Her türlü Hidrolik Asansör Arızalarınıza anında çözüm bulmak ve tamir ettirmek istiyorsanız Adres:Hidrolik Asansör Servis - Hidrolik Tamir HYDRAULIC ELEVATOR REPAIR As Hydraulic Lift Service / ADM ELEVATOR, all kinds of single and double acting cylinder seal replacement, valve oil leak removal, comfort adjustment and spare parts, interior and exterior repair kits are made. We repair your hydraulic elevator faults immediately _cc781905-5cde -3194-bb3b-136bad5cf58d_edip. We are affixing a new electric human and freight elevator, ENE -1, hydraulically driven human and freight elevator, EN 81-20, hydraulically driven human and freight elevator, in EN 81-A3 standard, CE marking. We carry out GREEN AND BLUE processes in accordance with TS EN 81-80 standards in the replacement of old elevators in the renewal of permission . We repair new and old generation valve groups in hydraulic lifts, repair of internal and external leaks, engine winding and pump repair, cylinder seal replacement, internal and external oil leak repairs. ISO Quality Assurance System criteria, with our 24/7 on-duty services, we look at all kinds of hydraulic lifts and repair them immediately. If you want your hydraulic elevator malfunctions to be repaired immediately call us To communicate Click here 24/7 service

HİDROLİK SİLİNDİR KEÇESİ | Hidrolik Asansör Keçesi ürünlerimizi incelemek için tıklayınız. Hidrolik Silindir Keçeleri Hidrolik keçeler silindirdeki akışkan sızıntısını engellemek dışında silindir içerisindeki yüksek basınç, yüksek sıcaklık ve yanal kuvvetlere dayanıklı olmalıdır. Keçe sızıntısına yağ içerisindeki talaş kir ve sürtünme ömrü neden olmaktadır. Hİdrolik Silindir Keçe Çeşitlerimiz Dalma Tip Piston Keçesi Mil Altı Endüstriyel Keçe Nutring Keçe Oring Keçe Konik Oring Piston Keçesi

Hidrolik asansör revizyon bakım mavi etiket yeşil etiket işlemleri için bize ulaşın 0212 931 36 60 Hidrolik Asansör Revizyon Hidrolik Asansör Revizyon Hidrolik Asansör Revizyon Hidrolik Asansör Revizyon 1/3 _cc781905-5cde-3194-bb3b-1994_bad5cf ELEVATOR REVISION WHAT IS ELEVATOR REVISION? The _cc781905-5cde -3194-bb3b-136bad5cf58d_lifts in your building complete their economic and technical life over time, just like other machines. Worn and dangerous elevators over time can be both visually disturbing and dangerous in terms of safety. Therefore, it is necessary to renovate the facility in order to preserve the quality of all components used in the elevator and to prevent the buildings from losing their value. HOW IS ELEVATOR REVISION MADE? Our goal with Adm Elevator services is to ensure that our elevator is in working condition with the safety conditions, comfort and performance it was established on the first day throughout its life. For this purpose, Adm Elevator has created processes that work well and these processes are guaranteed within the quality management system in ce and tse standards .

Hidrolik Asansör - Hidrolik Ünite Tamir,Hidrolik Ünite Yedek Parça , Hidrolik Ünite Sızıntı Ayarları, Hidrolik Ünite oring takımı,hidrolik ünite conta seti,hidrolik tamir bakım ve yedek parça, satış montaj montaj sonrası servis hizmeti,hidrolik ünite Hydraulic Unit The hydraulic power unit is the complex part that provides the hydraulic energy needed by the system in hydraulic systems. It is a complete part consisting of the tank, pump, motor, filter, safety valves, heater and coolers, gauges and valve blocks. Hydraulic power units that use fluid to transmit power from one location to another can generate large amounts of power that can be used to drive hydraulic machinery. By applying a small amount of force, a hydraulic system can develop a pressure of more than 10,000 psi. This helps lift heavy loads and perform strenuous tasks at affordable cost.

Yeni nesil hidrolik asansörünü, EN81-20, hidrolik tahrikli yük asansörünü, EN 81-20 standardında, CE işareti iliştirmekteyiz. Eski asansörlerin izin yenilenmesinde değiştirilmesinde YEŞİL VE MAVİ işlem Sistemi kriterlerinde 7/24 nöbetçi servislerimizle siz müşterilerimize hizmet vermekteyiz. Hydraulic system maintenance is very important as well as directly related to hydraulic oil maintenance. All filtering and analysis on a hydraulic oil is pointless and useless if the system itself is in disrepair. A lubrication technician or operator in charge of maintaining a hydraulic system should at least perform the following 10 point checklist as part of a weekly “quick scan” routine of a hydraulic system: 1. Check fluid levels. Add oil (if necessary) via portable filtration (if applicable). DO NOT MIX OILS! Use the same brand of oil and viscosity grade used in the system. 2. Check breather caps, filters in breather, and filler neck strainers — DO NOT drill oil strainers to speed up oil addition. 3. Check the filter gauges and/or differential pressure measuring devices. 4. Visually inspect all system hoses, pipes, pipe connections for oil leaks and wear. Hydraulic oil leakage is a common problem for industrial systems. Excessive leakage is an environmental and safety hazard, increases the amount of waste oil and oil consumption, and can reduce system capacity enough to cause the system to overheat if neglected. 5. Check system temperature via built-in thermometers or hand-held infrared detectors. The normal temperature range for most systems is between 45 and 60ºC. If temperatures are high, check chiller operation and pressure relief valve settings. 6. Visually inspect the inside of the hydraulic oil tank for signs of aeration, i.e. air in the oil. (by seeing the inside of the oil filler cap by means of a flashlight) aeration is a situation in which air bubbles are carried apart from the oil flow in the pump suction and the oil flow. Visual signs of aeration in the oil tank are usually foaming and/or small whirlpools created by a small amount of air being drawn into the strainer at the pump suction pipe orifice . Aberration causes include: low oil levels; air leakage into the suction line; low oil temperature; the oil is too thick to evacuate air or to provide suction to the pump; or faulty shaft seals. When air leaks are suspected, immersing the pump suction line in the oil level will often pinpoint air leaks with a noticeable change in pump sound. A pump sucking in air sounds like the gravel is churning . 7. Listen to the pump for signs of cavitation. Cavitation is a little more complicated, but it does share some similarities. Cavitation is caused by the instantaneous decrease in the pressure of the pump at the moment of suction. It occurs when the dissolved air in the hydraulic oil is released as bubbles and then bursts as a discharge on metal surfaces. These explosions are extremely destructive to pump surfaces. A cavitated pump emits a loud, high-pitched and humming sound. Causes of cavitation, air in the suction line same as aeration, except for leaks. How do you distinguish aeration from cavitation? One way is to install a vacuum gauge on the pump suction side and make sure the absolute pressure is equal to or higher than the pump manufacturer's specification. Foaming in the oil tank is usually a sign of air ingress into the oil in the form of aeration. 8. Examine a small sample of oil for signs of color, contamination, and odor. Note that the result from visual inspection is limited because it only detects the symptoms of extreme combination . 9. With the infrared thermometer, scan the electronically controlled servo valves. High valve and solenoid temperatures above 65ºC) usually indicate that the valve is sticking . 10. Use an infrared thermometer to scan for electric drive motor outer casing hot spots and rotor bearing temperatures. Check system temperature through detectors. The normal temperature range for most systems is between 45 and 60ºC. If temperatures are high, the chiller will not operate and the pressure relief valve check your settings. HYDRAULIC LIFT MAINTENANCE

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Hidrolik Asansör - Hidrolik Asansör Kapı,otomatik ve manuel Hidrolik Kapıları,Kapı Yedek Parça, LOAD LIFT HYDRAULIC LIFT DOOR

Hidrolikasansorservis.com Asansör, hidrolik asansör, hidrolik asansör bakım, asansör montaj, asansör firması, hidrolik asansör firması,7/24 asansör servis, hidrolik asansör yedek parça, yük asansör, yük asansör servis, yük asansör bakım, asansör, asansör proje, asansör ruhsat, asansör bakım. hidroli slider hidrolik asansör slider slider 1/6 HYDRAULIC ELEVATOR The hydraulic elevator is an elevator solution used in buildings that do not have an elevator machine room, have low traffic density and have certain travel distances . Instead of the engine room, a suitable floor on which the hydraulic unit will be mounted is sufficient. It can be used to carry people, loads, vehicles according to the needs; Hydraulic movement system is used in lifting vehicles designed as load platforms in areas such as stores, warehouses and factories. As the name suggests, hydraulic lifts provide cabin movement by means of a piston using hydraulic oil pressure. While the cabin's own weight is used in the downward movement of the elevator cabin, hydraulic oil pressure is used for the upward movement of the cabin. ABOUT US Our company stepped into the sector in 2002. With its knowledge, experience and experience, Adm Elevator started its activities in the elevator sector in 2016. During this time, we have improved the quality and trust standard, production assembly and after-sales service quality, material quality and company organization day by day and offered ADM Elevator to our customers as a safe brand. OUR SERVICES We provide 24/7 service, repair and maintenance services in elevator fault detection and fault repair. Contact and FAST PRICE OFFER... CLICK HERE HYDRAULIC ELEVATOR REVISION HYDRAULIC INSTALLATION HYDRAULIC ELEVATOR MAINTENANCE OUR REFERENCES OUR TAG SOLUTIONS Elevator tags are the tags attached to the elevators by determining the suitability or non-compliance of the elevator in the annual periodic control inspections carried out by expert control engineers in order to ensure the modernization of existing elevators in accordance with the regulation published by the relevant ministry. The tag taken during the controls made in accordance with the elevator regulation must be placed in a visible place in the elevator cabin. Tags are by color. BLUE TAG BLUE LABEL It is rated as low risk. There are no restrictions on use. RED TAG RED LABEL It is the tag indicating that the elevator is high-risk in terms of use. If the elevator has received a red tag in the inspection made by the control engineers, the use of the elevator is not suitable for life and property safety and should never be used. The malfunctions detected during the control must be corrected within 1 month, otherwise the elevator will be sealed and out of use. YELLOW TAG YELLOW LABEL Indicates that the elevator is at an acceptable risk level. Identified deficiencies must be corrected within 2 months. GREEN TAG GREEN LABEL It means that the controlled elevator does not carry any risk in terms of use and is safe. The elevator does not carry any risk in terms of life and property safety. Hidrolik asansör ne demek? Hidrolik asansör Tahrik yeteneğinin hidrolik pompa ünitesi tarafından sağlandığı asansör dizaynıdır. Hidrolik yağının bir pompa ile kaldırma pistonlarına iletildiği ve kabinin direkt veya endirekt olarak pistonlar ile hareket ettirildiği sistemlerdir. Aşağı yön hareketleri kabinin kendi ağırlığı ile gerçekleşmektedir. Hidrolik asansör nasıl çalışır? Hidrolik asansörler elektriğin tahrik ettiği pompanın yağı basınçla itmesiyle pistonların platformu kaldırması esasına göre çalışır. Pompalanan yağı hidrolik g üç ünitesinden belirli şartları yerine getirerek geçip borular ve hortumlar vasıtasıyla hidrolik silindiri harekete geçirirler. Hidrolik asansör güvenilir mi? Hidrolik asansörler ideal olarak altı, yedi kat ve yüksek kg ve tonajlı yük asansörlerinde kullanılmaktadır. İçerisinde bulunan motor ve yağ pompası sürekli yağ içerisinde çalışır, aşınma ve korozyonu engellemektedir çalışmaktadır ısınma daha az olur aşağı yön güvenlik boru kırılma ve ve patlak boru valfi bulunmaktadır. Serbest düşüş engellemek için emniyet valfleri, hidrolik asansör yüksek basınç ve düşük basınç devreleri bulunmaktadır takılma ve sürtünme sıkıştırmasında devreyi iptal edip koruma moduna geçmektedir. Hidrolik asansör kurulumu diğer mrl, direk askı, makine daireli ve dişlili asansörlere göre daha basittir. OUR CERTIFICATES EU TYPE EXAMINATION OF ELEVATORS (MODULE B) SERVICE QUALIFICATION CERTIFICATE TYPE COMPLIANCE OF ELEVATORS BASED ON PRODUCT QUALITY ASSURANCE (MODULE E) TRADEMARK REGISTRATION CERTIFICATE

SİLİNDİR KEÇE DEĞİŞİMİ | Hidrolik Asansör Silindir Keçe Değişimi Profesyonel ekimiz tarafından destek için hemen bize ulaşın. HİDROLİK ASANSÖR KEÇE DEĞİŞİMİ Hidrolik asansörlerde keçe, piston ve gövde arasında sızdırmazlığı sağlamak için kullanılan önemli bir bileşendir. Zamanla keçe aşınabilir, yıpranabilir veya sertleşebilir. Bu nedenle, hidrolik asansörlerde keçe tamiri periyodik olarak yapılmalıdır. Bunun için alanında profesyonel, deneyimli elemanlarla çalışmak için bize ulaşabilirsiniz. İletişim Bilgilerimiz Hidrolik Asansör Keçe Değişimi Nasıl Yapılır? 1)Arızanın Belirlenmesi Hidrolik sıvı sızıntısı olup olmadığı kontrol edilir. Sızıntının kaynağı belirlenir. Keçenin aşınmış, yıpranmış veya sertleşmiş olup olmadığı kontrol edilir. 2)Keçenin Değiştirilmesi Eski Keçe dikkatlice sökülür. Yeni keçe takılır. Keçenin etrafına conta malzemesi yerleştirilir. 3)Test ve Kontrol Asansör test edilir ve sızıntı olup olmadığı kontrol edilir. Asansörün düzgün çalışıp çalışmadığı kontrol edilir.

Hidrolik Asansör - Araç Asansörü,hidrolik araç asansörü,çift pistonlu,tek pistonlu araç asansörleri, 3000 kg dan 20000 kg a kadar yapmaktayız,araç asansörü,imalat,araç asansörü bakım,araç asansörü montaj CAR LIFT Different vehicle lifts suitable for every height and every weight can be designed and produced for your various needs. They are powerful elevators that allow vehicles to lift. It allows more efficient parking of vehicles in smaller spaces. Basements and/or upper floors of buildings can be used as car parks with vehicle elevators. In vehicle lifts designed as closed cabins within the scope of the Elevator Regulation, the cabin door is mandatory. If the lift is in the form of a semi-open platform, the Machinery Safety Regulation must be taken into account. Car Lift doors can be made fully automatic or semi-automatic. Vehicle lifts are generally used in car parks, car service lifts, automotive companies and vehicle galleries.

HİDROLİK ASANSÖR PANO VE KUMANDA SİSTEMLERİ kumanda panosu arkel serisi mikrolift Hydraulic Panel Hydraulic elevators are preferred to machine driven elevators in some applications due to their different features. Although their speed is much lower than machine-driven elevators and their electricity consumption is higher, they should be preferred in some architectures due to their structure. Hydraulic control panels are manufactured with 3 different engine driving techniques, which will drive the hydraulic systems optimally. These techniques can be summarized as driving directly, star-delta, soft star ter according to engine power, elevator travel speed and comfort expectations. In hydraulic elevator control, motor driving technique and control type of hydraulic elevator valves should be designed according to the project and hydraulic unit type.

Hidrolik Asansör Ürünleri ve yedek parça servisi servis sonrası 1 yıl garanti _cc781905-5cde-3194-136bad5cf58d_ _cc781905-5cde-3194-5cde-3194-bb3b-1378dcler-bad5cf HYDRAULIC UNIT The hydraulic power unit is the complex part that provides the hydraulic energy needed by the system in hydraulic systems. Details HYDRAULIC VALVE Hydraulic valves are used to manipulate the flow of hydraulic fluid within a hydraulic circuit and are mechanically or electronically activated. Details HYDRAULIC CYLINDER Hydraulic cylinders are circuit elements that convert hydraulic energy into mechanical energy and are used to obtain linear motion. Details HYDRAULIC PANEL Hydraulic control panels are manufactured with 3 different engine driving techniques, which will drive the hydraulic systems optimally. Details HYDRAULIC PANEL Hydraulic control panels are manufactured with 3 different engine driving techniques, which will drive the hydraulic systems optimally. Details