FESTO control valve MN1H-5/2-D-3-FRC in stock.

Brand

FESTO/Germany

Application Areas

Environmental Protection, Biotechnology, Petroleum, Pharmaceuticals/Biopharmaceuticals, General Industry

FESTO Standard Directional Control Valve Characteristics: Electro- or pneumatically controlled valve; With internal or external pilot air source; Pneumatic or mechanical reset; Specific types compliant with ATEX directives, suitable for potentially explosive applications. The flow characteristics requirements of FESTO standard directional control valves can be simplified and standardized (e.g., producing only linear characteristic control valves). Intelligent functional modules enable communication with the controlled object. This significantly reduces the types and varieties of FESTO standard directional control valves, simplifies the manufacturing process, and ensures proven and recognized performance in production and the market. Digital communication. Digital communication will be widely used in the control of sanitary valves. Based on the HART communication protocol, the valve positioner of the FESTO standard directional control valve realizes input signals and valve position signals on the same transmission line. Based on fieldbus technology, the FESTO standard directional control valve, combined with valve positioners and PID control function modules, enables control functions to be realized at the field level, dispersing hazards and making control more timely and rapid. Intelligent valve positioner.

FESTO Standard Directional Control Valve Characteristics:

Electro- or pneumatically controlled valve; with internal or external pilot air source; pneumatic or mechanical reset; specific types compliant with ATEX directives, suitable for potentially explosive environments; flow characteristic requirements for FESTO standard directional control valves can be simplified and standardized (e.g., production of linear characteristic control valves only).

Intelligent function modules enable communication with the controlled object, significantly reducing the types and varieties of FESTO standard directional control valves, simplifying the manufacturing process, and ensuring their proven and recognized performance in production and the market.

Digital Communication: Digital communication will be widely used in the control of sanitary valves. Based on the HART communication protocol, the FESTO standard directional control valve's valve positioner implements input signals and valve position signals on the same transmission line. Based on fieldbus technology, the FESTO standard directional control valve, combined with valve positioners and PID control function modules, enables control functions to be implemented at the field level, dispersing risks and making control more timely and rapid.

Intelligent Valve Positioning: The FESTO standard directional control valve's valve positioner possesses the functions of a valve positioner while also understanding the dynamic and static characteristics of ball valves, improving the control accuracy of the control valve. Therefore, intelligent valve positioners will become an important auxiliary device for control valves and will be widely used in the near future.

The standardization of the FESTO standard directional control valve is reflected in the following aspects:

① For butterfly valve compatibility, control valves of the same size and specifications from different manufacturers are interchangeable, saving users time in selecting manufacturers.

② For interoperability, control valves manufactured by non-pneumatic ball valve manufacturers should be able to work with products from other manufacturers without signal mismatch or impedance mismatch.

③ Standardized diagnostic software and other auxiliary electric ball valves enable control valves from different manufacturers to perform operational status diagnosis and operational data analysis. Festo standard directional control valve basic parameters: Flow rate 400...14,000 l/min; Voltage 12, 24, 48 V DC, 24, 48, 110, 230 V AC; Port specifications G1/8, G1/4, ISO1; G3/8, ISO2; G1/2, ISO3; G3/4, ISO4; Plate valve.

Festo control valves are classified by function: FESTO standard directional control valves, check valves, and directional valves, are used to control the direction of oil flow to achieve the starting, stopping, forward, and reverse movement of actuators. FESTO pressure control valves, such as relief valves, pressure reducing valves, and sequence valves, are used to control the pressure in hydraulic systems to meet the force, torque, or operational sequence control required by actuators. FESTO flow control valves, such as throttle valves and speed control valves, are used to control the flow rate of hydraulic fluid in a hydraulic system to achieve the required speed of movement for actuators.

Festo standard directional control valve product models: 546714VSPA-B-B52-A15/2, 546724VSPA-B-B52-A25/2, 546715VSPA-B-D52-A15/2, 546725VSPA-B-D52-A25/2, 546716VSPA-B-M52-A-A15/2, 546726VSPA-B-M52-A-A25/2, 546717VSPA-B-M52-M-A15/2, 546727VSPA-B-M52-M-A25/2, 546720VSPA-B-P53C-A15/3 546730VSPA-B-P53C-A25/3 546719VSPA-B-P53E-A15/3 546729VSPA-B-P53E-A25/3 FESTO Standard Directional Control Valve

Technical Specifications

Valve Function

Two-position 5-way, monostable

Actuation Method

Electrically controlled

Width

65 mm

Standard Nominal Flow Rate

4500 l/min

Working Port

Base Size 3, conforming to ISO 5599-1 standard G1/2

Working Voltage

Through solenoid coil, must be ordered separately

Working Pressure

0.3 MPa ... 1 MPa

Working Pressure

3 bar ... 10 bar

Structural Features

Piston gate valve

Reset Type

Spring return

Certifications

c UL us - Certification (OL)

Marine Classification

See certificate

Protection Class

IP65

Nominal Diameter

14.5 mm

Grid Size

71 mm

Exhaust Function

With Throttling Option

Sealing Principle

Soft Seal

Installation Position

Optional

Compliant with Standards

ISO 5599-1

Manual Control

Push-button Lock via Accessory

ISO Specification

352

Pilot Type

Pilot Drive

Pilot Air Source

Internal Pilot

Flow Direction

Irreversible

Symbol

00991003

Overlap

Positive Overlap

Close Time

74 ms

Open Time

33 ms

Maximum Positive Test Pulse for Signal 0

3700 µs

Maximum Negative Test Pulse for Signal 1

4600 µs

Working Medium

Compressed air, compliant with ISO 8573-1:2010 [7:4:4]

Working and Pilot Medium Description

Can be operated with lubricating medium (must continue to operate with lubricating medium)

Vibration Resistance

Transportation application test, severity level 1. Complies with FN 942017-4 and EN 60068-2-6 standards

Impact Resistance

Impact test, severity level

2. Complies with FN 942017-5 and EN 60068-2-27

Paint Wetting Defect Substance (PWIS) Compliance

VDMA24364-B1/B2-L

Medium Temperature

-5 °C ... 50 °C

Sound Pressure Level

85 dB(A)

Ambient Temperature

-5 °C ... 50 °C

Product Weight

1000 g

Electrical Interface

Through N1 type coil, must be ordered separately

Mounting Method

Through through holes and screws on the base

Pilot Exhaust Port 84

M5

Air Inlet, Port 1

Base Specification 3, Complies with ISO 5599-1 standard

Air Inlet, Port 2

Base Specification 3, Complies with ISO 5599-1 Standard

Air Interface, Air Port 3

Air Manifold Specification 3, Compliant with ISO 5599-1 Standard

Air Interface, Air Port 4

Base Specification 3, Compliant with ISO 5599-1 Standard

Air Interface, Air Port 5

Base Specification 3, Compliant with ISO 5599-1 Standard

Material Specification

RoHS Compliant

Sealing Material

HNBRNBR

Housing Material

Die-cast Aluminum