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駅全体を検索

気候試験室

GD -80℃～+150℃

LNEYA’s climatic test chamber is applicable for chip aging test.

お問い合わせ内容をお送りください
Cooling rate (No load) 125 ℃ → -40 ℃ 1 ℃/min (customizable for 5-25 ℃)
Heating rate (No load) -40 ℃ →+125 ℃ 1 ℃/min (customizable for 5-25 ℃)
Temperature uniformity ≤±1℃(unloaded)
Energy are consumed

The climatic test chamber provides an environment with high temperature, high humidity and high air pressure to accelerate the aging process of products, simulating the long-term aging situation of products in actual usage. It is a commonly used testing method in the chip industry. Through this testing method, the reliability and lifespan of chips can be inspected within a short period of time, thereby improving the quality and reliability of products.

GD SERIES

-800°C

lowest

150°C

Highest


±1℃

温度制御精度

Medium & Material

モード GD-518-2-C-DC
nside
 dimensions
(W*H*D)		 Left cavity cm 60*124.5*65
Right cavity cm 60*124.5*65
温度範囲  -80℃~150℃
Heating rate (No load) -40 ℃ →+125 ℃ 1 ℃/min (customizable for 5-25 ℃)
冷却率 (No load) 125 ℃ → -40 ℃ 1 ℃/min (customizable for 5-25 ℃)
Temperature uniformity ≤±1℃(unloaded)
ヒーター Electric heating
Condenser（A） finned heat exchanger
Condenser（W） plate/sleeve/shell and tube heat exchanger
Outer box size (W*H*D) cm 409*236*175
電源 380V 50HZ

冷却方法
Cascade refrigeration

Insulation material
Glass fiber cotton&polyurethane

Communication protocol interface
TCP/RS485 (CAN customizable)

The key to ensuring high precision and high efficiency

の利点 気候試験室


►The temperature control accuracy is around 0.1℃， the humidity accuracy is around 2.0%RH
►In the unloaded state, the temperature uniformity is around 1℃.
►Condenser: air cooled type uses finned tube heat exchanger, while water cooled type uses plate heat exchanger, shell-and-tube heat exhanger or shell-and-tube heat exchanger with jackets.
►Insulation material: glass fiber cotton or polyurethane
►Inner box material: SUS 304 stainless steel
►Utilizing long-shaft motors and stainless steel centrifugal fan blades for air circulation

今すぐお問い合わせ

ALL environmental test chambers model

GD -40℃~100℃

battery test chamber

Cooling capacity 1.8kW~15kW

Heating power 6KW~15KW

Temperature uniformity ±1℃

Send Inquiry Now

GD -80℃~150℃

climatic test chamber

Heating rate (+20~+150℃)A：5℃/min

Cooling rate Carrying idler (+20~-40℃)5℃/min

Send Inquiry Now

GD -40℃~180℃

thermal shock chamber

Low temperature -40~0℃

High temperature +60~+150℃

Temperature fluctuation ≤1℃

Send Inquiry Now

当社のポータブルチラー工場を信頼してください

当社は自社工場を持ち、温度制御分野で20年以上の経験を持つ強力なチラーサプライヤーです。

As a leader in refrigeration industry, LNEYA always attaches great importance to technological innovation. LNEYA has 90+ invention patents, and 20% of its 400+ employees are technicians. The production process adopts the Siemens PLM design platform to uniformly manage all data in the entire life cycle of the product from design, sales, production, after-sales to scrapping, to maximize the traceability of product quality.

グローバルサービス

30,000人以上の顧客にサービスを提供しました。
20カ国以上に輸出。

認証特許

CE認証、SGS認証、ISO認証を取得しています。

アフターサービス

Provide comprehensive technical training.
With 24/7 solutions.

プロフェッショナルチーム

Founded in 2010, with 15 years of industry experience.
20% of employees are technicians.

Quality control

Visual inspection.
Performance test.
Electrical safety test.

Get in touch with our Battery test chamber experts

適切なチラーが見つからない、またはチラーの選び方がわからない場合は、今すぐお問い合わせください。チラーの詳細と価格をご案内いたします。

A walk in environmental test chamber is a climate test chamber with large dimensions that users are able to enter. A walk in environmental test chamber, just like a constant climate chamber, simulates specific environmental conditions (temperature and relative humidity).

A constant temperature and humidity test chamber is an equipment that can provide stable temperature and humidity conditions. It is widely used in product R&D and quality inspection in various fields such as electronics, electrical appliances, communications, automobiles, medicine and chemicals. By simulating different temperature and humidity environments, it can help researchers understand the performance of products in various environments, thereby improving product design or ensuring that the quality of products meets standard requirements.

Regularly calibrate the temperature sensors. Inaccurate temperature readings will cause the test conditions to deviate from the set values, affecting the reliability of the battery test data. At the same time, pay attention to the operating status of the heating elements and the refrigeration system. Observe whether there is abnormal heating during heating and whether the refrigeration system can reach the expected low temperature and operate normally. If the heating or refrigeration effect is poor, promptly troubleshoot and repair.

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