MIL-STD-810G Method 505.5 Solar Radiation

Standards

GR-487-CORE
Electronic Equipment Cabinets
AECTP 300 Method 305
Solar Radiation
AK LV 01
Airbag Test
ASTM E927
Standard Specification for Solar Simulation for Terrestrial Photovoltaic Testing
BMW PR 306.4
Solar Simulation for equipment parts
DBL 4571
Interior Trim Parts
DBL 5471
Covering and Form Padding Parts
DBL 7384
“Soft Feeling” Paint on Plastic Parts – Interior Components
Dessault Aviation
Solar Simulation Test
DIN EN 60068-2-5
Electrical engineering – Basic environmental testing procedures – Part 2-5: Tests – Test Sa: Simulated solar radiation at ground level
DIN EN 61646 VDE 0126-32
Thin-film terrestrial photovoltaic (PV) modules – Design qualification and type approval
DIN EN 61853-1
Photovoltaic (PV) module performance testing and energy rating – Part 1: Irradiance and temperature performance measurements and power rating
DIN IEC 68-2-9
Electrical engineering – Basic environmental testing procedures – Part 2-9: Tests – Guidance for solar radiation testing
DIN SPEC 18035-7
Sports grounds – Part 7: Synthetic turf areas
DVM 0006-EX
Exterior Lighting-Sunload
DVM 0074-MA
Ageing of interior components by sunload simulation
EN 12975-2
Thermal Collector Testing
EPA 40 CRF Part 86
Control Air Pollution from New Motor Vehicles and New Motor Vehicles Engines
Fiat 9.03141
Instrument Panels
GM 9310P
Variabel Surface temperature heat exposure test
GOST 20.57.406
Testing of Electrical Components
IEC 51345
UV Test for photovoltaic Modules
IEC 61215
Crystalline silicon terrestrial photovoltaic (PV) modules – Design qualification and type approval – Part 1 Requirements for testing
IEC 904-9
Photovoltaic devices – Part 9: Solar simulation performance requirements
ISO 12097-2
Road vehicles – Airbag components – Part 2: Testing of airbag modules
JSS 5555-No.25
Enviromental Test for Electronic and Electrical equipments
LH 259001
Electronical Equipments
MIL-STD 810
Environmental engineering considerations and laboratory tests
MS 200-48
Exterior Plastic Parts
NES M0131
Test Method for Heat Loading – Synthetic Resin Parts
PrV 303.3
Climatic Test at Plastic Parts
PV 1211
Climatic Test – Interior Parts
Renault 32-00-011
Automotive Test Standard
Renault 32-00-022
Solar Simulation test on complete Vehicles
SFTP
Control Air Pollution from New Motor Vehicles and New Motor Vehicles Engines
Stan 00-35/CL3
Solar Radiation Test
STANAG 2895
Solar Heat Load Test
STANAG 4370
Enviromental Test – Solar Radiation
TS H1583G
Accelerated Weathering Resistance of paint film using a metal halide lamp as light source
Volvo 88100001
UV-Heat Test on Quarter Body
VW PV 2503
Glazing systems – colour change caused by chemical interaction

 

Electro-Dynamic Vibration Testing

LDS V964 with integrated Slip-Table

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

  • Vibration Research VR 9500 controller 8 channels
  • 18000F-lbs Sine & Random
  • 36000F-lbs 1/2 Sine shock
  • Usable frequency: DC -2500 Hz
  • Continuous displacement: 1.5 in

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

 ETS M437A Shaker with GT800M Slip Table

  • Vibration Research VR 9500 controller 8 channels
  • Force, Sine and Random: 8800 lbf
  • Force, shock (6 MS): 17600 lbf
  • Usable frequency: DC -2500 Hz
  • Continuous displacement: 3.5 in
  • Total harmonic distortion at rated output: < 0.5% from DC (0.1 Hz) to 500 Hz;< 1.0% from 500 to 5,000 Hz

 

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

 Unholtz Dickie 206

  • Vibration Research VR 9500 controller 8 channels
  • Force, Sine and Random: 1700 lbf
  • Force, shock (6 MS): 3400 lbf
  • Usable frequency: DC -2500 Hz
  • Continuous displacement: 1.0 in

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

MRAD Shock Table

  • Vibration Shock Table
    • 2ms to 20ms Delta V
    • 50G @ 20ms
    • 250G @ 2ms
    • 340G @ 3ms

MRAD Elliptical mechanical shaker Cargo vibration Simulation

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

Test Modules

SINE – Run swept and/or fixed-frequency sine wave vibration tests, with control of acceleration, velocity, and displacement.

SINE ON SINE – Run mixed-mode tests with up to 32 sine tones simultaneously.

RANDOM – Run Controlled spectrum random tests (tests with a spectrally shaped gaussian amplitude distribution).

iDOF® – Prevent under or over testing on high value products where tight tolerances and short duration random testing is required.

SINE ON RANDOM – Run mixed-mode tests with sine tones superimposed on a random background.

RANDOM ON RANDOM – Run controlled spectrum random tests with swept random “tones” superimposed on a random background.

KURTOSION® – Re-introduce the high acceleration peaks back into your random vibration tests. Our patented -solution to when your in-service vibration environment is not Gaussian.

RANDOM IMPORT – Import your time-based vibration data recording and convert to a power spectral density curve with breakpoint table.

FATIGUE DAMAGE SPECTRUM – Measure your products fatigue and calculate its lifespan. Commonly used life acceleration techniques are applied to shorten test time.

SHOCK – Run standard classical shock pulses as well as (optional) user-defined or SRS synthesized transient pulses.

SRS – Perform Shock Response Spectrum (SRS) analysis. Run a shock pulse defined by a frequency vs. G peak table. Many different waveform synthesis generation techniques included.

TRANSIENT CAPTURE – Capture a transient waveform for post process. Use alone for data acquisition, or with SRS for Shock Response Spectrum analysis.

FIELD DATA REPLICATION – Reproduce, in your test lab on your shaker, the actual acceleration waveforms you measure in the field. The controller automatically compensates for shaker and fixture response.

EARTHQUAKE – Run a shock pulse defined by a frequency vs. G peak table. Many different waveform synthesis generation techniques included.

HALT/HASS Vibration Table Validation:

What is the true Magnitude of Force the Device Under Test Experiences

  • Determine how the energy is distributed across the table compared to the control accelerometer located at the center bottom of the table
  • Validate the Power Spectral Density in each Quadrant of the Table
  • Validate the proper location to place the Device Under Test
  • Validate the proper fixture configuration for correct energy transfer to the Device Under Test
  • Validate detailed vibration data of subcomponents throughout the Device Under Test
  • Identify unexpected movement of electronic components from resonance frequencies
  • Compare the Calibration data with Validation Data
  • We use ISO 17025 Calibrated Vibration Research VR 9500 controllers – 16 channels
  • We use ISO 17025 Calibrated Single Axis and Triaxial Accelerometers to capture data

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Temperature/Humidity Testing

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

  • Watlow F4T controllers
  • http://www.watlow.com/en/products/controllers/integrated-multi-function-controllers/f4t-integrated-controller
  • Specview Software
  • http://www.specview.com/Pages/Features/features.html
  • Temperature: -80C to +177C
  • Humidity 5-98%RH
  • Product Control Loop
  • 1.2cuft, 3 cuft, 8 cuft, 10 cuft, 12 cuft, 16 cuft, 32 cuft, 48 cuft, 64 cuft and Walk-In 1200 cuft controlled environment

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

Salt Fog/Spray/Corrosion Testing

To reserve time on this equipment Email: howard@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

  • Available Internal Dimensions 3.4 cuft, 36 cuft
  • Custom 8′ Tall Salt Fog chamber
  • MIL-STD-810G 509.5
  • ASTM G85

Associated DX-9204 Salt Fog

ESSP-SS540 Salt Spray

Custom Salt Fog Chamber 2′ Length X 2′ Width X 8.5′ Tall inside Thermotron F12-CHV-5-5 Temperature/Humidity Chamber

To reserve time on this equipment Email: howard@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

Temperature/Altitude/Space Simulation Testing

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

  • Temperature: -70C to +177C, 100,000 ft. Altitude
  • Temperature: -70C to +170C, 500,000 ft. Altitude
  • Product Control Loop
  • Rapid Decompression
  • 3 cuft controller environment
  • 48 cuft controlled environment

Tenney T3STR Temperature/Humidity/Altitude Chamber

Thermotron FA-48-H Temperature/Altitude Chamber

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

Tenney Space Jr
  • Temperature Range: -70 to +170 Deg. C
  • Watlow F4T controller
  • 500,000 Ft. W/Mechanical Trap (2.66X10-7 Torr)
  • 100,000 Ft. W/LN2 Trap


To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

HALT/HASS Testing

The Qualmark Typhoon 4 is designed specifically for the task of performing Highly Accelerated Stress Screening (HASS) and HALT on large products. Tthe 48″ x 48″ vibration table is capable of supporting hundreds of pounds of products and fixturing, and delivers more energy in the lower frequency ranges of today’s Surface Mounted technology products.

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660

  • 2 grms to 80 grms 6 DoF Random Vibration X, Y, Z, Pitch, Roll &Yaw
  • Product control vibration
  • Temperature -100C to +200C at 60C per minute change rate
  • Product control temperature
  • Spectrum Analyzer 8-16 additional accelerometers
  • Triaxial accelerometer monitoring
  • HALT/HASS 3.0 with Humidity
  • Available chambers: 4.0, 3.0, 2.5, 2.0

To reserve time on this equipment Email: hcragg@hhlab.us or call: Office: (585)506-9095 Cell: (585)738-7660