Aqab Engineers Sarkhej, Ahmedabad, Gujarat

wika / baumer temperature gauge special features * c e & atex approved electrical contacts. * inert gas filled expansion system. * stainless steel case & stem with or without thermowell silicon oil filled (optional) standard followed en 13190. application all stainless steel inert gas filled thermometers are suitable for corrosive media environments in process industry * chemical * food * pharmaceutical * pulp * paper * refinery * cement & many more.

We are offering wika pressure gauge. applications for gaseous and liquid aggressive media that are not highly viscous or crystallizing, also in aggressive ambience precision measurement in laboratories high-accuracy pressure measurement, testing of industrial type pressure gauges increased safety requirements with liquid filled case for applications with high dynamic pressure pulsations or vibrations special features safety pressure gauge with solid baffle wall designed in compliance with operational safety requirements of en 837-1, bs 1780 and asme b 40.1 all stainless steel construction knife edge pointer for optimal accuracy of reading wear-resistant precision movement of stainless steel scale ranges up to 0 . 1,600 bar description design en 837-1 nominal size in mm 160 accuracy class 0.6 scale ranges 0 . 0.6 to 0 . 1,600 bar or all other equivalent vacuum or combined pressure and vacuum ranges adjustment medium ≤ 25 bar: gas > 25 bar: liquid (inside of measuring system dried afterwards) pressure limitation steady: full scale value fluctuating: 0.9 x full scale value short time: 1.3 x full scale value operating temperature ambient: -40 .. +60 °c without liquid filling -20 ... +60 °c gauges with glycerine filling medium: +200 °c maximum without liquid filling +100 °c maximum with liquid filling temperature effect when the temperature of the measuring system deviates from the reference temperature (+20 °c): max. ±0.4 %10 k of full scale value ingress protection ip 65 per en 60 529 iec 529

We are offering pressure gauge. Special features external zero adjustment (optional) stainless steel case & measuring system socket directly welded to case dry and liquid filled version standard followed en 837-1 (for ns 100, 150 & 250 mm) ce marking (as per ped 9723ec) (for ns 100 mm & 150 mm) food & beverage pharmaceutical cryogenics pumps hydro-cleaning machines presses engine compressors turbines diesel engines & refrigerating plants ã¯ï¿½â¼ suitable for corrosive chemical & petrochemical industries conventional & nuclear power plants environments & gaseous or liquid media that will not obstruct the pressure system.

We are offering a comprehensive range of pneumatic frl units, appreciated for long lasting and quality attributes. These frl units have semi-auto-drain function and the body is made of die casting aluminum alloy, thus making them sturdy to operate in industrial environments. These frl units are used in various industries such as food processing, paper and packaging, pharmaceutical and textile. Offered at economical prices, our frl units are robust in design, construction and are ideal to be used in tough working conditions. specifications: medium: compressed air mounting position: vertical ± 5° pressure range max.: 10 bar temperature nominal: -10 to 60° applications : textile industry pharmaceutical industry auto industry assembly automation instrumentation foundry medical equipment paper and packaging industry industrial machinery food processing industry.

Plug valves are valves with cylindrical or conically-tapered "plugs" which can be rotated inside the valve body to control flow through the valve. The plugs in plug valves have one or more hollow passageways going sideways through the plug, so that fluid can flow through the plug when the valve is open. Plug valves are simple and often economical. When the plug is conically-tapered, the stemhandle is typically attached to the larger diameter end of the plug. Plug valves usually do not have bonnets but often have the end of the plug with the handle exposed or mostly exposed to the outside. In cases like that, there is usually not much of a stem. The stem and handle often come in one piece, often a simple, approximately L-shaped handle attached to the end of the plug. The other end of the plug is often exposed to the outside of the valve too, but with a mechanism which retains the plug in the body. The simplest and most common general type of plug valve is a 2-port valve, which has two positions, open to allow flow, and shut (closed) to stop flow. Ports are openings in the valve body through which fluid can enter or leave. The plug in this kind of valve has one passageway going through it. The ports are typically at opposite ends of the body; therefore, the plug is rotated a fourth of a full turn to change from open to shut positions. This makes this kind of plug valve a quarter-turn valve. There is often a mechanism limiting motion of the handle to a quarter turn, but not in glass stopcocks.

We offer high pressure needle valve. Needle valves meter flow on systems with pressures up to 690 bar (10,000 psi). Features forged stainless steel needle valve for 690 bar (10,000 psi) service pressure-balanced design and non-rising stem of 34" and 1" sizes greatly reduce torque requirements and increase packing life.

We are the pioneers in the market of Brass Ball Valves in the country and the responsibility of being the largest importers of good quality ball valves guides us to a higher level of dedication and service. APPLICATION Replace gate valves, Suitable for industrial, pneumatic domestic and hydraulic installations, water and air lines. INSTALLATION The end threads are parallel, over tightening while installing would not aid better sealing. It is advisable to sue sealing medium like Teflon tape for a leak tight joints. Excessive torque should be avoided as this could cause the ends to crack. OPERATION All valves are supplied with levers fitted for quarter-turn operation. These levers are adjusted for open close positions and should not be disturbed. END CONNECTION Valves are offered with Female Female BSP threads. Refer: Technical Table.

A Globe Valves is a linear motion Valve and are primarily designed to stop, start and regulate flow. The disk of a Globe Valve can be totally removed from the flow path or it can completely close the flow path. The fundamental principle of the Globe Valve operation is the perpendicular motion of the disk away from the seat. This ensures that the ring-shaped space between the disk and seat ring gradually close as the Valve is closed. This property gives a Globe Valve reasonably good throttling capability. Therefore, the Globe Valve can be used for starting and stopping flow and to regulate flow. Advantages of using Globe Valves: • Good shutoff capability • Reasonably good throttling capability

Gate Valves are primarily designed to start or stop flow, and when a straight line flow of fluid and minimum flow restriction are needed. In service, these Valves generally are either fully open or fully closed. The Gate (also called wedge) of a Gate Valve is completely removed when the Valve is fully open; the wedge is fully drawn up into the Valve Bonnet. This leaves an opening for flow through the Valve at the same inside diameter as the pipe system in which the Valve is installed. A Gate Valve can be used for a wide range of liquids and provides a tight seal when closed. Advantages of using Gate Valves: • Good shutoff features • Gate Valves are bidirectional and therefore they can be used in two directions • Pressure loss through the Valve is minimal

Brand Name : Zebco

Material : Cast Steel

Finishing : Coated

Color : Silver

Condition : New

Automatic Grade : Manual

Actuation Type : Single Acting

Design Standard : API 600

Usage : Oil Fitting

Packaging Type : Wooden Box, Carton

Mounting Type : Vertical

Valve Size : 1inch, 1.1/2inch, 2inch, 2'to60'

Packaging Size : 5 Pieces

Specialities : Non Breakable, Investment Casting, Heat Resistance, Durable, Casting Approved

Type : Gate Valves

Country of Origin : India

We are offering a comprehensive range of Pneumatic FRL units, appreciated for long lasting and quality attributes. These frl units have semi-auto-drain function and the body is made of die casting aluminum alloy, thus making them sturdy to operate in industrial environments. These FRL units are used in various industries such as food processing, paper and packaging, pharmaceutical and textile. Offered at economical prices, our frl units are robust in design, construction and are ideal to be used in tough working conditions. Specifications: Medium: Compressed air Mounting position: Vertical ± 5° Pressure range max.: 10 Bar Temperature nominal: -10 to 60° Applications : Textile industry Pharmaceutical industry Auto industry Assembly automation Instrumentation Foundry Medical equipment Paper and packaging industry Industrial machinery Food processing industry

We are offering differential pressure switch. Special features external zero adjustment (optional) stainless steel case & measuring system socket directly welded to case dry and liquid filled version standard followed en 837-1 (for ns 100, 150 & 250 mm) ce marking (as per ped 9723ec) (for ns 100 mm & 150 mm) food & beverage pharmaceutical cryogenics pumps hydro-cleaning machines • presses • engine compressors • turbines • diesel engines & refrigerating plants < suitable for corrosive • chemical & petrochemical industries • conventional & nuclear power plants • environments & gaseous or liquid media that will not obstruct the pressure system. Special features external zero adjustment (optional) stainless steel case & measuring system socket directly welded to case dry and liquid filled version standard followed en 837-1 (for ns 100, 150 & 250 mm) ce marking (as per ped 9723ec) (for ns 100 mm & 150 mm) food & beverage pharmaceutical cryogenics pumps hydro-cleaning machines presses engine compressors turbines diesel engines & refrigerating plants < suitable for corrosive chemical & petrochemical industries conventional & nuclear power plants environments & gaseous or liquid media that will not obstruct the pressure system.

Check valves, or non-return valves, are installed in pipeline systems to allow flow in one direction only. They are operated entirely by reaction to the line fluid and therefore do not require any external actuation. In this text, the expected, or desired direction of flow is termed 'forward flow’, flow in the opposite direction is 'reverse flow'. Reasons for using check valves, which include: • Protection of any item of equipment that can be affected by reverse flow, such as flow meters, strainers and control valves. • To check the pressure surges associated with hydraulic forces, for example, water hammer. These hydraulic forces can cause a wave of pressure to run up and down pipe work until the energy is dissipated. • Prevention of flooding. • Prevention of reverse flow on system shutdown. • Prevention of flow under gravity. • Relief of vacuum conditions.

We offer gate valves are primarily designed to start or stop flow, and when a straight line flow of fluid and minimum flow restriction are needed. In service, these valves generally are either fully open or fully closed. The gate (also called wedge) of a gate valve is completely removed when the valve is fully open; the wedge is fully drawn up into the valve bonnet. This leaves an opening for flow through the valve at the same inside diameter as the pipe system in which the valve is installed. A gate valve can be used for a wide range of liquids and provides a tight seal when closed. advantages of using gate valves: good shutoff features gate valves are bidirectional and therefore they can be used in two directions pressure loss through the valve is minimal.

We offer stainless steel swing check valve. Check valves, or non-return valves, are installed in pipeline systems to allow flow in one direction only. They are operated entirely by reaction to the line fluid and therefore do not require any external actuation. In this text, the expected, or desired direction of flow is termed 'forward flow’, flow in the opposite direction is 'reverse flow'. reasons for using check valves, which include: protection of any item of equipment that can be affected by reverse flow, such as flow meters, strainers and control valves. to check the pressure surges associated with hydraulic forces, for example, water hammer. these hydraulic forces can cause a wave of pressure to run up and down pipe work until the energy is dissipated. prevention of flooding. prevention of reverse flow on system shutdown. prevention of flow under gravity. relief of vacuum conditions.

A globe valves is a linear motion valve and are primarily designed to stop, start and regulate flow. The disk of a globe valve can be totally removed from the flow path or it can completely close the flow path. the fundamental principle of the globe valve operation is the perpendicular motion of the disk away from the seat. This ensures that the ring-shaped space between the disk and seat ring gradually close as the valve is closed. this property gives a globe valve reasonably good throttling capability. Therefore, the globe valve can be used for starting and stopping flow and to regulate flow. advantages of using globe valves: good shutoff capability reasonably good throttling capability.

A ball valve is a valve that opens by turning a handle, gearbox or other actuation methods attached to a ball inside the valve. The ball has a hole, or port, through the middle so that when the port is in line with both ends of the valve, flow will occur. When the valve is closed, the hole is perpendicular to the ends of the valve and flow is blocked. The handle or lever will be in line with the port position letting you "see" the valve's position, position indicators will be applied to gearbox or actuators when required. Ball valves are durable and usually work to achieve perfect shutoff even after years of disuse. There are two type of ball valve based on the ball type, floating ball valve and trunnion mounted ball valve. Depends on the bore size, ball valve is separated into full port ball valve and reduced port ball valve. There are three types of body styles of ball valve: one-piece, two piece split, three piece split, top entry and welded, ball valves are available in two piece split, three piece split and welded. Advantages of using ball valves: quick quarter turn on-off operation tight sealing with low torque smaller in size than most other valves ball valves are manufactured in different body configurations and the most common are: top entry ball valves allow access to valve internals for maintenance by removal of the valve bonnet-cover. It is not required to be removed valve from the pipe system. Split body ball valves consists of a two parts, where one part is smaller as the other. The ball is inserted in the larger body part, and the smaller body part is assembled by a bolted connection. The valve ends are available as butt welding, socket welding, flanged, threaded and others.

We offer stainless steel butterfly valve. All valves shall meet api-609 mss-sp-67 iso 5272 face-to-face dimensions. Valve sizes from 2" to 12" are rated at 200 psig wog service and valve sizes from 14" to 30" are rated at 150 psig wog service. All valves are full rated on dead-end service. All bodies shall be ductile iron 65-45-12 and bi-directional tested in both directions and be bubble tight with zero leakage. Lug bodies shall be full lug rated and all bodies shall be suitable for ansi 125150 lb, jis, din or b.s. Flanges. Secondary seals shall be self-adjusting. All elastomers, all internal bearings shall be non-corrosive and non-metallic. All seats shall be suitable for 250°f sustained high temperature and capable of 2000 ppm on chlorinated applications. advantages of butterfly valves: open and close easily and quickly, effort, fluid resistance is small, can operate frequently. simple structure, small size and light weight. it can carry mud, with the least accumulation of fluid in the pipeline opening. low pressure, it can achieve a good sealing. good regulating performance. Many different types of valves are used in flow control. They are used for a variety of reasons, such as phase (liquid or gases), pressure, piping restrictions and solids content. Other valves are chosen for their capability to open and close in a quarter turn. Of all the valve types, the butterfly valve is used as a control device for many reasons including some or all of the above. this article explains the workings of a butterfly valve and its operation. The butterfly valve offers many advantages that include quarter-turn, openness for less plugging and good control capabilities. Both manual and control versions are used.

Material : Stainless Steel

Condition : New

Usage : Water Fitting

Warranty : 1 Year

All valves shall meet API-609 MSS-SP-67 ISO 5272 face-to-face dimensions. Valve sizes from 2" to 12" are rated at 200 psig WOG service and valve sizes from 14" to 30" are rated at 150 psig WOG service. All valves are full rated on dead-end service. All bodies shall be ductile iron 65-45-12 and bi-directional tested in both directions and be bubble tight with zero leakage. Lug bodies shall be full lug rated and all bodies shall be suitable for ANSI 125150 lb, JIS, DIN or B.S. Flanges. Secondary seals shall be self-adjusting. All elastomers, all internal bearings shall be non-corrosive and non-metallic. All seats shall be suitable for 250°F sustained high temperature and capable of 2000 PPM on chlorinated applications. Advantages of Butterfly Valves: • Open and close easily and quickly, effort, fluid resistance is small, can operate frequently. • Simple structure, small size and light weight. • It can carry mud, with the least accumulation of fluid in the pipeline opening. • Low pressure, it can achieve a good sealing. • Good regulating performance. Many different types of valves are used in flow control. They are used for a variety of reasons, such as phase (liquid or gases), pressure, piping restrictions and solids content. Other valves are chosen for their capability to open and close in a quarter turn. Of all the valve types, the butterfly valve is used as a control device for many reasons including some or all of the above. This article explains the workings of a butterfly valve and its operation. The butterfly valve offers many advantages that include quarter-turn, openness for less plugging and good control capabilities. Both manual and control versions are used.

Applications * intended for adverse service conditions where pulsating or vibration exists * suitable for all gaseous and liquid media that will not obstruct the pressure system or attack copper alloy parts * hydraulics * compressors * shipbuilding industry special features * vibration and shock resistant * especially sturdy design * ns 60, 100 approved by german lloyd and gos standard * scale ranges up to 0 . 1000 bar description design en 837-1 nominal size 40, 50, 63, 80 and 100 mm accuracy class ns 40: 2.5 ns 50, 63: 1.6 ns 80, 100: 1.0 scale range ns 40, 50: 0 . 1 up to 0 . 600 bar ns 63, 80, 100: 0 ... 0.6 up to 0 ... 1000 bar or other equivalent units of pressure or vacuum. Working pressure ns 40, 50, 63: steady: ¾ of scale range fluctuating: b of scale range short time: full scale range ns 80, 100: steady: full scale range fluctuating: 0.9 x full scale range short time: 1.3 x full scale range operating temperature ambient: -20 ... +60 °c medium: +60 °c maximum temperature effect when temperature of the pressure element deviates from reference temperature (+20 °c): max. ±0.4 %10 k of the span. Ingress protection ip 65 (en 60 529 lec 529) pressure connection material: cu-alloy lower mount, centre back mount or lower back mount ns 40: g e b, 14 mm flats ns 50, 63: g ¼ b, 14 mm flats ns 80, 100: g ½ b, 22 mm flats

A ball valve is a valve that opens by turning a handle, gearbox or other actuation methods attached to a ball inside the valve. The ball has a hole, or port, through the middle so that when the port is in line with both ends of the valve, flow will occur. When the valve is closed, the hole is perpendicular to the ends of the valve and flow is blocked. The handle or lever will be in line with the port position letting you "see" the valve's position, position indicators will be applied to gearbox or actuators when required. Ball valves are durable and usually work to achieve perfect shutoff even after years of disuse. There are two type of ball valve based on the ball type, floating ball valve and trunnion mounted ball valve. Depends on the bore size, ball valve is separated into full port ball valve and reduced port ball valve. There are three types of body styles of Ball Valve: One-piece, Two piece split, Three piece split, top entry and welded, ball valves are available in two piece split, three piece split and welded. Advantages of using Ball Valves: •Quick quarter turn on-off operation •Tight sealing with low torque •Smaller in size than most other Valves Ball Valves are manufactured in different body configurations and the most common are: •Top entry Ball Valves allow access to Valve internals for maintenance by removal of the Valve Bonnet-cover. It is not required to be removed Valve from the pipe system. •Split body Ball Valves consists of a two parts, where one part is smaller as the other. The ball is inserted in the larger body part, and the smaller body part is assembled by a bolted connection. •The Valve ends are available as butt welding, socket welding, flanged, threaded and others.