Aero Nav Laboratories, Inc.
Aero Nav Laboratories is a full service environmental simulation lab that has served the military and industrial communities.
- 631-392-4888
- 631-392-4883
- AeroNavLabs@aeronavlabs.com
- 18 Connor Ln
Deer Park, NY 11729
United States of America
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Explosive Atmosphere Test
This test demonstrates that a part will not ignite while operating in an explosive ambient atmosphere. The tests are conducted at ground level pressure as well as reduced barometric pressures, in a closed explosion-proof chamber.
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Electrical Measurements Test
The tests are performed to measure and collect data from electrical and electronic parts using various measurement methods including, but not limited, to the following: capacitance, resistance, winding resistance, insulation resistance, magnetic permeability, power input, and quality factor Q.
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Fire & Flammability Test
Fire & Flammability testing: ASTM E119 [UL 263]; ASTM E152 [UL 10C]; ASTM E814 [UL 1479]; API 607, 6A; ASTM E108 [UL 790]; UL 1709; UL 1715; UL 2043; NFPA 286; UBC 26-2; UBC 26-3; ASTM E84 [NFPA 255, UL 723]; ASTM E162; ASTM E662 [NFPA 258]; ASTM D635; ASTM D1929; ASTM D2863; ASTM E1354; ASTM E1317; Room Burn Facility; CAL 133, 117, 129; UL 94 V/HB; IMO A.652 (16); IMO A.653 (16); ULVW I; ASTM D2859; AITM 2.0007; NFPA 701; FMVSS 302; FAA 25.853; IEEE 383
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Acceleration Testing
The acceleration test is performed on a centrifuge to assure that material can structurally withstand the steady state inertia loads that are induced by platform acceleration, deceleration, and maneuver in the service environment, and can function without degradation during and following exposure to these forces. Acceleration tests are also used to assure that material does not become hazardous after exposure to crash loads. The acceleration test method is applicable to material that is installed in mobile platforms such as aircraft, helicopters, aerospace vehicles, air-carried stores, ground-launched missiles, trains, ships, automotive vehicles, etc.
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Soldering Test
The soldering tests are conducted to determine if materials can withstand soldering effects, such as resistance to soldering heat, as well as the solderability of components during the manufacturing process.
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Icing/Freezing Rain Test
This test evaluates the effects of icing/freezing rain on the operational capability of equipment. This method also provides tests for evaluating the effectiveness of de-icing equipment and techniques, using prescribed means that are used in the field.
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Induced Signals Test
The test relates to interfering signals that may be generated by interconnected equipment. Induced signal testing is used to determine if equipment will withstand various signals, such as might be introduced by failures in other equipment to which the test unit is connected.
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Emergency Conditions Testing
Electromagnetic interference (also known as radio frequency interference) tests are used to determine the electromagnetic characteristics of electrical, electronic, and electro-mechanical equipment. Electromagnetic interference, both radiated or conducted, can affect the performance of equipment. Electromagnetic interference tests are specified as follows: conducted emission, radiated emission, conducted susceptibility, and radiated susceptibility.
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Strain Gauge Test
This test measures the structural stresses induced in equipment when subjected to various environmental and operational loads. Strain gages, which are resistive devices whose outputs are proportional to the amount that they are deformed under strain, are placed at selected locations to yield stress levels which may then be compared to design allowable limits.
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Corrosion Test
The purpose of this test is to determine the resistance of materials and protective coatings to corrosive atmospheres when a more corrosive environment than the salt fog/spray test is required. The test is used when material is stored or operated in areas, for example, where acidic atmospheres exist, such as in industrial areas or near the exhausts of any fuel-burning device. Gases such as sulfur dioxide are used to replicate the exhausts of fuel burning devices.
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Pressure Test
The pressure tests demonstrate if a test item can operate to its standard while undergoing extreme rapid pressure changes. Two of the pressure tests are: altitude (low pressure), and explosive decompression.
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Dielectric Withstanding Voltage Test
The dielectric withstanding voltage test (also called high-potential, over-potential voltage-breakdown, or dielectric-strength test) consists of the application of a voltage significantly higher than rated voltage for a specific time, between mutually insulated portions of a component part or between insulated portions and ground. This is used to prove that the component part can operate safely at its rated voltage and withstand momentary over-potentials due to switching, surges, and other similar phenomena.
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Particle Impact Noise Detection (PIND) Test
This test detects the presence of free moving particulate contaminants within sealed cavity devices. This test is specifically directed toward relays and other devices where internal mechanism noise makes rejection exclusively by threshold level impractical. This test method also may be used prior to final sealing in the manufacturing sequence as a means of eliminating loose particles from the interior of the device.
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Highly Accelerated Life (HALT) Test
HALT consists of high and low temperature and 3 axis vibration testing performed either individually or in combination.Highly accelerated life testing is performed to identify design weaknesses and problems prior to production. HALT subjects equipment to overstress conditions at a level which does affect life, but offers an advantage by reducing the design and development phases of a program.
