DLSB-ZC low temperature vacuum pump made in china
USD $500 - $2,930 /Set
Min.Order:1 Set
Zhengzhou Greatwall Scientific Industrial And Trade Co., Ltd.
I:Brief introduction and main characteristics of DLSB-ZC low temperature vacuum pump:
Our company has independent intellectual property right. Patent No:ZL 2004 2 0010784.8
Development is based on Cooling Water Circulating Pump and Circulating Water Vacuum Pump. Use with Rotatory Evaporator to form a complete set. Suitable for low-temperature coagulation, shorten distillation time and improve the recovery.
♦ Centralize vacuum and refrigeration,unify features of Cooling Liquid Circulating Pump and Vacuum Pump. It can draw vacuum and cool the circulating evaporator simultaneously.
♦ Self cooling function can ensure the water temperature in the vacuum pump around 4°C, to guarantee the best vacuum degree.
♦ Vacuum and cooing can work alone, simultaneously or separately.
♦ Cooling compressor adopts products made by Panasonic, Toshiba etc.
♦ Vacuum pump tap of upper part placed with inserting Bijection , single valve drawing, large bleed air rate and one gauge display. After taking off the tap, the whole part can be used as a cooling water circulating pump, provide cooling source for external parts.
II: Technical data of DLSB-ZC low temperature vacuum pump:
Model | DLSB-FZ | DLSB-ZC | |
Temperature range(°C) | -20~Room temp | -10~Room temp | |
Cooling capacity(W) | 310~1860 | 600~2550 | |
Bath volume(L) | 20 | ||
Temperature stability(°C) | ±2 | ||
Function of circulating pump | Power (W) | 10 | 280 |
Lift(m) | 5~7 | 10 | |
Flow(L/min) | 12 | 30 | |
Function of vacuum pump | Power (W) | 180 | - |
Lift(m) | 10 | - | |
Flow(L/min) | 80 | - | |
Maximun vacuum degree(MPa) | 0.098 | ||
Number of Taps(A) | 1 | 3 | |
Air sucking amount(L/min) | 10 | ||
Ambient temperature(°C) | 5~25 | ||
Overall Power(W) | 1200 | 1650 | |
Power supply(V/Hz) | 220/50 | ||
Dimensions(mm) | 470L×410W×1300H | 570L×430W×780H |
III: ISO 9001 Certificate
IV: Pictures of DLSB-ZC Low Temperature Vacuum Pump
V Working principle :