LNEYA Enfriadoras industriales Fabricante Proveedor
FLT -100℃~90℃
semiconductor production process water chiller
- Precisión de la temperatura±0.1℃
- Control del caudal12~45/min
- TipoFrequency Variable Series
- Gama de potencia380V
FLTZ -100℃～+90℃ Low Temperature Cascade Refrigeration Series
| Modelo | FLTZ-002 | FLTZ-003 | FLTZ-004 | FLTZ-006 | FLTZ-008 | FLTZ-010 | FLTZ-015 |
| FLTZ-002W | FLTZ-003W | FLTZ-004W | FLTZ-006W | FLTZ-008W | FLTZ-010W | FLTZ-015W | |
| Temperatura | 5℃～90℃ | ||||||
| Precisión del control de temperatura | ±0.05℃（Steady state outlet temperature） | ||||||
| Cooling capacity @10℃ | 6kW | 8kW | 10kW | 15 kW | 20 kW | 25 kW | 40 kW |
| Internal circulating fluid volume | 4L | 5L | 6L | 8L | 10L | 12L | 20L |
| Volumen del depósito de expansión | 10L | 10L | 15L | 15L | 20L | 25L | 35L |
| Refrigerante | R410A | ||||||
| Refrigerating medium | Silicone oil, fluorinated liquid, polyol aqueous solution, DI, etc. (DI temp needs to be controlled above 10 ℃) | ||||||
| Tamaño de la conexión | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG1 |
| Cooling water connection size | ZG1/2 | ZG1/2 | ZG3/4 | ZG1 | ZG1 | ZG1 | ZG1 1/8 |
| Caudal de agua de refrigeración @20℃ | 1,5 m³/h | 2 m³/h | 2,5 m³/h | 4 m³/h | 4,5 m³/h | 5,6 m³/h | 9 m³/h |
| Process temperature control | The remote target temperature can be controlled by combining the self created model free self built tree algorithm and cascade algorithm |
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| Dimensión cm | 950*380*1055 | 950*380*1055 | 950*380*1055 | 980*430*1400 | 980*430*1400 | 1080*600*1500 | 1080*600*1500 |
| Modelo | FLTZ-1002W | FLTZ-1004W |
| Temperatura | -100℃～+90℃ | |
| Precisión del control de temperatura | ±0.05℃（Steady state outlet temperature） | |
| Control del caudal | 7～25L/min | 12～45L/min |
| Cooling capacityat-90℃ | 1,5 kW | 3kW |
| Potencia calorífica | 3,5 kW | 5,5 kW |
| Internal circulating fluid volume | 5L | 8L |
| Volumen del depósito de expansión | 10L | 15L |
| Heat-conduction medium | Líquido fluorado | |
| Tamaño de la conexión | ZG3/4 | ZG3/4 |
| Cooling water connection size | ZG3/4 | ZG1 |
| Cooling water@20℃ | 50L/min 2bar~7bar | 100L/min 2bar~7bar |
| Circuit breaker | 32A | 63A |
| Process temperature control | The remote target temperature can be controlled by combining the self created model free self built tree algorithm and cascade algorithm |
|
FLTZ -45℃～90℃
| Modelo | FLTZ-002 | FLTZ-003 | FLTZ-004 | FLTZ-006 | FLTZ-008 | FLTZ-010 | FLTZ-015 |
| FLTZ-002W | FLTZ-003W | FLTZ-004W | FLTZ-006W | FLTZ-008W | FLTZ-010W | FLTZ-015W | |
| Temperatura | 5℃～90℃ | ||||||
| Precisión del control de temperatura | ±0.05℃（Steady state outlet temperature） | ||||||
| Cooling capacity @10℃ | 6kW | 8kW | 10kW | 15 kW | 20 kW | 25 kW | 40 kW |
| Internal circulating fluid volume | 4L | 5L | 6L | 8L | 10L | 12L | 20L |
| Volumen del depósito de expansión | 10L | 10L | 15L | 15L | 20L | 25L | 35L |
| Refrigerante | R410A | ||||||
| Refrigerating medium | Silicone oil, fluorinated liquid, polyol aqueous solution, DI, etc. (DI temp needs to be controlled above 10 ℃) | ||||||
| Tamaño de la conexión | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG1 |
| Cooling water connection size | ZG1/2 | ZG1/2 | ZG3/4 | ZG1 | ZG1 | ZG1 | ZG1 1/8 |
| Caudal de agua de refrigeración @20℃ | 1,5 m³/h | 2 m³/h | 2,5 m³/h | 4 m³/h | 4,5 m³/h | 5,6 m³/h | 9 m³/h |
| Process temperature control | The remote target temperature can be controlled by combining the self created model free self built tree algorithm and cascade algorithm |
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| Dimensión cm | 950*380*1055 | 950*380*1055 | 950*380*1055 | 980*430*1400 | 980*430*1400 | 1080*600*1500 | 1080*600*1500 |
| Modelo | FLTZ-202 | FLTZ-203 | FLTZ-204 | FLTZ-206 | FLTZ-208 | FLTZ-210 | FLTZ-215 |
| FLTZ-202W | FLTZ-203W | FLTZ-204W | FLTZ-206W | FLTZ-208W | FLTZ-210W | FLTZ-215W | |
| Temperatura | -25℃～90℃ | ||||||
| Precisión del control de temperatura | ±0.05℃（Steady state outlet temperature） | ||||||
| Control del caudal | 10～25L/min | 15～45L/min | 25～75L/min | ||||
| Cooling capacity @-15℃ | 2kW | 3kW | 3,8 kW | 6kW | 7.6kW | 10kW | 15 kW |
| Internal circulating fluid volume | 4L | 5L | 6L | 8L | 10L | 12L | 20L |
| Volumen del depósito de expansión | 10L | 10L | 15L | 15L | 20L | 25L | 35L |
| Refrigerante | R404A | ||||||
| Refrigerating medium | Silicone oil, fluorinated liquid, glycol solution etc | ||||||
| Tamaño de la conexión | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG1 |
| Cooling water connection size | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG1 | ZG1 | ZG1 1/8 |
| Caudal de agua de refrigeración @20℃ | 1,2 m³/H | 1,6 m³/H | 2,6 m³/H | 3,6 m³/H | 5,5 m³/H | 7 m³/H | 10,2 m³/H |
| Process temperature control | The remote target temperature can be controlled by combining the self created model free self built tree algorithm and cascade algorithm |
||||||
| Dimensión cm | 950*380*1055 | 950*380*1055 | 950*380*1055 | 980*430*1400 | 980*430*1400 | 1080*600*1500 | 1080*600*1500 |
| Modelo | FLTZ-402 | FLTZ-403 | FLTZ-404 | FLTZ-406 | FLTZ-408 | FLTZ-410 | FLTZ-415 |
| FLTZ-402W | FLTZ-403W | FLTZ-404W | FLTZ-406W | FLTZ-408W | FLTZ-410W | FLTZ-415W | |
| Temperatura | -45℃～90℃ | ||||||
| Precisión del control de temperatura | ±0.05℃（Steady state outlet temperature） | ||||||
| Control del caudal | 10～25L/min 5bar max | 15～45L/min 5bar max | 25～75L/min 5bar max | ||||
| Calefacción | Using compressor heating, prevent condenser frosting technology | ||||||
| Cooling capacity @-35℃ | 1kW | 1.4kW | 1,8 kW | 2,5 kW | 3,3 kW | 5kW | 8kW |
| Internal circulating fluid volume | 4L | 5L | 6L | 8L | 10L | 12L | 20L |
| Volumen del depósito de expansión | 10L | 10L | 15L | 15L | 20L | 25L | 35L |
| Refrigerante | R404A | ||||||
| Refrigerating medium | Silicone oil, fluorinated liquid, glycol solution etc | ||||||
| Tamaño de la conexión | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG1 |
| Cooling water connection size | ZG1/2 | ZG3/4 | ZG3/4 | ZG1 | ZG1 | ZG1 | ZG1 1/8 |
| Caudal de agua de refrigeración @20℃ | 1,5 m³/H | 2,4 m³/H | 3,5 m³/H | 5m³/H | 5,5 m³/H | 6 m³/H | 8 m³/H |
| Process temperature control | The remote target temperature can be controlled by combining the self created model free self built tree algorithm and cascade algorithm |
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| Dimensión cm | 950*380*1055 | 950*380*1055 | 950*380*1055 | 980*430*1400 | 980*430*1400 | 1080*500*1500 | 1080*500*1500 |
Heat exchange Chiller Compressor-free
| Modelo | ETCU-005W | ETCU-015W | ETCU-030W | ETCU-050W | ETCU-100W | ETCU-200W | ETCU-300W |
| Temperatura | Cooling water temperature +5℃~90℃ | ||||||
| Precisión del control de temperatura | ±0.05℃（Steady state outlet temperature） | ||||||
| Temperatura del agua de refrigeración | 7℃~30℃ Cooling water flow is controlled by Siemens/Honeywell regulating valves | ||||||
| Capacidad de refrigeración | 5kW | 15 kW | 30 kW | 50 kW | 100 kW | 200 kW | 300 kW |
| Test conditions: When the maximum circulation amount, the temperature difference between the temperature control temperature and the cooling water temperature is 15℃ |
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| Bomba de circulación | 7~20L/min 5bar | 15~40L/min 5bar | 20~60L/min 5bar | 40~110L/min 5bar | 150~250L/min 5bar | 250~500L/min 5bar | 400~650L/min 5bar |
| Volumen del depósito | 5L | 10L | 20L | 30L | 60L | 120L | 240L |
| Dimensión cm | 480*750*390 | 480*750*390 | 480*750*500 | Customization | Customization | Customization | Customization |
enfriadores que controlan la temperatura de procesamiento en los equipos Fab
Refrigerador de un canal refrigerado por aire, diseñado principalmente para máquinas de grabado. Se utiliza para proporcionar un control independiente de la temperatura de las paredes laterales de la cámara.
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