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UV Water Purifier

  • Model Number PCO2 CO2
PCO2 CO2 Purifiers from Parker domnick hunter offer a comprehensive solution to preserve and guarantee the quality of gaseous carbon dioxide used in sparkling beverage bottling.

PCO2 CO2 Purifiers from Parker domnick hunter offer a comprehensive solution to preserve and guarantee the quality of gaseous carbon dioxide used in sparkling beverage bottling. Using multi-layer gas polishing technology, the PCO2 CO2 Purifiers includes Maxi PCO2 and Mplus PCO2 for plant scale protection. Operating as a vapor polisher to remove a wide range of potential carbon dioxide impurities, the system guarantees the gas quality so it remains within industry and company guidelines, preventing detrimental consequences to the finished end beverage, producers reputation and their bottom-line. PCO2 CO2 Purifiers are the beverage industry preferred choice and are installed in over 150 countries worldwide. Features & Benefits Comprehensive 5 stage polishing technology with optional 6th stage validated sterile gas filter Simple installation Compact design Low maintenance Low pressure drop Meets ISO9001:2000 standards Materials of construction independent verifications to comp ly with FDA Code of Federal Regulations title 21 CFR Carbon dioxide quality guaranteed Protection against impurities known to create beverage flavor defects Ensures carbon dioxide meets industry and company specifications and guidelines International sales and service support - purecareTM
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QUICK-DISCONNECT COUPLINGS

  • MAXIMUM OPERATING PRESSURE (PSIG) 3000, 1000
  • BURST PRESSURE (PSI) 7500, 2500
  • MINIMUM FLUID TEMPERATURE (F) -65
Thread-together style self-sealing quick disconnect (QD) couplings are designed for connecting ground support carts to the aircraft. The ground service equipment QD provides reliable performance, simple one hand operation, and positive latching.Parker Stratoflexs ground service equipment (GSE) quick disconnect (QD) couplings provide a proven solution for making the connection from the hydraulic ground service cart to the aircraft hydraulic system supporting routine ground maintenance. These GSE QDs are specifically designed as the interface from ground cart to aircraft for 3, 000 psig hydraulic systems and are commonly used on both commercial and military programs. The flight side QD nipple half and cap are typically installed on the aircraft hydraulic system service panel or in other locations where appropriate to provide the access point for the hydraulic system servicing connection interface.

The GSE QDs use established engineering and design experience to provide this thread-together style connection with a visual and touch confirmation of proper coupling to improve both time and safety. The design incorporates a ratchet-tooth style latching mechanism to ensure that once the two coupling halves are threaded together and fully connected, they are positively locked in place. The ratchet teeth engage to prevent unintentional disconnection of the coupling halves; they provide a secondary locking feature for added safety and security. To disconnect, the outer actuating collar on the coupler half (ground side) is pulled back, releasing the ratchet teeth engagement and while being pulled back, rotated in the counterclockwise direction until fully unthreaded.

GSE couplings incorporate a self-sealing valve that permits fluid flow with minimum pressure loss and turbulence, plus a flush-faced design minimizes air inclusion or spillage during coupling or uncoupling. The design allows for simple one-handed operation to connect (thread-on) or disconnect (unthread) the coupling halves during ground service and maintenance of the hydraulic fluid system. As the coupling halves are threaded together, the fluid-flow path opens and when in the fully-open position (hand tight, ratchet teeth fully engaged), the GSE QD connection is complete.

The GSE QD consists of two halves, the nipple (441xx series) which is mounted on the aircraft and provides access to the aircraft hydraulic system. The coupler (440xx series) is the interface on the hydraulic ground service cart. The nipple QD half has provision for a latching cap to be installed (C44000 series) to ensure protection of the sealing surfaces during normal aircraft operation. The ground coupler QD half can be protected from foreign object damage, dropping and dragging handling damage in the sometimes harsh ground cart environments using the latching plug (P44000 series). Parkers GSE QDs provide proven reliability for todays standard interface for aircraft utilizing 3, 000 psig hydraulic systems.

See the Parker Stratoflex product brochure (Catalog 106-GSE) for size and dimensional information.

Standard QD end fittings include:
SAE MS33656, MS33657 male flared fitting
SAE AS4395, AS4396 male flared fitting
SAE AS33514, AS33515 male flareless fitting

The GSE quick disconnect series has been proven over years of service and a history of reliability both in the air on the ground. The baseline qualification for this product is built on the applicable requirements of industry standard SAE AS1709 specification.
For 4, 000 and 5, 000 psig hydraulic operating system pressures, Parker Stratoflex offers our robust Thread-Lok QD product adapted specifically for ground service applications. Thread-Lok applications are ideal for high vibration, shock, and impulse load environments. The mechanical advantage of connecting the coupling halves with a thread-together design, often provide the most robust performance in systems including engines, landing gear and brake systems.
Contact the Stratoflex Products Division with interface and performance requirements to determine if this product is the best choice for your installation and application.

APPLICATIONS:
Parkers GSE QD provides positive latching with efficient size, light weight, and high reliability to support hydraulic systems in service on todays aircraft. Programs include A-10, C-130, CH-47, H-60, Embraer E170, E190, Bombardier CRJ series and a range of current and new aircraft platforms for both military and commercial jets.

FEATURES AND ATTRIBUTES:
Designed to protect system integrity without restricting fluid flow rate or operation
Engineered, tested, and qualified to provide long-term reliable service for hydraulic service connections on 3, 000 psig operating systems
Thread to connect with positive visual and touch indication of fully-connected and latched position
Meets performance requirements of SAE specification AS1709; see 44000 QD qualification
Efficient size and flow-rate combination for hydraulic system applications
Light-weight design
Simple, one hand connect and disconnect operation for ease of use
Range of end-fitting styles and fluid-compatibility options available
Aluminum alloy and stainless steel construction
Approved on U.S. Government selected NSNs
Locking caps C44000 series for use on 441XX series QD nipples (aircraft side)
Locking plugs P44000 series for use on 440XX series QD couplers (ground side)

OPTIONAL FEATURES:
Standard configuration is available in aluminum alloy body construction. Component materials include stainless steel and other materials compatible with specific fluid applications. Contact the Stratoflex Products Division for any other specific material, fluid, or pressure requirements and information.
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SLIDE-LOK QUICK-DISCONNECT COUPLINGS

  • MAXIMUM OPERATING PRESSURE (PSIG) 4000, 1000
  • MINIMUM OPERATING PRESSURE (PSIG) -5
  • BURST PRESSURE (PSI) 10, 000, 2500
Couplings from the Slide-LokTM quick disconnect series are ideal selections when size, weight, performance, and reliability are critical in cooling, fuel, hydraulic, and pneumatic system applications across a variety of temperature and pressure ranges.

Couplings from the Slide-LokTM quick disconnect series are ideal selections when size, weight, performance, and reliability are critical in cooling, fuel, hydraulic, and pneumatic system applications across a variety of temperature and pressure ranges.
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SINGLE SHUT-OFF COUPLINGS

  • FLUID TYPE Skydrol
  • PROOF PRESSURE 6, 000 psig, 4, 500 psig, 1, 800 psig
  • BURST PRESSURE (PSI) 7, 500 psig, 3, 600 psig
  • MINIMUM FLUID TEMPERATURE (F) -65
Lightweight and highly-reliable connection providing self-sealing capability on one side of the connection when the single shut-off coupling is disconnected from the mating fitting.

Parker Stratoflexs single shut-off coupling (SSC) is designed with self-sealing valving to prevent fluid leakage when disconnected from the fluid system. The SSC provides one-side sealing of fluid when disconnected. Used in aircraft hydraulic systems and located at the interface of the engine-driven pump or similar equipment, the SSC is installed on the flexible hose assembly and threads on to an industry standard fitting at the pump, SAE AS4375, AS33514 or bulkhead fitting equivalents.

Operation and use of the SSC is simple, positive and reliable. In the fully connected and torqued (installed) position, the SSC valving is open to flow and provides low pressure drop performance. To uncouple, the SSC outer collar is untorqued and unthreaded from the mating standard male fitting. As the SSC is unthreading, the internal valving seals and prevents excess loss of fluid from the SSC and flex hose side of the connection. The standard fitting side remains open, with no self-sealing valving on that side of the connection to retain fluid. Once fully disconnected, the pump or mating equipment and fitting are able to be removed and replaced as required.

Parker Stratoflex SSCs use proven engineering and design experience to provide a small size and light weight design with performance requirements to meet industry Standard SAE AS1896.

Standard SSC end fittings include:
SSC male fitting (hose connection side): SAE AS4375, AS33514
SSC mates with equipment fitting (pump side): SAE AS4375, AS33514, AS4376, AS33515

APPLICATIONS:
The single shut-off couplings are used on a variety of aerospace and related applications where proven performance and sealing on one-side only when disconnected is a key requirement along with small size, light weight, and high reliability are important for systems in service today. Programs using the Parker Aerospace SSC include military aircraft hydraulic systems for C-5, C-17, P-8, 767-2C tanker, A400M, and commercial hydraulic systems for 737NG, 747-400, 757, 767, 777, 787, A350 and the Dash-8-400.

FEATURES AND ATTRIBUTES:
Provides ease of system maintenance in removing engine-driven hydraulic pump or similar equipment while sealing fluid on the flex hose side and preventing excessive spillage or fluid contamination
Engineered, tested, and qualified to provide long-term reliable service in harsh engine environments
Thread to connect with standard fitting to open self-sealing valve and fluid flow
Torque to finalize installation similar to standard hose B-nut
Meets performance requirements of SAE specification AS1896
Sizes range from -06 (38 inch) to -24 (l inch) line sizes
Efficient size and light weight design
Low pressure drop based on streamline valve design
Design configurations available to meet fire-resistant or fire-proof requirements per SAE AS1055
Material options for performance and fluid compatibility options available
Stainless steel construction meets typical electrical bonding requirements

OPTIONAL FEATURES:
Standard configuration is available in stainless steel body construction. Component materials include stainless steel and other materials compatible with specific fluid applications. Contact the Stratoflex Products Division for any other specific material information or requirements and to confirm part numbers.

The single shut-off coupling series has been proven over years of service with a history of reliability for aircraft and engine applications. The baseline qualification for this product is based on the applicable requirements of industry standard SAE AS1896 specification. In some cases, qualification is based on or may be required for specific platform installation and performance requirements.

Contact Stratoflex Products Division with interface and performance requirements to determine if this product is the best choice for your installation and application. Not all sizes, pressure ranges, or materials may be available.
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Compressed Air Dryers

  • The Balston regenerative dryer has safe, 12 VDC electrical controls. To install, simply attach the i 1/4
  • CONNECTION TYPE NPT Female
  • MAXIMUM OPERATING PRESSURE (PSIG) 125
Balston Model 75-A20 regenerative PSA desiccant dryer reduces the atmospheric dewpoint of compressed air to -100F (-73C) without operator attention.

The Balston regenerative dryer has safe, 12 VDC electrical controls. To install, simply attach the inlet (60 psig4.1 BARG minimum) and outlet air lines, plug the electrical transformer into a wall outlet - no electrician required - and the unit is ready for trouble-free operation. This reliable dryer can be easily installed, operated, and maintained by personnel not trained in instrumentation. The Balston dryer is useful when air comes into contact with moisture-sensitive materials, or when outside compressed air lines are subjected to sub-freezing temperatures.

Features & Benefits of Parker Balston PSA Air Dryer:
-Reduces the dewpoint of compressed air to -100F (-73C)
-Unattended 24 hour operation
-Lightweight and compact
-No desiccant to change
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Compressed Air Dryer

  • MAXIMUM FLOW RATE (M³/H) 150 (@ 7 bar(g) / PDP -40°C) to 2040 (@ 7 bar(g) / PDP -40°C)
  • MAXIMUM FLOW RATE (CFM) 88 (@ 101 psig / PDP -40°F) to 1200 (@ 101 psig / PDP -40°F)
  • MAXIMUM OPERATING PRESSURE (PSIG) 232, 174
  • MAXIMUM AMBIENT TEMPERATURE (C) 50
Compact, energy efficient Tandem Technology dryers for compressed air applications in industrial and processing markets. Available for volume flows up to 2040 mh @ 7 bar g and dew points between plus 5C to -70C.

Parker Hiross Antares dryers with Tandem Technology are an innovative family of compressed air dryers for volume flows from 150 to 2040 mh @ 7 bar g PDP -40C. Tandem Technology from Parker Hiross is a further development of the standard hybrid compressed air drying process. Compared to the conventional hybrid compressed air treatment process which is a simple lining-up of a refrigeration and an adsorption dryer, the Tandem Technology goes one step further and fully integrates the two classic drying principles in a compact compressed air treatment package. This unique combination enables high-quality compressed air to be provided to the end-user at low energy consumption levels when compared to more traditional adsorption dryers.

Key benefits in detail:

- A reduction of energy consumption up to 60% against traditional heatless desiccant dryers. This enables a payback time of less than 24 months. Even higher savings are possible in partial load situations or when the required pressure dew point is above 0C.

- The pressure dew point is freely adjustable between 5C and -70C with no physical changes to the dryer, i.e. like changing an orifice, a nozzle or type of desiccant material in order to reach the desired the dew point.

- Antares series compressed air dryers work with high compressed air inlet temperatures of up to 65C.

- Very low cost of ownership, especially due to reduced maintenance costs. Compared to standard adsorption dryers, Antares series compressed air dryers need much less desiccant material. Additionally, some Antares models do not even need regular vessel inspections, the downtime therefore is very low.

- Antares helps to keep process safety at a very high level with three integrated high performance filters that are validated according to the demanding ISO12500 standards.

- Antares series compressed air dryers are very compact; their footprint is considerably smaller compared to standard hybrid dryers of a similar performance.

For more information or a detailed discussion about your specific requirements please contact Parker or an authorised Parker distributor.
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TRAPEZOIDAL SCREW DRIVEN ELECTRIC CYLINDER

  • SERIES OSP-E
  • ROD END DIMENSION ISO32
  • PROFILE WIDTH (MM) 52
  • DRIVE TYPE Screw
Offering thrust forces to 1600N, strokes to 0.5m and an ISO conforming piston rod end, the OSPE32-STR trapezoidal screw rod-style linear actuator is suitable for intermittent applications and offers self-locking plus excellent slow speed characteristics

The OSP-E.STR trapezoidal screw electric linear actuators, with internal plain bearing guide and extending piston rod, are suitable for intermittent duty applications and offers self-locking plus excellent slow speed characteristics

OSPE32-STR Electric Cylinders - Performance Characteristics :
Actuator Size : 32 (piston rod thread to ISO 6431)
Thrust Forces : up to 1600 N
Stroke Lengths : up to 500 mm
Speeds : up to 0.1 ms
Screw Lead : 4 mm
Typical Repeatability : 0.5 mm
IP54 Rated
Diverse range of accessories and mountings
Dovetail grooves for mounting accessories
Special versions on request

OSPE32-STR Electric Cylinders - Advantages :
Accurate path and position control
High force output
Self-locking
Excellent slow speed characteristics
Easy installation
Low maintenance
Ideal for level regulation, lifting and other applications with intermittent operations
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  • (Parker Aerospace Group, Abex NWL Div.)
  • Kalamazoo, MI 49001-4165 map, United States
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