DESCRIPTION
DIMENSIONS
LOAD DEFLECTION  CURVE
LOAD NATURAL FREQUENCY CURVE
SPECIFICATIONS
TRANSMISSIBILITY CURVE

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STI CMF Mounts

DESCRIPTION


The CMF series of isolators is a high deflection, medium frequency, base plate mount that is capable of providing excellent shock attenuation and high amplitude vibration isolation in a single mount.  All mounts in the series can attenuate a 30G, 11ms, half sine shock input to 12G's and perform high levels of vibration isolation of input frequencies >30Hz at rated loads.  Available in Neoprene or Silicone elastomer.  Silicone elastomer versions make the CMF series effective in low temperature and random vibration environments and applications where a high level of damping is required.  Standard MS size mount geometry throughout the series makes for easy mount and performance upgrade when payload changes in mission or load.  Meets environmental requirements of Mil-E-5400 and Mil-Std-810.


Applications:

Airborne Avionics and Electronics

Ground/Off-Road Vehicle Electronics

Shipboard Equipment

Ruggedized Disk Drives and Computer Components

Rack-Case Shock Mount Suspensions

Electronic Equipment and Electric Components

Shipping and Transport Containers

Ruggedized Hand Carry Electronic Cases


Technical Characteristics :

Load Range of 5 – 30 Pounds

Natural Frequency of 10 – 15 Hz at Rated Load

Transmissibility at Resonance = 4 Max. (Silicone) 10 Max. (Neoprene)

Isolates Most Sinusoidal Vibration Inputs >30Hz at Rated Load

Performs Well in Random Vibration Environments.  (Consult with Shock Tech Engineering)

Axial to Radial Stiffness Ratio 1:1

30G, 11 Millisecond, Half Sine Shock Input Crash Safety Payload Retention Capability When Installed With Safety Strap.


Product Advantages:

Mounting Geometry is Consistent with MS Standards

Core Geometry is .250-28 UNf 2B Threaded Configuration.  (Check with Shock Tech Engineering for other Core Thread Geometry)

All Attitude Capable. Base (Axial) or Bulkhead (Radial) Mounting Geometry is Possible (Consult with Shock Tech Engineering)

No Special Tools Required