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Shlangi murvat asboblari nima

Shlangi murvat asboblari, Shlangi moment kalitlari yoki gidravlik moment asboblari sifatida ham tanilgan, murvat va yong'oqlarni yuqori aniqlik va samaradorlik bilan mahkamlash yoki bo'shatish uchun ishlatiladigan maxsus qurilmalar. Ushbu asboblar mahkamlagichlarga boshqariladigan momentni qo'llash uchun gidravlik bosimdan foydalanadi, ularni, ayniqsa, aniq va ishonchli murvatli ulanishlar muhim bo'lgan sohalarda foydali qiladi. Gidravlik murvat asboblari odatda qurilishda qo'llaniladi, ishlab chiqarish, neft-kimyo, energiya ishlab chiqarish, va boshqa tarmoqlar. Bu erda gidravlik murvat asboblarining asosiy xususiyatlari va jihatlari:

Asosiy komponentlar va xususiyatlar:

Gidravlik ishga tushirish:

Shlangi murvat asboblari gidravlik suyuqlik bilan quvvatlanadi, odatda gidravlik nasos bilan ta'minlanadi. Nasos tomonidan ishlab chiqarilgan gidravlik bosim asbobni ishga tushirish va mahkamlagichga momentni qo'llash uchun ishlatiladi..

Momentning aniqligi:

Shlangi moment kalitlari qo'llaniladigan moment ustidan aniq nazoratni ta'minlaydi, murvatlarning maxsus spetsifikatsiyalarga tortilishini ta'minlash. Bu aniqlik haddan tashqari siqilish yoki kam tortish jiddiy oqibatlarga olib kelishi mumkin bo'lgan ilovalarda juda muhimdir..

Har xil moment diapazonlari:

Shlangi murvat asboblari turli xil ilovalarga mos keladigan bir qator moment quvvatiga ega. Og'ir sanoatda foydalanish uchun yuqori momentli modellar mavjud, past momentli modellar esa engilroq ilovalar uchun mos keladi.

LONGLOOD tomonidan taqdim etilgan Bolting asboblari ro'yxati.

Ushbu Bolting vositalarining har biri murvatlash ilovalarida o'ziga xos rol o'ynaydi, ayniqsa, aniq moment va kuchlanishni nazorat qilish juda muhim bo'lgan sanoat sharoitlarida. Bu erda har bir vositaning qisqacha ko'rinishi:

Shlangi murvatli kuchlanish pompasi:

Maqsad: Turli xil ilovalarda murvatlarga boshqariladigan kuchlanishni qo'llash uchun ishlatiladi.
Ilovalar: Odatda murvatni aniq kuchlanishni talab qiladigan sohalarda qo'llaniladi, qurilish kabi, ishlab chiqarish, va texnik xizmat ko'rsatish.


Shlangi torkli kalitli nasoslar:

Maqsad: Boltlarni nazorat ostida mahkamlash uchun gidravlik moment kalitlariga gidravlik bosim beradi.
Ilovalar: Aniq moment juda muhim bo'lgan murvatlash ilovalarida qo'llaniladi, mashina va asbob-uskunalarni yig'ishda kabi.


Shlangi moment kaliti:

Maqsad: Boltlarga ma'lum miqdordagi momentni qo'llaydi, to'g'ri va boshqariladigan siqishni ta'minlash.
Ilovalar: Odatda neft va gaz kabi sohalarda qo'llaniladi, energiya ishlab chiqarish, va aniq momentni talab qiluvchi murvatlash ishlari uchun qurilish.


Gidravlik gayka ajratgich:

Maqsad: Shlangi kuchni qo'llash orqali yong'oqlarni murvatlardan xavfsiz va samarali ravishda olib tashlash uchun ishlatiladi.
Ilovalar: Yong'oqlarni atrofdagi qismlarga zarar bermasdan olib tashlash kerak bo'lgan texnik xizmat ko'rsatish va ta'mirlash ishlarida qimmatlidir.


Gidravlik murvat kuchlanish moslamalari:

Maqsad: Yuqori aniqlikdagi murvatlarga kuchlanishni qo'llaydi, yukning bir tekis taqsimlanishini ta'minlash.
Ilovalar: Tarkibiy yaxlitlik uchun murvatning aniq kuchlanishi muhim bo'lgan sohalarda keng qo'llaniladi., masalan, qurilish va og'ir mashinasozlikda.


Momentni ko'paytiruvchi:

Maqsad: Amaldagi momentni ko'paytiradi, siqish kuchini oshirishga imkon beradi.
Ilovalar: Qo'lda erishish mumkin bo'lganidan tashqari qo'shimcha moment kerak bo'lganda foydalaniladi, ko'pincha og'ir yuk ilovalarida.


Simsiz tork kaliti:

Maqsad: Tork ilovalari uchun simsiz ishlashning moslashuvchanligini taklif qiladi.
Ilovalar: Harakatlanish va qulaylik muhim bo'lgan vazifalar uchun javob beradi, masalan, qurilish va ta'mirlashda.


Pnevmatik tork kaliti:

Maqsad: Boltlarga momentni qo'llash uchun siqilgan havodan foydalanadi.
Ilovalar: Odatda pnevmatik asboblarga afzallik beriladigan sohalarda qo'llaniladi, engil va samarali yechim bilan ta'minlash.


LONGLOOD kompaniyasining ushbu murvatlash vositalarini yetkazib berish turli xil murvatlash ilovalari uchun keng qamrovli taklifni ko'rsatadi, aniqlikka bo'lgan ehtiyojni hal qilish, samaradorlik, va sanoat sharoitida ishonchlilik. Har bir asbob murvatlash jarayonida ma'lum bir maqsadga xizmat qiladi, yig'ilgan tuzilmalar va jihozlarning umumiy yaxlitligi va xavfsizligiga hissa qo'shish.

Shlangi murvat asboblarini qanday tanlash mumkin?

Momentga qo'yiladigan talablar:

Muayyan ilovalaringiz uchun zarur bo'lgan moment oralig'ini aniqlang.

Ilova turi:

Boltingni qo'llash turini ko'rib chiqing, gardishli ulanishlar kabi, quvur liniyasini yig'ish, yoki uskunaga texnik xizmat ko'rsatish.
Kosmik cheklovlar:

Ish muhitining bo'sh joy cheklovlariga mos keladigan gidravlik murvat vositasini tanlang.
Aniqlik va aniqlik:

Asbobning kerakli moment xususiyatlariga mos kelishini ta'minlash uchun uning aniqligi va aniqligini baholang.
Xavfsizlik xususiyatlari:

Bolting jarayonining umumiy xavfsizligini oshirish uchun xavfsizlik xususiyatlariga ega asboblarga ustunlik bering.
Foydalanish qulayligi:

Foydalanish qulayligini hisobga oling, asbobning og'irligi, shu jumladan, ergonomik dizayn, va operatorning qulayligini oshiradigan har qanday qo'shimcha funktsiyalar.
Chidamlilik va texnik xizmat ko'rsatish:

Asbobning chidamliligini baholang va uzoq xizmat qilish muddatini ta'minlash uchun texnik xizmat ko'rsatish talablarini ko'rib chiqing.

LONGLOOD brend obro'si:

Ishonchli va yuqori sifatli asboblarni ishlab chiqarish tarixiga ega bo'lgan taniqli ishlab chiqaruvchilar bo'lgan AQShdan gidravlik murvat asboblarini tanlang..
Shlangi murvat asboblari turli xil sanoat sharoitlarida murvatli ulanishlarning yaxlitligi va ishonchliligini ta'minlashda hal qiluvchi rol o'ynaydi.. Ushbu asboblarni to'g'ri tanlash va ulardan foydalanish samarali va xavfsiz murvat operatsiyalariga yordam beradi.

Bolt kuchlanishiga qarshi. Torklash: Keng qamrovli kirish

Boltlarni kuchlanish:

Boltni kuchlanish - bu murvatni oldindan belgilangan kuchlanishgacha to'g'ridan-to'g'ri cho'zish orqali murvatli birikmada to'g'ri va boshqariladigan siqish kuchiga erishish usuli. Bu, odatda, gidravlik murvat kuchlanishlari yordamida amalga oshiriladi, murvatga eksenel kuch qo'llash uchun mo'ljallangan maxsus qurilmalar.

Jarayon:

Birlashma ichidagi murvat ustiga gidravlik murvat kuchlanish moslamasi o'rnatilgan.
Shlangi bosim qo'llaniladi, kuchlanishning cho'zilishi va murvatni cho'zishiga olib keladi.
Cho'zilgan murvat qo'shilishda boshqariladigan va aniq kuchlanish hosil qiladi.
Afzalliklar:

Aniqlik: Boltning kuchlanishi aniq va boshqariladigan kuchlanishni ta'minlaydi, yanada ishonchli va izchil siqish kuchiga olib keladi.
Yukning yagona taqsimoti: Kesish yukni bo'g'indagi bir nechta murvatlar bo'ylab bir xilda taqsimlashga yordam beradi.
Ishqalanish effektlari kamayadi: Torklash bilan solishtirganda kuchlanish ishqalanishdan kamroq ta'sir qiladi, uni moylangan iplar uchun mos qilish.
Ilovalar:
Boltning kuchlanishi odatda yukni aniq nazorat qilish va bir xil taqsimlash juda muhim bo'lgan muhim bo'g'inlarda qo'llaniladi, masalan, og'ir mashinalarda, ko'priklar, va qurilish ilovalari.

Torklash:

Ta'rif:
Torklash - burama kuchini qo'llash orqali murvatli birikmani mahkamlash jarayoni (moment) murvatga. Bu odatda moment kaliti yoki shunga o'xshash asbob yordamida amalga oshiriladi.

Jarayon:

Boltga aylanish kuchini qo'llash uchun moment kaliti ishlatiladi.
Tork murvatga o'tkaziladi, kuchlanishni keltirib chiqaradi va bo'g'inni mustahkamlaydi.
Erishilgan kuchlanish ishqalanish va ip sharoitlari kabi omillarga bog'liq.
Afzalliklar:

Oddiylik: Torklash - bu oddiyroq va sodda usul, kamroq maxsus vositalarni talab qiladi.
Keng tarqalgan qo'llanilishi: Torklash turli xil ilovalarda keng qo'llaniladi, ayniqsa, yuqori aniqlik unchalik muhim bo'lmagan joyda.
Ilovalar:
Torklash odatda yuqori aniqlik va yukning bir xil taqsimlanishi juda muhim bo'lmagan umumiy mahkamlash ilovalarida qo'llaniladi.. U ko'p qirrali va turli sohalarda qo'llanilishi mumkin.

Boltni qisish va tortish o'rtasida tanlash:

Qo'shma talablar:

Tanqidiylik: Bolt kuchlanishi ko'pincha yukni aniq nazorat qilish zarur bo'lgan muhim bo'g'inlar uchun afzallik beriladi.
Oddiylik: Torklash kamroq muhim bo'g'inlar uchun va soddalik ustuvor bo'lgan joylarda etarli bo'lishi mumkin.
Aniqlik ehtiyojlari:

Yuqori aniqlik: Bolt kuchlanishi yuqori aniqlik va boshqariladigan kuchlanishni talab qiladigan ilovalar uchun afzaldir.
O'rtacha aniqlik: Torklash o'rtacha aniqlik etarli bo'lgan ilovalar uchun mos bo'lishi mumkin.
Qo'shma xususiyatlar:

Moylash: Torklanishga ishqalanish ta'sir qilishi mumkin, ayniqsa quruq yoki moylanmagan iplarda. Bunday hollarda murvatni kuchlanish yanada ishonchli bo'ladi.
Sanoat standartlari:

Muvofiqlik: Sanoat standartlari va amaliyotlarini hisobga olish kuchlanish va momentni tanlashga ta'sir qilishi mumkin.
Xarajatlar va resurslar:

Uskunalar: Uskunaning mavjudligi va narxini ko'rib chiqing, gidravlik qistirgichlar yoki moment kalitlari kabi.
qisqa bayoni; yakunida, murvatning kuchlanishi va torkun o'rtasidagi tanlov maxsus dastur talablariga bog'liq, joint characteristics, and the desired level of precision. Both methods have their advantages, and consulting with engineering professionals is essential to make an informed decision based on the unique characteristics of each application.

What is Hydraulic Torque Wrench And How Does It Work?

A hydraulic torque wrench is a specialized tool designed for applying a specific amount of torque to nuts and bolts in a controlled manner. It is commonly used in industries where precise and accurate torque application is crucial, qurilish kabi, ishlab chiqarish, va texnik xizmat ko'rsatish. The hydraulic torque wrench operates on the principle of hydraulic pressure to generate the necessary force for tightening bolts. Here’s a breakdown of how it works:

Components of a Hydraulic Torque Wrench:

Hydraulic Pump:

The hydraulic torque wrench system includes a hydraulic pump, qo'lda boshqarilishi mumkin, elektr quvvatiga ega, yoki siqilgan havo kabi boshqa quvvat manbai tomonidan boshqariladi.
Yuqori bosimli gidravlik suyuqlik:

Nasos gidravlik suyuqlikni bosadi, odatda yog', yuqori bosimga.
Shlanglar:

Yuqori bosimli shlanglar bosimli gidravlik suyuqlikni nasosdan gidravlik moment kalitiga uzatadi..
Tork kaliti tanasi:

Tork kalitining o'zi gidravlik mexanizmni o'z ichiga olgan korpusdan iborat, reaktsiya qo'li yoki yostig'i, va rozetkalarni yoki boshqa aksessuarlarni ulash uchun kvadrat haydovchi yoki armatura.
Ishlash mexanizmi:

Bolt yoki gaykaga ulanish:

Shlangi moment kaliti tortilishi kerak bo'lgan murvat yoki gaykaga ulangan. Ushbu ulanish odatda kvadrat haydovchi yoki boshqa biriktirma nuqtalari orqali amalga oshiriladi.
Kerakli momentni o'rnatish:

Foydalanuvchi gidravlik moment kalitida kerakli moment darajasini o'rnatadi. Bu ko'pincha asbobda sozlanishi sozlamalar yordamida amalga oshiriladi.
Gidravlik bosimni qo'llash:

Shlangi nasos ishga tushirildi, va yuqori bosimli gidravlik suyuqlik shlanglar orqali gidravlik moment kalitiga uzatiladi..
Momentni boshqarish mexanizmi:

Tork kaliti tanasi ichida, momentni boshqarish mexanizmi mavjud. Ushbu mexanizm qo'llaniladigan gidravlik bosim miqdorini tartibga soladi, uni murvat yoki gaykada momentga aylantirish.
Boltlarni mahkamlash:

Gidravlik bosimning oshishi bilan, momentni boshqarish mexanizmi murvat yoki gaykani tortadi. Amaldagi moment gidravlik bosim va moment kalitining dizayni bilan mutanosibdir.
Reaktsiya qo'li yoki pad:

A reaction arm or pad is used to provide a point against which the hydraulic torque wrench can exert its force. This helps prevent the tool from rotating during operation.
Torque Indicator:

Some hydraulic torque wrenches are equipped with a torque indicator or gauge, providing real-time feedback on the applied torque.
Release Mechanism:

Once the desired torque is achieved, the hydraulic torque wrench may have a release mechanism or valve that allows the pressure to be released, and the tool can be removed from the fastener.
Advantages of Hydraulic Torque Wrench:

Aniqlik: Shlangi moment kalitlari qo'llaniladigan moment ustidan aniq nazoratni ta'minlaydi, making them suitable for applications where accuracy is crucial.
Speed and Efficiency: They can quickly and efficiently tighten multiple bolts with consistent torque values.
Ko'p qirralilik: Available in various designs and sizes to suit different applications.
To'g'ri ishlashi va momentni to'g'ri qo'llanilishini ta'minlash uchun gidravlik moment kalitlarini ishlatishda ishlab chiqaruvchining ko'rsatmalari va texnik xususiyatlariga rioya qilish muhimdir.. Qo'shimcha, foydalanuvchilar xavfsizlik va samaradorlikni oshirish uchun asbobdan to'g'ri foydalanish bo'yicha o'qitilishi kerak.

Shlangi murvat kuchlanish pompasi nima? Va gidravlik moment kaliti nasosi nima?

Shlangi murvatli kuchlanish pompasi:

Shlangi murvatni kuchlanish pompasi - bu murvatlarni gidravlik kuchlanish moslamalari yordamida kuchlanish uchun zarur bo'lgan gidravlik bosimni ta'minlash uchun mo'ljallangan maxsus gidravlik nasos.. Shlangi murvatni kuchlanish - bu murvatni gidravlik kuch yordamida cho'zish orqali boshqariladigan va aniq murvat kuchlanishiga erishish usuli. Bu jarayonda gidravlik murvat kuchlanish pompasi hal qiluvchi rol o'ynaydi. Umuman olganda, bu qanday ishlaydi:

Connection to Hydraulic Bolt Tensioner:

The hydraulic bolt tensioner pump is connected to the hydraulic bolt tensioner using high-pressure hoses.
Pumping Action:

The pump is activated, and it pressurizes hydraulic fluid, typically oil, to high pressures.
Transmission of Hydraulic Pressure:

The pressurized hydraulic fluid is transmitted through the hoses to the hydraulic bolt tensioner.
Boltlarni kuchlanish:

The hydraulic bolt tensioner uses the hydraulic pressure to stretch the bolt, creating a controlled and precise tension in the bolt.
Release Mechanism:

Some hydraulic bolt tensioner pumps may have a release mechanism or valve that allows the hydraulic pressure to be released after the desired tension is achieved.
Hydraulic Torque Wrench Pump:

A hydraulic torque wrench pump, similarly, is a hydraulic pump designed for use with hydraulic torque wrenches. Hydraulic torque wrenches are tools used for tightening nuts and bolts with controlled torque. Here’s how a hydraulic torque wrench pump generally works:

Connection to Hydraulic Torque Wrench:

The hydraulic torque wrench pump is connected to the hydraulic torque wrench using high-pressure hoses.
Setting Torque Value:

The user sets the desired torque value on the hydraulic torque wrench.
Pumping Action:

The pump is activated, pressurizing hydraulic fluid to high pressures.
Transmission of Hydraulic Pressure:

The high-pressure hydraulic fluid is transmitted through the hoses to the hydraulic torque wrench.
Torque Application:

The hydraulic torque wrench applies torque to the nut or bolt based on the hydraulic pressure, achieving the desired torque value.
Release Mechanism:

After achieving the set torque, the hydraulic torque wrench pump may have a release mechanism or valve to release the hydraulic pressure.
Key Points:

Both the hydraulic bolt tensioner pump and hydraulic torque wrench pump serve the common purpose of providing hydraulic pressure for specific bolting applications.
They are crucial for achieving accurate and controlled bolt tension or torque, ensuring the integrity of bolted joints in various industries.
These pumps are available in different configurations, including manually operated, elektr quvvatiga ega, or pneumatically driven, depending on the application and user preferences.
Following manufacturer guidelines and specifications is essential for safe and effective use.
qisqa bayoni; yakunida, both types of pumps play a vital role in the application of hydraulic force in bolting processes, whether it’s for achieving precise bolt tension or controlled torque in critical applications.

What Is Hydraulic Bolt Tensioners?

Hydraulic bolt tensioners are specialized tools used for applying controlled and precise tension to bolts during the tightening process. This method of bolt tensioning is often preferred in applications where accuracy and uniformity of tension across multiple bolts are critical, such as in construction, heavy machinery, va boshqa sanoat sozlamalari. Here’s an overview of hydraulic bolt tensioners:

Key Components and Working Principle:

Tensioner Body:

Hydraulic bolt tensioners typically consist of a tensioner body, which is the main component housing the hydraulic mechanism.
Gidravlik silindr:

The tensioner includes a hydraulic cylinder that is capable of extending and retracting. This cylinder is responsible for generating the tension in the bolt.
Piston and Seal Arrangement:

Within the hydraulic cylinder, there is a piston and seal arrangement. As hydraulic pressure is applied, the piston moves, and the seals ensure that the hydraulic fluid is contained within the cylinder.
Yuqori bosimli gidravlik suyuqlik:

A hydraulic pump, often connected to the tensioner via hoses, provides high-pressure hydraulic fluid, typically oil.
Connection to Bolt:

The hydraulic bolt tensioner is attached to the bolt to be tensioned. This connection is typically made using a threaded nut or similar mechanism.
Pumping Action:

The hydraulic pump pressurizes hydraulic fluid and transmits this pressure to the hydraulic bolt tensioner.
Boltlarni kuchlanish:

The hydraulic pressure in the tensioner causes the hydraulic cylinder’s piston to extend, creating tension in the bolt. This controlled tension is precisely applied to the bolt.
Pressure Release:

After achieving the desired tension, the hydraulic pressure is released, allowing the tensioner to be removed from the bolt.
Advantages of Hydraulic Bolt Tensioners:

Precision and Uniformity:

Hydraulic bolt tensioners provide precise control over the applied tension, ensuring accuracy and uniformity across multiple bolts in a joint.
Ishqalanish effektlari kamayadi:

Tensioning is less affected by friction compared to traditional torquing methods, making it suitable for applications where lubricated threads are not feasible.
Speed and Efficiency:

Hydraulic bolt tensioning is often faster and more efficient than traditional torquing methods, especially when dealing with a large number of bolts.
Minimized Galling and Thread Damage:

The controlled application of tension reduces the risk of galling and thread damage on the bolt, contributing to improved bolt life.
Suitability for Critical Joints:

Hydraulic bolt tensioners are commonly used in critical joints where precise and uniform load distribution is crucial, masalan, qurilish va og'ir mashinasozlikda.
Ilovalar:

Hydraulic bolt tensioners are utilized in various industries and applications, including but not limited to:

Construction and infrastructure projects
Power generation facilities
Oil and gas installations
Heavy machinery and equipment manufacturing
Shipbuilding and offshore structures
qisqa bayoni; yakunida, hydraulic bolt tensioners offer a reliable and efficient method for achieving controlled bolt tension, contributing to the integrity and safety of bolted joints in critical applications.

What is Torque Multipliers?

A torque multiplier, also known as a torque multiplier wrench or a torque multiplier gear box, is a tool designed to increase the amount of torque applied to a fastener, such as a nut or bolt. It is particularly useful in situations where manual torque application may be limited, and additional mechanical advantage is needed. Here’s an overview of torque multipliers:

Key Features and Components:

Input and Output:

A torque multiplier typically has an input side where torque is applied manually and an output side where the increased torque is transferred to the fastener.
Gear Mechanism:

The tool contains a gear mechanism that multiplies the torque applied at the input. This mechanism often consists of a set of gears that amplify the rotational force.
Handle or Reaction Bar:

The torque multiplier usually has a handle or reaction bar on the input side. This allows the user to apply manual force to rotate the tool.
Square Drive or Socket:

The output side typically features a square drive or socket where a standard torque wrench or another tool can be attached. This is the point where the increased torque is transferred to the fastener.
How Torque Multipliers Work:

Manual Application:

The user manually rotates the handle or reaction bar on the input side of the torque multiplier.
Gear Mechanism:

As the handle is turned, the gear mechanism inside the torque multiplier multiplies the input torque. The gears act as a force multiplier, increasing the rotational force.
Transfer to Fastener:

The increased torque is transferred to the square drive or socket on the output side.
Attaching Torque Wrench:

A torque wrench or another tool can be attached to the output side, allowing the user to apply the amplified torque to the fastener.
Advantages of Torque Multipliers:

Increased Torque without Additional Effort:

Torque multipliers allow users to apply significantly more torque to a fastener than would be possible with manual effort alone.
Ko'p qirralilik:

They are versatile tools that can be used in various industries, including automotive, qurilish, va texnik xizmat ko'rsatish.
Precise Torque Application:

Torque multipliers, when used in conjunction with a torque wrench, allow for precise and controlled torque application.
Reduced Physical Strain:

In situations where high torque is required, a torque multiplier can reduce the physical strain on the user compared to applying the torque manually.
Ilovalar:

Torque multipliers find applications in various industries and tasks, shu jumladan:

Automotive Repair: For loosening or tightening lug nuts on wheels.
Qurilish: In applications where large bolts or fasteners need high torque.
Heavy Equipment Maintenance: For tasks involving large and heavily torqued components.
Industrial Assembly: In manufacturing processes where precise torque is critical.
qisqa bayoni; yakunida, torque multipliers are valuable tools that provide mechanical advantage, allowing users to apply increased torque to fasteners with relative ease. They contribute to efficiency and accuracy in tasks where high torque is required.

What is Hydraulic Nut Splitter?

A hydraulic nut splitter is a specialized tool designed for the purpose of safely and efficiently removing nuts from bolts. U kuch ishlatish va murvat iplariga zarar bermasdan gaykani ajratish uchun gidravlik bosimdan foydalanadi.. Gidravlik yong'oq ajratgichlar odatda qurilish kabi sohalarda qo'llaniladi, ishlab chiqarish, va o'jar yoki korroziyaga uchragan yong'oqlarni olib tashlash tez-tez talab qilinadigan texnik xizmat.

Key Features and Components:

Gidravlik silindr:

Shlangi yong'oq ajratgichning asosiy komponenti gaykani bo'lish uchun zarur bo'lgan kuchni hosil qiluvchi gidravlik silindrdir.. Ushbu silindr ko'pincha qo'lda ishlaydigan gidravlik nasos yoki boshqa gidravlik quvvat manbai tomonidan boshqariladi.
Pichoq yoki takoz:

Yong'oqni ajratuvchi pichoq yoki xanjarga ega bo'lib, u kuch ishlatish va gayka va murvat o'rtasida ajralish yaratish uchun gayka atrofida joylashgan..
Sozlanishi mumkin bo'lgan jag'lar:

Asbobda odatda turli o'lchamdagi yong'oqlarni joylashtirish uchun sozlanishi jag'lar yoki pichoqlar mavjud.
Xavfsizlik xususiyatlari:

Some hydraulic nut splitters are equipped with safety features, such as a relief valve, to prevent overloading and ensure safe operation.
Hydraulic Pump:

Hydraulic nut splitters are often used in conjunction with a hydraulic pump, either manual or powered, to provide the necessary hydraulic pressure.

Working Principle:

Positioning:

The hydraulic nut splitter is positioned around the nut to be removed, ensuring that the blades or wedges are in contact with the nut.


Application of Hydraulic Pressure:

Hydraulic pressure is applied to the hydraulic cylinder, causing the blades or wedges to exert force on the nut.
Splitting Action:

The applied force causes the nut to split along its diameter, creating a gap between the nut and the bolt.
Removal of Nut:

Once the nut is split, it can be easily removed from the bolt without damaging the threads.
Release of Pressure:

The hydraulic pressure is released, and the hydraulic nut splitter is reset for the next operation.


Advantages of Hydraulic Nut Splitters:

Non-Destructive Removal:

Hydraulic nut splitters allow for the removal of nuts without damaging the threads of the bolt, providing a non-destructive method.
Samaradorlik:

These tools are efficient and can quickly remove stubborn or corroded nuts.
Ko'p qirralilik:

Hydraulic nut splitters are versatile and can be used on nuts of various sizes.
Reduced Physical Strain:

The hydraulic operation reduces the physical effort required for nut removal compared to traditional manual methods.
Ilovalar:

Hydraulic nut splitters are commonly used in scenarios where nuts are seized or corroded onto bolts, making conventional removal difficult. kabi sohalarda ilovalarni topadilar:

Qurilish va ta'mirlash: Strukturaviy komponentlardagi murvatlardan yong'oqlarni olib tashlash uchun.
Sanoat mashinalari: Og'ir mexanizmlarni demontaj qilish bilan bog'liq texnik xizmat ko'rsatish vazifalarida.
Kemasozlik: Kema qurish va ta'mirlashda yong'oqlarni olib tashlashda.
qisqa bayoni; yakunida, Shlangi yong'oq ajratgich - bu turli xil sanoat sharoitlarida o'jar yoki korroziyaga uchragan yong'oqlarni murvatlardan samarali va xavfsiz olib tashlash uchun qimmatli vositadir.. Uning gidravlik ishlashi pastki murvatlarga shikast etkazmasdan gaykani olib tashlash uchun boshqariladigan va samarali echimni ta'minlaydi..