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Category: PennAir

Spartan Series Stepper 12

PennAir by Taniel Orr0 comments

The Spartan Scientific Series 6200 is a 2-Way or 3-Way, 2-Position direct acting solenoid valve utilizing a long life spring compensated solenoid poppet at the heart of an all stainless steel solenoid operator (430FR and 316SS). Standard body material is Glass-Filled Nylon. With orifice sizes ranging from 0.8mm up to 6.0mm standard, the 6200 valve can handle a wide variety of flow rates as well as pressure ranges from 0 to 250PSI in various versions.

Offered with or without manual override, the Series 6200 employs use of the orifice basket design unique to Spartan valves which allows for quick change-over for production of any orifice size as standard. This aids in versatility of valve manufacture and increases valve availability.

The composite valve body is of robust design and is compatible with liquids and gases at lowest possible cost. The ports available are 1/8″, 1/4″, 3/8″ NPT standard. All common voltages are offered as well as electrical connection styles which include a DIN 43650 spaded coil as well as flying lead styles. Coils are sealed to IP 65. Valve functions include Normally Closed, Normally Open, Mixing and Diverting.

Versa’s IIoT Valve Diagnostic Feedback Options

PennAir by Taniel Orr0 comments

Real World Reliability requires constant communication through technologies such as the Industrial Internet of Things
(IIoT). To meet these requirements, Versa is promoting field-proven Diagnostic Feedback Options. The same tried-andtrue valves Versa had always offered are now available, with the addition of key modular components, with the added
capability of intelligence through the use of strategic sensors.
In combination with our extensive valve options and the ever-expanding
IIoT technologies, these developments offer users endless opportunities to
engineer intelligent systems. Our Remote Sensor Port (-20) option is one of
these options. When a spool valve’s solenoid is energized, it lifts a poppet
to allow air pressure to the piston, providing the force to shift the valve.
Simultaneously, a 1/8” NPT port, connected to the pilot
chamber, receives pressure. This port can be fitted with
pressure sensors of various kinds for a wealth of diagnostic
feedback information focused on the solenoid operation

Enidine’s HERM (High Energy Rope Mounts)

PennAir by Taniel Orr0 comments

Enidine developed the HERM (High Energy Rope Mount) Isolator for NAVY cabinet isolation and rafted deck systems. They have successfully passed barge testing and reduced shock inputs to levels compatible with COTS equipment. 

The HERM mount is an effective vibration isolation systems solution for cabinets, platforms, rafts, cradles, canisters, and shipping containers requiring a shock, vibration, and structure-borne noise isolator.

In addition to electronic cabinets, the HERM can successfully be used on other vibration isolation systems offering protection for radar systems, weapons, and vehicles. Any application needing vibration isolation systems offering protection over a wide deck frequency range could benefit from this highly engineered product.

Supply Chain Shortage & What To Expect

PennAir by Casey May0 comments

Supply chain issues are not anything new, but COVID-19 can be credited for the drastic change the global economy finds itself in today.

Many industries rely on the global supply chain to connect companies to their suppliers so they can turn the materials into the products they sell. Every part of the world has been affected differently by the pandemic as we are all recovering at different rates. The supply chain shortage erupted in early 2020 due to the COVID outbreak along with an increase in consumer demand. The backlog, closing of factories, labor issues, and equipment shortages all combined to be deemed the supply chain crisis which is still affecting everyone today.

6 Common Causes of Hydraulics Overheating

PennAir by Rachel Lau0 comments

Overheating is a frequent problem within hydraulic systems that may be determined by specific components. This internal problem lies within the pump and causes a hydraulic system to overheat in the following ways:

Contaminated Hydraulic Fluid is a common cause for a Hydraulic system to overheat. This can occur when the container is not sealed properly which causes dust, dirt, debris, or moisture to contaminate the fluid. With hydraulic systems running at higher pressures and more efficiently than ever before, it is important to monitor the cleanliness of one’s hydraulic fluid. Reducing contamination can decrease damage and will allow one to get the most out of their equipment.

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