| ▶ 금속 및 관련제품 |
| ASTM E18-24 |
Standard Test Methods for Rockwell Hardness of Metallic Materials |
(24.36 ~ 60.92) HRC |
소재지 |
| ASTM E1820-25 |
Standard Test Method for Measurement of Fracture Toughness |
Load : (20 ~ 240) kN
Notch opening displacement : (0 ~ 4) mm
Temperature : (-50 ~ 150) ˚C |
소재지 |
| ASTM E466-21 |
Standard Practice for Conducting Force Controlled Constant Amplitude Axial Fatigue Tests of Metallic Materials |
Load : (5 ~ 240) kN |
소재지 |
| ASTM E606/E606M-21 |
Standard Test Method for Strain - Controlled Fatigue Testing |
Load : (20 ~ 90) kN
Elongation : (-9 ~ 20) %
Temperature : (-50 ~ 1 000) ˚C |
소재지 |
| ASTM E8/E8M-24 |
Standard Test Methods for Tension Testing of Metallic Materials
7.7 Determination of yield strength
7.10 Tensile strength
7.11 Elongation
7.12 Reduction of area |
Load : (4 ~ 90) kN
Load : (4 ~ 90) kN
Elongation : (0 ~ 100) %
Reduction of area : (1 ~ 80) % |
소재지 |
| JIS Z 2275:1978 |
Method of plane bending fatigue testing of metal plates |
Load : (5 ~ 22) Kn |
소재지 |
| KS B 0802:2003 |
금속 재료 인장 시험 방법
7.c) 상항복점, 하항복점
7.d) 내력
7.e) 인장 강도
7.h) 파단 연신율
7.k) 단면 수축률 |
하중 : (4 ~ 90) kN
하중 : (4 ~ 90) kN
하중 : (4 ~ 90) kN
연신율 : (0 ~ 100) %
단면 수축률 : (1 ~ 80) % |
소재지 |
| KS B 0806:2000 |
금속 재료의 로크웰 경도 시험 방법 |
(24.36 ~ 60.92) HRC |
소재지 |
| KS P ISO 14801: 2016 |
치과-임플란트-골내 치과용 임플란트의 동적 하중시험 |
하중 : (0.1 ~ 1.0) kN |
소재지 |
| ▶ 환경 및 신뢰성 |
| MIL-STD-810F:2003 |
Department of defense test method standard for environmental engineering considerations and laboratory tests.
501.4 High temperature
502.4 Low temperature
507.4 Humidity
512.4 Immersion
4.4.2 Procedure Ⅰ - Immersion
514.5 Vibration
(Exception)
2.2.2 Category 5 – Truck/Trailer/Tracked – Loose Cargo
2.2.3 Category 6 – Truck/Trailer/Tracked - Large Assembly Cargo
516.5 Shock
4.5.2 Procedure Ⅰ - Functional Shock
4.5.5 Procedure Ⅳ - Transit Drop
4.5.6 Procedure Ⅴ - Crash Hazard
4.5.7 Procedure Ⅵ - Bench handling |
Temperature : Max. 150 ℃
Temperature : Max. -65 ℃
Temperature : Max. 60 ℃, Humidity : Max. 95 % R.H.
Depth : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm |
소재지 |
| MIL-STD-810F:2000 |
Department of defense test method standard for environmental engineering considerations and laboratory tests.
501.4 High temperature
502.4 Low temperature
507.4 Humidity
512.4 Immersion
4.4.2 Procedure Ⅰ - Immersion
514.5 Vibration
(Exception)
2.2.2 Category 5 – Truck/Trailer/Tracked – Loose Cargo
2.2.3 Category 6 – Truck/Trailer/Tracked - Large Assembly Cargo
516.5 Shock
4.5.2 Procedure Ⅰ - Functional Shock
4.5.5 Procedure Ⅳ - Transit Drop
4.5.6 Procedure Ⅴ - Crash Hazard
4.5.7 Procedure Ⅵ - Bench handling |
Temperature : Max. 150 ℃
Temperature : Max. -65 ℃
Temperature : Max. 60 ℃, Humidity : Max. 95 % R.H.
Depth : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm |
소재지 |
| MIL-STD-810C:1975 |
Military Standard Environmental Test Methods
501.1 High Temperature
502.1 Low Temperature
503.1 Tenperature shock
507.1 Humidity
512.1 Leakage (Immersion)
3.1 Procedure Ⅰ
514.2 Vibration
516.2 Shock
3.3 Procedure Ⅰ, basic design test
3.4 Procedure Ⅱ, transit drop test
3.5 Procedure Ⅲ, crash safety test
3.6 Procedure Ⅳ, high intensity test
3.7 Procedure Ⅴ, bench handling test |
Temperature : Max. 150 ℃
Temperature : Max. -65 ℃
Temperature : (-57 ~ 71) ℃
Temperature : Max. 65 ℃, Humidity : Max. 95 % R.H.
Depth : Max 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Acceleration : Max. 736 ㎨
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm |
소재지 |
| MIL-STD-167-1A:2005 |
Department of defense test method MECHANICAL VIBRATIONS OF SHIPBOARD EQUIPMENT (TYPE I – ENVIRONMENTAL)
5.1 TYPE I - Environmental vibration |
Frequency : (4 ~ 33) ㎐ |
소재지 |
| MIL-STD-167-1:1974 |
Department of defense test method MECHANICAL VIBRATIONS OF SHIPBOARD EQUIPMENT (TYPE I – ENVIRONMENTAL)
5.1 TYPE I - Environmental vibration |
Frequency : (4 ~ 50) ㎐ |
소재지 |
| MIL-PRF-28800F:1996 |
TEST EQUIPMENT FOR USE WITH ELECTRICAL AND ELECRONIC EQUIPMENT, GENERAL SPECIFICATION FOR
4.5.5.1 Temperature and humidity tests
4.5.5.1.1.1 Temperature test procedure
4.5.5.1.1.2 Procedure, humidity cycle
4.5.5.3 Vibration tests
4.5.5.3.1 Random vibration test
4.5.5.3.2 Sinusoidal vibration test
4.5.5.4 Mechanical shock tests
4.5.5.4.1 Functional shock test
4.5.5.4.2 Transit drop test
4.5.5.4.3 Bench handling test |
Temperature : (-40 ~ 71) ℃, Humidity : Max. 20 % R.H.
Temperature : (30 ~ 55) ℃, Humidity : (60 ~ 95) % R.H.
Frequency : (5 ~ 2 000) ㎐
Frequency : (5 ~ 55) ㎐
Acceleration : Max. 294 ㎨
Height: Max. 610 mm
Height: Max. 101.6 mm |
소재지 |
| LV 214:2010 |
Motor Vehicle Connectors
PG17 Dynamic load
PG19 Environmental simulation
PG20 Climate load of the housing
PG21 Long-term temperature aging |
Frequency : (5 ~ 2 000) ㎐, Acceleration : Max. 294.3 ㎨
Temperature : (-40 ~ 130) ℃, Frequency : (5 ~ 2 000) ㎐, Acceleration : Max. 294.3 ㎨
Temperature : (-40 ~ 130) ℃
Temperature : (-40 ~ 130) ℃ |
소재지 |
| KS R 1034:2023 |
자동차 부품 진동 시험 방법 |
Frequency : (5 ~ 2 000) ㎐ |
소재지 |
| KS C 5078:2015 |
자동차용 사고영상기록장치
7.3 내환경시험
7.3.1 저온 동작
7.3.2 고온 동작
7.3.3 고온 방치
7.3.4 진동시험
7.3.5 충격시험 |
Temperature : Max. -20 ℃
Temperature : Max. 70 ℃
Temperature : Max. 85 ℃
Frequency : (5 ~ 200) ㎐
Acceleration : Max. 490 ㎨ |
소재지 |
| MIL-STD-810G:2008 |
Department of defense test method standard for environmental engineering considerations and laboratory tests.
501.5 High temperature
502.5 Low temperature
504.1 Contamination by Fluids
507.5 Humidity
512.5 Immersion
4.4.2 Procedure Ⅰ - Immersion
514.6 Vibration
(Exception)
2.2 Category 5 – Truck/Trailer/Tracked – Loose Cargo
2.3 Category 6 – Truck/Trailer/Tracked - Large Assembly Cargo
516.6 Shock
4.6.2 Procedure Ⅰ - Functional Shock
4.6.5 Procedure Ⅳ - Transit Drop
4.6.6 Procedure Ⅴ - Crash Hazard Shock Test
4.6.7 Procedure Ⅵ - Bench handling
519.6 Gunfire Shock
4.4.4 Procedure Ⅲ
528 Mechanical Vibrations of Shipboard Equipment
5.1 Type I – Environmental Vibration |
Temperature : Max. 150 ℃
Temperature : Max. -65 ℃
Temperature : Max. 150 ℃
Temperature : Max. 60 ℃, Humidity : Max. 95 % R.H.
Depth : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Frequency : (4 ~ 2 000) ㎐
|
소재지 |
| MIL-STD-810G:2014 |
Department of defense test method standard for environmental engineering considerations and laboratory tests.
501.6 High temperature
502.6 Low temperature
504.2 Contamination by Fluids
507.6 Humidity
512.6 Immersion
4.4.2 Procedure Ⅰ - Immersion
514.7 Vibration
(Exception)
2.2 Category 5 – Truck/Trailer/Tracked – Loose Cargo
2.3 Category 6 – Truck/Trailer/Tracked - Large Assembly Cargo
516.7 Shock
4.6.2 Procedure Ⅰ - Functional Shock
4.6.5 Procedure Ⅳ - Transit Drop
4.6.6 Procedure Ⅴ - Crash Hazard Shock Test
4.6.7 Procedure Ⅵ - Banch handling
519.7 Gunfire Shock
4.4.4 Procedure Ⅲ
528.1 Mechanical Vibrations of Shipboard Equipment
5.1 Type I – Environmental Vibration |
Temperature : Max. 150 ℃
Temperature : Max. -65 ℃
Temperature : Max. 150 ℃
Temperature : Max. 60 ℃, Humidity : Max. 95 % R.H.
Depth : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Frequency : (4 ~ 2 000) ㎐
|
소재지 |
| MIL-STD-810H:2019 |
Department of defense test method standard for environmental engineering considerations and laboratory tests.
501.7 High temperature
502.7 Low temperature
504.3 Contamination by Fluids
507.6 Humidity
512.6 Immersion
4.4.2 Procedure - Immersion
514.8 Vibration (Exception)
2.2 Category 5 – Truck/Trailer/Tracked – Loose Cargo
2.3 Category 6 – Truck/Trailer/Tracked - Large Assembly Cargo
516.8 Shock
4.6.2 Procedure Ⅰ - Functional Shock
4.6.5 Procedure Ⅳ - Transit Drop
4.6.6 Procedure Ⅴ - Crash Hazard Shock
4.6.7 Procedure Ⅵ - Banch handling
519.8 Gunfire Shock
4.4.4 Procedure Ⅲ
528.1 Mechanical Vibrations of Shipboard Equipment
5.1 Type I – Environmental Vibration |
Temperature : Max. 150 ℃
Temperature : Max. -65 ℃
Temperature : Max. 150 ℃
Temperature : Max. 60 ℃, Humidity : Max. 95 % R.H.
Depth : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Acceleration : Max. 736 ㎨
Height : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Frequency : (4 ~ 2 000) ㎐
|
소재지 |
| SES E 001-04:2016 |
전자제어 기기 단품 시험방법
10.1 기계적 충격시험
11.1 저온시험
11.2 고온시험
11.3 온도 스텝 시험
11.4 열 충격 시험
11.6 온습도 사이클 시험
11.8 고온 고습 시험
13.1 동작 내구시험
13.2 기후적 내구시험
13.3 기계적 내구시험
|
Acceleration : Max. 500 ㎨
Temperature : Max. -40 ℃
Temperature : Max. 135 ℃
Temperature : (-30 ~ 125) ℃
Temperature : (-30 ~ 125) ℃
Tmeperature : (-40 ~ 65) ℃, Humidity : Max. 98 % R.H.
Tmeperature : Max. 85 ℃, Humidity : Max. 85 % R.H.
Temperature : Max. 125 ℃
Temperature : (-30 ~ 125) ℃
Frequency : (10 ~ 2 000) ㎐, Temperature : (-40 ~ 125) ℃,
Acceleration : Max. 300 ㎨ |
소재지 |
| KS R 9144:2021 |
철도 차량 부품의 진동 시험 방법 |
Frequency : (4 ~ 70) ㎐ |
소재지 |
| KS R 9186:2021 |
철도 신호 보안 부품 - 진동 시험 방법 |
Frequency : (10 ~ 1 000) ㎐ |
소재지 |
| KS R 9187:2021 |
철도 신호 보안 부품 - 충격 시험 방법 |
Acceleration : Max. 588 ㎨ |
소재지 |
| KS R 9193:2022 |
철도 신호 보안 부품의 절연 저항 및 내전압 시험 방법 |
Voltage : DC Max. 500 V
Resistance : Max. 9 900 ㏁
Voltage : AC Max. 5 000 V |
소재지 |
| MIL-PRF-28800G:2021 |
PERFORMANCE SPECIFICATION TEST EQUIPMENT FOR USE WITH ELECTRICAL AND ELECTRONIC EQUIPMENT
4.5.5.1 Temperature and humidity (T/H) tests
4.5.5.1.1.1 Temperature test procedure
4.5.5.1.1.2 Humidity cycle procedure
4.5.5.3 Vibration tests
4.5.5.3.1 Random vibration test
4.5.5.3.2 Sinusoidal vibration test
4.5.5.4 Mechanical shock tests
4.5.5.4.1 Functional shock test
4.5.5.4.2 Transit drop test
4.5.5.4.3 Bench handling test |
Temperature : (-40 ~ 71) ℃, Humidity : Max. 20 % R.H.
Temperature : (30 ~ 55) ℃, Humidity : Max. 98 % R.H.
Frequency : (5 ~ 2 000) ㎐
Frequency : (5 ~ 55) ㎐
Acceleration : Max. 294 ㎨
Height: Max. 610 mm
Height: Max. 100 mm |
소재지 |
| MIL-STD-810H w/Change 1:2022 |
DEPARTMENT OF DEFENSE TEST METHOD STANDARD ENVIRONMENTAL ENGINEERING CONSIDERATIONS AND LABORATORY TESTS
501.7 High temperature
502.7 Low temperature
504.3 Contamination by Fluids
507.6 Humidity
512.6 Immersion
4.4.2 Procedure Ⅰ - Immersion
514.8 Vibration (Exception)
2.2 Category 5 – Truck/Trailer/Tracked – Loose Cargo
2.3 Category 6 – Truck/Trailer/Tracked - Large Assembly Cargo
516.8 Shock
4.6.2 Functional Shock (Procedure Ⅰ)
4.6.5 Transit Drop (Procedure Ⅳ)
4.6.6 Crash Hazard Shock (Procedure Ⅴ)
4.6.7 Bench handling (Procedure Ⅵ)
519.8 Gunfire Shock
4.4.4 Procedure Ⅲ
528.1 Mechanical Vibrations of Shipboard Equipment
5.1 Type I – Environmental Vibration |
Temperature : Max. 180 ℃
Temperature : Max. -70 ℃
Temperature : Max. 180 ℃
Temperature : Max. 85 ℃, Humidity : Max. 98 % R.H.
Depth : Max. 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Acceleration : Max. 736 ㎨
Height : 1 500 mm
Acceleration : Max. 736 ㎨
Height : 1 500 mm
Frequency : (4 ~ 2 000) ㎐
Frequency : (4 ~ 2 000) ㎐de
|
소재지 |
| MIL-STD-202G:2002 |
DEPARTMENT OF DEFENSE TEST METHOD STANDARD ELECTRONIC AND ELECTRICAL COMPONENT PARTS
103B HUMIDIRT (STEDY STATE)
106G MOISTURE RESISTANCE
107G THERMAL SHOCK
[Exception]
3.1 Environmental chamber - Test condition, D,E
3.2 Liquid baths
108A Life (AT ELEVATED AMBIENT TEMPERATURE)
201A VIBRATION
204D VIBRATION,HIGH REQUENCY
[Exception]
2.7 Test condition F (20g peak)
213B SHOCK (SPECIFIED PULSE)
[Exception]
Test condition C,D,E,F,I
214A RANDOM VIBRATION |
Temperature : (38 ~ 42) ℃, Humidity : Max. 98 % R.H.
Temperature : (-10 ~ 70) ℃, Humidity : Max. 98 % R.H.
Temperature : (-65 ~ 200) ℃
Temperature : Max. 250 ℃
Frequency : (10 ~ 55) Hz
Frequency : (10 ~ 2 000) Hz
Acceleration : Max. 736 ㎨
Frequency : (10 ~ 2 000) Hz |
소재지 |
| ISO 16750-4:2023 |
Roadvehicles—Environmental conditions and testing for electrical and electronic equipment—Part4:Climaticloads
5.1.1 Low-temperature tests
5.1.2 High-temperature tests
5.2 Temperature step test
5.3.1 Temperature cycle with specified change rate
5.3.2 Rapid change of temperature with specified transition duration
5.6.2.2 Test 1: Damp heat cyclic test
5.6.2.3 Test 2: Composite temperature/humidity cyclic test
5.6.2.4 Test 3: Dewing test
5.7 Damp heat, steady-state test
5.8 Condensation test |
Temperature : Max. -70 ℃
Temperature : Max. 180 ℃
Temperature : (-70 ~ 180) ℃
Temperature : (-70 ~ 180) ℃
Temperature : (-65 ~ 180) ℃
Temperature : Max. 55 ℃, Humidity : Max. 98 % R.H.
Temperature : (-10 ~ 65) ℃, Humidity : Max. 98 % R.H.
Temperature : Max. 80 ℃, Humidity : Max. 98 % R.H.
Temperature : Max. 40 ℃, Humidity : Max. 85 % R.H.
Temperature : (-30 ~ 70) ℃, Humidity : Max. 98 % R.H. |
소재지 |
| ISO 16750-3:2023 |
Road vehicles — Environmental conditions and testing for electrical and electronic equipment — Part3:Mechanical loads
4.1 Vibration
[Exception]
4.1.13 Test IX — Commercial vehicle, unsprung masses,small and lightweight DUT
4.1.18 Test XII — Passenger car, exhaust pipe
4.1.19 Test X — Passenger car, components on fuel rail (gasoline engine with GDI-system)
4.2 Mechanical Shock
[Exception]
4.2.3 Shock Ⅲ - Test for devices in of in the gearbox |
Frequency : (10 ~ 2 000) ㎐, Temperature : (-40 ~ 140) ℃
Accelation : Max. 500 ㎨, Height : Max. 1 500 mm
|
소재지 |
| KS C IEC 61373:2010 |
철도 적용 - 철도차량 장치 - 충격 및 진동시험
[제외] 충격시험조건 3 차축 설치품 |
Frequency : (5 ~ 500) ㎐
Acceleration : Max. 300 ㎨ |
소재지 |
| ES 90000-04:2018 |
자동차용 무연솔더링 전장품 환경 신뢰성 시험
6.1 열충격 내구시험
6.2 온도사이클 시험
6.3 진동 내구시험
6.4 고온고습 내구시험1 |
Temperature : (-40 ~ 135) ℃
Temperature : (-30 ~ 125) ℃
Frequency : (10 ~ 1 000) ㎐, Temperature : (-30 ~ 125) ℃
Temperature : Max. 85 ℃, Humidity : Max. 85 % R.H. |
소재지 |
| ES 90000-04:2019 |
자동차용 무연솔더링 전장품 환경 신뢰성 시험
6.1 열충격 내구시험
6.2 온도사이클 시험
6.3 진동 내구시험
6.4 고온고습 내구시험1 |
Temperature : (-40 ~ 135) ℃
Temperature : (-30 ~ 125) ℃
Frequency : (10 ~ 2 000) Hz, Temperature : (-30 ~ 125) ℃
Temperature : Max. 85 ℃, Humidity : Max. 85 % R.H. |
소재지 |
| ES 95400-10:2018 |
자동차용 전자기기 환경시험
6.2.1 고온방치/작동시험
6.2.2 저온방치/작동시험
6.2.3 고온고습 전원인가시험
6.2.4 온습도 싸이클시험
6.2.5 온도 싸이클시험
6.2.6 내충격시험
6.2.10 온도특성시험
6.3.1 공진점 내구시험
6.3.2 진동내구시험1
6.3.3 진동내구시험2
6.4.1 열충격시험
6.4.2 고온 동작 내구시험
6.4.3 충격 내구시험
6.5.1 고저온 작동한계시험 |
Temperature : Max. 125 ℃
Temperature : Max. -40 ℃
Temperature : Max. 85 ℃, Humidity : Max. 85 % R.H.
Temperature: (-40 ~ 125) ℃, Humidity : Max. 97 % R.H.
Temperature : (-30 ~ 125) ℃
Accelation : Max. 392 ㎨
Temperature : (-30 ~ 125) ℃
Frequency : (10 ~ 1 000) ㎐
Frequency : (10 ~ 2 000) ㎐
Frequency : (10 ~ 1 000) ㎐, Temperature : (-30 ~ 125) ℃
Temperature: (-40 ~ 135) ℃
Temperature : (75 ~ 125) ℃
Accelation : Max. 400 ㎨
Temperature : (-60 ~ 130) ℃ |
소재지 |
| ES 95400-10:2019 |
자동차용 전자기기 환경시험
6.2.1 고온 작동 시험
6.2.2 고온 방치 시험
6.2.3 저온 작동 시험
6.2.4 저온 방치 시험
6.2.5 온습도 사이클시험
6.2.6 온도 사이클 시험
6.2.7 내충격시험
6.2.11 온도특성시험
6.3.1 진동내구시험1
6.3.2 진동내구시험2
6.4.1 열충격 내구시험
6.4.2 고온동작 내구시험
6.4.3 충격 내구시험
6.4.4 고온고습 내구시험
6.5.1 고, 저온 작동한계시험 |
Temperature : Max. 125 ℃
Temperature : Max. 135 ℃
Temperature : Max. -30 ℃
Temperature : Max. -40 ℃
Temperature : (-40 ~ 125) ℃, Humidity : Max. 97 % R.H.
Temperature : (-30 ~ 135) ℃
Accelation : Max. 392 ㎨
Temperature : (-30 ~ 125) ℃
Frequency : (10 ~ 2 000) ㎐
Frequency : (10 ~ 2 000) ㎐, Temperature : (-30 ~ 125) ℃
Temperature : (-40 ~ 135) ℃
Temperature : Max. 125 ℃
Accelation : Max. 400 ㎨
Temperature : Max. 85 ℃, Humidity : Max. 85 % R.H.
Temperature : (-60 ~ 130) ℃ |
소재지 |
| GMW 3172:2018 |
General Specification for Electrical/Electronic Components - Environmental/Durability
9.3.1 Vibration with termal cycling
9.3.2 Mechanical shock - pothole
9.3.3 Mechanical shock - collision
9.3.4 Mechanical shock - closure slam
9.4.1 High temperature degradation
9.4.2 Thermal shock Air-to-Air(TS)
9.4.3 Power temperature cycle(PTC)
9.4.5 Humid Heat cyclic(HHC)
9.4.6 Humid Heat constant(HHCO)
9.4.9 Minimum Non Operating Temperature |
Frequency : (10 ~ 2 000) ㎐, Temperature : (-40 ~ 140) ℃
Acceleration : Max. 245 ㎨ Acceleration : Max. 490 ㎨
Acceleration : Max. 392 ㎨, Temperature : (-30 ~ 80) ℃
Temperature : Max. 140 ℃
Temperature : (-40 ~ 150) ℃
Temperature : (-40 ~ 140) ℃
Temperature : (-10 ~ 65) ℃, Humidity : Max. 93 % R.H.
Temperature : Max. 65 ℃, Humidity : Max. 90 % R.H.
Temperature : Max. -55 ℃ |
소재지 |
| IEC 60068-2-1:2007 |
Environmental testing － Part 2-1 : Tests － Test A : Cold. |
Temperature : (-65 ~ 5) ℃ |
소재지 |
| KS C IEC 60068-2-1:2007 |
환경 시험 － 제2-1부 : 시험 － 시험 A : 내한성 시험. |
Temperature : (-65 ~ 5) ℃ |
소재지 |
| IEC 60068-2-2:2007 |
Environmental testing － Part 2-2: Tests- Tests B : Dry heat. |
Temperature : (30 ~ 250) ℃ |
소재지 |
| KS C IEC 60068-2-2:2007 |
환경 시험 － 제2-2부 : 시험 － 시험 B : 내열성 시험. |
Temperature : (30 ~ 250) ℃ |
소재지 |
| IEC 60068-2-14:2023 |
Environmental testing - Part 2-14: Tests - Test N: Change of temperature
7. Test Na: Rapid change of temperature with prescribed time of transfer
8. Test Nb: Change of temperature with specified rate of change |
Temperature : (-65 ~ 155) ℃
Temperature : (-65 ~ 155) ℃ |
소재지 |
| KS C IEC 60068-2-14:2009 |
환경 시험-제2-14부:시험-시험 N: 온도 변화
7. 시험 Na: 규정된 이동시간을 갖는 온도의 급변
8. 시험 Nb: 규정된 변화율을 갖는 온도변화 |
Temperature : (-65 ~ 155) ℃
Temperature : (-65 ~ 155) ℃ |
소재지 |
| IEC 60068-2-30:2005 |
Environmental testing — Part 2-30: Tests — Test Db: Damp heat, cyclic(12 h+12 h cycle) |
Temperature : Max. 55 ℃
Humidity : Max. 98 % R.H. |
소재지 |
| KS C IEC 60068-2-30:2005 |
환경 시험 — 제2-30부: 시험 — 시험 Db와 지침: 주기적 내습(12 h+12 h 주기) |
Temperature : Max. 55 ℃
Humidity : Max. 98 % R.H. |
소재지 |
| IEC 60068-2-38:2021 |
Environmental testing – Part 2-38: Tests- Test Z/AD: Composite temperature/humidity cyclic test |
Temperature : (-10 ~ 65) ℃
Humidity : Max. 98 % R.H. |
소재지 |
| KS C IEC 60068-2-38:2021 |
환경 시험 - 제2-38부: 시험 - 시험 Z/AD: 합성 온도/습도 사이클 시험 |
Temperature : (-10 ~ 65) ℃
Humidity : Max. 98 % R.H. |
소재지 |
| IEC 60068-2-78:2012 |
Environmental testing — Part 2-78: Tests — Test Cab: Damp heat, steady state |
Temperature : (30 ~ 40) ℃
Humidity : (85 ~ 93) % R.H. |
소재지 |
| KS C IEC 60068-2-78:2012 |
환경 시험 - 제2-78부: 시험 - 시험 Cab: 안정 상태의 내습성 시험 |
Temperature : (30 ~ 40) ℃
Humidity : (85 ~ 93) % R.H. |
소재지 |
| IEC 60571:2012 |
Railway applications - Electronic equipment used on rolling stock
12.2.4 Cold start test
12.2.5 Dry heat test
12.2.6 Damp heat test, cyclic
12.2.10 Insulation test
12.2.12 Vibration, shock and bump test
[Exception] Shock testing conditions 3 Axle mounted
12.2.15 Low temperature storage test |
Temperature : (-65 ~ 5) ℃
Temperature : (30 ~ 250) ℃
Temperature : Max. 55 ℃, Humidity : Max. 98 % R.H.
Voltage : DC 500 V, Resistance : Max. 9 900 ㏁
Voltage : AC (500 ~ 1 500) V
Frequency : (5 ~ 500) ㎐, Acceleration : Max. 300 ㎨
-
Temperature : Max. -40 ℃ |
소재지 |
| KS C IEC 60571:2012 |
철도 적용 - 철도 차량용 전자기기
12.2.4 냉각 시험
12.2.5 내열성 시험
12.2.6 내습 사이클 시험
12.2.10 절연 시험
12.2.12 진동, 충격 및 충돌 시험
[제외] 충격시험조건 3 차축 설치품
12.2.15 저온 저장 시험 |
Temperature : (-65 ~ 5) ℃
Temperature : (30 ~ 250) ℃
Temperature : Max. 55 ℃, Humidity : Max. 98 % R.H.
Voltage : DC 500 V, Resistance : Max. 9 900 ㏁
Voltage : AC (500 ~ 1 500) V
Frequency : (5 ~ 500) ㎐, Acceleration : Max. 300 ㎨
Temperature : Max. -40 ℃ |
소재지 |
| IEC 61373:2010 |
Railway applications - Rolling stock equipment - Shock and vibration tests
[Exception] Shock testing conditions 3 Axle mounted |
Frequency : (5 ~ 500) ㎐
Acceleration : Max. 300 ㎨ |
소재지 |
| MIL-STD-202H:2015 |
DEPARTMENT OF DEFENSE TEST METHOD STANDARD ELECTRONIC AND ELECTRICAL COMPONENT PARTS
103 HUMIDITY (STEADY STATE)
106 MOISTURE RESISTANCE
107 THERMAL SHOCK
[Exception]
4.2.1 Environmental chamber - Test condition D,E
4.2.2 Liquid baths
108 LIFE (AT ELEVATED AMBIENT TEMPERATURE)
201 VIBRATION
204 VIBRATION,HIGH FREQUENCY
[Exception]
4.7 Test condition F (20g peak)
213 SHOCK (SPECIFIED PULSE)
[Exception]
Test condition - C,D,E,F,I
214 RANDOM VIBRATION |
Temperature : (38 ~ 42) ℃, Humidity : Max. 98 % R.H.
Temperature : (-10 ~ 70) ℃, Humidity : Max. 98 % R.H.
Temperature : (-65 ~ 200) ℃
Temperature : Max. 250 ℃
Frequency : (10 ~ 55) Hz
Frequency : (10 ~ 2 000) Hz
Acceleration : Max. 736 ㎨
Frequency : (10 ~ 2 000) Hz |
소재지 |
