MCH-100-A Field Test Results

The MCH-100-A Battery Powered Heat Gun is fully approved for operation in the military environment. The Heat Gun is in full compliance to the operating parameters described in Mil-Standard 810F. The tool and accessories meet the following specifications and tests.

Mil-Std 511.4: Explosive Environment.
The MCH-100-A has passed the testing to Method 511.4, using JP-5 and n-hexane fuel. The test on n-hexane was performed because it has ignition properties for flammable atmosphere testing equal to or better than the similar properties of both 100/130-octane aviation gasoline and JP-4/5 jet engine fuel. PDF (55KB)

Mil-Std 506.3: Drip Test.
Tested for condensation or leakage from upper surfaces. Tested continued functionality in rainfall, at a minimum rate of 10cm/hr (4 inches) with a wind velocity of 18m/s (40mph). The encased battery powered heat gun is constructed to withstand damage from moisture. PDF (57KB)

Mil-Std 516.4: Drop test.
The encased tool kit was dropped multiple times from a height of 48 inches, impacting the surface on each corner. There was no damage to the tool. The case is rugged, compact and easily carried to the work site. No cables or power hookups required. PDF (55KB)

Mil-Std 509.3: Salt Fog test.
Tested for full operating functionality after prolonged exposure to a salt fog atmosphere. Flight deck atmosphere is a hostile environment for both men and equipment. The tool had to be built to perform in these adverse conditions. Click here for more information MS WORD DOCUMENT (27KB)

Mil-Std 235: Electromagnetic (Radiated) Environment susceptibility.
The MCH-100-A was subjected to radiated emissions of the type and frequency found in and around an operating Naval aircraft carrier. The enclosure surrounding the tool and battery case has been modified to meet the requirements of the Naval service. Click here for more information. PDF (1MB)

Mil-Std-461D: Electromagnetic Interference. (EMI)
The encased tool, enclosures and carrying case for the battery power supply were tested for compliance to the requirements of the Navy for EMI operation and function. The carry case interior has been treated with interference shields, and the case closure seals have been manufactured to prevent leakage or intrusion of interference radiation. Download the Mil-Std PDF File