INJECTOR-EJECTORS UTILIZED IN CONDUCTION-COOLED APPLICATIONS ENABLE MISSION USERS TO SAFELY INSERT & EXTRACT EMBEDDED COMPUTING MODULES, & ARE DRIVEN BY REQUIREMENTS DERIVED FROM INTERNATIONAL STANDARDS.
LOW-PROFILE, UNIVERSAL ORIENTATION INJECTOR-EJECTORS
ROBUST, ERGONOMIC, & FIELD-REPLACEABLE
3U PN#'S:
1472, 1473, 14021, 14022, 1491, 14104, 14036, 14035, 14090, 14121
14283
14104-BA-250
6U INJECTOR-EJECTORS
PADDLE STYLE, & SCREW RETAINED
6U PN#'S:
1424, 1425, 1485, 1486, 1447, 1448, 1445, 1446, 14113, 14114, 14306
HEX KEY INJECTOR-EJECTORS
ELIMINATE LOOSE INJECTOR-EJECTORS IN HIGH VIBRATION APPLICATIONS. REDUCE STEPS FOR MAINTAINERS.
HEX KEY, CAPTIVE SCREW RETAINED INJECTOR-EJECTOR PN#'S
HKE-332-L162-XX-XXX
HKE-332E-L162-XX-XXX
HKE-332-L197-XX-XXX
HKE-332E-L197-XX-XXX
HKE-332-R162-XX-XXX
HKE-332E-R162-XX-XXX
HKE-332-R197-XX-XXX
HKE-332E-R197-XX-XXX
VFE SERIES Product Overview
Tolerance compensating, variable force latching injector / ejector which provides evenly distributed force in order to insure uniform mating of module mechanical, optical, and other critical connection points to deployed enclosure backplane while simultaneously protecting connector pins and backplane receptacles from over-insertion by maintainer personnel
VARIABLE FORCE INJECTOR-EJECTORS
VFE-80F-09
Product Features
Meets requirements for VITA 48.2, 48.4, and 48.5 specifications
Provides full, precise, insertion forces without requirement for specialized tools.
Ease of operational use by maintainers in any environment due to robust construction.
Designed to accommodate for board tolerance issues
Ergonomic latching mechanism
Private labeling available(Laser engraving, silk screen, overlays)
HIGH INSERTION FORCE APPLICATION PN#'S
VFE-80F-09, VFE-80F-06
HARSH ENVIRONMENT SURVIVABILITY
FUNCTIONAL LOW-PROFILE INJECTOR-EJECTOR POST SALT-FOG TEST
FUNCTIONAL HEX KEY (HKE SERIES) INJECTOR-EJECTOR POST SALT-FOG TEST
FUNCTIONAL VARIABLE FORCE(VFE SERIES) INJECTOR-EJECTOR POST SALT-FOG TEST
CUSTOM INJECTOR-EJECTORS
PRODUCT COMPATIBILITY SELECTOR
FIND SYNERGISTIC ITEMS TO MATCH WITH YOUR PRODUCT SELECTION.
UNIVERSAL INJECTOR-EJECTORS
MOUNTING & GENERAL INFO
ALUMINUM AL7075-T7351
HARDWARE SS300 SERIES
0.5 IN-LBS
LOCTITE 2760
THE MOUNTING SCREW SHOULD NOT BOTTOM OUT. OUR LOW PROFILE UNIVERSAL ORIENTATION INJECTOR-EJECTOR ASSEMBLIES ARE DESIGNED FOR FRICTIONLESS TRAVEL AND THE MOUNTING SCREW "FLOATS" OR OTHERWISE RELIES UPON THE WAVY WASHER & TORQUE TO COMPLETE INSTALLATION.
PLATING (-XX):
-BA - Black Anodize per MIL-A-8625, Type II, Class 2
-BH - Hard Black Anodize per MIL-A-8625, Type III, Class 2
-CC - Chemical Film per MIL-C-5541, Class 1A, Clear
-CG - Chemical Film per MIL-C-5541, Class 1A, Gold, non-RoHS
-EN - Electroless Nickel per MIL-C-26074, Class 4, Grade B, Bright
WORDS AND DATA HERE
PADDLE INJECTOR-EJECTORS
MOUNTING & GENERAL INFO
MACHINED INJECTOR-EJECTOR: AL7075-T6 BILLET
SCREWS / STAINLESS STEEL SLEEVE:
SS316 PASSIVATE AMS 2700
PAN HEAD SCREW
2IN-LB
6IN-LB
THE MOUNTING SCREW SHOULD NOT BOTTOM OUT. OUR LOW PROFILE UNIVERSAL ORIENTATION INJECTOR-EJECTOR ASSEMBLIES ARE DESIGNED FOR FRICTIONLESS TRAVEL AND THE MOUNTING SCREW "FLOATS" OR OTHERWISE RELIES UPON THE WAVY WASHER & TORQUE TO COMPLETE INSTALLATION.
PLATING (-XX):
-BA - Black Anodize per MIL-A-8625, Type II, Class 2
-BH - Hard Black Anodize per MIL-A-8625, Type III, Class 2
-CC - Chemical Film per MIL-C-5541, Class 1A, Clear
-CG - Chemical Film per MIL-C-5541, Class 1A, Gold, non-RoHS
-EN - Electroless Nickel per MIL-C-26074, Class 4, Grade B, Bright
VARIABLE FORCE INJECTOR-EJECTORS
MOUNTING AND GENERAL INFO
MAINBODY, CAM, PAWL, CATCH:
AL7075-T6 BILLET
FINISH:
TEFLON IMPREGNATED HARD COAT ANODIZE PER AMS
2482, TYPE III, CLASS 2
.090” RIVETS, COIL SPRING - SS300 SERIES, PASSIVATED
.060” RIVETS - SS17-4 SERIES H900, PASSIVATED
LEAF SPRING - SS17-7 SERIES HT1050, PASSIVATED
NOTE: THESE PROCEDURES ARE FOR MOUNTING THE VFE-80F-06 EJECTOR TO A
HEAT FRAME.
VFE-80F-06 COMPONENTS:
QTY: 1 MAIN BODY
QTY: 1 PAWL
QTY: 1 RIVET
1. POSITION THE PAWL ON THE PRIMARY (TOP) SIDE OF THE HEAT FRAME IN THE SAME ORIENTATION AS REPRESENTED IN IMAGE 1.
2. POSITION THE MAIN BODY AROUND THE PAWL AND HEAT FRAME AS REPRESENTED IN IMAGE 2.
3. INSERT THE RIVET THROUGH THE MAIN BODY, PAWL, AND HEAT FRAME. THIS CAN BE SEEN IN IMAGE 2. THE RIVET MAY BE INSERT FROM EITHER DIRECTION (TOP OR BOTTOM).
4. SWAGE THE RIVET USING 1/16” TOOLS TO SECURE THE EJECTOR
TO THE HEAT FRAME.
WORDS WORDS WORDS
STRENGTH TO PREVENT ANY SHEARING OR MATERIAL DEFORMATION NEAR THE MOUNTING HOLE.