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Multi-channel FLTZ multi-channel

Semicnductor Multi-channel Chiller

FLTZ -45℃~100℃
  • Precisión de la temperatura±0.1℃
  • RefrigentR404A
  • Control del caudal25~75/min 6bar máx
  • Gama de potencia380V 3kW~17kW

Método de calentamiento dentro de 40 ℃ adopta un compresor de calefacción de gas caliente diseño totalmente cerrado, y la máquina funciona continuamente durante 24 horas

FLTZ -20℃~90℃ Dual Channel

Modelo FLTZ-203W-2T
Pipeline Channel 1 Channel 2
Temperatura  -20℃~+90℃  -20℃~~90℃
Precisión del control de temperatura ±0.1℃ ±0.1℃
Capacidad de refrigeración 4kW@-10℃ 4kW@-10℃
Heating capacity 2kW 2kW
Heat transfer medium flow 20L/min@0.5MPa 20L/min@0.5MPa
Heat transfer medium interface ZG3/4 ZG3/4
Ambient temperature 10~35℃ 10~35℃
Ambient humidity 30~70% 30~70%
Temperatura del agua de refrigeración 15~20℃ 15~20℃
Cooling water flow 20 l/min 20 l/min
Circuit breaker 30A
Process temperature control Control remote target temperature based on self-created model-free self-building tree algorithm and cascade algorithm
Peso 400 kg
Dimensions 500*900*1600
FLTZ -10℃~90℃ Dual Channel

Modelo FLT-215W/ETCU-015W/ETCU-008W
Pipeline Channel 1 Channel 2 Channel 3
Temperatura  -20℃~+50℃  +30℃~+100℃  +30℃~+40℃
Precisión del control de temperatura ±0.1℃ ±0.1℃ ±0.1℃
Capacidad de refrigeración 15kW@-10℃ 13kW@PCW+15℃ 8kW@PCW+10℃
Heating capacity 2kW 6kW Pump Heat Loss
Heat transfer medium flow 30L/min@0.85MPa 30L/min@0.85MPa 20L/min@0.8MPa
Heat transfer medium interface ZG3/4 ZG3/4 ZG3/4
Ambient temperature 10~35 ℃ 10~35 ℃ 10~35 ℃
Ambient humidity 30~70% 30~70% 30~70%
Temperatura del agua de refrigeración 15~20℃ 15~20℃ 15~20℃
Cooling water flow 30L/min@15~20℃ 15L/min@15~20℃ 15L/min@15~20℃
Circuit breaker 75A
Process temperature control Control remote target temperature based on self-created model-free self-building tree algorithm and cascade algorithm
Peso 600kg
Dimensions 600*1000*1700

Modelo FLTZ-203W/2T Dual system FLTZ-305W/2T Dual system FLTZ-406W/2T Dual system
Temperatura -20℃~90℃  -30℃~90℃ -45℃~90℃
Precisión del control de temperatura ±0.1℃
Flow control and pressure 15~45l/min 6bar max
Calefacción 2,5 kW 2,5 kW 2,5 kW 2,5 kW 3.5kw 3.5kw
Capacidad de refrigeración 3KW at-15℃ 3KW at-15℃ 5KW at-15℃ 5KW at-15℃ 2.5KW at -35℃ 2.5KW at -35℃
Volumen de líquido de circulación interna 5L 5L 8L 8L 8L 8L
Volumen del depósito de expansión 15L 25L 25L
Heat transfer medium Fluorination, antifreeze, thermal silicone oil, etc.
Refrigerante R404A/ R448
Heat transfer medium interface ZG3/4
Interfaz de agua de refrigeración ZG3/4
Agua de refrigeración 50L/min at20℃ 600L/min at20℃ 50L/min at20℃
Alimentación Three-phase220V  /  Three-phase 400V  /Three-phase 460V
Process temperature control Control remote target temperature based on self-created model-free self-building tree algorithm and cascade algorithm
FLTZ -45℃~90℃ Dual Channel

Modelo FLTZ-203W/2T dual system FLTZ-305W/2T  dual system FLTZ-406W/2T dual system
Temperatura -20℃~90℃  -30℃~90℃ -45℃~90℃
Precisión del control de temperatura ±0.1℃
Heat conducting medium flow rate 15~45l/min 6bar max
Heating capacity 2,5 kW 2,5 kW 2,5 kW 2,5 kW 3,5 kW 3,5 kW
Capacidad de refrigeración 3kW at-15℃ 3kW at-15℃ 5kW at-15℃ 5kW at-15℃ 2.5kW at -35℃ 2.5kW at -35℃
Volumen del fluido circulatorio interno 5L 5L 8L 8L 8L 8L
Volumen del depósito de expansión 15L 25L 25L
Heat-conducting medium Fluorinated liquid, antifreeze, thermal conductive silicone oil, etc
Refrigerante R404A/ R448
Heat-conducting medium interface ZG3/4
Interfaz de agua de refrigeración ZG3/4
Interfaz de agua de refrigeración 50L/min at20℃ 600L/min at20℃ 50L/min at20℃
Potencia Three phase 220V/Three phase 400V/Three phase 460V
Process temperature control The remote target temperature can be controlled by combining the self created model free self built tree
algorithm and cascade algorithm

Multi-channel independent temperature control can have separate temperature ranges, cooling and heating capabilities, heat transfer medium flow, etc. Two independent systems are used. Steam compression refrigeration or ETCU compressor-free heat exchange system can be selected according to the required temperature range. The system can use expansion tanks, condensers, cooling water systems, etc., which can effectively reduce equipment size and reduce operating steps.

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