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TPS-9 model digital pressure switch
● Space saving · 10mm width
Easy settings
Use the key button to adjust the valve
● Fast response time
Output response time less than 1.5 milliseconds
Easy settings
Use the key button to adjust the valve
● Fast response time
Output response time less than 1.5 milliseconds
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Beschreibung
TPS-9 model digital pressure switch
TPS-9 digital pressure switch works by combining the mechanical properties of compressed air and electricity. Pneumatic pressurizer is a device for controlling and adjusting pressure that is used in compressed air lines. The switch has the concept of changing the situation, which means that in case of any type of pressure change in the pressure system, the switch controls or secures the situation.
This product is one of the precision instrument equipment. Pressure works in two normally open and normally close contacts. In the normally closed state, the contacts are closed in the normal state, when the pressure rises too much, the contacts open in order to reduce the pressure.
In the normal open mode, the switch remains open until the pressure exceeds its limit, and the contacts close quickly as the pressure rises. To buy TPS-9 model digital pressure switch, you should pay attention to things like working pressure range, adjustable maximum pressure, connection size, etc.
What is TPS-9 digital pressure switch or pressure switch?
Pneumatic pressure switch or pressure switch is a pressure control switch and is used to adjust the pressure of tanks or prevent pressure increase in pressurized environments in the industry. Digital pressure switch model TPS-9 or pressure controller has an electrical contact and with When the pressure reaches the set value, the contact is activated and an electrical signal is sent and the switch is closed.
TPS-9 model digital pressure switch
TPS-9 model digital pressure switch
Also, pressure switches may be designed in such a way that they disconnect or connect the system when the pressure increases or decreases. TPS-9 model digital pressure switch plays an important role in establishing safety and control in pressurized systems, also pressure switches have different types according to usage, working pressure and fluid.
How TPS-9 digital pressure switch works
Normally, pressure switches have a diaphragm filled with air. When the air pressure inside the diaphragm changes, the diaphragm plate changes its shape and causes movement in the calibrated spring connected to it (spring calibration means the previous adjustment of the spring in The required size is the same as the range of the switch).
The spring is pushed back by applying pressure and returns to its original position when the pressure is removed. This action is transferred to the electrical contact of the pressure switch and causes the operation of the pressure switch. The spring is set in different ranges for low or high pressures. Depending on the selected range, this spring opens or compresses. Depending on the type of fluid or gas that comes into contact with the diaphragm, the diaphragm has different types, such as: fibrous, plastic, Metal and..
All types of TPS-9 digital pressure switches
Differential pressure switch
Diaphragm switch pressure
Capsule pressure switch
Diaphragm switch pressure
Bellows pressure switch
Bardoni pressure switch
Piston pressure switch
Types of TPS-9 model digital pressure switch in terms of working fluid
Pneumatic
Hydraulic
TPS-9 model digital pressure switch
This type of pressure switch is an air pressure switch and is one of the simplest types of pressure switches and is mostly used in pneumatic systems or air compressors. Other applications of pneumatic pressure switches include the following:
When taking water, it automatically controls the domestic water pump, taking into account the pressure in the pipes.
This pressure switch automatically turns off the air compressor when the pressure reaches the set level in the air compressor tank.
The pneumatic pressure switch is used to control the charge inside the battery cell.
If the pressure in the cockpit becomes too low due to the increase in altitude, it will automatically turn on the warning light in the cockpit of the aircraft.
This switch is used to count the traffic of vehicles on the streets and fuel stations using a tube filled with air placed on the floor of the street or work station.
Hydraulic pressure switch
These types of pressure switches have many uses in cars, for example to warn if the engine oil pressure falls below the safe level. Before the 1960s, pressure switches were used in the hydraulic brake circuit to control the power to the brake light. In newer cars, it uses a switch directly activated by the brake pedal. The types of high-pressure hydraulic switches are as follows:
Steam pressure switch
gas
Explosion Proof
Water
We will explain it further.
Steam switch pressure:
Their function is with steam. Steam pressure switches must be able to withstand high temperature and humidity. Steam pressure switches are used to cool water, oil, air and hydrogen fluoride. These types of pressure switches are NC or NO, and when the pressure reaches the set values, the alarm is turned on.
Gas switch pressure:
In this type of pressure switch, sparking in the electrical part should be prevented as much as possible. Gas pressure switches are also used for flammable gases.
Explosion-proof pressure switch:
This type of pressure switch is used in cases where there is a risk of fire caused by sparks and flammable gas. The explosion-proof pressure switch enclosure is resistant to sparks and the penetration of environmental gases.
Water switch pressure:
This type of pressure switch is used in hydraulic industries such as automobiles to display a warning when the engine oil pressure is lower than the acceptable level or to control the automatic locking of the automatic transmission torque. Also, these pressure switches are widely used in water pumps and water supply lines.
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Quick Comparison
| Settings | TPS-9 model digital pressure switch remove | Polyurethane Tube Polyurethane Hose Model ST remove | SPSA model digital pressure switch remove | SHF / SHS model manual pull-out valve and hose feeder remove | Regulator filter model PP4 remove | SPS model pneumatic pressure switch remove | ||||||||||||
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| Name | TPS-9 model digital pressure switch remove | Polyurethane Tube Polyurethane Hose Model ST remove | SPSA model digital pressure switch remove | SHF / SHS model manual pull-out valve and hose feeder remove | Regulator filter model PP4 remove | SPS model pneumatic pressure switch remove | ||||||||||||
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| Description | ● Space saving · 10mm width
Easy settings
Use the key button to adjust the valve
● Fast response time
Output response time less than 1.5 milliseconds
|
● High precision semiconductor pressure sensor
● Red LED with high brightness (number: 9.5 mm)
● Convertable pressure unit
● Different output modes
● Preventive function of output
● Analog output (1-5VDC)
● Current protection circuit, reverse polarity protection circuit
| ● This product turns compressed air on/off on compressed air devices by just turning the knob.
● Once the residual pressure in the device is removed, maintenance or inspection is possible
● A three-way valve relieves residual pressure and blocks the intake air.
| liquid air Maximum operating pressure (MPa) 1.0 (140psi) Constant pressure (MPa) 1.5 (200psi) Standard pressure setting 0.05~1.0 (7~140psi) (MPa) Customized specifications 0.05~0.2 (7~30psi), 0.05~0.4 (7~60psi), 0.05~1.5 (7~200psi) Ambient and fluid temperature (℃) -5 ~ 60 (23 ~ 140 °F) (non-freezing) Flow capacity ※ 3/8 ˝ 3,800 (134scfm) (Nℓ/min) 1/2˝ 4700 (166scfm) Filtration (㎛) 5 Soothing style of construction Polycarbonate bowl material Nylon bowl protective material Discharge Capacity (㎤) Manual Drain: 56 (1.89 oz), Auto Discharge: 68 (2.3 oz) Weight (kg) 0.74 (1.63 lbs) | • Application for hydraulic, pneumatic, semi-conductor, CNC machine, oxygen generator, compressor, chemical plant and power plant parts, etc. Control the pressure automatically.
Compact design
•Lightweight
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| Content | TPS-9 model digital pressure switchTPS-9 digital pressure switch works by combining the mechanical properties of compressed air and electricity. Pneumatic pressurizer is a device for controlling and adjusting pressure that is used in compressed air lines. The switch has the concept of changing the situation, which means that in case of any type of pressure change in the pressure system, the switch controls or secures the situation. This product is one of the precision instrument equipment. Pressure works in two normally open and normally close contacts. In the normally closed state, the contacts are closed in the normal state, when the pressure rises too much, the contacts open in order to reduce the pressure. In the normal open mode, the switch remains open until the pressure exceeds its limit, and the contacts close quickly as the pressure rises. To buy TPS-9 model digital pressure switch, you should pay attention to things like working pressure range, adjustable maximum pressure, connection size, etc. What is TPS-9 digital pressure switch or pressure switch? Pneumatic pressure switch or pressure switch is a pressure control switch and is used to adjust the pressure of tanks or prevent pressure increase in pressurized environments in the industry. Digital pressure switch model TPS-9 or pressure controller has an electrical contact and with When the pressure reaches the set value, the contact is activated and an electrical signal is sent and the switch is closed. TPS-9 model digital pressure switch TPS-9 model digital pressure switch Also, pressure switches may be designed in such a way that they disconnect or connect the system when the pressure increases or decreases. TPS-9 model digital pressure switch plays an important role in establishing safety and control in pressurized systems, also pressure switches have different types according to usage, working pressure and fluid. How TPS-9 digital pressure switch works Normally, pressure switches have a diaphragm filled with air. When the air pressure inside the diaphragm changes, the diaphragm plate changes its shape and causes movement in the calibrated spring connected to it (spring calibration means the previous adjustment of the spring in The required size is the same as the range of the switch). The spring is pushed back by applying pressure and returns to its original position when the pressure is removed. This action is transferred to the electrical contact of the pressure switch and causes the operation of the pressure switch. The spring is set in different ranges for low or high pressures. Depending on the selected range, this spring opens or compresses. Depending on the type of fluid or gas that comes into contact with the diaphragm, the diaphragm has different types, such as: fibrous, plastic, Metal and.. All types of TPS-9 digital pressure switches Differential pressure switch Diaphragm switch pressure Capsule pressure switch Diaphragm switch pressure Bellows pressure switch Bardoni pressure switch Piston pressure switch Types of TPS-9 model digital pressure switch in terms of working fluid Pneumatic Hydraulic TPS-9 model digital pressure switch This type of pressure switch is an air pressure switch and is one of the simplest types of pressure switches and is mostly used in pneumatic systems or air compressors. Other applications of pneumatic pressure switches include the following: When taking water, it automatically controls the domestic water pump, taking into account the pressure in the pipes. This pressure switch automatically turns off the air compressor when the pressure reaches the set level in the air compressor tank. The pneumatic pressure switch is used to control the charge inside the battery cell. If the pressure in the cockpit becomes too low due to the increase in altitude, it will automatically turn on the warning light in the cockpit of the aircraft. This switch is used to count the traffic of vehicles on the streets and fuel stations using a tube filled with air placed on the floor of the street or work station. Hydraulic pressure switch These types of pressure switches have many uses in cars, for example to warn if the engine oil pressure falls below the safe level. Before the 1960s, pressure switches were used in the hydraulic brake circuit to control the power to the brake light. In newer cars, it uses a switch directly activated by the brake pedal. The types of high-pressure hydraulic switches are as follows: Steam pressure switch gas Explosion Proof Water We will explain it further. Steam switch pressure: Their function is with steam. Steam pressure switches must be able to withstand high temperature and humidity. Steam pressure switches are used to cool water, oil, air and hydrogen fluoride. These types of pressure switches are NC or NO, and when the pressure reaches the set values, the alarm is turned on. Gas switch pressure: In this type of pressure switch, sparking in the electrical part should be prevented as much as possible. Gas pressure switches are also used for flammable gases. Explosion-proof pressure switch: This type of pressure switch is used in cases where there is a risk of fire caused by sparks and flammable gas. The explosion-proof pressure switch enclosure is resistant to sparks and the penetration of environmental gases. Water switch pressure: This type of pressure switch is used in hydraulic industries such as automobiles to display a warning when the engine oil pressure is lower than the acceptable level or to control the automatic locking of the automatic transmission torque. Also, these pressure switches are widely used in water pumps and water supply lines. | Polyurethane Tube Polyurethane Hose Model ST One of the best-selling pneumatic hoses is the polyurethane type. Polyurethane hose has very high elasticity and elasticity. For this reason, they use it for pneumatic and robotic systems. These hoses are highly resistant to heat, vibration and twisting. Polyurethane pneumatic hoses are more flexible than polyamide hoses. Application of Polyurethane Tube Polyurethane Hose Due to its high flexibility and resistance, polyurethane pneumatic hose is used for air transmission in pneumatic system. The great variety in the size and thickness of these hoses has made it possible to use them in all kinds of pneumatic circuits and robotic systems. The resistant coating used on this hose makes it highly resistant to impact and pressure, and on the other hand, it can be used to transfer chemicals and transfer fuel. Other applications of polyurethane pneumatic hose Among the applications of these hoses, we can mention the use in pneumatic systems, oil lines, air compressors, robotic systems, laboratories, sock knitting, etc. Among the types of PU hoses, we can mention polyurethane hose 6, polyurethane hose 8, polyurethane hose with polyurethane spring. Polyurethane Hose Polyurethane Tube Polyurethane Hose Polyurethane Tube There are hoses that are used to transport air, water, oil, industrial materials, medicine, etc. They are made of polyurethane in different colors according to their application. The maximum working pressure of these hoses is 24 bar compared to their size, and their usable temperature is between zero and 60 degrees Celsius. ISO 9001 standard, high flexibility, low weight and abrasion resistance of these hoses distinguish them from other hoses. They are used in pneumatic devices, air, compressors, pharmaceutical industry, automobile industry, pneumatic services, pneumatic jacks, etc. Features of polyurethane hose Resistant to wear and tear Polyester has a high capacity to resist wear Polyether has excellent wear and impact resistance. Heat resistance: Both polyester and polyether urethanes perform well at high temperatures, however: Polyesters tolerate high temperatures more and are more resistant to heat aging. Polyethers are less sensitive to sudden heat. For this reason, they are a good choice for high-speed rollers High elasticity: All elastomers have high elasticity. Flexible: All elastomers (rubber, urethane, silicone, etc.) become harder and more inflexible as the temperature decreases and eventually reach a temperature where they become brittle. The brittle point of urethane is between minus 40 degrees Fahrenheit and minus 100 degrees Fahrenheit, depending on the formulation. Polyether is less affected by cold temperatures. Flexibility of polyurethane hoses at lower temperatures Shock Absorption Properties: Polyester is an option for shock absorption and is widely used in vibration reduction applications. Return properties: For example, when running, the energy transferred must be returned, otherwise, you will feel like you are running in soft sand. Sand absorbs most of the energy from your feet. Polyether offers a much higher return. Almost unlimited bending ability Eco-friendly Buy polyurethane hose Polyurethane Tube st One of the things you should pay attention to when buying Polyurethane Tube hoses is that these hoses can withstand up to 10 bar pressure. Therefore, avoid more working pressure and choose a hose suitable for the working pressure. Contact us to know the price of Polyurethane Tube 8, 6 and 10 polyurethane hose, order and receive product advice. Some important criteria for buying Polyurethane Tube hose, the term: Good resistance Being standard The desired diameter excellent quality Good flexibility First class raw materials Types of polyurethane hoses Smooth polyurethane hose Smooth polyurethane hose Spring polyurethane hose PU spring hoses are an excellent choice for applications where the hose must have excellent kink resistance. Polyurethane Tube pneumatic spring hose has high tensile and tear resistance and is also resistant to impact, it is also resistant to wear and is suitable for applications in a wide temperature range. Light and flexible Excellent resistance to oil, solvents and aqueous and non-aqueous solutions Long life span Spring polyurethane hose Reinforced polyurethane hose Reinforced polyurethane hose Double polyurethane Polyurethane double hose, double row pipe or multi-row pipe is available. This set of hoses can be combined in different sizes and for different fluids, for example, one of them can be used for water and the other for compressed air. Double layer polyurethane hose Double layer polyurethane hose Antistatic polyurethane hose Antistatic polyurethane hose Application of Polyurethane Tube Polyurethane Hose air transfer transferring water Oil transfer Transportation of industrial materials Transfer of drugs Pneumatic devices Compressors automobile industry Pneumatic jacks | SPSA model digital pressure switch The SPSA digital switch pressure switch works by combining the mechanical properties of compressed air and electricity. Pneumatic pressurizer is a device for controlling and adjusting pressure that is used in compressed air lines. The switch has the concept of changing the situation, which means that in case of any type of pressure change in the pressure system, the switch controls or secures the situation. This product is one of the precision instrument equipment. Pressure works in two normally open and normally close contacts. In the normally closed state, the contacts are closed in the normal state, when the pressure rises too much, the contacts open in order to reduce the pressure. In the normal open mode, the switch remains open until the pressure exceeds its limit, and the contacts close quickly as the pressure rises. To buy SPSA model digital pressure switch, you should pay attention to things like working pressure range, adjustable maximum pressure, connection size, etc. What is SPSA digital pressure switch or pressure switch? Pneumatic pressure switch or pressure switch is a pressure control switch and is used to adjust the pressure of tanks or prevent pressure increase in pressurized environments in the industry. SPSA model digital pressure switch or pressure controller has an electrical contact and when the pressure reaches the set value, the contact is activated and an electrical signal is sent and the switch is cut off. SPSA model digital pressure switch SPSA model digital pressure switch Also, pressure switches may be designed in such a way that they disconnect or connect the system when the pressure increases or decreases. SPSA model digital pressure switches play an important role in establishing safety and control in pressurized systems, also pressure switches have different types according to usage, working pressure and fluid. How SPSA model digital pressure switch works Normally, pressure switches have a diaphragm filled with air. When the air pressure inside the diaphragm changes, the diaphragm plate changes its shape and causes movement in the calibrated spring connected to it (spring calibration means the previous adjustment of the spring in The required size is the same as the range of the switch). The spring is pushed back by applying pressure and returns to its original position when the pressure is removed. This action is transferred to the electrical contact of the pressure switch and causes the operation of the pressure switch. The spring is set in different ranges for low or high pressures. Depending on the selected range, this spring opens or compresses. Depending on the type of fluid or gas that comes into contact with the diaphragm, the diaphragm has different types, such as: fibrous, plastic, Metal and.. SPSA model digital pressure switches Differential pressure switch Diaphragm switch pressure Capsule pressure switch Diaphragm switch pressure Bellows pressure switch Bardoni pressure switch Piston pressure switch SPSA model digital pressure switch in terms of working fluid Pneumatic Hydraulic SPSA model digital pressure switch This type of pressure switch is an air pressure switch and is one of the simplest types of pressure switches and is mostly used in pneumatic systems or air compressors. Other applications of pneumatic pressure switches include the following: When taking water, it automatically controls the domestic water pump, taking into account the pressure in the pipes. This pressure switch automatically turns off the air compressor when the pressure reaches the set level in the air compressor tank. The pneumatic pressure switch is used to control the charge inside the battery cell. If the pressure in the cockpit becomes too low due to the increase in altitude, it will automatically turn on the warning light in the cockpit of the aircraft. This switch is used to count the traffic of vehicles on the streets and fuel stations using a tube filled with air placed on the floor of the street or work station. Hydraulic pressure switch These types of pressure switches have many uses in cars, for example to warn if the engine oil pressure falls below the safe level. Before the 1960s, pressure switches were used in the hydraulic brake circuit to control the power to the brake light. In newer cars, it uses a switch directly activated by the brake pedal. The types of high-pressure hydraulic switches are as follows: Steam pressure switch gas Explosion Proof Water We will explain it further. Steam switch pressure: Their function is with steam. Steam pressure switches must be able to withstand high temperature and humidity. Steam pressure switches are used to cool water, oil, air and hydrogen fluoride. These types of pressure switches are NC or NO, and when the pressure reaches the set values, the alarm is turned on. Gas switch pressure: In this type of pressure switch, sparking in the electrical part should be prevented as much as possible. Gas pressure switches are also used for flammable gases. Explosion-proof pressure switch: This type of pressure switch is used in cases where there is a risk of fire caused by sparks and flammable gas. The explosion-proof pressure switch enclosure is resistant to sparks and the penetration of environmental gases. Water switch pressure: This type of pressure switch is used in hydraulic industries such as automobiles to display a warning when the engine oil pressure is lower than the acceptable level or to control the automatic locking of the automatic transmission torque. Also, these pressure switches are widely used in water pumps and water supply lines. | SHF / SHS model manual pull-out valve and hose feeder Pneumatic fittings are used to connect different parts of the pneumatic system, hoses and pipes. Pneumatic fittings are stronger and more resistant than hydraulic fittings. For this reason, while connecting parts in pneumatic systems, less pressure is applied to the connections and parts. Pneumatic connections or fittings are used to create a connection between the parts and components of a pneumatic system and circuit. For example, in a pneumatic system that includes a pneumatic valve, a pneumatic jack with speed control, various connections are used to connect these components to each other and to the compressed air of the main inlet. Pneumatic fittings are among the most widely used pneumatic devices that are used to connect and communicate between different components of pneumatic systems. By purchasing the SHF / SHS pneumatic model manual sliding valve and hose feeder, you will see an increase in the speed of operation in the progress of works and pneumatic systems. Due to the fact that pneumatics are made up of different components, it is obvious that you will need to purchase several pneumatic fittings in different dimensions and features. Similarly, in building water piping, various connections such as elbows, bushings, spools, etc. are used to connect different components (such as pipes to each other, pipes to faucets, etc.). SHF / SHS pneumatic model hand valve between sliding and feeding hose is made of different materials such as polymer and metal materials (iron with chrome coating and brass). The application of the hand valve between the drawer and the hose feeder model SHF / SHS Pneumatic connectors are used to connect pneumatic components, and miniature connectors are used to change the inlet air pressure or change its direction. Pneumatic fittings are considered as precise tools in control. Air or pneumatic connections are one of the most important parts in the compressor. Without these parts, you cannot use the air effectively and even if the device is not installed correctly, the compressor may be damaged. We have included the best pneumatic (air) fittings in our product list for your review so that you can find the right part to meet your compressor needs. SHF / SHS model manual pull-out valve and hose feeder SHF / SHS model manual pull-out valve and hose feeder Having a reliable quick connect for air compressors is exactly the difference between a quality compressor and a serious hazard, and can help the consumer increase the compressor's air supply and possibly manage more complex connections. To optimize the life of your equipment, invest in buying high-quality and durable connections. These connections are the link between pipes, hoses and machines. Therefore, having a complete communication is essential for safety. This SHF / SHS model sliding hand valve and hose feeder are very suitable for controlling air flow pressure and directional flow. SHF / SHS model hand valve components between the slide and the hose feeder Pneumatic fittings may include parts such as pipes, tubes and hoses. Hose: Layers of different materials are used to make the hose. Hoses are highly flexible and provide suitable conditions for the movement of parts. Hoses need to be replaced after some time. It becomes necessary to replace the hose when it wears out. Pipe: Solid materials are used to make the pipe. These types of joints appear hard and rigid. tobacco pipe: Pipes are also made of solid materials and have significant hardness. Pipes are less flexible than pipes. The way the parts work and connect in the pneumatic system is different. In fact, this difference in appearance causes the manual valve between the sliding way and the pneumatic SHF / SHS model mentioned in various forms. L fittings Some of these connections are L-shaped or elbow. L joints are introduced as angle joints. The angle considered for L connections is 90 degrees. L-shaped pneumatic connections allow multi-purpose or single hoses to be connected. With a pneumatic elbow fitting, the connection of the system can be easily changed by means of a set of pipes. These types of connections are very compact and require little space. Pneumatic fitting is very practical and excellent for working with nylon pipes. Direct connections Pneumatic connections can be of direct type. In direct connections, one direction of the part is connected to the hose or pipe and the other direction is connected to other parts of the system. Bolts and nuts are used to fix these connections. The pneumatic direct fitting acts as an adapter. These fittings are available in different materials, thread sizes, diameters and grades. Direct pneumatic connections can be used with different tools. For this reason, direct connections are used a lot in the pneumatic system. T connection Pneumatic connections can be T-shaped. These connections are used with a pressure mechanism. T-shaped fittings are intended for safe and secure connection to threaded ports and support quick and easy installation without the need for tools. By establishing this connection, the parts can be placed side by side in a three-sided form. The most common application of T-shaped fittings is related to pressure or vacuum applications. The leakage of these T-shaped connections is very low and these connections are designed in the form of a complete hole. Y joints Y-shaped pneumatic fittings can be used for various purposes such as air tools, textile, transportation applications and so on Transportation, automobiles, industrial airlines, garages, packaging, robotics, etc. are used. Pneumatic Y-shaped connections are introduced with features such as fast disconnection and connection and tank strength against vacuum. Functional connections Pneumatic fittings can be divided according to the type of function. The body of the pneumatic fitting can be copper, aluminum, steel, PBT and Bern. Functional pneumatic fittings are used for functions such as shut-off, flow regulation, supply, exhaust and blocking. Communication connections Pneumatic fittings are also classified according to the type of connection. Ball joint Ball pneumatic fitting is used to connect the outer sleeve to the inner fitting. Sleeves are used to disconnect and connect two ends of connections. This type of connection is used for things that require frequent connection and disconnection of the hose. Compressor connection The connections mentioned can be compression or compressor type. In this type of connections, pressure is used to establish the connection. Rings, metal washers and ferrules are used for standard compression and connection. In such a case, the nut is used on the ferrule and pipe for compression. With this nut, it is possible to strengthen and compress the parts together. SHF / SHS model manual pull-out valve and hose feeder Pneumatic fittings are differentiated based on the type of connection and the function they perform. And they are produced in different sizes and types, each of which is used in different uses. Among these connections, we can mention the direct connection, which is available in direct allen-khor, panel direct, plastic bead direct, and direct connection between ways. One of the most widely used pneumatic parts are pneumatic tees. There are different types of tees, tees that feed hoses or tees with hose heads, tees in the middle of the rib and inside the thread, and miniature tees are of this category. The variety of pneumatic connections is very large. In general, connections can be divided into four main parts. 1- Connections with only connection function: This type of connections can be divided into the following two types: 1- Connections with one gear end and one hose end 2- Connections with two hose ends Connections with a gear end and a hose end It is used to connect pneumatic hoses to pneumatic valves or pneumatic manifolds. When buying this type of connection, you should pay attention to the gear size, gear standard, connection hose size, gear type (male or female), whether or not it has O-rings, and the physical shape of the connection. SHF / SHS model manual pull-out valve and hose feeder Connections with two hose ends It is used to connect two pneumatic hoses to each other or change the connection size. For example, PUC-06 connector is used to connect two size 6 hoses. When buying this type of connection, we should pay attention to the size of the hose and the physical shape of the connection. 2- Connections with special functions: In addition to connecting two parts, this type of connections also have the following special functions. Types of flow controller: Flow controls are used to control flow rate or air flow. One of the important applications of flow control is controlling the movement speed of pneumatic jacks in the industry. Fluocontrollers are available in different types of fluocontrollers (two hose feeding ends) and jack-head fluocontrollers (to connect to pneumatic jacks). SHF / SHS model manual pull-out valve and hose feeder Stop fittings: In addition to the connection, these parts act as a one-way valve, and if the hose is placed in it, the air flow is established, and if the hose is removed, the air flow is automatically cut off. In using this connection, you should pay attention to its input and output. When buying, we should pay attention to the size of the hose and its thread. SHF / SHS model manual pull-out valve and hose feeder Check Valve: This type of connection is used to make the air path unidirectional. In using this connection, you should pay attention to its input and output. Also, when buying, you should pay attention to the size of the hose and its thread. It should be noted that the maximum working pressure of pneumatic connections is 10 bar, and if the pressure increases more than this value, there is a possibility of leakage and disconnection of the connection. SHF / SHS model manual pull-out valve and hose feeder 3- Connections for acidic substances and water: There are also connections that are completely made of plastic and are used for water and acidic things. SHF / SHS model manual pull-out valve and hose feeder 4- Couplings: Couplings are used to temporarily connect two parts of a system. For example, in gas pumps, the fuel nozzle is connected to a coupling, and when refueling, this nozzle is connected to the car's gas tank by the coupling, and after refueling, it is separated from the car. Couplings are available in various sizes and in the form of male and female threads, hose connectors, and you should pay attention to these items when buying. SHF / SHS model manual pull-out valve and hose feeder Special features of SHF / SHS manual pull-out and hose-feeding valve • The pneumatic fitting can withstand a working pressure of 24 bar according to the size of the design. • The ability to install and use pneumatic system connections is very convenient and easy. For this reason, this manual valve between the sliding way and the feeding hose of the SHF / SHS model will be different from other systems. • The rib part of the fittings is made of brass and PBT material can be seen in their body part. • The metal parts of the connections are also plated with nickel or zinc. • O-rings NBR are used to prevent leakage of connections. • Connections of the pneumatic system are supplied in the form of three-way middle rib, swivel knee, straight, etc. This diversity in design causes diversity in the application of the manual valve between the sliding way and the SHF / SHS model hose. • Various types such as NPT, BSPT, METRIC and BSP are used for the gear of the manual valve between the sliding way and the feeding hose of the SHF / SHS model. Important cut when using the manual valve between the sliding way and the pneumatic SHF / SHS model hose feeder After purchasing the SHF/SHS pneumatic model sliding manual valve, you should pay attention to a series of points when using these pneumatic parts and do not use the pneumatic connections in the following conditions: 1- For other uses other than what that particular pneumatic connection was designed and made for. 2- Never touch the release part of the manual valve between the sliding way and the pneumatic SHF / SHS model hose when they are under pressure. (Because this will cause the hose to separate and lead to damage). 3- In places where excessive external pressure is applied to the pneumatic connection due to stretching, bending or twisting (because it causes the body of the pneumatic connection to break and create dangerous situations). 4- In places where there is excessive vibration, rotation and bending. 5- In the places where the hand valve between the sliding way and the pneumatic SHF / SHS model hose are exposed to corrosive, inflammable fluid, chemicals, sea water or water vapor. Also, when buying a hand valve between a slide and a pneumatic hose feeder model SHF / SHS, you should note that these parts are used in machines that are used for purposes such as human life safety, human transportation, or in general emergency safety tools. do not go to work Only use the manual valve between the slide and the pneumatic SHF / SHS model when you have removed all impurities such as dust from them. | Regulator filter model PP4 PP4 model regulator filter is another component of the industrial system. This part is used in places where there are pneumatic systems. The air around us that we breathe has some moisture. When this air is compressed, the moisture along with it is also compressed. The compressed moisture is collected at the bottom of the compressor, but still a large amount of it is transferred by air to the equipment. Moisture seriously damages the equipment. Filters filter this moisture and do not allow moisture and contamination to be transferred to the equipment. The collected water is collected in the filter cup or is drained by the automatic drain. The air that has been filtered must be brought to the right pressure and its pressure must be reduced and actually regulated. The act of regulating is done by the regulator (pressure breaker) and the air is filtered and transferred to the equipment with the right pressure. PP4 model regulator filter sizes Filter regulators are in different sizes and models, which include the following items. 1. The filter sizes of the regulators are: 3", 2", 1", 3/4", 1/2", 3/8", 1/4", 1/8". 2. Drainage of moisture (water) in manual draining models, semi-automatic draining and fully automatic draining. Air regulator filter structure: The air regulator filter consists of several main parts, which include the following: 1. Inlet air adjustment regulator along with wind indicator to observe the inlet air pressure 2. 5 micron fiber or brass filter to capture air moisture and the moisture holding chamber separated from the incoming air 3. The outlet port for the discharge of moisture separated from the inlet air, the filter function of the air regulators: The function of the regulator filter is that the incoming air enters the air adjustment regulator, which can be adjusted from 10 to 0 bar by the air pressure regulator. Regulator filter model PP4 Regulator filter model PP4 Then, after passing through the regulator, the incoming air enters the 5 micron dehumidifier filter and is separated by the incoming air humidity filter, and the dry air without any moisture is directed to the regulator filter outlet and then transferred to the ventilation system. Filter regulator model PP4 or Filter Regulator is one of the industrial parts in the important care unit that is used in many small and large industries. The accuracy and application of standards are important indicators of any industry, and in better words, the lack of these two indicators can create important challenges and disturbances. Industry and engineering have a direct and continuous relationship with each other, and since the accuracy of measurement in engineering is one of the most important discussions, as a result, in industry, which is dependent on engineering plans, measurement and accuracy in doing it are very important. In the industry, the more accurate the measurement, the less the percentage of errors and the higher the efficiency and also the success of the project. In other words, in the industry and production, there are indicators and standards that must be followed seriously. To comply with these standards, specialized companies are working all over the world and each of them produces special parts. In simpler terms, various tools are designed to apply accurate measurements in industries, and several pieces together manage and control a part of an industry. The scope of diversity of measuring instruments in industries is very large. Some of these tools have the ability to measure instantaneously, and by using today's technologies, such as digital data, they announce instantaneous measurement, and some other instruments have mechanical functions, but they are designed and produced based on engineering principles. Standard working conditions of filter regulator model PP4 The regulator filter can be used at a temperature of +40 to -5 degrees Celsius and with a fluid pressure of 10 to 0 bar. Note that if the incoming air is stained with oil or grease, the dehumidifier filter will be greased and unable to absorb moisture. Uses of PP4 model regulator filter: The reason for using filter regulators in the ventilation system is to separate moisture from the air, because if the air used contains moisture, it will cause irreparable problems, which we will mention a few of: 1. Rotting and loss of all O-rings and packings in the air steering jacks and valves and oxidation, rotting and rusting of the body of the air steering jacks and valves. 2. In the paint industry, we can mention the creation of water holes, the unevenness of the paint surface and many different problems. He pointed out in machine building, food, pharmaceutical, health, construction, oil, gas, petrochemical and other industries. Criteria for the regulator filter stone material: Filter material (brass filter-felt filter) Filter micronization (from forty microns to one hundredth of a micron) Appearance and dimensions of the filter Usually, filter stone (filter element) with 40 or 20 micron is used in the filter of existing regulators. 20 micron stone is used in felt filters. Definition of Prerequisite Care Unit Introduction of Filter Regulator The filter regulator is one of the parts used in the maintenance unit of pneumatic systems. In this article, the care unit is the same as the pneumatic care unit, and we intend to introduce one of the most important parts of this section, the regulator filter. Pneumatic systems are used in various industries and in industrial machines. Pneumatic systems, like their importance, are sensitive to different conditions, including polluted and humid air, and they must be supplied with healthy air in order to have proper efficiency, for this reason, different parts are used to create suitable conditions, and their collection is called a care unit. | SPS model pneumatic pressure switch The pneumatic pressure switch works by combining the mechanical properties of compressed air and electricity. Pneumatic pressurizer is a device for controlling and adjusting pressure that is used in compressed air lines. The switch has the concept of changing the situation, which means that in case of any type of pressure change in the pressure system, the switch controls or secures the situation. This product is one of the precision instrument equipment. Pressure works in two normally open and normally close contacts. In the normally closed state, the contacts are closed in the normal state, when the pressure rises too much, the contacts open in order to reduce the pressure. In the normal open mode, the switch remains open until the pressure exceeds its limit, and the contacts close quickly as the pressure rises. To buy a pressure switch, you should pay attention to things such as working pressure range, maximum adjustable pressure, connection size, etc. What is a pneumatic pressure switch or a pressure switch? Pneumatic pressure switch or pressure switch is a pressure control switch and is used to adjust the pressure of tanks or prevent pressure increase in pressurized environments in the industry. The pneumatic pressure switch or pressure controller has an electrical contact and when the pressure reaches the set value, the contact is activated and an electrical signal is sent and the switch is cut off. SPS model pneumatic pressure switch SPS model pneumatic pressure switch Also, pressure switches may be designed in such a way that they disconnect or connect the system when the pressure increases or decreases. Pneumatic pressure switches play an important role in establishing safety and control in pressurized systems, also pressure switches have different types according to usage, working pressure and fluid. How the pneumatic pressure switch works Normally, pressure switches have a diaphragm filled with air. When the air pressure inside the diaphragm changes, the diaphragm plate changes its shape and causes movement in the calibrated spring connected to it (spring calibration means the previous adjustment of the spring in The required size is the same as the range of the switch). The spring is pushed back by applying pressure and returns to its original position when the pressure is removed. This action is transferred to the electrical contact of the pressure switch and causes the operation of the pressure switch. The spring is set in different ranges for low or high pressures. Depending on the selected range, this spring opens or compresses. Depending on the type of fluid or gas that comes into contact with the diaphragm, the diaphragm has different types, such as: fibrous, plastic, Metal and.. Types of pneumatic switch pressure Differential pressure switch Diaphragm switch pressure Capsule pressure switch Diaphragm switch pressure Bellows pressure switch Bardoni pressure switch Piston pressure switch Types of pressure switch in terms of working fluid Pneumatic Hydraulic Pneumatic pressure switch This type of pressure switch is an air pressure switch and is one of the simplest types of pressure switches and is mostly used in pneumatic systems or air compressors. Other applications of pneumatic pressure switches include the following: When taking water, it automatically controls the domestic water pump, taking into account the pressure in the pipes. This pressure switch automatically turns off the air compressor when the pressure reaches the set level in the air compressor tank. The pneumatic pressure switch is used to control the charge inside the battery cell. If the pressure in the cockpit becomes too low due to the increase in altitude, it will automatically turn on the warning light in the cockpit of the aircraft. This switch is used to count the traffic of vehicles on the streets and fuel stations using a tube filled with air placed on the floor of the street or work station. Hydraulic pressure switch These types of pressure switches have many uses in cars, for example to warn if the engine oil pressure falls below the safe level. Before the 1960s, pressure switches were used in the hydraulic brake circuit to control the power to the brake light. In newer cars, it uses a switch directly activated by the brake pedal. The types of high-pressure hydraulic switches are as follows: Steam pressure switch gas Explosion Proof Water We will explain it further. Steam switch pressure: Their function is with steam. Steam pressure switches must be able to withstand high temperature and humidity. Steam pressure switches are used to cool water, oil, air and hydrogen fluoride. These types of pressure switches are NC or NO, and when the pressure reaches the set values, the alarm is turned on. Gas switch pressure: In this type of pressure switch, sparking in the electrical part should be prevented as much as possible. Gas pressure switches are also used for flammable gases. Explosion-proof pressure switch: This type of pressure switch is used in cases where there is a risk of fire caused by sparks and flammable gas. The explosion-proof pressure switch enclosure is resistant to sparks and the penetration of environmental gases. Water switch pressure: This type of pressure switch is used in hydraulic industries such as automobiles to display a warning when the engine oil pressure is lower than the acceptable level or to control the automatic locking of the automatic transmission torque. Also, these pressure switches are widely used in water pumps and water supply lines. | ||||||||||||
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