MOUNTING DEVICES SHIPBOARD ELECTRONICS

Brand Owner (click to sort) Address Description
HI-DAMP HUTCHINSON AEROSPACE & INDUSTRY, INC. 82 South St. Hopkinton MA 01748 Mounting devices for shipboard electronics to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for racking systems to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for aircraft and mobile applications to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for ruggedized disk drives to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for avionics and electronics to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for instrument panels to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for pumps used in connection with fluid transfer systems for the transmission of potable and non-potable water, chemicals, coolants, and petroleum-based fuels, oils and lubricants, to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for missile electronics to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for motors and generators to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for airborne electronics and racking to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for severe random vibration environments to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for oxygen concentrators to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for compressors to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronic equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronic chassis to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electromechanical equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for appliances to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for office equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronics for rotary wing and propeller driven aircraft to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for mobile ground equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for shipping containers to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for shipboard equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for mobile mounted equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronic equipment in helicopter environments to be used in minimizing, absorbing and isolating vibration, shock, and or noise;Mounting devices for motors and generators to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for ground transportation applications to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electric motors to be used in minimizing, absorbing and isolating vibration, shock, and or noise;[ Mounting devices for medical equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise ];
HI-DAMP Barry Wright Corp. 82 South Street Hopkinton MA 01748 Mounting devices for shipboard electronics to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for racking systems to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for aircraft and mobile applications to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for ruggedized disk drives to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for avionics and electronics to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for instrument panels to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for pumps used in connection with fluid transfer systems for the transmission of potable and non-potable water, chemicals, coolants, and petroleum-based fuels, oils and lubricants, to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for missile electronics to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for motors and generators to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for airborne electronics and racking to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for severe random vibration environments to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for oxygen concentrators to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for compressors to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronic equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronic chassis to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electromechanical equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for appliances to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for office equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronics for rotary wing and propeller driven aircraft to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for mobile ground equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for shipping containers to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for shipboard equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for mobile mounted equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electronic equipment in helicopter environments to be used in minimizing, absorbing and isolating vibration, shock, and or noise;Mounting devices for motors and generators to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for ground transportation applications to be used in minimizing, absorbing and isolating vibration, shock, and or noise; Mounting devices for electric motors to be used in minimizing, absorbing and isolating vibration, shock, and or noise;[ Mounting devices for medical equipment to be used in minimizing, absorbing and isolating vibration, shock, and or noise ];
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A hardened voyage data recorder includes two subsystems: a removable non-volatile memory and a base containing electronics and firmware for communicating with data sensing systems and for accessing the memory. According to the invention, the memory is protected in a "boiler" and the electronics includes an ETHERNET interface for connecting to shipboard data acquisition devices. The firmware is preferably configured via web pages. A communications protocol for communicating with the recorder is also disclosed.