Electronics Protection - Fall 2016 - 28
Hardware
PEM Type MSO4 microPEM Self-Clinching Standoff Fasteners Mount and/or Space Components
In Compact Electronic Assemblies
PEM Type MSO4 microPEM self-clinching standoff fasteners from PennEngineering enable components to be mounted and/or spaced in compact
electronic assemblies, especially suiting applications where space may be
extremely limited for attachment hardware. These stainless steel fasteners
install easily into thin metal host sheets by pressing them into pre-punched
and properly sized mounting holes. After installation, they become permanent parts of an assembly and will not loosen or fall out. A mating screw
completes component attachment.
Manufactured from heat-treated 400 series stainless steel, the microPEM
standoffs will provide stronger load-bearing threads than weld standoffs in
service and eliminate issues typically associated with welding processes. They can be installed automatically to help
accelerate production runs without requiring any handling of parts.
PEM Type MSO4 standoffs have been engineered to install reliably in 300 series stainless steel or other metal sheets
as thin as 0.3 mm / 0.012 inches and as hard as HRB 88 / HB 183 (or less). Fastener thread sizes as small as M1.0 /
#0-80 and lengths as short as 2 mm / 0.094 inches can be specified.
The RoHS-compliant standoffs join a growing family of microPEM self-clinching fastener solutions uniquely designed
for compact electronics. Applications include wearables, laptops, tablets and eReaders, smartphones, automotive
electronics, and a wide range of handheld devices.
Rugged Horizontal Rails from Pixus Designed for OpenVPX & High Insertion Force Systems
Pixus Technologies now offers an Enhanced Horizontal Rail that is thicker and stronger
for higher board insertion forces. In OpenVPX and other high insertion force systems,
the extreme board force can cause many standard horizontal rails, which provide the
frame of the enclosure, to bend or crack. The new Pixus rails feature a thicker contact
point and hardened design to protect against the extreme forces.
Designed for modularity, the Rittal brand horizontal rails offered by Pixus meet IEC 60
297-3 and IEEE 1101.10 specifications. The rails have a 0.1 HP (horizontal pitch) hole
pattern to allow the precise installation of guide rails in various increments. The rails are standardly 84 HP without
machining on the end faces, and Pixus offers them cut in any length.
Combined with Pixus' rugged OpenVPX IEEE handles, the company offers a full ruggedized injection/ejection solution
for high insertion force systems. The IEEE handle features a metal insertion claw that does not wear down or break
over time.
Pixus offers rails in front horizontal, extended, rear, Z-rail and specialty types. The company also offers components
and full enclosure systems and backplanes for OpenVPX and other VITA/PICMG architectures.
J.W. Winco, Inc. Offers Zinc Die-Cast Hinges with Extended Hinge Wing
J.W. Winco, Inc. now offers GN 237 Zinc Die-Cast Hinges with Extended Hinge
Wing, Countersunk Thru Holes or Threaded Stud Type. These RoHS-compliant
hinges with extended hinge wings, used when wider spacing is required on the
mounting surface for the bore holes, have a compact and sturdy design.
The hinge body is zinc die-cast, with either a black powder coated, textured
finish or silver powder coated, textured finish. The hinge pin and threaded studs
type are stainless steel. Various metric and inch size fasteners and kit packaging
available upon request.
28
Fall 2016 * www.ElectronicsProtectionMagazine.com
http://www.ElectronicsProtectionMagazine.com
Table of Contents for the Digital Edition of Electronics Protection - Fall 2016
Electronics Protection - Fall 2016
Contents
Editor's Choice
Choosing the Right Power Solutions to Protect IT Infrastructure
Prefabricated or ISO Container – Which way for Ultimate Data Center Flexibility?
Why Predictive Maintenance is the Proper Maintenance for UPSs
Three Insights into the Future of Medical Device R&D
Building the Power Architecture for the Rio 2016 Olympic Games
Enclosures
Thermal
Power
Hardware
Industry News
Calendar of Events
Electronics Protection - Fall 2016 - Electronics Protection - Fall 2016
Electronics Protection - Fall 2016 - 2
Electronics Protection - Fall 2016 - Contents
Electronics Protection - Fall 2016 - Editor's Choice
Electronics Protection - Fall 2016 - 5
Electronics Protection - Fall 2016 - Choosing the Right Power Solutions to Protect IT Infrastructure
Electronics Protection - Fall 2016 - 7
Electronics Protection - Fall 2016 - 8
Electronics Protection - Fall 2016 - 9
Electronics Protection - Fall 2016 - 10
Electronics Protection - Fall 2016 - 11
Electronics Protection - Fall 2016 - Prefabricated or ISO Container – Which way for Ultimate Data Center Flexibility?
Electronics Protection - Fall 2016 - 13
Electronics Protection - Fall 2016 - Why Predictive Maintenance is the Proper Maintenance for UPSs
Electronics Protection - Fall 2016 - 15
Electronics Protection - Fall 2016 - Three Insights into the Future of Medical Device R&D
Electronics Protection - Fall 2016 - 17
Electronics Protection - Fall 2016 - Building the Power Architecture for the Rio 2016 Olympic Games
Electronics Protection - Fall 2016 - 19
Electronics Protection - Fall 2016 - 20
Electronics Protection - Fall 2016 - 21
Electronics Protection - Fall 2016 - Enclosures
Electronics Protection - Fall 2016 - 23
Electronics Protection - Fall 2016 - Thermal
Electronics Protection - Fall 2016 - 25
Electronics Protection - Fall 2016 - Power
Electronics Protection - Fall 2016 - 27
Electronics Protection - Fall 2016 - Hardware
Electronics Protection - Fall 2016 - 29
Electronics Protection - Fall 2016 - Industry News
Electronics Protection - Fall 2016 - Calendar of Events
Electronics Protection - Fall 2016 - Cover4
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