2021-11-15

MEDICAL DEVICE MANUFACTURERS – WE HAVE YOUR VALVE

Dependability and precision are the hallmarks of any product required in the medical industry. PeterPaul has the technology, quality and dedication to support the stringent requirements of medical industry valve applications.

PeterPaul valves can be found in medical gas instrumentation systems, industrial gas measuring, instrumentation devices and medical equipment. A variety of medical equipment applications such as adjustable beds, dental office air, liquid applications, and valves for air monitoring systems.

All PeterPaul valves are engineered to handle the most demanding operating conditions. Rest assured, there is no failure, bubble-tight and smooth operations for all your applications.

MEDICAL SOLENOID VALVES

PeterPaul products have a wide range of features which makes them suitable for medical applications, these include:

Small and compact valves for small spaces
Lightweight valves when portability is a need
Quiet and smooth operation
Low power and energy consumption provides e¬fficiency and reduce the environmental footprint.
A wide variety of voltages are available suiting different applications
Several seal materials that accommodate different media
A large variety of coil electrical connections is available
Stacking multifunction valves (up to 10 stations) is easy due to PeterPaul’s design and extremely Cost-effective
Valves are available in aluminium, stainless steel, brass and plastic
The simple manifold mount allows for many different applications based on the number of valves needed
A welded body to the sleeve and the weld in tubes for port connections provide leak-proof and cleanliness
Power ranges as low as .5 to 18 watts
Orifice sizes are available from .6 mil-3” to accommodate nearly any flow requirement
10-32 ports or manifold mount
Type of ports: NPT, UNF, BSPT and SAE

Total temperature range:

(Class A, non-molded coil rated at 105 degrees C)
(Class F, molded coil rated at 155 degrees C)
(Class H, molded coil rated 180 degrees C)

Certifications: U.L., CSA, NSF

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DIODE RECTIFIED COIL VALVE

Advanced electronic design technology has led to the production of these AC input, DC operation valves
Quiet, “no click” performance and cooler running temperatures are used extensively where noise and heat are undesirable
Available in all valves

PLASTIC VALVES

The revolutionary design uses an all-plastic bobbin core as the sleeve, simplifying its manufacture, providing a low cost, high-quality part
The finished assembly is over moulded with Dupont® Rynite®
Applications include laboratory equipment and media analysis devices
1/8” NPT with a plastic body

MAGNET LATCHING

Low-power design for medical environments where power is limited or continuous power application causes unwanted coil heat
External latching component adapts to any Series 20, 30 or 80 valve.
Single encapsulated coil/magnet assembly, brass body, and an integral form “A“ DIN connection
Standard in 6, 12, 24, and 28 volts DC. Other voltages available

SUBMERSIBLE VALVES

Designed for applications where the valve can be completely submerged
Water-resistant for immersible or wetted equipment and submerged operations
2 and 3-way valves available with 1 or 2 lead wires

WELDED TUBES AND FITTINGS

Designed to meet stringent purity requirements in analysis equipment and other applications requiring all welded components
Available with various options including 3-way operation and diode rectifer coils for quiet operation
Continuous operation at maximum rated pressure

STACKING VALVES

Applications include laboratory analysis equipment.
Design of stacking valve bodies for Series 15/50 valves calls for a passivated stainless steel or aluminium body
Common in, common out, 2-way and 3-way versions available

MANIFOLDS

Custom integration of components based on customer requirements
Unlimited interface options for media, power, and components

VACUUM VALVES

Uses include vacuum chambers for sterilization
Feature high flows, bubble tight standard vacuum ¬fittings, and standard flanges for international use, and where purity requirements allow no trapped particles on the inner diameter

HIGH PRESSURE VALVES

Up to 5000 PSI
Kel-F pin sealing element
Ori¬fice guides the sealing pin for perfect alignment
Simple construction, only three moving parts

APPLICATION EXAMPLE

Opportunity: To develop a reliable and leak-free high-pressure unit for argon, helium, nitrous oxide and other media in cryoablation applications with a small footprint.

Solution: Design a four-station manifold to remove leak points by eliminating plumbing.

Applied Application: Used to control the flow of the high-pressure gas into syringes for cryoablation surgery, where gas is used to freeze cancer cells.

Benefit 1: PeterPaul valves allow the HPE process to yield pure dry hydrogen.

Benefit 2: By pressurizing the hydrogen in the electrolyser, the need for an external high-pressure compressor is eliminated.

Benefit 3: Reduces assembly costs and is aesthetically more appealing with a more organized system that includes a desiccant drying system as well as controlling the delivery with solenoid valves.