CTSシリーズプログラマブル熱衝撃試験室は、突然の極端な温度変化下での材料または複合材料の構造公差を評価するように設計されています。熱膨張と収縮によって引き起こされる化学変化と物理的損傷を検出するために広く使用されています。このチャンバーは、高効率の操作、迅速な温度サイクル、信頼性の高い結果を保証するため、エレクトロニクス、航空宇宙、自動車製造などの業界の研究、品質管理、生産ラインに最適です。
静的試験モードは、試験中に材料が静止したままであることを保証し、摩耗を効果的に最小限に抑え、材料費を節約します。堅牢な冷却・加熱システムにより、チャンバーは正確で迅速な温度変化を実現します。この機能により、高性能なテストソリューションを求めるメーカーにとって不可欠なツールとなっています。
| モデル | CTS-50 | CTS-100 | CTS-150 | CTS-200 | CTS-300 | CTS-600 |
|---|---|---|---|---|---|---|
| 予冷温度範囲 | 0°C~-78°C | |||||
| 予熱温度範囲 | +60°C~+200°C | |||||
| 温度範囲 | 高:+60°C〜+150°C、低:A:-10° |
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| 温度変動 | ±3°C | |||||
| 温度遷移時間 | 5分間 | |||||
| 予冷時間 | +20° |
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| 予熱時間 | +20°C~+150°C 約40分 | |||||
| 内寸(mm) | 350×400×360 | 500×400×400 | 600×500×500 | 650×500×620 | 900×500×670 | 1000×800×750 |
| 外形寸法(mm) | 1350×1750×1370 | 1400×1800×1370 | 1500×1850×1500 | 1500×1850×1650 | 1800×1850×1700 | 2000×2200×1850 | 年
| インナー素材 | SUS304#ミラーステンレス鋼 | |||||
| アウター素材 | つや消しステンレス鋼または高強度冷間圧延鋼、両面静電コーティング | |||||
| 断熱材 | 硬質フォーム+ガラス繊維 | |||||
| 冷凍システム | フランスのTecumsehハーメチックコンプレッサーまたはドイツの半ハーメチックコンプレッサー、デュアルステージカスケード冷却付き | |||||
| 標準設定。 | テストホール(左50mm)、2層サンプルラック | |||||
| 安全機能 | 過熱、過電流、過圧、ファン過負荷、位相保護、緊急シャットダウンなど | |||||
| 重量 | 約300kg | 約350kg | 約400kg | 約500kg | 約600kg | 約700kg |
| 電源 | AC380V 20KW | のAC380V 22KW | のAC380V 25KW | のAC380V 35KW | のAC380V 50KW | AC380V 65KW | の
This equipment is suitable for all kinds of electrical and electronic products and other products, parts and materials to carry out high and low temperature constant and gradual change, humidity and heat test and other environmental simulation reliability test.
other uses may cause injury to personnel and damage to equipment.
Testing and storage of samples of flam mable。
In addition to testing the adaptability and the characteristics of the product had been changed under the general conditions of temperature and humidity combination (High-low temperature & storage, temperature cycling, high temperature and high humidity or moisture condensation test) by simulatable products, low humidity and constant temperature-humidity test chamber can also test whether the crazing and breakage of the product would happen under the conditions of low temperature and low humidity, high temperature and low humidity, high temperature and high humidity, low temperature and high humidity. Further more, the static content in air under the low humidity condition is many time more than the general condition, and it is said that most damage of the electronic components is caused by static.
Meeting the requirements of international specification test (IEC, JIS. JB, MIL...) to ensure the consistency of international measurement programs (including testing procedures, conditions and methods) to avoid cognitive differences and reduces the measurement uncertainties.
High and low temperature test chamber applying to electrical engineering, electronic products, components and the adaptive test of materials during storage, transportation and use in high and low temperature.
Designed for a variety of electronic products machine high and low temperature and humidity test, LED, PCB and other products aging test, special requirements can be customized, such as low-temperature and low-humidity test recognized: 3 ℃/10% RH; 2, 5C/10% RH, etc., the size of the inner box to accept customized, temperature and humidity Fan to accept customized. Laboratory floor load-bearing capacity: 600kg/m2 (uniform load) made of fully welded stainless steel SUS304 non-slip plate.
Thermal Shock Test Chamber is designed to test the material structure or composite materials, in the instant after the extremely high temperature and extremely low temperature under the continuous degree of tolerance, in order to test in the shortest possible time due to thermal expansion and contraction of the chemical changes caused by or physical damage. To be tested completely static test mode is the current electronic parts testing, research, and semiconductor production line with a large number of screening, can save a lot of consumables testing costs. Fast operation and high reliability. Suitable for metal, plastic, rubber, electronics, aerospace .... Material testing.
Designed for all kinds of electrical and electronic, automotive, metal, plastic, chemical, aerospace, medical building materials and other products, parts and materials for high and low temperature constant and gradual change of hot and humid test and other environmental simulation reliability test.
