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LT Fixed Frequency Series Recirculating Water & Air Chillers

Zero emission, no pollution, green chiller, create a greener working environment for you.

Two types of chillers: air-cooling(A) and water-cooling (W)

Stable performance capable of working continuously for 24 hours.

Rated test conditions: dry bulb temperature: 20°℃; wet bulb temperature: 16℃. Inlet water temperature: 20℃; outlet water temperature: 25°C
The data in this table is for reference only. Please refer to the unit nameplate parameters.
If you need special non-standard products, please contact us.

LTZ Variable Frequency Series Refrigeration Circulators Chillers

Introduzioni

I congelatori a bassa temperatura della serie LTZ utilizzano la tecnologia di conversione di frequenza per ottenere un risparmio energetico ad alta efficienza dei prodotti, intervallo di controllo della temperatura: -100℃~30℃, precisione del controllo della temperatura: ±0,3℃.

L'unità di compressione a frequenza variabile modifica la velocità di funzionamento del compressore CC in qualsiasi momento in base ai requisiti di carico di raffreddamento e riscaldamento dell'utente attraverso il dispositivo di conversione di frequenza incorporato, evitando così il confronto tra compressore e riscaldamento elettrico a pieno carico, mantenendo uno stato di funzionamento stabile dell'unità e ottenendo effetti di risparmio energetico.

LG series Industrial Screw Chiller

Applicable to various chemical, pharmaceutical, mechanical and other fields as process cooling sources, can provide -110℃~30℃ refrigeration medium, can be used as ice storage, low temperature air supply and other process cooling sources required by production processes.

LTZ Series- with Heating Function

Introduzioni

LTZ variable frequency belt heating function series, temperature control range: -40℃~+90℃, temperature control accuracy: ±0.3℃. The variable frequency unit adopts advanced variable frequency technology to accurately control the compression and fan operating speed, and quickly cools through intelligent adjustment of the electronic expansion valve.

Compact Water Chiller LT-800

Benchtop chiller LT-800 is designed for small laboratory rotary evaporators with a scale of 0.5L~2L. It occupies a small area and saves laboratory space. It can be placed on a bench or on the floor. It is widely used in low temperature conditions for chemical, biological and physical experiments that need to be performed at low temperatures.

LTZ series Deionized-water Chiller

Introduzioni

Suitable for situations where DI water is required from 2°C to 5°C in the manufacturing process. Normal temperature DI water into the temperature control unit,and then demand target temperature DI Water is Present, solve the problem of freezing easily when water temperature is controlled within 5°C.

ZLTZ High-efficiency Heat Exchange Chiller

ZLTZ series temperature control unit is combined with cold plates and heat sinks to achieve high heat absorption and high uniformity temperature control. The ZLTZ temperature control unit is combined with ESC chucks, vacuum chucks, etc. to achieve a temperature control range of -65℃~200℃. At the same time, one ZLTZ temperature control unit can be used with multiple ESC chucks to control different temperatures.

LTH series Bidirectional Temperature Control Chiller

Introduzioni

Used for heating and drying at a high temperature of 120°C and cooling at 25°C on the other side. Easily build a waste liquid recovery system consisting of a jacketed tank, condenser, and a negative pressure system, which is used for waste liquid recovery and sublimation temperature control. The overall energy efficiency of condensation capture at 25°C on the The other side is better than 4.5 percent.

HLTZ Series Hydrogen Cooling Chiller

Adopt positive pressure explosion-proof system, the positive pressure system has a built-in thermostat to ensure that the system environment is maintained at normal temperature. Hydrogen passes through the internal high-pressure heat exchanger, and the refrigeration system directly exchanges heat with hydrogen through the refrigerant to achieve efficient heat exchange and temperature control; compared with traditional antifreeze or other fluids and hydrogen heat exchange, this equipment uses the medium as the refrigeration system refrigerant (phase change heat), which is more energy efficient.