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| Model | 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 | |
| Temperature range | +5 ℃ ～ +90 ℃ | ||||||
| Temperature control accuracy | ±0.05℃ (outlet temperature steady state) | ||||||
| Cooling capacity @10℃ (kW) | 6 | 8 | 10 | 15 | 20 | 25 | 40 |
| Internal circulation liquid volume | 4L | 5L | 6L | 8L | 10L | 12L | 20L |
| Expansion tank volume | 10L | 10L | 15L | 15L | 20L | 25L | 35L |
| Refrigerant | R410A | ||||||
| Coolant | Silicone oil, fluorinated liquid, ethylene glycol aqueous solution, DI, etc. (DI temperature needs to be controlled above 10°C) | ||||||
| Inlet and outlet interface | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG1 |
| Cooling water inlet | ZG1/2 | ZG1/2 | ZG3/4 | ZG1 | ZG1 | ZG1 | ZG1 1/8 |
| Cooling water flow @ 20℃ | 1.5m³/h | 2m³/h | 2.5m³/h | 4m³/h | 4.5m³/h | 5.6m³/h | 9m³/h |
| Process temperature control | The remote target temperature can be controlled based on a combination of a self-created model-free self-building tree algorithm and a cascade algorithm. | ||||||
| Dimensions (mm) | 950*380*1055 | 950*380*1055 | 950*380*1055 | 980*430*1400 | 980*430*1400 | 1080*600*1500 | 1080*600*1500 |
| Model | 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 | |
| Temperature range | -25 ℃ ～ +90 ℃ | ||||||
| Temperature control accuracy | ±0.05℃ (outlet temperature steady state) | ||||||
| Flow | 10～25L/min | 15～45L/min | 25～75L/min | ||||
| Cooling capacity @-15℃ (kW) | 2 | 3 | 3.8 | 6 | 7.6 | 10 | 15 |
| Internal circulation fluid volume | 4L | 5L | 6L | 8L | 10L | 12L | 20L |
| Expansion tank capacity | 10L | 10L | 15L | 15L | 20L | 25L | 35L |
| Refrigerant | R404A | ||||||
| Coolant | Silicone oil, fluorinated liquid, ethylene glycol aqueous solution, etc. | ||||||
| Inlet and outlet ports | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG1 |
| Cooling water ports | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG1 | ZG1 | ZG1 1/8 |
| Cooling water flow @ 20°C | 1.2m³/H | 1.6m³/H | 2.6m³/H | 3.6m³/H | 5.5m³/H | 7m³/H | 10.2m³/H |
| Process temperature control | The remote target temperature can be controlled based on a combination of a self-created model-free self-building tree algorithm and a cascade algorithm. | ||||||
| Dimensions (mm) | 950*380*1055 | 950*380*1055 | 950*380*1055 | 980*430*1400 | 980*430*1400 | 1080*600*1500 | 1080*600*1500 |
| Model | 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 | |
| Temperature range | -45 ℃ ～ +90 ℃ | ||||||
| Temperature control accuracy | ±0.05℃ (outlet temperature steady state) | ||||||
| Flow | 10～25L/min 5bar max | 15～45L/min 6bar max | 25～75L/min 6bar max | ||||
| Heating | Use compressor to heat and prevent condenser from frosting | ||||||
| Cooling capacity @-35℃ (kW) | 1 | 1.4 | 1.8 | 2.5 | 3.3 | 5 | 8 |
| Internal circulation liquid volume | 4L | 5L | 6L | 8L | 10L | 12L | 20L |
| Expansion tank volume | 10L | 10L | 15L | 15L | 20L | 25L | 35L |
| Refrigerant | R404A | ||||||
| Coolant | Silicone oil, fluorinated liquid, ethanol aqueous solution, etc. | ||||||
| Inlet and outlet interface size | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG3/4 |
| Cooling water interface | ZG1/2 | ZG3/4 | ZG3/4 | ZG1 | ZG1 | ZG1 | ZG1 1/8 |
| Cooling water flow @ 20℃ | 1.5m³/H | 2.4m³/H | 3.5m³/H | 5m³/H | 5.5m³/H | 6m³/H | 8m³/H |
| Process temperature control | Remote target temperature can be controlled based on a combination of a self-created model-free self-building tree algorithm and a cascade algorithm | ||||||
| Dimensions (mm) | 950*380*1055 | 950*380*1055 | 950*380*1055 | 980*430*1400 | 980*430*1400 | 1080*500*1500 | 1080*500*1500 |
| Model | FLTZ-803W | FLTZ-805W | FLTZ-806W | FLTZ-808W | FLTZ-810W |
| -80 ℃ ～ +90 ℃ | |||||
| Temperature range | ±0.05℃ (outlet temperature steady state) | ||||
| Temperature control accuracy | 7～25L/min 5bar max | 12～45L/min 6bar max | |||
| Cooling capacity @-70℃ (kW) | 0.6 | 1 | 1.5 | 2 | 3 |
| Heating capacity (kW) | 2 | 2 | 2 | 3.5 | 3.5 |
| Internal circulation fluid volume | 4L | 5L | 6L | 8L | 10L |
| Expansion tank volume | 10L | 10L | 15L | 15L | 20L |
| Heat transfer medium | Fluoride liquid | ||||
| Inlet and outlet interface | ZG1/2 | ZG1/2 | ZG3/4 | ZG3/4 | ZG3/4 |
| Cooling water interface | ZG3/4 | ZG3/4 | ZG3/4 | ZG1 | ZG1 |
| Cooling water @ 20℃ | 1.8m3/h | 2.5m3/h | 3m3/h | 5m3/h | 6m3/h |
| Circuit breaker | 25A | 25A | 32A | 40A | 50A |
| Process temperature control | Remote target temperature can be controlled based on a combination of a self-created model-free self-building tree algorithm and a cascade algorithm | ||||
| Dimensions (mm) | 550*700*1750 | 650*850*1850 | 700*850*1850 | 700*850*1850 | 800*1200*1850 |
| Model | FLTZ-1002W | FLTZ-1004W |
| Temperature range | -100 ℃ ～ +90 ℃ | |
| Temperature control accuracy | ±0.05℃ (outlet temperature steady state) | |
| Flow control | 7～25L/min 6bar max | 12～45L/min 6ba max |
| Cooling capacity @-90℃ (kW) | 1.5 | 3 |
| Heating capacity (kW) | 3.5 | 5.5 |
| Internal circulation fluid volume | 5L | 8L |
| Expansion tank volume | 10L | 15L |
| Heat transfer medium | Fluoride liquid | |
| Heat transfer medium interface | ZG3/4 | ZG3/4 |
| Cooling water interface | ZG3/4 | ZG1 |
| Cooling water @ 20℃ | 50L/min 2bar~7bar | 100L/min 2bar~7bar |
| Circuit breaker | 32A | 63A |
| Process temperature control | Remote target temperature can be controlled based on a combination of a self-created model-free self-building tree algorithm and a cascade algorithm | |
Customized Solution For Your Needs
We are a designer and manufacturer of temperature control equipment. We have designed OEM products for aerospace, automotive, defense, energy, chemical, industrial, medical, and semiconductor application, all delivered with capabilities specific to the demanding needs of our customers.
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Custom Options
Whether it is portable, compact, large and small chillers, we can custom design them according to your requirements.
No matter how many tons of product you need, we can create the best solution.
We can create a custom solution for temperatures from -150℃ to +350℃.
Custom temperature ranges for specific industries.
We offer a very wide range of cooling / heating capacities for various industries.
We provide products of various refrigeration / heating types, including but not limited to air-cooled, water-cooled and evaporative-condensing chillers.
Regardless of the type of refrigeration compressor, we can design it according to your requirements.
We use a variety of internationally renowned accessories, all of which can be customized for your needs, such as compressors, evaporators, heat exchangers, circulation pumps, controllers, expansion valves and shell materials, etc.
Customize voltage and phase according to your needs.
Optional 110V/60HZ, 220V/60HZ, 380V/50HZ, 220V/50HZ, 400V/50HZ, 460V/60HZ, 440V~480V/60HZ, etc.
Our Advantages
We specializes in custom temperature control systems. We have our liquid chiller system designs in everything from Semiconductor process equipment, FCEV Hydrogen Refeuling Stations and Bio-Pharmaceutical OEM process control systems. LNEYA can design any shape to fit around your equipment, pump selections to meet all your needs, air-cooled, water-cooled, multiple cooling loops. Special interface requirements, digital or analog, pump output heat transfer fluid flow and pressure control, temperature cycling and ramping all available.
Please contact us if you require a temperature control system specifically tailored to your needs. We will be happy to advise you individually and find the right solution for you. It is also possible to show you reference projects that have similar requirements and have already been realized.
Contact Us For Custom Solutions
Contact Us for further assistance with all standard and custom chiller needs
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