Collection of Valve Manifold Cliparts (50)

The image shows a diagram of a pressure gauge, which is a type of pressure regulator used to measure the pressure of a liquid or gas. The diagram shows the dimensions of the pressure gauge and its components. The pressure gauge is blue in color and has two gauges on either side. The gauges are circular in shape and have a red and white dial on the top. The dial has a needle indicating the pressure level. The gauge on the left side has a caliper hole, while the one on the right side has an indicator that shows the pressure. The pressure gauge also has a textured protector, which helps to protect the pressure from the pressure and prevent it from overheating. The text on the gauges reads "Texture Protector" and "Daphragm Type Valve". There are two brass fittings on the bottom of the valve, one for the customizable scale and the other for the sight glass. The valve is 1/4" SAE brass connection, which allows the pressure to be connected to the valve with a threaded connection. The image also shows the location of the gauke, which can be used to connect the pressure regulator to a specific type of valve.

The image is a technical drawing of a valve system. It consists of three valves, each with a cylindrical body and a threaded end. The valves are arranged in a triangular formation, with the largest valve in the center and two smaller valves on either side. The valve on the left has a blue handle and a green handle, while the one on the right has a silver handle. The valves are connected to a rectangular base with four circular holes in the middle. The holes are labeled with numbers and letters, indicating the size and shape of the valves. There are also two red and blue valves on the base, which are likely used to control the flow of water or other liquids. The overall design of the valve system is simple and modern, with a clean and professional look.

The image is a technical drawing of a pressure relief valve. It is a cylindrical valve with a threaded body and a threaded nipple on the top. The valve has a red and green cap on top, which is used to control the flow of water. The body of the valve is made up of multiple layers of metal, with the top layer being the largest and the bottom layer being smaller. The valves are connected by a series of screws and bolts, which are used to secure them in place. In the bottom right corner of the image, there is a diagram of the valves, showing the different components and their connections. The diagram shows the valves in detail, including the valves' size, shape, and other specifications. The image also shows a blue-colored valve with two valves on either side.

The image shows a blue-colored pressure gauge with two gauges on top of it. The gauges are labeled with the names of the components, including the type of pressure gauge, the texture protector, the calibration hole, and the daphragm type valve. There are also two brass fittings attached to the gauges, one on each side, which are used to connect the pressure gauge to a pressure gauge. The gauge on the left side has a custom-made scale, while the one on the right side has the text "WK-C3602B" and "1/4" brass connection". The gauge is mounted on a hook, which is used to hold the pressure in place while it is being used.

The image is a technical drawing of a car engine. It shows the main components of the engine, including the spark plug, the fuel injector, and the fuel filter. The spark plug is located on the left side of the image, with the fuel tank on the right side. The fuel filter is located in the center of the spark plugs. The fuel injectors are arranged in a cylindrical shape, with a red and green stripe running along the top and bottom. The injector is connected to the fuel pump by a series of wires and cables. The wires are connected to a green and blue connector, which is likely used to connect the fuel to the engine. The connector is located at the bottom of the diagram, and there is a small circular hole in the middle, likely for connecting the fuel tanks to the other components. The diagram also shows the connections between the two components, as well as the mounting bracket and the mounting plate.

The image is a technical drawing of a hydraulic pump. It is a cylindrical device with a white body and a red and green stripe on the top. The top part of the device is made up of multiple layers of metal, with the top layer being the largest and the bottom layer being smaller. The bottom layer is the smallest and has a blue and white stripe running along the bottom. The device appears to be made of plastic or metal and is mounted on a white base. There is also a small metal bracket on the right side of the image, which is likely used to secure the device in place.

The image is a 3D model of a complex structure made up of multiple pipes and valves. The pipes are arranged in a grid-like pattern, with each pipe having a different color - red, blue, green, purple, and black. The valves are connected by a black rod, which is likely used to control the flow of liquids or gases. The structure appears to be made of metal or plastic, and the colors are vibrant and eye-catching. The image is labeled with the letters "A1", "A2", and "A3" in bold letters.

The image is a line drawing of two pressure gauges, which are used to measure the pressure of an air conditioning unit. The gauges are circular in shape and have a needle indicating the pressure level. They are connected to a rectangular base with two valves on either side. The base is made up of two pipes, one on top of the other, connected by a series of valves. The valves are connected by two bolts on the sides. The image is labeled "http://www.central-air-conditioner-and-refrigeration.com/".

The image is a technical drawing of a mechanical component, specifically a gearbox. It is a cylindrical device with a white body and a green and blue top. The gearbox has a red and blue ring around the base, which is likely used to control the movement of the gearbox's movement. The top of the device has a green cap, which may be used to secure it in place. The diagram also shows the internal components, including the gear, the gear shift, and the gear lever. The components are arranged in a way that they form a square shape, with the gear in the center and the other components on either side.

The image shows a diagram of a central-air-conditioner and refrigeration system. It consists of two gauges, one on top of the other, connected by two pipes. The gauges are circular in shape and have a needle indicating the pressure level. The pipes are connected to the gauges with screws and bolts. Below the gauche, there is a rectangular panel with two knobs for adjusting the temperature. The panel appears to be made of metal and has a rectangular shape. The image is in black and white and is labeled with the website "www.central-airconditioner-and-refrigeration.com/".

The image is a diagram of a single manifold assembly. It shows the components of the assembly, including the valve, the flange, the valve stem, and the valve body. The valve stem is made of metal and has a cylindrical shape with a handle on one side. The flange is attached to the valve with a spring-loaded mechanism. The spring is used to control the flow of liquids or gases through the valve. There are also several other components in the assembly - a valve, a valve stem with a valve cover, and a valve valve. These components are labeled with numbers and letters, indicating the different parts and their functions. The image also includes a label that reads "47098ALVB Single Manifold Assembly".

The image is a 3D model of a blue-colored pressure relief valve. The valve has a cylindrical body with a black handle on top and a silver-colored ring around the base. There are four red-colored screws on either side of the valve, which are used to secure it in place. The valves appear to be made of metal and have a threaded connection at the bottom. The background is white.

The image shows two views of a ball valve. The valve is made up of two rectangular boxes, each with a handle on top. The handles are connected to the top of the boxes with screws. The boxes are connected by a series of wires, which are likely used to connect the valves to a power source. The valves appear to be made of metal and have a cylindrical shape with a flat base. The top box has a lever on one side, which is used to open and close the valves. The lever is attached to the bottom box with a threaded end, which may be used for controlling the flow of liquids or gases. The bottom box has two circular holes, which could be used to secure the valves in place. The image is in black and white and appears to be a technical drawing or illustration.

The image shows a set of three gauges, which appear to be pressure gauges. The gauges are arranged in a circular pattern, with the largest gauge in the center and two smaller gauges on either side. The largest gauge is blue and white, while the smaller gauge is red and yellow. There are also two brass fittings on the right side of the gauges - one with a red handle and the other with a blue handle. The fittings are connected to a yellow hose with a hook at the top, which is likely used to connect the gauke to a hose. The hose is connected to the larger gauge with two brass pipes. The background of the image is white.

The image is a digital illustration of a thermometer. It is a cylindrical device with a black base and a red tip at the bottom. The thermometer has a vertical axis with numbers ranging from 0 to 12, with the needle pointing towards the top of the device. The needle is labeled with the temperature reading "min" and "l/mi". The temperature range is marked with a red line, indicating that the temperature is 0 degrees Celsius. The device appears to be a pressure gauge or a pressure indicator.

The image shows a set of three pressure gauges with different colors - red, blue, and yellow. The gauges are mounted on a black metal stand with a hook at the top. The stand has a circular base with a blue and red dial in the center, which is used to measure the pressure of a liquid or gas. The dial on the left is labeled "V" and the dial in red is labeled as "Made in USA". The middle gauge has a red and blue dial, while the right gauge has an orange and yellow dial. There are also three gold-colored pipes attached to the stand, which are used to connect the gauges to a hose. The pipes are arranged in a circular pattern around the stand.

The image is a technical drawing of a cylindrical object with a green and blue color scheme. The object appears to be made of metal and has a rectangular base with a flat top. The top of the object has a green stripe running along the length of the base. On the right side, there is a white plastic cover with a blue stripe on the side. The cover has a curved shape and is attached to the base with two screws. Below the cover, there are two lines of text that read "1/2" and "2". The image also has a small square-shaped cutout in the bottom right corner, which could be a part of a larger object.

The image shows a pair of gold-colored valves in the center of a splash of water. The valves are made of brass and have a cylindrical shape with four valves on each side. They are connected by a series of screws and bolts. The water is splashing around the valves, creating a sense of movement and energy. The background is white, making the valves stand out. The overall effect is one of energy and movement.

The image is a technical drawing of a car engine. It shows the internal components of the engine, including the radiator, air filter, and other mechanical components. The radiator is located on the left side of the image, with the air filter on the right side. The air filter is connected to the radiator with a yellow hose. The hose is also yellow and extends from the radiator to the air intake. There is a red circle in the center of the diagram, which is likely a reference to the location of the air filters. The image also shows an arrow pointing to the left, indicating that the image is meant to show how the radiator can be installed.

The image is a black and white line drawing of a hand holding a camera lens. The lens is attached to a metal bracket with a screw on one end. The bracket appears to be made of metal and has a cylindrical shape with a small opening on the other end. There is a small hole in the center of the lens, which is likely used to attach it to the camera. The hand is holding the lens with both hands, and the background is white.

The image is a 3D model of a red rectangular box with two holes on the front. The box appears to be made of metal and has a cylindrical shape with a flat base. On the left side of the box, there is a gold-colored knob with a small hole in the center. The knob is likely used to adjust the angle of the object. The background is white, making the red box stand out.

The image is a 3D rendering of the word "ZEPPELIN" written in a bold, capitalized font. The word is made up of three letters, each with a different color - gold, silver, and black. The letters are arranged in a diagonal line, with the "Z" on the left side and the "P" in the middle. The background is white, making the gold letters stand out. The overall design is simple and modern, with a minimalist aesthetic.

The image is a technical drawing of a pulley, which is a type of pulley used in industrial applications. The pulley is shown in two views, with the top view showing the pulley in the center and the bottom view showing a close-up view of the front and side of the device. The pulley has a white body with a blue and red stripe running along the top. The blue stripe is slightly larger than the red stripe. The red stripe is located in the bottom right corner of the image, and it appears to be connected to a metal ring with a screw. The metal ring is also white and has a small hole in the middle, which may be used to secure the pulleys to the ground. The image also shows a diagram of the pulle with a red and blue color scheme.

The image is a line drawing of a hand holding a small electronic device. The device appears to be a control panel or a control unit with a rectangular shape and a rectangular base. The top of the device has a series of horizontal bars with numbers on them, indicating the number of wires or cables connected to it. The bars are arranged in a vertical line, with the numbers "20" and "30" on the top and bottom of the panel. The hand is holding the device with one hand, and the other hand is pointing towards it. There are also several smaller rectangular bars on the bottom, which are likely used to connect the device to a larger device.

The image shows a 3D model of a red-colored industrial valve system. The valve system consists of several valves, including a flanged valve, a valve stem, and a valve cover. The valves are arranged in a horizontal line, with the valve on the left side and the valve in the center. The flange valve is connected to the valve with two valves on either side. The other valves are also connected to a valve on top of the valve. There are also two valves with wheels on the bottom, which are used to control the flow of liquids or gases. The overall design of the system is simple and modern, with a focus on the valves and the valves.

The image is a 3D model of a red-colored industrial structure, which appears to be a pipeline or valve. It has multiple valves and valves attached to it, with a central valve at the top and two valves on either side. The valves are arranged in a symmetrical pattern, with the largest valve in the center and the smaller valves on the sides. The valve on the left side has a handle on top, while the valve on top has a lever on the right side. There are also several smaller valves attached around the valve, which are connected to the valves. The overall design of the structure is simple and modern, with no visible damage or wear.

The image shows two illustrations of a gas mask. The mask is made of clear plastic and has a blue handle on top. The front of the mask has a circular design with a red and yellow button in the center. The button has the brand name "PowerMullinsafe" written on it in white letters. The back of the face mask has two blue handles on either side. The dimensions of the image are 12999.

The image shows a set of three pressure gauges, which are used to measure the pressure of a liquid or gas. The gauges are mounted on a blue and red circular base with a gold-colored hook at the top. The base has four valves, each with a red handle and a brass fitting. The valves are arranged in a triangular formation, with the largest valve in the center and two smaller valves on either side. The largest valve on the left is a pressure gauge, while the smaller one on the right is a gauge with a green and red color scheme. The gauge on top is used to read the pressure in a specific direction, while one of the valves is used for controlling the flow of liquid or gases.

The image is a technical drawing of a pressure relief valve. It shows two parts of the valve, one on the left side and one in the right side. The valve is made of metal and has a cylindrical shape with a handle on top. The handle is attached to the valve with a threaded end. The body of the valves is connected to a threaded rod with a green arrow pointing to it, indicating that it is being used to control the flow of water. There are also two green arrows pointing towards the valve - one for 1/2 and the other for 2/3. The arrows indicate that the valve can be adjusted to different heights and angles. The image also has a label that reads "X3" and "1/2".

The image is a technical drawing of a valve. It shows the valve with a cylindrical body and a red handle on the left side. The valve appears to be made of metal and has a threaded end. On the right side of the image, there is a detailed drawing of the valve, which is a type of valve used in industrial applications. The drawing is in black and white and shows the various components and their connections. The valve has a rectangular shape with a curved top and a flat bottom. The body of the body is made up of multiple layers of metal, with the top layer being the largest and the bottom layer being smaller. The top layer is the smallest and has multiple holes for connecting the valve to a larger machine or other device. The bottom layer is a larger, more complex component, which has a larger hole in the center and several smaller holes on the sides. The overall design is simple and minimalistic, with a focus on the valve and its components.

The image is a 3D model of a cylindrical object with a yellow top. The object appears to be made of metal and has a red base with two white screws on either side. The top of the object is covered in a yellow material, possibly a capacitor or a capacitor. The background is a solid blue color. The image is in a 3x3D perspective, giving it a realistic look.

The image is a line drawing of a ball valve. The valve is made of metal and has a cylindrical body with a threaded end. The body of the valve has a lever on top, which is used to control the flow of water. The lever has a small knob on the side, which can be used to open and close the valve. There is also a threaded nut on the bottom, which may be used for connecting the valve to a larger pipe or other plumbing system. The image is black and white and appears to be a line sketch or line drawing.

The image is a diagram that shows the Zoned Safety method. It shows three people working on a table with a blue tablecloth. The person on the left is wearing a red shirt and is bending over the table, while the person in the middle is working on the table. The table is covered with a green tablecloth and there are several buttons and switches on it. On the right side of the image, there is an orange table with several buttons on it, which is likely used to control the flow of the table and switches. The text on the image explains that the method of achieving safety: (1) Fieldbus node (1), Manifold with (3) independent safety zones (2) independent.

The image is a 3D model of a cylindrical object with a flat base. The object appears to be made of metal and has a smooth, shiny surface. It has two circular holes on the sides, one on each side, which are slightly larger than the other. The holes are evenly spaced and appear to be slightly curved. The base of the object is also made of a similar material, possibly steel or aluminum, and is attached to the base with two screws. The overall design is simple and minimalistic.

The image is a technical drawing of a hydraulic pump. It is a rectangular box with a handle on the top and a spout on the side. The body of the pump is made up of two cylindrical pipes on either side, with a blue-colored hose attached to one end. The pipes are connected to the body by a series of wires and cables. The top of the box has a label with measurements and labels, indicating the dimensions of the valves. The drawing is in black and white and appears to be a technical blueprint or technical drawing.

The image shows a set of nine red rubber gaskets arranged in a grid-like pattern. Each gasket has a unique shape and size, with a curved top and a flat bottom. The gasket appears to be made of a shiny, shiny material and has a smooth, shiny surface. The background is white, making the red color of the gasket stand out.

The image is a 3D model of a cylindrical object with a flat base and a curved top. The object appears to be made of metal and has a smooth, shiny surface. The top of the object has a small, round, cylindric structure with a pointed end. The bottom of the base has a circular cutout in the center, which could be a hole or a hole for the object to be inserted into. There is also a small protrusion on the top left corner, which may be a part of the larger object. The image is in black and white and is labeled with the model number "3D Model" at the bottom.

The image shows two 3D models of a cylindrical structure with multiple pipes and valves. The structure appears to be made of metal and has a rectangular shape with a flat top. The pipes are arranged in a grid-like pattern, with each pipe having a blue valve attached to it. The valves are connected to the pipes with orange pipes. The background of the image is white, and the structure is shown in two different angles.

The image is a black and white illustration of a person's torso. The person is standing with their arms at their sides and their head slightly tilted to the side. The background is a solid blue color. In the center of the image, there is a long, curved line that appears to be flowing towards the person. On the left side of the line, there are two black arrows pointing towards the right side, indicating that the person is in motion. The arrows are pointing in opposite directions, with one pointing towards a larger, more prominent figure. The image is simple and minimalistic, with no additional details or shading.

The image is a black and white illustration of a car engine block. It shows the various components of the engine block, including the heat control valve bimetal case, valve coil, bolt, and manifold gasket. The block is divided into two sections, with the left side showing the block and the right side showing its mounting bracket. The block is made up of a series of pipes and valves, and the valve coil is located on the top left corner. The valve coil has a cylindrical shape with a flat top and a flat bottom. The bolt is located in the center of the block, and it is connected to the mounting bracket by a series. There are also several bolts and nuts scattered around the block. These bolts are used to secure the block in place while it is being installed. The bolts are labeled with letters A, B, C, D, E, F, G, H, J, K, and JK, indicating that the block is being used to attach the block to the engine. The diagram also shows the location of the bolts and bolts, which are likely used to prevent the block from slipping off the engine and prevent it from slipping away.

Industrial gate valve with detailed internal components visible.

birthday cake fondant icing

A detailed 3D model of a blue gate valve assembly featuring a yellow handwheel and robust yellow couplings-perfect for technical documentation or product catalogs.

A compact, green Orbit 3-station irrigation manifold featuring individual zone control and easy-to-use quick-connect outlets.

A precision-engineered 5-valve manifold with red, blue, and green handle indicators-used for multi-channel fluid isolation and regulation.

A professional-grade HVAC manifold gauge set featuring dual pressure gauges, color-coded hoses (yellow, blue, red), and durable brass connectors.

A high-performance JB Industries refrigerant manifold gauge set-ideal for HVAC technicians performing charging, recovery, and diagnostics.

A reliable Imperial U.S.A. dual-gauge manifold-ideal for charging, evacuating, and diagnosing refrigerant systems in HVAC work.

Detailed schematic of a high-pressure manifold featuring labeled components including adjustable choke, positive choke, tees, spacers, and plug valves.

A professional-grade JB manifold gauge set-ready for accurate refrigerant charging, recovery, and system diagnostics on HVAC/R equipment.