LNEYA
简体中文
Thermal Air Thermal Test System
With the rapid development of semiconductor technology, thermal air thermal test system, as a part of the semiconductor production process, plays a certain role in ensuring product quality and improving production.
The thermal air thermal test system is a device that can quickly change the ambient temperature. By accurately controlling the temperature and speed of the air flow, it can simulate various harsh temperature conditions that semiconductor devices may encounter in actual use. This system can ensure that semiconductor devices can withstand the impact of high and low temperatures during the manufacturing process, thereby improving product reliability and stability.
In the semiconductor industry, thermal air thermal test systems are widely used in chip packaging, testing and reliability evaluation. During the chip packaging process, the system can quickly adjust the temperature of the packaging environment to ensure the stability and reliability of packaging materials at different temperatures; during the testing phase, the system can simulate the working conditions of the chip under different temperature conditions to discover potential problems. Performance issues; in reliability evaluation, the system can evaluate the life and performance degradation of the chip under temperature conditions, providing strong support for product design and improvement.
With the continuous advancement of semiconductor technology, thermal air thermal test systems are also constantly developing and improving. Looking to the future, with the widespread application of emerging technologies such as 5G, the Internet of Things, and artificial intelligence, the demand for airflow temperature impact systems in the semiconductor industry will further grow.
The semiconductor industry uses thermal air thermal test systems as equipment in the semiconductor production process to meet the production needs for higher precision and reliability and to adapt to various environmental requirements at the semiconductor production site.
| Model | AES-4535 | AES-6035 | AES-8035 | AES-A1035W | AES-A1235W |
| AES-4535W | AES-6035W | AES-8035W | |||
| Temp. Range | -45℃～225℃ | -60℃～225℃ | -80℃～225℃ | -100℃～225℃ | -120℃～225℃ |
| Temp. Control Accuracy | ±0.5℃ | ||||
| Temp. Conversion Time | -25℃ to 150℃ Approximately 10S | -45℃ to 150℃ Approximately 10S | -55℃ to 150℃ Approximately 10S | -70℃ to 150℃ Approximately 10S | -80℃ to 150℃ Approximately 11S |
| 150℃ to -25℃ | 150℃to -45℃ | 150℃to -55℃ | 150 ℃to -70℃ | 150℃to -80℃ | |
| Approximately 20s | Approximately 20s | Approximately 15s | Approximately 20s | Approximately 20s | |
| Air Requirement | Air Cleaner<5um | ||||
| Air Oil Content:<0.1ppm | |||||
| Air Temp&Humidity：5℃～32℃ 0～50%RH | |||||
| Air Handing Capacity | 7m3/h ～ 25m3/h Pressure 5bar～7.6bar | ||||
| System Pressure Dispiay | Pressure of Refrigeration system is realized by pressure gauge (High pressure, low pressure); | ||||
| Pressure of circulatory system is detected by pressure sensor and displayed on touch screen. | |||||
| Controller | Siemens PLC, Fuzzy PID Control algorithm. | ||||
| Temp. Control | Control of outlet temperature | ||||
| Programmable | 10 procedures can be developed, and each program can be composed of 10 steps | ||||
| Communicating Protocol | Ethernet Interface TCP/IP Protocol. | ||||
| Internal Temp. Feedback | Equipment outlet temperature, refrigeration system condensation temperature, ambient temperature, compressor suction temperature, cooling water temperature (water cooling equipment is configured) . | ||||
| Temp. Feedback | T Temperature Sensor | ||||
| Compression Engine | Tecumseh / Emerson | Tecumseh / Emerson | Tecumseh / Emerson | Tecumseh / Emerson | Tecumseh / Emerson |
| Evaporimeter | Double-pipe (heat) Exchanger | ||||
| Calorifier | Flanged Barrel Heater | ||||
| Refrigeration Accessory | Danfoss / Emerson fittings (dry filters, oil separators, high and low pressure protectors, expansion valves, solenoid valves). | ||||
| Operation Panel | LNEYA custom 7-inch color touch screen, temperature curve display\ EXCEL data export. | ||||
| Safe Guarding | With self-diagnosis function; phase sequence phase breaker, freezer overload protection; high-voltage pressure switch, overload relay, thermal protection device and other safety protection functions. | ||||
| Cryogen | Topsubmixed Refrigerant | ||||
| External Insulation Hose | 8m DN32 fast coupling clamp for easy outgoing insulation hose | ||||
| Shape Dimension (Wind)cm | 54*69*132 | 54*69*132 | 75*73*133 | 80*120*185 | 100*150*185 |
| Shape Size (Water)cm | 54*69*132 | 54*69*132 | 75*73*133 | 70*100*175 | 80*120*185 |
| Air-Cooled Type | Copper tube aluminum fin condensation mode, upper and out type, condensing fan using Germany EBM axial flow fan. | ||||
| Water-Cooled Type W | Type W is water cooled | ||||
| Water-Cooled Condenser | Sleeve type heat exchanger (Paris/ Shen’s) | ||||
| Cooling Water Quantity At 25℃ | 0.6m3/h | 1.2m3/h | 1.6m3/h | 2.6m3/h | 3m3/h |
| Source 380V 50HZ | 3.7kW max | 5kW max | 5kW max | 6.8kW max | 7.5kW max |
| Source | Customizable 460V 60HZN 220V 60HZ three-phase | ||||
| Shell Material | Cold rolled sheet spray (Standard Colour 7035). | ||||
| Temp. Spread | High Temperature To +300℃ | ||||
Copyright information belongs to lneya-online.com, please contact email for details: lilia@lneya.com
Or scan the WhatsApp or WeChat QR code below to contact us.
WhatsAPP WeChat
