EmiratesGreen Electrical & Mechanical Trading Abu Dhabi

The Ozaki Mfg. Co., Ltd has established in 1916 and came along with Japanese Automotive industry that led the world technological evolution. We have been getting support from our valuable customers by our great pride “High Accuracy and the Quality” products. Moreover, our products have been used by not only Automotive industry but also a wide industries such as Machinery, shipbuilding, railway, aircraft, power plant, chemistry and construction etc. Dial Gauges of our main products have great reputation and our brand name "PEACOCK" well-known as synonym of Dial Gauges. A Dial Gauge which is a kind of length meter has feature that the displacement is automatically indicated by its Pointer. The structure of "PEACOCK" Dial Gauges has simple structure which is magnified mechanics by the gear. However, the individual parts become a complete part through many processing and assembled by strict inspection. In next 100 years, we desire that our products will have been still trusted. Hereafter, our desire will never fade away. To satisfy more various demands in the future, we concentrate to keep high quality products with characteristic production to meet top-level in advanced modern industrial world by a speedy technical improvement. The OZAKI MFG. CO., LTD. Have never been happier so as long as making Precision Measuring Instruments that are not ashamed of the name at the "100 th anniversary of founding" that will faced soon and will meet with the expectation for PEACOCK fan.

Seamless Tubing with Griflex Sheeting EmiratesGreen is highly experienced in its products and services and provides best possible solution to its clients make things work properly as expected yet in affordable cost. EmiratesGreen Seamless Tubing will be covered by PVC Griflex Sheeting to avoid corrosion with help of below procedure.  Tubing will covered by PVC Sheeting with pneumatic compressor air supply at one end of sheeting & offer end inserted to tubing, sheeting will be manually rolled over seamless tubing up to the end. PVC Sheeting is avoiding corrosion thus increasing life of tubing. It also reduces maintenance cost of the overall systems. Because of salty environment and offshore rig application, the corrosion rate is very high. That's why to reduce maintenance cost, PVC sheeting is very helpful for the system to protect from corrosion. PVC Sheeting with printing will be done by EmiratesGreen & STD specification will be printed on it. PVC Sheeting will be provided with tubing grade & HT printed on it. PVC Sheeting can be provided on Coil Tubing as on Request. PVC Sheeting for high temperature applications can be provided on customer request. Exotic material Tubing for Gas applications (Alloy Steel Material) Material Grade with 904L Material Grade with 316-TI Material Grade with 317L Seamless Tubing for Instrumentation & Liquid Line. Material Grade SS316 / SS316L. Material Grade with SS 304 Material Grade with SS 321 Seamless Pipe for Cuprous - Nickel for Marine Applications. Coil Tubing in 904L/ SS 316L/ SS 304 / SS321. COIL TUBING with PVC sheeting by European Origin.

The highly successful SP PRO Series II has been expanded to include the SP PRO GO Series designed specifically for the Solar Hybrid (grid connect) market. They have a Grid Feed-In Power Rating, independent of the inverter rating, to meet the requirements of the utility while still providing for the consumer's power needs. Grid Feed and Grid Battery Backup in one unit Add the versatility of energy storage to your Grid Connect solution using the SP PRO as a low voltage grid feeding inverter that puts you in control of your grid system. Interactive Inverter Charger The versatile SP PRO inverter can also be configured to operate as an Interactive Inverter Charger with conveniently preset configurations for use in mobile or Off Grid power systems. Multiple Applications The SP PRO is suitable for Grid Connect and Off Grid applications for residential, commercial, industrial, marine and mobile situations, while the SP PRO GO (Grid Optimised) is suitable only for grid connect applications. Engineering Excellence Drawing on our inverter experience since 1981, the SP PRO contains features not found in other inverters. With highly accurate thermal power management and high speed digital signal processing, the SP PRO sets new standards for reliability, power density and flexibility. The SP PRO is AS4777 Approved The SP PRO series is available in sizes ranging from 3 kW to 20 kW for a single phase system and 9 kW to 60 kW for the SP PRO in a three phase configuration. All SP PRO inverters are approved to AS4777 for grid connection in Australia and New Zealand.

A range of current shunts are available for measurement of DC coupled solar current or DC load currents. Important note A Shunt is NOT required to measure the DC current of the SP PRO inverter as this is measured internally A DC shunt is NOT required to measure the solar in a AC coupled system as this is also measured internally by the SP PRO inverter The range of DC current shunts available are as follows: Current Shunt, 100A 75mV 0.5% Current Shunt, 150A 75mV 0.5% Current Shunt,  200A 50mV 0.5% Current Shunt,  50A 75mV 0.5% Current Shunt,  400A 75mV 0.5%

Hydraulic hose provides a basic means for transferring hydraulic fluid from one component to another in hydraulic system, and at the same time it provides an inherent versatility to hydraulic systems designers. To consider hydraulic system hose is an important part of a hydraulic system is a huge understatement. The flexibility of hose enables hydraulic systems components to be positioned/located in the most efficient or convenient places, due to the fact that hydraulic hose has the ability to bend around corners, through tight spaces, or across long distances.   EmiratesGreen offer range of hoses for hydraulic systems applications/uses: Single wire Hydraulic Hose with type R1. Sizes from ¼ to 2” WP 225 to WP 40 Bar (Approx.) Double wire Hydraulic Hoses with type R2. Sizes from ¼ ID to 2” ID WP 400 Bar to 80 Bar. Hydraulic Hoses with 4 wire with WP to 280 Bar sizes as follows: 4SH – ¾ to 2” = 420 Bar to 280 Bar. 4Sp – 3/8 to ½ = 450 Bar to 400 Bar. Hydraulic Spiral Hoses with sizes 3/8 to ½ “ 4SP type with flexible bending radius. Hydraulic Spiral Hoses with Steel Hard wire with sizes ¾ to 2” WP 420 Bar to 280 Bar. More than 400 Bar Hose for 1 inch size can be arrange against order R13/R15. Hydraulic Hoses with BOP Application. Hydraulic Hose with WP Pressure 6000 PSI with factory assembled fittings with ABS/ Type Approval Certification for completely Assy.  Approx. Length – 100 Feet with WPT (M) fitting in SS316 fitting at both ends. Hydraulic Hose for Jack Lifting Application.  Jack Hose 790 Bar with Carbon Steel & SS316 fittings at both ends.  If required QRC available separately provided for Assy Types of Hydraulic Hoses Type R1 WP 225 to 40 Bar – size ¼ to 2” *(ID) Type R2 WP 400 Bar to 80 Bar – size ¼ to 2” (ID) Type 4SP WP 450 to 400 Bar – size 3/8 to ½ “ (ID) Type 4SH WP 420 Bar to 280 Bar – size ¾ to 2” (ID) Type R13 & R15 WP 400 to 420 Bar – size 1” ID & 1 ¼” Hoses. Type Jack Hose – 1000PSI – ¼” ID with QRC Type BOP Hose – 6000PSI – size 1” ID Hose (WRS) Hydraulic Hose construction The hydraulic hose typically consists of at least three parts: an inner tube that carries the hydraulic fluid, a layer for reinforcement, and outer layer the protective. The inner tube should have some flexibility and needs to be compatible with the type of hydraulic fluid it will carry. Normally used compounds include synthetic rubber, PTFE, called as Teflon and thermoplastics. The reinforcement layer comprises of one or more sheaths of braided wire, spiral-wound wire, or textile yarn. The outside layer is often weather-, oil-, or abrasion-resistant, depending upon the type of environment the hose is designed and to be used for: flexing the hose to less than the specified minimum bend radius operating the hydraulic system above maximum or below minimum temperature exposing the hose to rapid or transient rises (surges) in pressure above the maximum operating pressure, and Intermixing hose, fittings, or assembly equipment not recommended as compatible by the manufacturer or not following the manufacturer's instructions for fabricating hose assemblies. twisting, pulling, kinking, crushing, or abrading the hose Selecting the proper Hose Below are seven recommended steps the system designer should follow during the hose and coupling selection process. To help determine the proper hose for an application, use the acronym STAMPED - from Size, Temperature, Application, Materials, Pressure, Ends, and Delivery. Here is what to consider in each area: Size - In order to select the proper hose size for replacement, it is important to measure the inside and outside hose diameters exactly using a precision-engineered caliper, as well as the length of the hose. Hose OD is particularly important when hose-support clamps are used or when hoses are routed through bulkheads. Check individual hose specification tables for ODs in suppliers' catalogs. When replacing a hose assembly, always cut the new hose the same length as the one being removed. Moving components of the equipment may pinch or even sever too long a hose. If the replacement hose is too short, pressure may cause the hose to contract and be stretched, leading to reduced service life. Changes in hose length when pressurized range between +2% to 4% while hydraulic mechanisms are in operation. Allow for possible shortening of the hose during operation by making the hose lengths slightly longer than the actual distance between the two connections. Temperature - All hoses are rated with a maximum working temperature ranging from 200° to 300° F based on the fluid temperature. Exposure to continuous high temperatures can lead to hoses losing their flexibility. Failure to use hydraulic oil with the proper viscosity to hold up under high temperatures can accelerate this problem. Always follow the hose manufacturer's recommendations. Exceeding these temperature recommendations can reduce hose life by as much as 80%. Depending on materials used, acceptable temperatures may range from -65° F (Hytrel and winterized rubber compounds) to 400° F (PTFE). External temperatures become a factor when hoses are exposed to a turbo manifold or some other heat source. When hoses are exposed to high external and internal temperatures concurrently, there will be a considerable reduction in hose service life. Insulating sleeves can help protect hose from hot equipment parts and other high temperature sources that are potentially hazardous. In these situations, an additional barrier is usually required to shield hydraulic fluid from a potential source of ignition. Application - Will the selected hose meet bend radius requirements? This refers to the minimum bend radius (usually in inches) that a hydraulic hose must meet. Exceeding this bend radius (using a radius smaller than recommended) is likely to injure the hose reinforcement and reduce hose life. Materials - It is mandatory to consult a compatibility chart to check that the tube compound is compatible with the fluid used in the system. Elevated temperature, fluid contamination, and concentration will affect the chemical compatibility of the tube and fluid. Most hydraulic hoses are compatible with petroleum-based oils. Note that new readily biodegradable or green fluids may present a problem for some hoses. Pressure capabilities - Hose working pressure must always be chosen so that it is greater than or equal to the maximum system pressure, including pressure spikes. Pressure spikes greater than the published working pressure will significantly shorten hose life. Hose ends - The coupling-to-hose mechanical interface must be compatible with the hose selected. The proper mating thread end must be chosen so that connection of the mating components will result in leak-free sealing.

Hydraulic power packs/units are stand-alone equipment / devices, in comparison to a built-in power supply system for a hydraulic machinery. Some hydraulic power packs are large in size, stationary type units and others are more portable. Power packs have a hydraulic fluid reservoir / tank, which stores the hydraulic fluid, flow / pressure regulators that allow users to control the amount of hydraulic fluid pressure the power pack delivers to a hydraulic system: valve, pressure supply lines and relief lines, a pump and a motor to power the hydraulic pump. EmiratesGreen offers the Hydraulic Power Packs for variety of applications Hydraulic Power Pack for hydraulic system for winch operation. Hydraulic Power Pack for Crane Operation for lifting load at different points. Hydraulic power Pack for flushing rigs units. Hydraulic Power Pack for Operation of jacks. Hydraulic Power Pack for controlling different operation at a time. Hydraulic Power Pack for to make system easy & increase efficiency of system. Hydraulic Power Pack for marine Hydraulic Power Pack for Marine Dredger & Marine Vessel. Hydraulic Power Pack for Marine Loading Arm & Marine Gangway System. Hydraulic Power Pack for Steel Industry.   Design Components of Hydraulic Power Pack Hydraulic power units/packs typically offer a range of valve connections, allowing hydraulic systems users to connect them to a control valve or valves to power a variety of machines or users. The hydraulic power pack supplies hydraulic power through a control valve to run another machine. Some of the standard components of hydraulic power packs includes:  Accumulator Motor Pump  Storage Tank Oil Filter Coolers and Heater (Heat Exchanger) Power Unit Controllers / Regulator To better understand the operating & design features in a hydraulic power units or systems, please visit Hydraulic System. Hydraulic power packs requires regular repair and maintenance to increase their operational life and to have safe operation so hydraulic power packs. Hydraulic power packs maintenance includes inspection and checking the tubing against dents, cracks or other problems, replacement of the hydraulic fluid and inspection and checking the hydraulic reservoir for corrosion or rust.