AVENTICS filter pressure regulating valve R412009210 in stock

Brand

AVENTICS/Germany

Application Areas

Environmental Protection, Chemical Industry, Petroleum, Energy, Comprehensive

AVENTICS Filters - Pressure Regulators

If an AVENTICS pressure regulator fails to reduce pressure, it can easily cause the hose to detach, leading to gas leaks and potentially disastrous consequences. Pressure Reduction Principle: High-pressure media is forced through a small orifice into a relatively large chamber, achieving pressure reduction through flow throttling. The diaphragm or piston has an outlet on one side and the manually applied pressure on the other. The valve stem, which controls the size of the orifice, is connected to the diaphragm (piston).

AVENTICS Filter - Pressure Regulator Series AS5-FRER412009210 (Germany)

Specifications

Components

Filter - Pressure Regulator

Air Cup

PC container with PA protective basket

Connection

G 1

Rated Flow Rate Qn

14000 l/min

Filter Orifice Diameter

5 µm

Condensation Removal

Fully Automatic, Opens Without Pressure

Pressure Gauge

With Pressure Gauge

Minimum Operating Pressure

1.5 bar

Maximum Operating Pressure

16 bar

Lowest Ambient Temperature

-10 °C

Maximum Ambient Temperature

50 °C

Pressure Adjustment Range min.

0.5 bar

Pressure Adjustment Range max.

8 bar

Closing Method, Closure Type

For Padlocks

Structural Features

One-piece

Structural Features

Can be assembled into blocks

Pressure Delivery

Single

Installation Position

Vertical

Regulator Model

Diaphragm Pressure Regulator

Adjustment Function

With Secondary Venting

Maximum self-ventilation consumption:

1.5 l/min

Filter cartridge:

Replaceable

Filter cup volume:

87 cm³

Maximum compressed air class achievable according to ISO 8573-1:2010 standard:

6:7:-

Media:

Compressed air, neutral gas

Features:

This modular, multi-functional series can integrate various functions.

Compact size saves space.

Reduced energy consumption.

Lightweight.

Easy-to-use design.

Dedicated safety components for reliability and safety.

Simplified assembly and reduced maintenance.

AVENTICS pressure regulating valve working principle:

AVENTICS pressure regulating valves are essentially pressure reducing valves. Their working principle is as follows: high-pressure media is forced through a small orifice into a relatively large chamber, achieving pressure reduction. This is achieved through flow throttling. One side of the diaphragm or piston is the outlet chamber, and the other side receives the applied pressure. A valve stem controlling the orifice size is connected to the diaphragm (piston). Thus, as long as a fixed pressure is applied, the pressure in the outlet chamber will always equal that pressure. This applied pressure can be provided by a spring, air source, or hydraulic source.

AVENTICS Pressure Regulating Valve Types

AVENTICS pressure regulating valves are classified according to their application and function, main parameters, pressure, medium operating temperature, special applications (i.e., special/dedicated valves), driving energy source, and structure. The most common classification method is by structure, dividing regulating valves into nine main categories: six linear stroke and three rotary stroke.

AVENTICS Pressure Regulating Valve Function

What are filter pressure regulating valves used for? Pressure reduction. Pneumatic valve positioners are designed and operate based on the principle of force balance. When the signal pressure entering the bellows increases, lever 2 rotates around the fulcrum, bringing the baffle closer to the nozzle. The nozzle back pressure, amplified by the amplifier, is sent to the diaphragm actuator's air chamber, causing the valve stem to move downwards and driving the feedback rod (rocker arm) to rotate around the fulcrum. The feedback cam (eccentric cam) connected to the same shaft also rotates counterclockwise, causing lever 1 to rotate around the fulcrum via rollers. This stretches the feedback spring, and the instrument reaches equilibrium when the spring's tension on lever 2 and the force exerted by the signal pressure on the bellows reach torque balance. At this point, a specific signal pressure corresponds to a specific valve position. This is the direct-acting mechanism. To change the mechanism, simply flip the cam, changing direction A to direction B, etc.

A direct-acting positioner increases the output pressure as the signal pressure increases; a reverse-acting positioner decreases the output pressure as the signal pressure increases. A direct-acting actuator, when equipped with a reverse-acting positioner, can achieve the action of a reverse-acting actuator; conversely, a reverse-acting actuator, when equipped with a reverse-acting positioner, can achieve the action of a direct-acting actuator. Related websites (with attached image) Control valves typically consist of an electric or pneumatic actuator and a valve body. Linear stroke valves mainly come in two types: single-seat and double-seat. The latter features high flow capacity, low imbalance, and stable operation, making it particularly suitable for applications with high flow rates, high pressure drops, and low leakage. Rotary stroke valves mainly include: V-type electric control ball valves, electric butterfly valves, ventilation control valves, and eccentric butterfly valves.

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Our company sources many European and American brands directly from overseas.

Short delivery time, low prices, and we handle customs clearance ourselves. New and existing customers are welcome to inquire and purchase!

Our business scope includes:

Hydraulic components:

Solenoid directional valves, directional valves, check valves, stack valves, relief valves, counterbalancing valves, proportional valves, manual directional valves, flow valves, pressure reducing valves,

Throttle valves, pressure control valves, back pressure valves, filling valves, flow dividers, shuttle valves, pressure relays, cartridge valves, pneumatic valves, piston pumps,

Gear pumps, vane pumps, cycloidal hydraulic motors, oil coolers, hydraulic cylinders, etc.;

Pneumatic components:

Air source processor assemblies, filters, pressure regulating valves, oil feeders, solenoid valves, pneumatic valves, angle seat valves, manual valves, hand-operated valves, foot valves,

Mechanical valves, check valves, vacuum generators, cylinders, magnetic switches, shock absorbers, pressure gauges, quick couplings, floating couplings,

Pressure gauge switches, water coolers, electric positioners, PU tubing, vacuum suction cups, oil filters, vibrators;

Electrical components:

Relays, sensors, converters, proximity switches, encoders, programmable logic controllers (PLCs); The company maintains a large inventory, with standard parts readily available. To better serve customers across various industries, the company also distributes other spare parts, utilizing professional sourcing channels and offering reasonable prices.

The company's products are widely used in industrial machinery, machine tools, plastics machinery, shoe machinery, brick machinery, metallurgy, mining, chemical industry, papermaking, coal industry, shipbuilding, power generation, construction machinery, environmental protection machinery, and many other fields.