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Sistemas de utilidad de Cleanroom
Z Válvula de punto de uso de vacío por
A compact manual 316L angle valve that gives a cleanroom user direct vacuum isolation through two KF16 ports, a bellows-isolated stem, FKM seat sealing and an accessible black handwheel.
- DN10 vacuum angle valve with dual KF16 ports
- 316L stainless flow body with bellows-isolated motion
- Manual handwheel isolation from 1 x 10^-7 mbar to 5 bar absolute
Introducción del producto
The Vacuum Point-of-Use Valve is a single terminal isolation device for connecting a cleanroom tool, chamber or laboratory user to a central vacuum branch. The locked catalogue configuration uses one compact DN10 right-angle body, two KF16 vacuum flanges, one vertical bonnet, one bellows-isolated stem, one soft-seat poppet and one removable black manual handwheel. Natural uncoated 316L stainless surfaces provide a durable metallic utility interface, while FKM plate and bonnet seals support a published high-vacuum-to-positive-absolute-pressure operating envelope when media compatibility and leak criteria are matched to the duty. The angle path changes flow direction within the valve, allowing an accessible operator at a constrained service point without presenting an exposed sliding stem seal to the vacuum bore. This is one valve, not the supported pipe ring, tee, drain and rack represented by ID 1933, and it is not a positive-pressure gas regulator or flow-control valve.
Características clave
Two ISO-KF16 flange faces create repeatable demountable boundaries for the supported branch and point-of-use connection
Bellows-isolated stem motion keeps the operating mechanism separated from the evacuated flow path
AISI 316L wetted metal provides corrosion resistance and low-shedding natural stainless surfaces for clean utility installations
The manual black handwheel gives local open-close control without instrument air, wiring, solenoid heat or controller setup
FKM plate and bonnet seals provide a practical high-vacuum soft-seal configuration when compatible with the process gas and cleaning method
The DN10 bore and short angle path preserve useful molecular-flow conductance for a compact terminal outlet
Any-orientation mounting allows the handwheel and user port to remain accessible while connected tubing is independently supported
Preocupaciones del producto del cliente
A terminal vacuum valve must isolate inward leakage without sacrificing conductance, contaminating the line or transferring installation loads into small vacuum flanges.
A valve sold only for positive-pressure gas duty may seal outward yet admit air through its stem packing under vacuumUse a vacuum-rated angle valve with bellows-isolated stem motion and verify the complete body, seat and bonnet leak specification at the required absolute pressure.
An oversized or tortuous terminal valve can slow evacuation even when the central pump has adequate capacityMatch the DN10 bore and KF16 conductance to user volume, target pressure and acceptable pump-down time before freezing the point-of-use size.
Pipe weight or misaligned clamps can distort a small flange and create an intermittent virtual or external leakSupport both connected runs independently, align the KF16 centering rings and tighten the clamps evenly without using the valve as a structural hanger.
A general elastomer may swell, outgas or lose sealing force when exposed to process vapor or aggressive cleaning chemistryConfirm FKM compatibility for the actual gas, vapor and cleaning method, or select a qualified alternate seal and repeat the leak acceptance test.
Users may mistake a local shut-off handwheel for a pressure-setting control and operate the process at an unstable vacuum levelTreat this device as open-close isolation; add a separately selected pressure controller and throttling valve when closed-loop absolute-pressure control is required.
A point-of-use connection left open during hose removal can pull room air and particles into the central branchClose the valve before disconnecting the user, vent the local volume safely and cap the exposed KF interface with clean compatible hardware.
Aplicaciones típicas
Cleanroom process-tool vacuum isolation at a local utility dropLaboratory chamber and instrument evacuation connectionsSemiconductor and electronics equipment service vacuum outletsPackaging, pick-and-place and fixture vacuum stations in controlled areasPilot-scale pharmaceutical equipment utility connections downstream of suitable protectionGeneral dry, clean and inert-gas vacuum service within the selected seal compatibility range
Parámetros técnicos
The catalogue basis is one purchasable SKU-class manual DN10 vacuum angle valve with two KF16 ports, a natural-silver AISI 316L body, one vertical bonnet, bellows-isolated stem travel, FKM plate/bonnet sealing and one removable black handwheel. The representative published range is 1 x 10^-7 mbar to 5 bar absolute, with approximately 5 L/s molecular-flow conductance for the KF16/DN10 configuration. The upstream flange joins an independently supported vacuum branch and the perpendicular flange faces the tool or capped service connection. Final seal compound, cleanliness preparation, allowable differential pressure and leak-test acceptance remain selectable for the process.
| Materiales Core | AISI 316L / 1.4404-class stainless valve body, poppet and bellows assembly with FKM plate and bonnet sealing |
|---|---|
| Panel de espesor | 2.0 mm nominal 316L support-bracket thickness when a separate point-of-use mounting bracket is selected |
| Ancho efectivo | 29.97 mm KF16 flange outside diameter with DN10 nominal valve bore |
| Longitud máxima | Up to 100 mm representative overall valve envelope before connected tube or cap hardware |
| Acero frente a espesor | 0 mm separate steel facing; the product uses a solid stainless valve body |
| Densidad Core | Approximately 8000 kg/m³ representative density for AISI 316L stainless steel |
| Conductividad térmica | Approximately 15 W/(m·K) near 20°C for representative AISI 316L stainless steel |
| Superficie acabada | Uncoated natural-silver 316L body with neutral satin exterior and clean machined KF sealing faces; black polymer handwheel |
| Tipo conjunto | Two ISO-KF16 vacuum flange interfaces using matched centering rings, FKM O-rings and external clamps |
| Customization | Disponible según la aplicación prevista y el entorno operativo. |
Opciones disponibles
KF16, KF25 or application-sized vacuum ports selected from conductance and user connection requirementsManual removable handwheel or normally closed pneumatic actuator with optional position indicationFKM, FFKM or process-qualified alternate soft-seal compoundsCF metal-seal configuration for higher-vacuum or elevated-bake requirementsCleaned, bagged or higher-purity surface preparation matched to the contamination-control planPanel, wall or equipment-frame support bracket that does not load the vacuum flangesClean blanking cap, hose adapter or rigid tool connection supplied as separately selected interface hardware
Planning a Vacuum Point-of-Use Valve specification?
Envíenos sus dimensiones, condiciones de instalación, objetivos de rendimiento y acabado superficial requerido.
