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Sensitive millibar regulator model Precision Regulator – PER series
● PER3 series (size 3/8)
● Very precise pressure adjustment
● Startup stability
● Flow stability
● High downstream relief capacity automatically
● Temperature stability
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Categories: brand, filteration, Pneumatic, Sensitive millibar regulator, TPC, TPC filtration
Brand: TPC
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رگولاتور میلی بار حساس مدل Precision Regulator - PER series[/caption]
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| Settings | Sensitive millibar regulator model Precision Regulator - PER series remove | Polyurethane Tube Polyurethane Hose Model ST remove | ACPW mini pneumatic pen jack remove | TPS-9 model digital pressure switch remove | SPSA model digital pressure switch remove | DPSA model digital pressure switch remove | ||||||||||||||
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| Name | Sensitive millibar regulator model Precision Regulator - PER series remove | Polyurethane Tube Polyurethane Hose Model ST remove | ACPW mini pneumatic pen jack remove | TPS-9 model digital pressure switch remove | SPSA model digital pressure switch remove | DPSA model digital pressure switch remove | ||||||||||||||
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| Description | ● بدنه استیل ضد زنگ . | ● 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
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● 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
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▪ Digital pressure sensor with high accuracy
▪ LCD screen with high brightness.
▪ High resolution: 1/1000 ▪ Convertable pressure unit - Combination pressure: kPa, kgf/cm2, bar, psi, mmHg, mmH2O, inHg - Standard pressure: kPa, kgf/cm2, bar, psi, Mpa
▪ Different output modes: Hysteresis mode, One point selting mode. 2 independent output mode, comparative window output mode
▪ Prevent chatter for output (selectable response time: 2.5, 5, 100, 500 milliseconds)
▪ Analog output scale function (1-5VDC).
▪ Reverse polarity protection circuit and excess current
▪ Zero point setting function ▪ Display peak and hold low
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| Content | 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 | 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. | 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. | DPSA model digital pressure switchDPSA model 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 DPSA model digital pressure switch, you should pay attention to things like working pressure range, adjustable maximum pressure, connection size, etc. What is DPSA 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. DPSA model digital pressure switch or pressure controller has an electrical contact and when the pressure reaches At the set value, the contact is activated and an electrical signal is sent and the switch is closed. DPSA model digital pressure switch DPSA 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. DPSA 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 DPSA 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.. DPSA 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 Types of DPSA model digital pressure switch in terms of working fluid Pneumatic Hydraulic DPSA 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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● بدنه استیل ضد زنگ
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▪ Digital pressure sensor with high accuracy
▪ LCD screen with high brightness.
▪ High resolution: 1/1000 ▪ Convertable pressure unit - Combination pressure: kPa, kgf/cm2, bar, psi, mmHg, mmH2O, inHg - Standard pressure: kPa, kgf/cm2, bar, psi, Mpa
▪ Different output modes: Hysteresis mode, One point selting mode. 2 independent output mode, comparative window output mode
▪ Prevent chatter for output (selectable response time: 2.5, 5, 100, 500 milliseconds)
▪ Analog output scale function (1-5VDC).
▪ Reverse polarity protection circuit and excess current
▪ Zero point setting function ▪ Display peak and hold low
- Speed controller with internal pilot check valve
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