper structure. This allows incoming air to enter the engine compartment from the operator side and hot air and corresponding engine sound to exit on the opposite side away from the operator. This reduces engine compartment heat and sound being transmitted to the operator.

Pilot System. The pilot pump is independent from the main pumps and controls the front linkage, swing and travel operations.

Hydraulic Cross Sensing System.

The hydraulic cross sensing system utilizes each of two hydraulic pumps to 100 percent of engine power, under all operating conditions. This improves productivity with faster implement

speeds and quicker, stronger pivot turns.

Boom and Stick Regeneration Circuit.

Boom and stick regeneration circuit saves energy during boom-down

and stick-in operation which increases efficiency, reduces cycle times and pressure loss for higher productivity, lower operating costs and increased fuel efficiency.

Auxiliary Hydraulic Valve.

The auxiliary valve is standard on the 325D. Control Circuits are available as attachments, allowing for operation of high and medium pressure tools such as shears, grapples, hammers, pulverizers, multi-processors and vibratory plate compactors.

Hydraulic Cylinder Snubbers.

Snubbers are located at the rod-end of the boom cylinders and both ends

of the stick cylinders to cushion shocks while reducing sound levels and extending component life.

Operator Comfort

Designed for comfort, simple and easy operation, the 325D allows the operator to focus on production.

Operator Station. The workstation is spacious, quiet and comfortable, assuring high productivity during a long work day. The air conditioner and attachment switches are conveniently located on the right-hand wall, and the key switch and throttle dial are on the right-hand console.

Monitor. The monitor is a full color 400 234 pixels Liquid Crystal Display (LCD) graphic display. The monitor angle can be adjusted to minimize sun glare and has the capability of displaying information in twenty-seven different languages.

Pre-Start Check. Prior to starting the machine, the system will check for low fluid levels for the engine oil, hydraulic oil and engine coolant and warn the operator through the monitor in the event display area.

Gage Display. Three analog gauges, fuel level, hydraulic oil temperature and coolant temperature, are displayed in this area.

Event Display. Machine information is displayed in this area with the icon and language.

Multi-information Display. This area is reserved for displaying various information which is convenient for the operator. The “CAT” mark is displayed when no information

is available to be displayed.

Standard Cab Equipment. To enhance operator comfort and productivity, the cab includes a lighter, drink holder, coat hook, service meter, literature holder, magazine rack and storage compartment.

Seat. A new optional air suspension seat is available in the 325D. The standard and optional seats provide a variety of adjustments to suit the operator’s size and weight including fore/aft, height and weight. Wide adjustable armrests and a retractable seat belt are also included.

Joystick Control. Joystick controls have low lever effort and are designed to match the operator’s natural wrist and arm position. The operator can operate joystick controls with an arm on the armrest and the horizontal and vertical strokes have been designed to reduce operator fatigue.

Hydraulic Activation Control Lever.

For added safety, this lever must be in the operate position to activate the machine control functions.

Automatic Climate Control.

Fully automatic climate control adjusts temperature and flow, and determines which air outlet is best in each situation with a touch of a button.

Console. Redesigned consoles feature a simple, functional design to reduce

operator fatigue, ease of switch operation and excellent visibility. Both consoles have attached armrests with height adjustments.

Cab Exterior. The exterior design uses thick steel tubing along the bottom perimeter of the cab, improving the resistance of fatigue and vibration. This design allows the FOGS to be bolted directly to the cab, at the factory or as an attachment later, enabling the machine to meet specifications and job site requirements.

Cab Mounts. The cab shell is attached to the frame with viscous rubber cab mounts, which dampen vibrations and sound levels while enhancing operator comfort.

Windows. All glass is affixed directly to the cab for excellent visibility eliminating window frames. The upper front windshield opens, closes and stores on the roof above the operator with a one-touch action release system.

Wipers. Pillar-mounted wipers increase the operator’s viewing area and offer continuous and intermittent modes.

Skylight. An enlarged skylight with sunshade provides excellent visibility and ventilation.

Structures

325D structural components and undercarriage are the backbone of the machine’s durability.

Robotic Welding. Up to 95% of

the structural welds on a Caterpillar® Excavator are completed by robots. Robotic welds achieve over three times the penetration of manual welds.

Carbody Design and Track Roller Frames. X-shaped,box-section carbody provides excellent resistance to torsional bending. Robot-welded track roller frames are press-formed, pentagonal units to deliver exceptional strength and service life.

Main Frame. Rugged main frame is designed for maximum durability and efficient use of materials.

Undercarriage. Durable Cat® undercarriage absorbs stresses and provides excellent stability.

Swing Bearing. The swing bearing utilizes cross roller bearings versus the traditional ball bearing design.

The cross roller bearing design allows for more surface contact to absorb

the stresses that are a result of the high swing torque that Cat offers. It provides exceptional machine stability and reduces machine pitching during

boom down operation.

Rollers and Idlers. Sealed and lubricated track rollers, carrier rollers, and idlers provide excellent service life, to keep the machine in the field longer.

Long Undercarriage. The long (L) undercarriage maximizes stability and lift capacity. Two additional track links have been added to the 325D L.

This long, wide, and sturdy undercarriage offers a very stable work platform.

Booms, Sticks and Bucket Attachments

Designed for maximum flexibility, productivity and high efficiency on all jobs,

the 325D offers a wide range of configurations suitable for a variety of applications.

Cat 316e Excavator Operator Manual Transmission

Reach Boom. The reach boom features an optimum design that maximizes digging envelopes with three stick choices:

R3.75CB and R3.2CB Sticks.

The CB-family buckets associated with these sticks have enough capacity for excellent reach and depth in trenching and general construction applications.

R2.65CB Stick. Stick is suited to highcapacity buckets used in trenching, excavation, and other general construction work. It has been designed with enough reach and depth to match a large-capacity bucket and high digging force.

Mass Excavation Boom. The mass excavation boom maximizes productivity. The mass version offers significantly higher digging forces and allows use

of larger buckets.

M3.2CB Stick. This stick gives the largest working envelope with the Mass Boom and CB-Family Buckets.

M2.5DB. The DB Stick uses a D-family bucket and was designed for high volume earth moving, powerful digging force and a large capacity bucket. Combined with a Mass boom, this stick delivers outstanding productivity.

Super Long Reach. This configuration offers reaches to over 8.3 m (60 feet). It is well suited for ditch cleaning applications.

Linkage Pins. The bucket linkage pins have been enlarged to improve reliability and durability. All the pins

in the front linkages have thick chrome plating, giving them high wear and corrosion resistance.

Bucket Linkage. The power link improves durability, increases machine-lifting capability in key lifting positions and with the integrated lift-eye it is easier to use than compared to the previous power link.

Work Tools – Attachments

The 325D has an extensive selection of work tools to optimize machine performance.

Heavy Duty Buckets. Heavy-duty (HD) buckets are used for a wide range of moderately abrasive applications such as mixed dirt, clay and rock. HD buckets have best loading and dumping characteristics and will empty easier

in cohesive material. More robust construction than the GP buckets.

General Purpose Capacity (GP-C) Buckets. General Purpose Capacity Buckets are best for digging in soft to hard ground with low to moderately abrasive materials.

Heavy-Duty Power (HDP) Buckets.

For use in moderately abrasive applications where breakout force

and cycle times are critical. Maximizes tip force and improves cycle times in most materials.

Heavy Duty Rock Buckets. Heavy-duty rock for aggressive bucket loading in highly abrasive application such as shot rock and granite. Features include:

•Thicker wear plates to extend the life of bucket in severe applications

•Side wear plated extend further up the side of the bucket for maximum protection in rocky soils

•Buckets accept sidebar protectors for best sidebar protection, or side cutters for best fill characteristics and bucket wear protection

Cat 316e Excavator Operator Manual Massey Ferguson

Ditch Cleaning (DC) Buckets.

These wide shallow buckets are best for bank forming, ditch cleaning, and finishing.

Caterpillar Ground Engaging Tools (GET). All bucket in the CB/DB Family utilize the Caterpillar K Series® GET. This GET system uses a vertical retainer that is easier to remove and install than the Cat J Series pin. The tip shapes

are more aggressive and offer better penetration than the previous generation of tips. There are also a variety of side cutters and sidebar protectors to match operating conditions.

Vibratory Plate Compactor

Excavator Operator Jobs Australia

Caterpillar® Vibratory Plate Compactors provide superior compaction force in

316e Cat Excavator Specs

a reliable, low-maintenance package. These units produce high-power impulses at a rate of 2,200 impacts per minute. The forces generated by this vibration drive soil particles close together for solid, stable compactions. Whether in

a trench or on a slope, driving sheeting or posts, Cat Compactors are the superior choice for any job site’s compaction tasks.

Multi-processor

Caterpillar 316e

Multi-processors do the work of many types of demolition tools by use of interchangeable jaw sets. Changing jaws allows a single unit to crush, pulverize and perform a variety of specialized cutting tasks, such as cutting steel rebar and tanks.

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little-p-eng-engineering · 5 years ago

Link

When starting to study Piping Stress Analysis, each piping line should be explored based on critical features such as fluid service, pipe size, pipe material, design parameters and loading conditions, and should be categorized either as stress critical (Level-3) or non-stress critical (Level-2 and Level-1) as shown below. The criticality level will dictate the method of analysis for each of the lines.

Level 3 – Stress Critical lines – Comprehensive Computer Analysis Required

Level 2 – Non Stress Critical lines – Simplified or Computer Analysis Required

Level 1 – Non Stress Critical lines – No Analysis Required

Stress Critical Piping Lines

Lines classified as stress critical “Level 3” should undergo comprehensive computerized stress analysis in accordance with the following criteria.

3” NPS and larger piping and design temperature ≥ 800C or ≤ 00C

6” NPS and larger piping all lines

Comprehensive analysis should be also required for the following lines

3” NPS and larger piping connecting to rotation machines

3” NPS and larger piping connecting to low allowable load nozzles (Air fin coolers, PCHE’s etc.)

2” NPS or larger lines on pipe rack with branch connections to modules. (Expansion loop is preferred if the line is running on long pipe rack or long straight pipe)

Tie-in connection piping 3” NPS and larger for offshore facilities

Lines 3" NPS and larger with a wall thickness larger than 10% of the outside pipe diameter. (Typical water injection, gas injection and flowline circulation piping)

Thin wall piping of 20" NPS and larger with wall thickness less than 1% of the outside pipe diameter (Typical gas turbine power generator exhaust piping)

All piping expected to be subjected to vibration due to internal and external loads such as pressure transients, slugging, and vortex shedding induced oscillation, high gas velocities, FIV, and acoustic vibrations of the pipe wall membrane.

Lines subjected to impacted forces caused external loads such as changes in flow rates, hydraulic shock, liquid or solid slugging and flashing

All 3” NPS and larger piping connected to pressure relief valves and rupture disks

All blowdown piping 2" NPS and larger excluding drains

All piping along the flare tower

All piping above 3" NPS likely to be affected by movement of connecting equipment, structural deflection and hull deflection (hogging and sagging)

GRE piping 2" NPS and larger

All production and injection manifold piping up to the riser hang off

Lines with oblique connection to the header (ex: 45 degree branch connection to flare header)

Firewater lines (Main pipe ring and deluge)

Lines subjected to vacuum conditions

Lines subjected to severe cyclic temperature conditions (e.g. mole sieve regeneration)

Lines designated as high pressure as per ASME B31.3 Chapter IX

Seawater Lift piping systems

Other lines requested by the project owner, class society, the project spec or responsible pipe stress analyst to be categorized as critical

Non-Stress Critical Piping Lines

Lines that do not fall under stress critical group should be categorized as non-stress critical. These are further divided into two levels, Level 2 and Level 1. The support span for noncritical lines should be based on the piping support standards.

Level 2 Non-critical lines

The lines that fall under this category require pipe stress engineer review and approval. For these lines a simplified analysis should be carried out using graphical methods, span charts, expected thermal growth, and other accepted industry methods. The final piping isometrics drawings should be reviewed and approved by the pipe stress engineer. At the discretion of the pipe stress engineer, if a non-critical line warrants rigorous computer analysis then those lines can be upgraded to Level 3. Some of the typical Level 2 lines are:

All large bore lines operating at ambient temperatures & not covered in Level 3

Large bore utilities lines operating at ambient conditions

Lines that require pipe support load estimation and flange evaluation

Level 1 Non-critical lines

The lines that fall under this category require no formal stress analysis. The lines are usually field routed by experienced site engineers. These lines will undergo a visual check using engineering judgment and available support charts. Some of the typical Level 1 lines are:

NPS 2" and smaller

Non-hazardous lines

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fkmms6d32ede · 4 years ago

Text

STEYR 6165 CVT Tractor Service Repair Manual

Download Link

https://www.aservicemanualpdf.com/downloads/steyr-6150-cvt-6165-cvt-6175-cvt-tractor-service-repair-manual

This is the Highly Detailed factory service repair manual for theSTEYR 6165 CVT TRACTOR , this Service Manual has detailed illustrations as well as step by step instructions,It is 100 percents complete and intact. they are specifically written for the do-it-yourself-er as well as the experienced mechanic.STEYR 6165 CVT TRACTOR Service Repair Workshop Manual provides step-by-step instructions based on the complete dis-assembly of the machine. It is this level of detail, along with hundreds of photos and illustrations, that guide the reader through each service and repair procedure. Complete download comes in pdf format which can work under all PC based windows operating system and Mac also, All pages are printable. Using this repair manual is an inexpensive way to keep your vehicle working properly. Service Repair Manual Covers: INTRODUCTION

Engine

Engine and crankcase

Cylinder heads

Fuel tanks

Lift pump and lines

Fuel injection system

Air cleaners and lines

Turbocharger and lines

Intake and exhaust manifolds and muffler

Selective Catalytic Reduction (SCR) exhaust treatment

Engine cooling system

Fan and drive

Oil cooler and lines

Clutch

Slip clutch or flywheel damper

Transmission

Continuously Variable Transmission (CVT)

Continuously Variable Transmission (CVT) external controls

Continuously Variable Transmission (CVT) lubrication system

Continuously Variable Transmission (CVT) internal components

Creeper

Four-Wheel Drive (4WD) system

Electro-hydraulic control

Drive shaft

Front axle system

Powered front axle

Front bevel gear set and differential

Final drive hub, steering knuckles, and shafts

Axle suspension control

Rear axle system

Powered rear axle

Rear bevel gear set and differential

Planetary and final drives

Spur gear and final drives

Power Take-Off (PTO)

Rear mechanical control

Rear electro-hydraulic control

Two-speed rear Power Take-Off (PTO)

Three-speed rear Power Take-Off (PTO)

Front Power Take-Off (PTO)

Brakes and controls

Hydraulic service brakes

Pneumatic service brakes

Parking brake or parking lock

Trailer brake hydraulic control

Trailer brake pneumatic control

Hydraulic systems

Reservoir, cooler, and filters

Variable displacement pump

Charge pump

Auxiliary hydraulic pump

Regulated/Low pressure system

Remote control valves

Three-point hitch control valve

Front hitch controls and lines

Front hitch cylinders and lines

Pneumatic system

Hitches, drawbars, and implement couplings

Rear three-point hitch

Rear three-point hitch linkage

Front hitch

Frames and ballasting

Frame

Steering

Steering control

Tie rods

Hydraulic control components

Cylinders

Autoguidance steering

Wheels

Front wheels

Rear wheels

Cab climate control

Heating

Ventilation

Air conditioning

Electrical systems

Electrical system

Harnesses and connectors

Engine control system

Alternator

Battery

Fuel tank system

Fuel injection system

Selective Catalytic Reduction (SCR) electrical system

Electronic modules

Transmission speed sensors

Transmission pressure sensors

ransmission temperature sensors

ransmission position sensors

Ground speed control

Front axle control system

Rear Power Take-Off (PTO) control system

Service brake electrical system

Parking brake electrical system

Cab controls

Remote control valve electric control

Cab Heating, Ventilation, and Air-Conditioning (HVAC) controls

Heating, Ventilation, and Air-Conditioning (HVAC) control system

Steering control system

Rear three-point hitch electronic control system

Global Positioning System (GPS)

Cab or platform harnesses and connectors

Warning indicators, alarms, and instruments

FAULT CODES

Platform, cab, bodywork, and decals

Cab

Engine hood and panels

Fenders and guards

File Format: PDF Compatible: All Versions of Windows & Mac Language: English Requirements: Adobe PDF Reader NO waiting, Buy from responsible seller and get INSTANT DOWNLOAD, Without wasting your hard-owned money on uncertainty or surprise! All pages are is great to haveSTEYR 6165 CVT TRACTOR Service Repair Workshop Manual.

Thanks for visiting!

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messunggroup · 5 years ago

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FULL SPEED AHEAD - WITH MESSUNG SERVO & MOTION CONTROL AUTOMATION

Everybody's talking about the concept of the smart factory. About a factory where production and data blend seamlessly, and where automation and integration are the buzz words for long-term success.

ABOUT SERVO & MOTION CONTROL AUTOMATION

Motion control is a sub-field of automation, encompassing the systems or sub-systems involved in moving parts of machines in a controlled manner.

Motion control is an important part of robotics and CNC machine tools, and is widely used in the packaging, printing, textile, semiconductor production, and assembly industries. (Source: https://en.wikipedia.org/wiki/Motion_control)

Servo mechanisms are automated control systems used in everything from CNC machines, robotics, factory automation and more. Servo systems offer greater reliability and precision as they use position feedback to account for errors and system disturbances unlike open loop systems.

Servo drives offer a wide range of advantages for automatic machining systems, including superior positioning, speed, and motion control.

Servos are able to account for expected errors through a feedback monitoring device that leverages negative feedback to send a signal back to the controller. In motion controls, the feedback device evaluates the relation of the control input to the actual position of the mechanism or control shaft. By understanding the relationship between the actual value and “wanted value” of the shaft’s position, the controller is able to send a signal to the drive for corrective action in the motor.(Source: https://www.a-m-c.com/)

MESSUNG SERVO & MOTION CONTROL AUTOMATION

Messung offers a range of automation technologies to help bring greater control and higher productivity to the factory floor. Messung delivers fully integrated, future-oriented servo & motion control solutions incorporating programmable logic controllers, motion control systems, drive products, HMIs and much more – to bring flexibility, consistency and long-term availability for factory automation.

Messung has joined hands with two of the world’s leading brands for Servo & Motion Controls technology: Fuji Electric, Japan and Sigmatek, Austria. These associations bring added value to our sophisticated solutions.

Modern machines and systems require innovative drive technology with maximum flexibility and precision. Messung provides motion control and VFD automation that is fully integrated into the control system. Control, drives, motor output stages, motors and software interact perfectly and enable highly dynamic and exact motion sequences from one source.

This modern control structure is made possible through Sigmatek's real-time Ethernet system VARAN with the shortest cycle times, and LASAL MOTION that provides all drive functions needed for a production machine, from simple one-axis to complex multi-axis applications.Object oriented Programming makes Lasal Software versatile and re-usable. Advantages of object oriented programming such as Encapsulation, Abstraction, Inheritance and Polymorphism are included. A large library with predefined modules is available to the user. Functions such as absolute, relative and endless positioning, CNC functions as well as co-ordinated movements and several reference types. In addition, technology modules for synchronization of up to 9 axis in a space, circular interpolation, flying saw, cam discs, cam switches, jerk limited motion profiles or dynamic Safety zone monitoring are also available. This ensures a significant reduction in programming and testing.

SERVING DIVERSE VERTICALS

Robotics and Handling Systems

Modularly constructed machine and system designed concepts – equipped with an automation system that is modular in design – provide the flexibility, speed and cost-efficiency required for designing Handling Systems, Assembly Machines and Robots.

Our system toolkit consists of high-performance single/multi-CPU solutions, innovative HMIs including wireless panels, fast and super compact I/Os, dynamic drive technology for multi-axis applications & Safety. The “Engineering Tool�� provides integrated software for PLC, Robotics, Motion Control, Safety and Remote Maintenance to be programmed & integrated all at one platform. The real-time hi-speed special “Ethernet Bus” handles the fast system communication required for accurate Motion & Servo Control.

The system consistency of our automation solution is complemented by the integration of PLC, Robotics and Motion control in a central control platform. The complete system offers smart remote maintenance options via Web Server, VNC Client and Server, OPC Server and Remote Manager.

Irrespective of any complex application requirement like Synchronous Feed, Pick & Place, Gluing, Assembly, Testing and Palletising; The right function modules are always available in our IEC 61131-3 standard library.

Plastic Technology

From Extrusion and Blow Molding technology to Injection Molding, we deliver a high-performance and modular automation system with long-term availability of the components. Customer-specific hardware and software adaptation is possible; servo drive technology and safety is seamlessly integrated. Handling devices and Robots can be fully integrated into the control platform.

Our industry know-how also includes integration of downstream machines, including various handling tasks, finishing processes, as well as connecting peripheral devices. The “Engineering Tool” provides tested software and technology modules that form the basis for a customer-specific design of the application software. Besides the Standard Hardware, we also offer Special Modules ranging from Customised Operating Devices to Process-optimised I/O Modules such as for Temperature Recording with Signal Processing, Modules for connecting potentiometers and Ultrasound Distance measuring systems & Modules for recording Energy use.

Whether for Hydraulic, Hybrid or fully Electrical machines (vertical and horizontal), Blow Forming machines, one and two Auger Extruders or complex multi-component systems – we provide a tailor-made and economical complete solution.

Packaging and Food Industry

High-performance, flexible automation is crucial in the Food & Packaging industry. The demands on Machines and Equipment are continuously increasing. Continuous changes demanded by customer vary from product to product requiring the control system to adapt flexibility to format changes for e.g. when Lot sizes change from small to large.

Thanks to the open system architecture, you can easily include automated production systems and automatic packaging systems in production lines. Vision systems, robots and Pick & Place units can be seamlessly integrated.

Secondary packaging, vertical & horizontal FFS packaging, cartoning machine, fillers, cappers, shrink wrap, palletizers and robotics, blister packaging, primary packaging - all such machines and processes can benefit from Messung servo & motion control automation solutions.

Printing and Paper

Reel-fed offset, Folding, Fold Gluing, Cutting and Punching, Enveloping and Packaging… In printing machines and equipment used for paper processing, our modular automation systems with scalable hardware and software, significantly increase the flexibility and productivity of your machines while reducing idle and set-up times as well as wasting of paper.

Fast real-time “Ethernet Bus” is ideal for use in the printing and paper industry. It provides perfect system communication in hard real-time. The all-in-one “Engineering Tool” based on IEC 61131-3 integrates control and Safety programming, Visualisation and Motion Control with multiple axes. Preprogrammed software modules and industry-specific Motion Control, as well as technology modules from Positioning to electronic Cams to Print Mark control simplify the development of applications.

Machine Tools for Cutting and Forming

Metal presses, Bending machines, Coil processing, Cutting and Grinding machines, Folding machines or Punching and Welding machines – including Robotics, Band-straightening machines and Transfer systems: Messung provides complete solutions for the diverse tasks in metal machine manufacturing.

We offer the optimal solution for the high demands that Metal Processing places on Control technology. With increasing format and form versatility as well as highly varying lot sizes, flexibility is essential. Individual process steps have to be perfectly synchronised with one another, so that productivity increases and “Idle-time” and changeover times are minimised.

For the demanding regulation processes in metal manufacturing, precision is essential – whether temperature, pressure, position, distance or height regulating. Our solution is based on standard components, which contain highly modern technology and guarantee higher accuracy, stability, repeatability of your machines and equipment.

Textile Machinery

Whether Weaving, Knitting, Embroidery or Finishing – we guarantee textile machine manufacturers a technological advantage in the market. Our system toolkit consists of high-performance single or multi-CPU solutions, fast and super compact I/Os including Safety. In the textile machines, several axes are normally in use. Our drive technology is fully integrated. Our compact and modular multi-axis drive systems also find space in small control cabinets and are optimal for highly dynamic axis control in textile machines.

With an integrated complete solution, you profit from few interfaces, short development times and only one contact partner for all automation tasks. Our solution is based on standard components, which contain highly modern technology and guarantee higher performance, efficiency and improved quality of your machines and equipment. Idle times and rejects are minimised.

Energy

“Green Energy” is the trend – whether we use Solar Panels or Wind Energy, efficient use of the Sunlight & Wind by orienting the Solar Panels &Propellers to maximise energy generation require high-end Control Solutions. This applies also for Bio-gas plants.

Messung has extensive experience in energy automation and provides highly modern control technology for the generation, distribution and conversion of alternative energy.

The right automation components can be selected from our modular system toolkit. For special requirements, our many years of know-how allow us to implement customer-specific complete solutions within the shortest time.

The high performance automation system enables the control and networking of distributed, decentralized energy generation and conversion systems, including efficient energy management.

A simple to handle “Engineering Tool” helps to reduce development costs and implement applications faster. Integration with primary networks via common interface connections such as our high-speed “Ethernet Interface” enables remote maintenance and operation via Cloud/IOT, on Tablets and Smart Phones.

MESSUNG'S AUTOMATION EXPERTISE MAKES THE DIFFERENCE

Automation is a continuously evolving field. As operational needs and environmental considerations get more demanding; as IIot and Industry 4.0 keep developing; as machine builders and engineers strive to make these systems faster and more efficient - motion control systems will keep evolving.

For customers adopting these new technologies, it pays to go with an automation specialist who has the engineering expertise,domain knowledge and innovative passion to 'de-code' the technology and deliver the most relevant, future-ready and cost-effective solution.

Messung is the pioneer of the PLC, and leading provider of industrial automation & control solutions in India. With four decades of experience in the industry and history of continuous innovation, global partnerships and pro-active R&D, Messung is the ideal industrial automation system integrator to partner for automation and control solutions.

Whether automating a singular machine or a complete factory line, Messung provides the optimal, IIoT-enabled solution with reduced development time and cost - to transform performance, safety and efficiencies on the shop floor.

Messung's know-how is hard to beat. At the forefront of the factory automation and controls industry for forty years, Messung can understand your requirements and create tailored solutions to help you meet your 'smart factory' goals. Messung also provides comprehensive support in implementing their smart factory automation and control concepts, backed by training or responsive trouble-shooting, if required.

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