Group: ABB
Catalog excerpts
Data Sheet SS/AW400 Issue 3 Residual Chlorine Monitor AW400 Total and Free Residual Chlorine Measurement – add potassium iodide to reagent to convert free chlorine measurement to total chlorine Reagentless Operation – reduced operating costs with reagentless operation at a pH of 7.5 or less Multiple Sensor Input Capability – reduced installation costs for multiple point monitoring operations Self Cleaning Sensor Assembly – prolongs sensor life and maintains accuracy Fast Response Time – instant response to changes of residual chlorine, unlike batch/DPD methods Pressure Regulated Sample Flow – no additional plumbing required to ensure optimum sample delivery rate and pressure For the measurement of Free and Total Residual Chlorine, Chlorine Dioxide or Ozone in water
Open the catalog to page 1Residual Chlorine Monitor AW400 SS/AW400 Issue 3 2 Introduction Residual chlorine is one of the most important measurements for the effective monitoring of cooling, potable and industrial water treatment processes. ABB's new AW400 Residual Chlorine Monitoring System incorporates the features our customers need to monitor and control residual chlorine levels accurately and affordably. The design enables users to either connect up to three residual chlorine monitoring sensors to the system or to combine pH, ORP and residual chlorine sensors; thus reducing the cost of each measurement...
Open the catalog to page 2Residual Chlorine Monitor AW400 SS/AW400 Issue 3 3 Specification Measurement Range Chlorine, Chlorine Dioxide, Ozone 0 to 20 ppm (mg/l) Measurement Mode Measurement technology Amperometric cell Measurement interval Continuous Measurement Performance Accuracy Unbuffered: 2% or ±0.01 10ppb, whichever is the greater at pH <7.5 Buffered: 2% or ±10ppb, whichever is the greater at Sensitivity 0.001 ppm Minimum Detection Limit 0.005 ppm Drift Zero drift: ±1% over 30 days Max. Span drift: -5% over 30 days Max. Response Time 90% in less than 90 seconds Interferences Samples containing high...
Open the catalog to page 3Residual Chlorine Monitor AW400 SS/AW400 Issue 3 4 Dimensions Mounting Dimensions – AW400 Cell Mounting Dimensions – Reagent Feed Pump
Open the catalog to page 4Residual Chlorine Monitor AW400 SS/AW400 Issue 3 5 Mounting Dimensions – Transmitter
Open the catalog to page 5Residual Chlorine Monitor AW400 SS/AW400 Issue 3 6 Ordering Information Accessories Residual Chorine Reagent Feeder Assemblies* Reagent Feeder Asembly (Free Chlorine 115V AC) AW401 011 Reagent Feeder Asembly (Free Chlorine 230V AC) AW401 012 Reagent Feeder Asembly (Total Chlorine 115V AC) AW401 013 Reagent Feeder Asembly (Total Chlorine 230V AC) AW401 014 *Comes complete with tubing and reagent bottles Residual Chlorine Monitor AW4 XX/ X X X X Transmitter Type Transmitter Transmitter with PID Control (Channel 1 only) 01 02 Sensor Type Channel 1 Chlorine Cell 1 Sensor Type Channel 2 No...
Open the catalog to page 6Residual Chlorine Monitor AW400 SS/AW400 Issue 3 7 Benefits Summary Total and Free Residual Chlorine Measurement – add potassium iodide to reagent to convert free chlorine measurement to total chlorine Reagentless Operation – reduced operating costs with reagentless operation at a pH of 7.5 or less Multiple Sensor Input Capability – reduced installation costs for multiple point monitoring operations Self Cleaning Sensor Assembly – prolongs sensor life and maintains accuracy Fast Response Time – instant response to changes of residual chlorine, unlike batch/DPD methods Pressure Regulated...
Open the catalog to page 7SS/AW400 Issue 3 Residual Chlorine Monitor AW400 ABB has Sales & Customer Support expertise in over 100 countries worldwide www.abb.com The Company’s policy is one of continuous product improvement and the right is reserved to modify the information contained herein without notice. Printed in UK (07.09) © ABB 2009 ABB Limited 8 Hawksworth Southmead Industrial Park Didcot, Oxfordshire OX11 7HR UK Tel: +44 (0)1235 512000 Fax: +44 (0)1235 512020
Open the catalog to page 8All ABB Measurement & Analytics catalogs and technical brochures
-
Sensyflow FMT700-P Compact
4 Pages
-
CoriolisMaster FCB100, FCH100
60 Pages
-
ProKiln GAC400
24 Pages
-
AV1 and AV2
24 Pages
-
OriMaster FPD500
24 Pages
-
AquaProbe FEA200
16 Pages
-
FTPA2000-HP260
4 Pages
-
266HSH and 266NSH
40 Pages
-
261GC, 261GG, 261GN and 261AC
44 Pages
-
LM200 Laser level transmitter
24 Pages
-
LLT100 Laser level transmitter
26 Pages
-
CoriolisMaster FCB400, FCH400
104 Pages
-
PME120-AI / PME120-AN (Contrac)
28 Pages
-
Millmate roll force systems
20 Pages
-
FTSW100 Process software
4 Pages
-
Totalflow host software
8 Pages
-
SCK
20 Pages
-
SCADAvantage™ EFM Tool
4 Pages
-
INDI-BOY DSP
8 Pages
-
CRANE-BOY / CRANE-BOYP
8 Pages
-
9QGPS5100L Tension load cell
12 Pages
-
9QGPS4500
8 Pages
-
9QGPS3100P
12 Pages
-
9QGPS2960
12 Pages
-
9QGPS2625
8 Pages
-
Ultrasonic level LST400
12 Pages
-
MB3600-HP10
5 Pages
-
MB3600-CH10
8 Pages
-
ACF5000
16 Pages
-
Diode laser analyser LS4000
4 Pages
-
Magnos28
10 Pages
-
Dynamic QR Code
4 Pages
-
EL3060
8 Pages
-
Pressductor Radial load cells
20 Pages
-
HP30
4 Pages
-
Aztec ATS430
12 Pages
-
LMS200
12 Pages
-
PGC5000
8 Pages
-
LGR-ICOS 927S
4 Pages
-
Recording and Control
20 Pages
-
2600T Pressure Transmitters
12 Pages
-
TZIDC and TZIDC-200
8 Pages
-
ProcessMaster FEP610
8 Pages
-
ALSCAN Brochure
6 Pages
-
MR Series
2 Pages
-
Emission Monitoring
8 Pages
-
Turbidity Systems 4670 Series
16 Pages
-
Sodium Monitor Model 8036
8 Pages
-
Aztec 600 Iron Analyzer
12 Pages
-
First for Liquid Analysis
16 Pages
-
ABB product catalog
32 Pages
-
process photometer
6 Pages
-
Sodium Monitor Model 8036
8 Pages