| |
 |
| |
|
WATER PURIFICATION
SYSTEMS
INTRODUCTION:-
UPZGH series ultraputure water purification system
produces RO pure water (2～10µs
)and UP ultrapure water (18.2MΩ.cm)directly from the tap water.
With LCD display, full automaticly PLC control, UPZGH Series is
really cost-effective.
◆
On-line monitoring the conductivity and
temperature of RO pure water;
◆ Online monitoring UP ultrapure
water resistivity;
◆ Automatic flush the RO membrane
by the system;
◆ Dispense water at a fixed time
and volume set by the user(while there is water storage in
reservoir);
◆ The quality of purified water is
enhanced by the internal recirculation system;
◆ Automatic flush the RO membrane
by the system;
◆ Historical data enquiry;
◆ Benchtop with 10-inch
Pretreatment Cartridge in standard configuration .
|
|
|
|
|
SPECIFICATION :- |
|
|
UPZGH-I Basic Type for General Laboratory
Applications |
|
|
|
|
Application: AA, AFS, IC, HPLC, ICP
and etc.
|
|
|
Model |
UPZGH-I-5T
Benchtop |
UPZGH-I-10T Benchtop |
UPZGH-I-20T Benchtop |
|
Water
Produce |
5L/H |
10L/H |
20L/H |
|
Flow Rate |
1.5-2.0L/Min (when reservoir is fulll) |
|
Water
Quality |
Resistivity:18.2MΩ.cm, Heavy metal ions<0.1ppb, TOC<20ppb,
Bacterial <1cfu/ml, Particulates <1/ml |
|
|
|
.................................................................................................................................................................................................. |
|
UPZGH-II Pyrogens-free Type for Life Science
Applications |
| |
|
|
Application: HPLC, GC, Amino acid
analysis, Protein purification, Electrophoresis, Toxicology, Culture
media of animal cell and vegetable cell, buffer and molecular biology
and etc. |
|
|
|
|
Model |
UPZGH-Ⅱ-5T
Benchtop |
UPZGH-Ⅱ-10T
Benchtop |
UPZGH-Ⅱ-20T
Benchtop |
|
Water
Produce |
5L/H |
10L/H |
20L/H |
|
Flow
Rate |
1.5-2.0L/Min (when reservoir is fulll) |
|
UF
Membrane |
with cut
off below 5,000Dalton |
|
Water
Quality |
Resistivity:18.2MΩ.cm, Pyrogens <0.001EU/ml, Heavy metal
ions<0.1ppb, TOC<10ppb, Bacterial <1cfu/ml, Particulates
<1/ml |
|
|
|
.................................................................................................................................................................................................................................................................. |
|
|
UPZGH-III Analytical Chemistry Applications |
| |
|
|
Application: TOC, VOC, HPLC, IVF, PCR,
ICP/MC, Culture media of animal cell and vegetable cell,
Electrochemical Interface, Genetic Analysis, test tube baby research. |
|
|
|
|
Model
|
UPZGH-Ⅲ-5T
Benchtop |
UPZGH-Ⅲ-10T
Benchtop |
UPZGH-Ⅲ-20T
Benchtop |
|
Water
Produce |
5L/H |
10L/H |
20L/H |
|
Flow
Rate |
1.5-2.0L/Min (when reservoir is full) |
|
UV lamp |
185/254nm |
|
Water
Quality |
Resistivity:18.2MΩ.cm, Heavy metal ions<0.1ppb, TOC<20ppb,
Bacterial <1cfu/ml, Particulates<1/ml, absorbency(254nm,1cm)
≤0.001 |
|
|
|
................................................................................................................................................................................................. |
|
UPZGH-IV Molecular Biology Applications |
| |
|
UPZGH-IV super combination type has
been unexceptionably combined UF Membrane and UV lamp to produce the
ideal ultrapure water. |
| |
|
Model
|
UPZGH-Ⅳ-5T
Benchtop |
UPZGH-Ⅳ-10T
Benchtop |
UPZGH-Ⅳ-20T
Benchtop |
|
Water
Produce |
5L/H |
10L/H |
20L/H |
|
Flow
Rate |
1.5-2.0L/Min (when reservoir is full) |
|
UF
Membrane |
with cut off below
5,000Dalton |
|
UV lamp |
185/254nm(imported from USA) |
|
Water
Quality |
Resistivity:18.2MΩ.cm, Heavy metal ions<0.1ppb, TOC<10ppb,
Pyrogens<0.001EU/ml, Bacterial<1cfu/ml, Particulates<1/ml,
Absorbency(254nm,1cm) ≤0.001 |
|
|
|
................................................................................................................................................................................................. |
|
Remark:The
water produce of purification system is greatly influenced on the
temperature. When temperature decline 1℃，the
water produce will reduce 3%. The reverse osmosis membrane will stop
producing water when the temperature is below 5℃.
So clients must take the temperature decline in winter into
consideration while ordering purification system. |
|
|
Next / Back |
|
|
Specification & Dimension are subject to modification. |
| |
