VWR 171-1247 Manuel utilisateur
VWR®P Water System
INSTRUCTION MANUAL
European Catalogue Numbers:
171-1247
171-1248
Version: 2
Issued: 30 August, 2019
VWR®P Water System ver 2, rel 1 30.08.2019
Legal Address of Manufacturer
Europe
VWR International bvba
Researchpark Haasrode 2020
Geldenaaksebaan 464
B-3001 Leuven
+ 32 16 385011
http://be.vwr.com
Country of origin China
VWR®P Water System ver 2, rel 1 30.08.2019
Table of Contents
1 INTRODUCTION
1.1 System Exterior
1.2 Product Features
1.3 Main Applications
1.4 Specifications
1.5 Operation Principles
1.6 Technical Specifications
2 INSTALLATION
2.1 Installation Site Requirements
2.2 Feed Water Requirements
2.3 Feed Water Quality Measurements
2.4 Installation
3 SYSTEM STARTUP AND OPERATION
3.1 Check List Prior to System Startup
3.2 System Initial Startup
3.3 System Setting-up
3.4 Information Menu
3.5 Maintenance Menu
4 DISPENSING WATER
4.1 Dispensing Water
4.2 Adjusting Dispense Rate
4.3 Volumetric Dispensing
5 MAINTENANCE
5.1 Basic Alerts
5.2 Basic Troubleshooting
5.3 Replacing Consumables
5.4 History Inquiry and Export
6 PARTS AND ORDER INFORMATION
7 TECHNICAL SERVICE
8 WARRANTY
9 DISPOSAL
VWR®P Water System ver 2, rel 1 30.08.2019
1 INTRODUCTION
The VWR P water system is designed to produce ultrapure water (Type I) from pure water.
Water quality produced meets or exceeds the corresponding ASTM, CAP, CLSI and ISO 3696 /
BS 3997 water standards.
This manual describes in detail about system performance characteristics, installation, operation,
and routine maintenance. Please read this manual thoroughly for its instructions on installation,
use and maintenance. Proper installation, use and maintenance guarantee the continuous flow
of high quality ultrapure water.
Please contact us or your local distributor if you encounter any issues during installation and use.
Professional engineers are fully trained to support you.
Safety Information
WARNING!
1) Always power down the system before plug or unplug any hardware. Never hot swap
(hot plug) any hardware, including dispenser, monitor as may damage control boards.
2) Disconnect the unit from the power supply prior to perform service work.
3) Refer service to qualified personnel.
VWR®P Water System ver 2, rel 1 30.08.2019
1.1 System Exterior
1
Cross bar and dispenser rest
on with optional accessories
2
Side panel handle
3
Side panel
4
Electrical connections
5
Water outlets
6
Wall mount ports
7
Touchscreen
8
Final filter
9
Crossbar
10
Crossbar release button
11
Center post
12
Dispenser base
13
Finger rest hook
14
Corrugated tubing
15
Cable and water outlets
16
Outlets for CAN cable or power
adapter
17
USB Port
18
SD card port
2
1
3
4
7
5
8
Dispenser
Control Console
9
10
11
12
13
10
15
16
17
5
14
6
6
Main System
18
5
VWR®P Water System ver 2, rel 1 30.08.2019
Description of the system
The VWR P manages the production and distribution of ultrapure water from purified water. It
consists of three main units:
Main System: manages the production of ultrapure water.
Dispenser: integrates the touchscreen and manages the dispensing.
Control Console: controls and monitors the water system and other components on the 8-inch
touchscreen.
VWR®P Water System ver 2, rel 1 30.08.2019
1.2 Product Features
The VWR P ultrapure water system provides an integrated solution for lab water supply. This
system is easy to install, easy to operate and easy to maintain.
This system has the following features:
Type I ultrapure water is produced from pure water.
The system can be link to multiple dispensers via cable or wireless.
Ultra purification cartridge is filled with media to remove trace ions and organics.
Built-in 185/254 nm dual wavelength lamp reduces TOC level in ultrapure water.
On-line TOC monitor is based on complete oxidation method to obtain more accurate
measurement of the TOC.
Various final filters (optional) can ensure ultrapure water without particles, bacteria or
pyrogen.
RFID tags ensure perfect placement of consumables and trace their performance.
Manual and volumetric dispensing, adjustable dispensing rate, and water quality monitoring
are built into the dispenser screen.
The control console is an 8 inch touchscreen. The console controls system and peripheral
devices (such as dispensers and tank sanitization module). All operations can be done on
the console.
Water quality, operation parameters, the status of the system, dispensers, components, and
peripheral devices are stored and displayed on the large color touchscreen monitor.
The console screen and dispenser screens are water-proof. You may operate the console
and dispenser with wet latex gloves on.
Signature verification is required for maintenance and service.
VWR provides full documents support to meet user’s GMP, GSP, GAP, GCP, GLP
requirements.
1.3 Main Applications
Ultrapure water can be used in many areas. Here are some typical applications.
HPLC (High Performance Liquid Chromatography) mobile phase preparation
Preparation of reagent blank solution
As sample diluents for GC, HPLC, AA, ICP-MS and other analytical techniques
Preparation of buffer and culture media for mammalian cell culture
Nano-material science
Preparation of molecular biology reagents, etc.
VWR®P Water System ver 2, rel 1 30.08.2019
1.4 Specifications
Ultrapure Water (Type I)
Dispensing Rate
Variable speed dispensing up to 2 L/min
Resistivity
18.2 MΩ.cm (at 25 ℃)
TOC
< 5 ppb
Particles (>0.2 μm)
<1 /mL (with a 0.2 μm final filter)
Microorganism
< 0.01 cfu/mL (with a 0.2 μm final filter or Bio-filter)
Pyrogen Content
< 0.001 EU/mL (with Bio-filter)
RNAses
< 0.5 pg/mL (with Bio-filter)
DNAses
< 10 pg/mL (with Bio-filter)
Electrical Connections and Specifications
Operating Voltage
24 VDC
Input Voltage
100 –240 VAC
Main System Power
< 200 W
Dimensions and Weights
Main System
Width × depth x height
32 × 44 × 54 cm (12.6 × 17.3 × 21.3 in)
System Weight
17 kg
Control Console
Length x width
22 × 17 cm (8.7 × 6.7 in)
Control Console Weight
0.75 kg
Dispenser
Width × depth x height
21× 29 × 61 cm (8.3 × 11.4 × 24.0 in)
Dispenser Weight
5 kg
VWR®P Water System ver 2, rel 1 30.08.2019
1.5 Operation Principles
VWR P ultrapure water system produces ultrapure water from purified water. Pure water flows
through H Pack for further deionization, through a UV lamp chamber with a dual wavelength UV
lamp to destroy trace organic pollutants in water, then through a polishing cartridge to remove the
last trace of ions, then a 0.2 μm final filter to the outlet.
C
UP Recirculating Pump
I2
Feed Water Conductivity Sensor
I4
TOC Sensor
I5
UP Resistivity Sensor
J
Pure Water Tank (Optional)
N2
Dual-wavelength UV Lamp
N3
Tank UV Lamp
O3
U Pack
O4
H Pack
P
Tank Vent Filter
1.6 Technical Specifications
Measurement Range
Channel A (Feed Water): 0 –200 μS/cm
Channel B (UP): 1 –18.2 MΩ·cm
Pressure Range
0 –1.6 MPa
Flow Meter Range
0.25 –3 L/min
Temperature Range
0 –100 ℃
Tank Level
0 –2 m Continuous display, or 0 –3 m submersible sensor
Temperature Compensation
Range
Automatic temperature compensation of readings
Temperature compensation range: 5 –45 ℃to 25 ℃
I2
I5
N2
N3
P
O3
I4
C2
O4
J
VWR®P Water System ver 2, rel 1 30.08.2019
2 INSTALLATION
2.1 Installation Site Requirements
Item
Requirements
Installation space
≥ 50 cm×50 cm total
Feed water
Purified water: EDI, RO, DI or distilled water
Working Temperature
5 –45 oC
Power
100 –240 VAC ± 10%, 1 KW (5 A)
Humidity
20 –80%
2.2 Feed Water Requirements
Parameter
Value or Range
Pressure
0 –15 psi (0 - 1 bar)
Conductivity at 25 °C
< 100 μS/cm
Water temperature
5 –45 ℃
Total Organic Carbon (TOC)
< 50 ppb
2.3 Feed Water Quality Measurements
Parameter
Test Method
Pressure
Use a pressure gauge
Conductivity at 25 °C
Use a conductivity meter
Water temperature
Use a thermometer
Total Organic Carbon (TOC)
Use a TOC analyzer
Ce manuel convient aux modèles suivants
3
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