Laboratory Water Purification System BEU1O4 (BLPS-604)

Laboratory Water Purification System

• Sea, Air, Door to Door Shipping
• 1 Year Warranty
• US & European Standards

Specifications

Model	BEU1O4
Water Inlet	Tap water
Temperature	5-45°C
Pressure	1.0-4.0 Kgf/cm²
Bacteria	<0.1 cfu/ml
DimensionLxWxH	570x600x1500 mm
Weight	60 kg
Power Consumption (W)	240 W
Power Supply	AC110-220 V, 50/60 Hz
Note	*The quality of output water accords with the quality of inlet water.
Ultrapure Water Quality:
Heavy Metal Ion	<0.1 ppb
Endotoxin	<0.001 EU/ml
Rnases	<0.01 ng/ml
Dnases	<4pg/μl
Feed Water Requirements:
Output	90 L/hrs at 25°C
Resistivity (25°C)	18.2 MΩ.cm
TOC*	3 ppb
Particle (>0.1μm)	<1/ml
Conductivity of RO water quality	< tap waterx4%

Description

Laboratory water purification system uses double stage reverse osmosis technology. It produces double stage RO water, Deionised, EDI and ultrapure water. These systems have 3 way on-line water quality sensor, multiple alarm with unique design and it has easy-to-replace cartridges pack unit.

Features

With distilled water,deionized water or reverse osmosis water inlet,to produce high pure water and ultrapure water
High pure water's quality is above10 MΩ.cm,and ultrapure water,s quality can reach to18.2 MΩ.cm.
Unique design and easy-to-replace cartridges pack unit.
Data storage and RS 232/USB communication port.
3 way on-line water quality sensor,multiple alarm.
Life-span of cartridges, display and alarm.
System circulation function,system sterilization procedure.
The graphic display clearly indicates all system,s parameters. From water quality to knowing when it is time to change the purification pack,you,ll see at a glance what is need.
For ease-of-use,the main purification technologies are contained in an innovative all-in-one pack that mean you can change it in just a couple of minutes.
The system requires no special installation,connect the system to your tap water supply it,s ready to use.

Applications

Laboratory, Manufacturing, Reefkeeping, Aquarium, Laboratory, Research