Hidrolik Asansör Servis - İletişim 05320579660 7/24 arayabilirsiniz Our Working Hours MONDAY 08.00-20.00 _cc781905-5cde-3194-bb3b3b-136bad _cc781905-5cde-3194- ccde-3194cf13631365c5cf3b31994cbdc13653155cf -bb3b-136bad5cf58d_ SALI 08.00-20.00 WEDNESDAY 08.00-20.00 THURSDAY 08.00-20.00 _cc781905-5cde-3194-bb3b3b-136bad _cc781905-5cde-3194- ccde-3194cf13631365c5cf3b31994cbdc13653155cf -bb3b-136bad5cf58d_ FRIDAY 08.00-20.00 SATURDAY 08.00-20.00 SUNDAY OFF LOAD LIFT location Address Besyol Mah. Cami Sokak No:24/4(E5 YANYOL) KÜÇÜKÇEKMECE/İSTANBUL phone Telephone +90(0212) 931 36 60 +90(0532) 057 96 60 mail E-mail info@admasansor.com Name Last name E-mail Message: Send Facebook twitter Instagram

1 METREDEN 18 METREYE KADAR ENGELLİ TASARIM VE İMALATIMIZLA HİZMET VERMEKTEYİZ DISABLED PLATFORM We manufacture handicapped elevators in the form of stairs or platforms so that people with disabilities can easily climb stairs or similar heights. With the mechanism attached to the edge of the stairs, it makes it easier to go up and down between floors. This type of elevators are generally used in homes, workplaces and villas. Apart from these, the necessity of transportation vehicles such as metro and tram stops has been realized and these elevators have started to become widespread in these areas as well. Disabled lifts have versions that can operate vertically in short distances, as well as versions that can be applied with stairs. The type that can be applied to the stairs can go up to about 7 floors. Disabled elevators can be produced in the desired color and size indoors or outdoors. In disabled elevators, the buttons are placed on the elevator in a way that provides convenience to the user. Apart from this, if there is a situation where the button cannot be used, there are controls that the companion can use. Apart from these, there are also easy-to-apply disabled elevators that do not require a shaft. For each of the mentioned features, the price of the disabled lift may vary. Therefore, you must fill out the form completely when requesting a price offer for a disabled lift. In this way, you can get the price of the disabled elevator that best suits your needs from elevator companies.

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

Hidrolik Asansör Servis - Marka Tescil Belgesi, ce işaretlemeleri ve yeşil etiket veya mavi etiket What Our Clients Say

Yeni bir EN81-20, hidrolik tahrikli insan ve yük asansörünü, EN 81-20, hidrolik tahrikli insan ve yük asansörünü, EN 81-20 standardında, CE işareti iliştirmekteyiz. Eski asansörlerin izin yenilenmesinde değiştirilmesinde YEŞİL VE MAVİ işlemlerini TS EN 81-80 standartlarında yapmaktayız. Hidrolik Asansör To play, press and hold the enter key. To stop, release the enter key. What is a Hydraulic Elevator? _cc781905-5cde-3194-bb3b3b-136bad _cc781905-5cde-3194- ccde-3194cf13631365c5cf3b31994cbdc13653155cf -bb3b-136bad5cf58d_ Fluid mechanics, in other words, the technique of transferring the mechanical energy required for motion with the help of fluids is called hydraulic system. The elevator in which mechanical energy is obtained by means of liquids is called hydraulic elevator. Hydraulic systems are systems that are much more economical in terms of cost and occupy less space than other systems. Hydraulic systems are frequently preferred because they use less power and energy. We can find hydraulic systems in elevators, work machines, cranes, jacks, robots and almost all metal industry due to the ease of power transfer. Machines with hydraulic system; It has comfortable, vibration-free and easily controllable features. _cc781905-5cde-3194-bb3b3b-136bad _cc781905-5cde-3194- ccde-3194cf13631365c5cf3b31994cbdc13653155cf -bb3b-136bad5cf58d_ Mechanical movements can be easily achieved using hydraulic systems. The hydraulic elevator provides its power with the help of a pump. It is based on the principle that pressurized hydraulic oil drives the piston. There is a standard called EN 81-2 for the construction of hydraulic elevators. The EN 81-2 elevator standard defines the hydraulic elevator in terms of safe installation. The essence of the hydraulic system consists of an electric motor that transmits high power with the drive element. The most common configuration in hydraulic elevator systems is that in which the motor is fully immersed in the hydraulic oil in the tank. The system is thus directly connected to a pump. Engine size in hydraulic elevators directly affects elevator performance. In hydraulic elevators, the motor selection and the ideal sizing of the system _cc781905-5cde -3194-bb3b-136bad5cf58d_ determines the energy cabin speed. One of the most striking features of hydraulic elevators is that they do not use any energy during vertical downward movement. In hydraulic elevator systems, it is possible to control the average travel speed without the need for an extra cost by increasing the downward movement speed and decreasing the vertical movement speed. _cc781905-5cde-3194-bb3b3b-136bad _cc781905-5cde-3194- ccde-3194cf13631365c5cf3b31994cbdc13653155cf -bb3b-136bad5cf58d_ By using this technique, smaller elevator motors can be used by maintaining and controlling the elevator (Up/Down) speed. For this reason, the hydraulic elevator allows the energy to be used with a savings of 30% with the right motor selection. Hydraulics is based on the principle of controlling power with liquid. The working principle of hydraulic systems is to obtain power by transmitting the liquid through structures such as pistons and cylinders. This structure is also available in hydraulic elevators. In this way, more power is provided with less power. Hydraulic elevators are among the firsts of the elevator world. They can be built on the elevator tower without the need for a machine room. It is necessary to choose a suitable motor, taking into account the amount and dimensions of the load to be lifted by the elevator. In this way, a more efficient performance will be obtained by using less power. Hydraulic elevators do not need power when moving down. Downward movement is provided by the controlled use of the oil in the shaft. Considerations in Hydraulic Lifts! Elevators, elevators, hydraulic elevators and all vehicles included in the system should be checked and maintained by an authorized service. Hydraulic pressure should be ideal and at the level recommended by the manufacturer. The control panel, rigging equipment, surface bolts and pistons should be checked periodically. Elevator fittings should be checked, damaged or cracked parts should be replaced. The area where the elevator is located, tools, equipment, connection hoses, wires must be kept clean. Lifting or carrying capacity should not be exceeded in hydraulic lifts. Hydraulic Elevator Advantages: The area where the elevator machine room will be located can be determined easily. Lift shaft lower and upper space spaces are used with less space. A healthy structure is built by transmitting the loads of the elevator system to the floor in terms of the carrying load and building statics. Less perceptible impact during take-offs and stops without using speed control. Fine adjustments can be made between floors. In the absence of power cuts and other energy sources, the system of coming to the floor can be solved economically. A hydraulic lift is ideal for the purpose of using a silently running lift. Hydraulic Lift Disadvantages: Hydraulic elevator means low maintenance, repair and service. However, since the hydraulic oil used in the hydraulic elevator system depends on the pressure factor, the heater and the cooler system should be emphasized, since the hydraulic oil properties change with the heating of the oil during the elevator load carrying. There is approximately 200 liters of oil in a medium-sized hydraulic lift. Oil changes should be done ahead of time. Due to the expensive pump and piston costs, the first installation is more expensive than other elevator types. Compared to electric elevators, it is not suitable in terms of energy consumption. A hydraulic elevator consumes more energy as it needs a larger motor power to carry the same loads when compared to an electric elevator in terms of speed and carrying capacity. For this reason, hydraulic elevators that consume 2 times more energy should not be preferred in multi-storey buildings.

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HİDROLİK YAĞ SOĞUTUCU | Hidrolik Asansör yağ soğutucularımızı incelemek için tıklayınız. Hidrolik Asansör Yağ Soğutucu Hidrolik yağ soğutucu, yağın aşırı ısınmasını önleyerek, sistemin ömrünü uzatır ve performansını artırır. Sıcaklık kontrolü sağlayan bu cihazlar, hidrolik sistemlerin güvenilirliğini ve verimliliğini önemli ölçüde artırır. Özellikle yüksek güç gerektiren uygulamalarda, hidrolik yağ soğutucuları kritik bir bileşendir. Hidrolik sistemlerde sıcaklık kontrolü sağlayan bu cihazlar, sistemlerin güvenilirliğini ve verimliliğini artırarak kritik bir işlev görür. Hidrolik yağ soğutucuları, işlevselliği ve dayanıklılığıyla öne çıkan ürünlerdir.

Hidrolik Asansör - Hidrolik Asansör Valf Ayar -hidrolik valf tamir-hidrolik valf yedek parça-hidrolik asansör tamir takımı-hidrolik valf oring takımı-hidrolik valf iç sızıntı tamir takımı,hidrolik valf fiyatı,hidrolik valf ayarı. Hydraulic Valve Hydraulic valves are used to manipulate the flow of hydraulic fluid within a hydraulic circuit and are mechanically or electronically activated. Directional Control Valves are the most commonly used valves in hydraulic systems. Control valves direct the hydraulic fluid flow from the pump to the actuators or other parts of the hydraulic circuit. Control valves return to their neutral state by a spring or are held in each position by a holding mechanism. These hydraulic valves are often used to control the direction of a hydraulic motor or cylinder; they can also perform other functions in a circuit. DUTIES: Hydraulic valves direct the fluid medium relative to the hydraulic system. They come in varying sizes according to International Standards. In a given hydraulic system, hydraulic valves perform different functions and keep the system working well. The three basic models of hydraulic valves are pressure control, flow control and directional control hydraulic valves. They all have a specific function in the hydraulic system and their names are self-explanatory. These three types of valves are smooth in operation and performance and work throughout the system.

Hİdrolik villa asansörü,her kata ve bütceye uygun engelli,villa asansörü,villa,ev asansörü tasarım imalat montaj ve montaj sonrası hizmet vermekteyiz, HYDRAULIC HOME LIFT VILLA ELEVATOR Homelift elevator systems are the preferred elevator system in villa-style detached houses. Homelift elevator is aesthetic, it increases the quality of the area where it is used. Platform type home elevators can be easily installed almost anywhere as they come with their own carrier shafts and do not require a machine room or shaft. .

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