View larger

AQUALYZER 9040/7040 Silica, Phosphate, Hydrazine, Ammonia, Copper and Ethylene Glycol Analyzers

Reference Aqualyzer-9040/7040

Manufacturer: Waltron

Condition: New

Silica, Phosphate, Hydrazine, Ammonia, Copper and Ethylene Glycol Analyzers Waltron

More info about this product.

Share on Facebook!
Remove this product from my favorite's list.
Add this product to my list of favorites.
Print

Overview
Specifications

Our Colorimetric Analyzers (Aqualyzer® Series 9040/7040) are based on the new patented Loop Flow Analysis (LFA) cycle.

Series 9040 is a fixed model and the 7040 model is portable.

Common application points in a boiler system for silica measurement include: make-up water, condensate, boiler feedwater, saturated steam/main steam and cooling water. Application points for phosphate include: boiler water and cooling water.

LFA technology involves isolating,manipulating and testing a known volume of sample in a closed loop system. A powerful programmable microprocessor allows for customized program cycles,ensuring accuracy and reliability with every application.

FEATURES		BENEFITS
Highest accuracy		Low reagent and standard consumption
Widest range analysis		Minimal maintenance required
Single sream or dual stream		Automatic operation
Short cycle times
Automatic dilution when above normal concentration range
Automatic calibration
Adjustable cycle and calibration frequency
Ultra-low reagent consumption and smallest size instruments
No reagent pumps or compressed air requirements
Grab sample capability
Last 400 results stored internally

Sensor Classification		Colormetric with glass flowcell and LED source
Application		Demineralized,boiler,potable,surface and waste water
Power Requirements		12V
Power Supply		110-120V or 220-240V 50/60 Hz, 100 VA
Humidity		Up to 90% not condensable
Ambient Temperature Range		10-45º C analyzer (50-113º F)
Range		Silica: 0-500 ppb, 0-5000 ppb, 0-200 ppm* Phosphate: 0-2.4 ppm,0-7 ppm, 0-20 ppm, 0-200 ppm* Hydrazine, Copper:0-100 ppb, 0-1 ppm* Ammonia: 0-750 ppb, 0-7.5 ppm* Ethylene Glycol: 0-15 ppm, 0-150 ppm* *By Auto Dilution
Accuracy		Silica: +/– 1 ppb or +/– 2% of reading, whichever is greater Phosphate, Hydrazine, Ammonia, Copper, Ethylene Glycol: +/- 2% of full scale
Unit Dimensions		Height = 15.5' (39.4 cm), Width = 6.25” (15.88 cm), Depth = 22” (55.9 cm)
Atmospheric Pressure Range		No Limits
Effect of Electromagnetic Fields		EMC tested according to CE compliance
Tolerance to Electrostatic Discharges		EMC tested according to CE compliance
Response Time (approximate)		Silica: 10 min, Phosphate: 6 min, Hydrazine: 12 min, Ammonia: 12 min, Copper: 9 min, Ethylene Glycol: 10 min
Alarms		Concentration,cal error,out of service/sample
Reproducibility		Silica: +/– 1 ppb or +/– 2% of reading, whichever is greater Phosphate, Hydrazine, Ammonia, Copper, Ethylene Glycol: +/– 2% of reading
Degree of Protection		IP65 (NEMA 4x
Required Maintenance		Replenish reagents,once a year replace tubing
Reagent Consumption(approximate)		Silica, Phosphate, Ammonia, Copper: 1 liter each per month Hydrazine, Ethylene Glycol: 4 liters each per month
Reactor Volume		10ml
Materials in Contact with Sample		Glass, Silicone, Plexiglass, Stainless Steel AISI 316
CE Certification		Meets low voltage and low electromagnetic compatibility directives
Sample Conditioning Requirements		Filtering between 10 and 60 micron, depending on the matrix, needed only to avoid clogging. Internal disposable filters supplied (60 micron).
Sample Delivery Operating Conditions
Temperature Range		5-55°C (41-131° F)
Turbidity		Not applicable; sample blank correction
Color		Not applicable; sample blank correction
PH		3-12
Signal Outputs
4-20 mA, 0-5V		4-20mA (galvanic isolator module available as option) or 0-5V
Printer Options		Optional, serial output RS 232 or RS 485
Serial I/O for Signals		Serial data output RS 232 or RS 485 available as option
Operational Calibration
Frequency/Intervals		Recommended.: 7 days
Single/Multi Point		Multi-Point:zero and mid range
Matrix Corrections		Yes, sample blank correction
Manual/Automatic		Both