工業冷水機製造商 LNEYA Taiwan
Thermal Chuck or Thermal Plate/Thermal Control Unit
MD -75℃～225℃- Précision de la température±0.1℃
- Puissance de chauffage-60°C to +25°C: 2 min 0°C to +25°C: 2 min +25°C to +220°C: 6 min
- Puissance de refroidissement220°C to +25°C: 2 min +25°C to -60°C: 6 min
- Source Power2.8KW
- Flat ShapeRound/Square
Quick temperature change control chuck
-75℃ to 225°C
|
Modèle |
MD-708 |
MD-712 |
MDL-708 |
|
Temp. Plage de température |
-75℃～225℃ |
-75℃～225℃ |
-75℃～225℃ |
|
précision du contrôle de la température |
±0.1℃ |
±0.1℃ |
±0.1℃ |
|
temperature uniformity |
±1℃ |
±1℃ |
±1℃ |
|
Flatness |
±50um |
±50um |
±50um |
|
Tablet Size |
Disque de 200 mm de diamètre |
Disque de 300 mm de diamètre |
150mm*200mm |
|
Host and card cable |
2.5m (other lengths can be customized) |
||
|
Traitement de surface plane |
Electroplated nickel (optional gold plating) |
||
|
Heat Up |
-60°C to +25°C: 2 min 0°C to +25°C: 2 min +25°C to +220°C: 6 min |
||
|
Cool Down |
220°C to +25°C: 2 min +25°C to -60°C: 6 min |
||
|
Système de contrôle |
PLC controller, heating feed-forward PID fuzzy algorithm, cooling electronic expansion valve PID adjustment control cooling capacity |
||
|
Display and Record |
7-inch color touch screen, record temperature curve |
||
|
Communication |
Interface Ethernet Protocole TCP/IP |
||
|
Refrigeration Compressors |
Taikang |
||
|
Alimentation électrique |
220V 50/60HZ 2.8KW |
220V 50/60HZ 4.5KW |
220V 50/60HZ 2.8KW |
|
Host size mm |
550×650×370 |
550×650×370 |
550×650×370 |
Description du produit
La plus grande innovation de Vacc dans les tests thermiques est la série de mandrins à contrôle thermique, principalement utilisés pour les tests de performance, la modélisation, le développement de processus, l’analyse des défauts de conception ou des pannes de CI des plaquettes semi-conductrices. Ils permettent des changements rapides de température et un contrôle précis de celle-ci. Le système dispose de son propre réfrigérateur, ce qui évite la consommation d’azote liquide, de dioxyde de carbone, etc., et chaque système comprend un mandrin et une unité de contrôle thermique chaud/froid.
The inside of the plate adopts the direct evaporation method of refrigerant, which greatly improves the heat exchange efficiency and the heat exchange power per unit area of the plate compared with the liquid cooling method.
Rapid cooling/heating rates up to 25°C/min
Built-in refrigerator to avoid the consumption of liquid nitrogen, carbon dioxide, etc. Programmable automation, temperature stability +/-0.1℃
Controller provides touch screen and remote interface to precisely control and monitor equipment temperature
Display test status – real-time data
Thermal Chuck MD series provides an open flat surface working platform, rapid temperature rise and fall, and constant temperature control, which can be used for testing RF devices and high-density power devices (IGBTSAND MOSFETS), and can also be used for rapid cooling of laboratory flat panels (plasma, biological products, batteries), etc.
Courriel : sales@lneya.com
WhatsApp : 086 13912479193
Recommandations connexes
-
The difference between direct contact liquid cooling and cold plate liquid cooling technology
2350The cold plate liquid cooling technology is an implementation method in which the heat of the heating components is indirectly transferred to the cooling liquid enclosed in the circulating pipeline through the cold plate, and the heat is taken awa...
Voir les détails -
Which part of the chip testing system requires high and low temperature control?
1841In the chip testing system, the environmental control equipment requires high and low temperature control. Specifically, this section mainly includes the following two key devices: 2. Temperature control system: For certain testing applications th...
Voir les détails -
LNEYA data center liquid cooling solution Liquid Cooled CDU Distribution Unit
2417LNEYA data center liquid cooling chiller CDU
Voir les détails -
refroidisseurs hydrauliques refroidisseurs industriels/de laboratoire ?
1700Hydraulic chillers are not directly equivalent to industrial chillers or laboratory chillers, but they have certain relevance and overlap in function. They are all devices used to provide cooling effects. The main difference lies in the applicatio...
Voir les détails
Soumettre à consultation
Nous vous répondrons dans les 24 heures