Do I need an account to place an order?
Yes. eStore registration is required to place an order.
New users may place an order before completing a Business Account Application; however, these orders will:
Register here:
https://catalog.aquaphoenixsci.com/user/registerForm/form/
Do I need a Business Account to buy from the eStore?
No. A Business Account is not required to place an order.
However, without an approved Business Account, purchasing options are limited and you will not receive:
What are the benefits of a Business Account?
Once approved and linked, a Business Account allows you to:
Request a Business Account:
https://aquaphoenixsci.com/contact-us/business-account-application/
How do I get a Business Account?
You must complete a Business Account Application. Once submitted, our team will review and set up your account.
Approval and setup typically take 2–3 business days after submission.
Once approved, your eStore user will be linked to your Business Account.
Request here:
https://aquaphoenixsci.com/contact-us/business-account-application/
I’m an existing customer. Is my Business Account already linked to my eStore?
No. Existing customers with a Business Account (C#) are not automatically linked to their eStore user.
You must request account linking to receive:
Link your account:
https://aquaphoenixsci.com/estore-b2b-request/
What is a C# Business Account number?
A C# is your Customer Number assigned once your Business Account is approved.
This will be provided in your welcome email after setup is complete.
Why can’t I see all products / the full catalog?
You may not have full catalog access because:
Once your Business Account is approved and linked, you will receive a welcome email and full catalog access.
Why am I seeing different pricing?
Pricing depends on account status:
Why am I being charged tax on my order?
You are being charged tax because your order is processed as a standard taxable purchase. Your Business Account has not yet been approved and linked to your eStore profile.
Until your account is fully approved—and tax-exempt status is applied (if applicable)—all orders will be processed as taxable.
Once approved and linked, tax-exempt status may be applied to eligible future orders.
Note: Taxes paid on orders placed prior to Business Account approval are non-refundable.
Link your account:
https://aquaphoenixsci.com/estore-b2b-request/
What payment methods do you accept?
We accept:
Why can’t I use payment terms at checkout?
Payment terms are only available to approved and linked Business Accounts.
If you are unable to use payment terms, your account may not yet be approved or linked.
Link your account:
https://aquaphoenixsci.com/estore-b2b-request/
What is the difference between eStore labeling and Business Account private labeling?
The eStore operates under AquaPhoenix labeling for all standard purchases.
For approved Business Accounts, private labeling may be available where applicable. This allows eligible customers to receive products branded for their business instead of standard AquaPhoenix labeling.
How long does order processing take?
Order processing typically takes 1–2 business days if items are in stock.
If an item is out of stock, our Customer Service team will notify you.
Can I cancel or change my order after placing it?
Orders may be canceled if they have not yet shipped.
Please contact Customer Service as soon as possible during business hours.
Customer Service: 866-632-1291
What happens if an item is out of stock?
If an item is out of stock, our Customer Service team will contact you.
Can I track my online order?
Yes. Orders can be tracked through your eStore account portal.
Can I use my own shipping account number?
Yes. You may use a valid FedEx or UPS shipping account number at checkout.
Please ensure the account information is entered correctly so shipping charges can be billed appropriately.
Why are shipping estimates higher than expected?
Shipping estimates shown at checkout are estimates only and may differ from final charges.
Final shipping costs are calculated at shipment and depend on:
Where do you ship?
We currently ship within the United States and Canada.
Who do I contact for order issues, returns, or support?
Please contact Customer Service for all order support needs.
Customer Service: 866-632-1291
I’m a current customer and I have a suggestion for improvement. How do I submit that?
Continuous improvement is central to how we operate, and we’re always looking for opportunities to enhance our products, services, and support. We especially value feedback from our customers, and welcome suggestions on how we can improve to help us deliver the best possible experience.
Submit your feedback here.
Where can I access AquaPhoenix’s 2026 price list?
You can download the 2026 Price List here.
What Products Do You Offer?
AquaPhoenix has strong partnerships with many of the industry’s leading suppliers. Our diverse product line features all the best testing products and chemical feed and control equipment. We stock thousands of products to allow for same or next-day shipping to get you what you need fast. If you’re looking for a hard-to-find item let us source it through our network of suppliers. We can also set up custom stocking programs for you to improve lead times.
What is the Custom Education Kit Process?
Our dedicated team works with you throughout the entire design process. Our in-house chemists, biologists, engineers and education professionals help to select the right products for your unique curriculum. In addition, we’ll provide field test samples to be sure the specific activities work as intended, so that once they are implemented in the classroom, assessing student mastery of specific topics is accurate and consistent from year to year.
How Do You Source Your Products?
International
By sourcing products globally, we are able to import container load quantities at very competitive prices. Deliveries are made to our Hanover, Pennsylvania facility on a regular basis where we inspect and manage inventory. Each year, we schedule several international trips (India, China, etc.) to inspect facilities, spot-check production lines, confirm quality standards and ensure shipping timelines are being met.
Domestic
Where our international suppliers allow for bulk quantities, our domestic suppliers offer us the flexibility to procure small quantities quickly. Strong relationships with multiple suppliers increase our ability to source products for quick order processing and custom kit production.
Manufacturing
Our in-house manufacturing and fabrication capabilities provide additional flexibility to our customers. We manufacture a wide range of chemicals and test kits for the educational market and can fabricate custom components based on your individual needs and requirements.
Faster Reporting. Fewer errors.
Aliquot is built around how field teams actually work. The interface is simple and familiar so technicians can focus on the job instead of fighting software.
Teams typically experience:
Real-time collaboration and centralized workflows help teams stay aligned and make faster, more informed decisions.
Capture Data the Moment It Happens
When teams wait to enter information later, details get missed, and errors creep in. The Aliquot App eliminates that gap by enabling real-time entry wherever work takes place.
You can:
Aliquot keeps everything connected, so information flows smoothly from the field to the office.
Aliquot Offline Mode FAQ
Do I need to be online to start using Offline Mode?
Yes. You must sign in online at least once so the app can securely cache your credentials, permissions, and system list for offline work. Once that initial login is complete and systems are downloaded, you can work without a signal.
Which reports can I create offline?
Service Reports and Operator Logs are fully supported offline for downloaded systems. Other report types may require online access unless explicitly noted in a release. Always ensure the systems you need are downloaded before heading into low-signal areas.
Can I review final reports offline?
Not in the current iteration. Final reports typically require a network connection to retrieve server-rendered documents. You can still complete and save your work offline; finalized documents will be available once you reconnect.
Do I need to download systems before going offline?
Yes. To work offline, systems must be downloaded in advance while you are online. This ensures you have access to the necessary site history, forms, and information in the field.
What happens when I reconnect to the internet?
Aliquot automatically syncs your offline activity once connectivity is restored. Your data is securely uploaded and reflected in the system without manual re-entry.
What happens if sync fails after I go back online?
The app retries automatically using a backoff method. If a specific item cannot sync, you’ll see a warning icon. Tap the icon to view details and retry once connectivity stabilizes.
Is my data secure while working offline?
Yes. Your credentials, permissions, and downloaded system data are securely cached. When you reconnect, all data syncs through Aliquot’s secure infrastructure.
Do I need the mobile app to work offline?
No, offline mode is available in the browsers as well. Both mobile and desktop browsers like Safari and Chrome support offline mode. The mobile native app also supports offline mode.
Who is Offline Mode designed for?
Offline Mode is ideal for field teams working in:
Q: What is the accuracy of the CHEMetrics test kits?
A: Statements of accuracy are based on laboratory tests performed under ideal testing conditions using standards of known concentration prepared in deionized water.
The accuracy of CHEMets, ULR CHEMets® and VACUettes® test kits is ± 1 color standard increment.
The accuracy of the Titrets® test kits varies with the analyte concentration because the Titrets® ampoules have a non-linear scale. For most Titrets kits, the accuracy is +/- 10% error at twice the minimum concentration for a particular kit range. The exceptions are Carbon Dioxide Titrets kit, Cat. No. K-1910 and Total Alkalinity kit Cat. No. K-9810. For these two kits, the accuracy is ±30% at twice the minimum concentration.
To obtain information about the accuracy of a particular CHEMetrics® Instrumental Test Kit, click on the “Instrumental Accuracy Statement” link under the Technical Information tab or the “Accuracy Information” link on the individual product page on this website.
CHEMetrics can provide a Certificate of Conformance that certifies the analytical performance of these water analysis products.
Q: Will CHEMetrics develop or customize a test kit for my specific application?
A: New CHEMetrics products often originate directly from customer requests for streamlined testing methods. To be considered for a custom product, the test should be run frequently, or it should be a procedure that is performed widely in the industry. Contact CHEMetrics’ Technical Service Department for more information regarding customized kits or chemistries.
Q: What parameters do I need to test for in my specific industry?
A: The required testing parameters vary widely within specific industries. However, CHEMetrics has identified the most often tested parameters in several major industries. The information is available through CHEMetrics’ Technical Services department. (See Applications.)
Q: I compared my COD test results to (Competitor) and they did not correspond.
If comparing products from two vendors, keep in mind that the accuracy of ALL COD vials commercially available is +/- 5%. Therefore, a difference of as much as 10% could result when comparing various product sources. For this reason, CHEMetrics highly recommends that comparison data be generated with COD Standard solutions.
Data generated using COD standard solutions are dependable and should remove any bias associated with the comparative analyses of samples. In addition, ALL COD vials, commercially available, can produce varying test results if the instrumentation is not zeroed correctly. It is imperative that when zeroing the instrument, the reagent blank is from the same manufacturing lot. For example, if running Hach vials and CHEMetrics vials, it would be necessary to run a blank from the CHEMetrics lot and a blank from the Hach lot. The instrument would have to be re-zeroed when switching between lots (or vendors).
Q: When can I use the mercury-free COD test kits? Are the mercury-free reagents EPA approved?
The mercury-free reagent is designed for use with samples that contain low levels of chloride. If your sample has less than approximately 100 ppm of chloride (less than approximately 1000 ppm for the 0- 15,000 ppm test range), the mercury-free test is applicable. If your samples contain higher concentrations of chloride, the mercury-containing test is required. The mercury-free reagents are not approved by the EPA for reporting purposes.
Q: The color match between my test ampoule and the color standards is poor. Why?
A: This condition may be influenced by the light source, background color of the sample and/or a chemical interference. To obtain the best color match, the light source should be fluorescent. The sample background color issue is addressed under the “Sample Color” heading. If a chemical interference is suspected, see the “Dilutions” heading or contact CHEMetrics’ Technical Service department for assistance.
Q: How can I express nitrate results as NO3, instead of NO3-N? Phosphate results as PO4-P instead of PO4?
A: To convert nitrate results from NO3-N to NO3, the results must be multiplied by 4.43.
To convert phosphate results from PO4 to PO4-P, the results must be divided by 3.1.
Q: How does ppm correspond to mg/L?
A: Most CHEMetrics kits report results as ppm, which is equivalent to mg/L for water samples.
Other helpful conversions:
1% = 10,000 ppm
1 ppm = 1000 ppb
Q: I routinely test for (your analyte) using a method that could be made faster, easier and safer with a self-filling ampoule. Will CHEMetrics develop a custom test kit for me?
A: If you’ve ever labored through a lab procedure, longing for a time-saving, self-filling ampoule method, call us! Our products often originate directly from customers eager for easier, more efficient ways to perform routine determinations. To be considered for a custom product, the test should be one that you perform frequently, or one that is widely used throughout your industry.
At CHEMetrics we have extensive experience with private-label packaging and service. We’re very flexible in working with each customer’s special needs, from printing labels to custom packaging. For more information on custom products and private labeling, call 1-800-356-3072and ask for Technical Services. We look forward to building a test that works for you.
Q: What are CHEMets Kits? Vacu-vials Kits? VACUettes Kits? Titrets Kits?
A: Each of these CHEMetrics testing systems is based on the self-filling ampoule–a glass ampoule with liquid reagent vacuum-sealed inside. Sample is automatically drawn into the ampoule and mixed with reagent when the ampoule’s tip is broken below the surface of the sample. The four variations of this technology are as follows:
CHEMets Kits – designed for visual analysis of samples with low to medium analyte concentration. Quantitation is performed by visual color comparison with liquid color standards. Chemets video
Vacu-vials Kits – designed for instrumental analysis of samples. Quantitation is performed photometrically or spectrophotometrically. Vacu-vials video
VACUettes Kits – designed for visual analysis of samples with high analyte concentration. Auto dilution feature on ampoule tip eliminates the need to perform manual dilutions of concentrated samples. Quantitation is performed by visual color comparison with liquid color standards. VACUettes video
Titrets Kits – designed for titrimetric analysis of samples. A valve assembly attached to the ampoule tip allows the analyst to draw small amounts of sample into the ampoule until a color change indicates the equivalence point of the titration. Quantitation is performed by reading the scale off the graduated ampoule. Titrets video
Q: How important is the color development time allotment listed in the test procedures?
A: Timing is very important in colorimetric chemistries. Some chemistries will continue to develop color after the specified analysis time. The most accurate test results will be obtained when the reading is taken at the time prescribed in the instructions. Visual or instrumental readout after an extended period can give an erroneous result.
Q: Can I dilute my sample? What can I do if my developed sample color is darker than the darkest color standard?
A: In many cases, we can recommend dilution when a sample is slightly colored or turbid, when interferences are expected or when analyte concentration is high. However, sample dilution is not appropriate for all analytes.
We recommend using distilled or deionized water to perform the sample dilutions. A 1:1 dilution (1 part sample to 1 part distilled/deionized water) will double the range of your test kit. Higher dilutions can also be performed. Be sure to multiply your results to compensate for the dilution. For example, with a 1:2 dilution it would be necessary to multiply the result by 3.
Q Are CHEMetrics products considered hazardous waste? How do I dispose of them?
A: Please see this bulletin for more information.
Q: Are CHEMetrics test kits EPA Accepted for reporting purposes?
A: CHEMetrics chlorine Vacu-vials® test kits (DPD chemistry) and COD vial methods (mercury-containing 0-150 and 0-1500 ppm ranges) are USEPA-accepted and may be used for compliance monitoring. In most other cases, the test kits are based on EPA methodologies. Method references are listed in the catalog, on the web page, and in individual product instructions.
Q: How do I obtain current instructions for a CHEMetrics test kit?
A: Instructions in digital (pdf) format can be downloaded from the individual kit pages on this website. Or, CHEMetrics’ Technical Services Department can email, fax, or mail instructions. Simply provide the catalog number of the test kit and your email address, fax number, or mailing address.
Q: How do I generate an instrument specific calibration curve?
A: To generate an instrument specific curve it will be necessary to prepare and analyze five standard solutions in the same matrix as your sample. The standard solutions should encompass the range of the test kit and should include a blank. The absorbance of each of the five standard solutions is plotted against the concentration. CHEMetrics’ technical services staff can generate a calibration equation from your data.
Q: How can I check the calibration of my instrument?
A: The calibration can be checked by analyzing a standard solution of known concentration. We recommend testing at 25% and 75% of full range.
Q: Can I use CHEMetrics ampoules in my spectrophotometer?
A: Yes, CHEMetrics products can be used in many instruments other than our preprogrammed instruments. Most spectrophotometers capable of accepting a 13 mm (1/2 inch) diameter cell can be used with Vacu-vials ampoules. CHEMetrics VACU-vials kits include a calibration equation for use with spectrophotometers. An excellent way to validate your spectrophotometer with CHEMetrics Vacu-vials ampoules is to analyze standards of known concentration when possible.
Q: How many tests can I perform with one test kit?
A: In most cases, 30 tests can be performed with each CHEMetrics kit. Detergents, filming (aliphatic) amines, and FoalWatch® kits contain 20 tests. Sulfite in wine kits contain 10 tests. COD kits are sold in 25-, 98-, and/or 150-count kits. Most ampoule refill packs contain the same number of tests as the kit.
If a particular test procedure requires one or more accessory solutions to be employed in addition to the vacuum sealed ampoule, then 1 bottle of each accessory solution is provided in the test kit. The bottle(s) of accessory solution which are provided will allow for 30 to 90 tests to be performed (the equivalent of 1 to 3 ampoule refills). Additional accessory solution may be purchased, if needed. Accessory Solution Packs generally contain 6 additional bottles of a particular accessory solution (enough solution to perform approximately 200 additional tests).
Q: What if I need to test outside of the range of CHEMetrics’ test kits?
A: The range of many of CHEMetrics’ test kits can be extended by performing dilutions as discussed under the “Dilutions” heading. For lower range testing see the “Custom tests” section. While the ranges of many of CHEMetrics’ test kits are based on industry demand, some are restricted due to the limitations of the test method or available technology.
Q: How is it that some CHEMetrics kits offer 2 ranges (e.g., 0-1 and 1-10 ppm)?
A: A dual range kit contains 2 separate color comparators (low and high range). When a test is performed, the analyst will use either or both comparators to obtain the test result. No sample dilution or test repetition is required.
Q: What test range do I need for my application?
A: Because CHEMetrics’ test kits are designed for use in a variety of industries, the ideal test range for a particular application may not be known. However, CHEMetrics’ Technical Services staff can make a recommendation in many cases.
Q: My sample is colored. Can I use CHEMetrics test kits?
A: Slightly turbid or colored samples can be analyzed using the instrumental test kits. Visual test kits can sometimes be used, especially when analyte concentration approaches the high end of the test range.
Also see the “Dilutions” heading.
Q: In order to use CHEMetrics test kits, what pH does my sample need to be?
A: A general rule of thumb for colorimetric testing is that sample pH should be between 4 and 8.
Q: How much sample do I need to conduct the test?
A: In most cases we recommend that the user have at least 25 mL of sample for Vacu-vials, CHEMets, ULR CHEMets, and Titrets kits. Smaller volumes are needed for VACUettes kits.
Q: How can I obtain a Safety Data Sheet (SDS) for a CHEMetrics product?
A: SDSs in digital (pdf) format can be found here: SDS Info. Simply search the catalog number of the product you need an SDS for, and click on the product under the test kits tab. If you need assistance, contact our Technical Services Department at 540-788-9026 or contact us.
Q: What is the shelf life of my CHEMetrics product?
A: The CHEMetrics water analysis product line employs vacuum packaging to ensure the longest possible shelf life. CHEMetrics shelf-life claims are based on products stored in the dark and at room temperature. For specific shelf-life information, please see the individual product page. If no shelf life is listed on the product page, the shelf life is at least 1 year.
Q: Can I use CHEMetrics kits to analyze soils?
A: Although CHEMetrics’ test kits are designed specifically for water analysis, it is sometimes possible to extract, digest, or distill soil samples for analysis with our kits. Soil analysis test procedures are not currently included with the kits. Contact CHEMetrics’ Technical Services Department for information on soil analysis methods and references.
Q: Does CHEMetrics offer standard solutions so that I can confirm/document the analytical performance of the test kit?
A: CHEMetrics currently offers standards for COD and hydrogen peroxide. Standards for other analytes can be obtained from a variety of sources, including Fisher Scientific (phone: 800-766-7000) or Labchem (phone: 412-826-5230). A detergent standard can be obtained from Ricca Chemical Company (phone: 817-461-5601).
Q: How should I store my CHEMetrics’ products when not in use? What happens if my products are exposed to extreme temperatures?
A: COD Standards, Cat. Nos. A-7301 and A-7310, must be refrigerated during storage. All other CHEMetrics products should be stored at room temperature and in the dark. The shelf life of a few products can be extended by refrigeration, as specified on the individual product webpages and on the product labels. Prolonged exposure to extreme temperatures or light may adversely impact product performance or shorten the shelf life. Contact [email protected] for more information about particular products.
Q: What if my Titret ampoule fills all the way and I do not see a color change? What if I see an immediate color change?
A: Titrets ampoules are based on a “reverse titration”. If the ampoule fills completely and the endpoint is not reached (no color change) then the sample concentration is below the range of the kit. (Not enough analyte was added to reach the equivalence point of the titration and effect a color change). If an immediate color change occurs, the sample concentration is above the range of the kit.
Q: After drawing the initial aliquot of sample into the Titret ampoule, I am unable to get it to draw any more sample.
A: Titrets ampoules are vacuumed sealed and use the vacuum to draw sample into the ampoule, therefore, if the vacuum is lost, sample will not be drawn into the ampoule. The valve assembly should be firmly seated at the reference line and not removed once the ampoule has been snapped. Also, it is important that pressure be applied to the bead valve ONLY when the valve assembly tip is submerged in the sample.
What is FoalWatch?
FoalWatch test kits help predict foal birth within 24 hours by measuring the concentration of calcium in the mare’s colostrum. The calcium level increases sharply as labor approaches. This kit is intended as a foaling aid and should not replace standard veterinary care. See kit instructions for test procedure and interpretation of test results.
What is average gestation length for mares?
The gestation period in horses is approximately 335-340 days, or 11 months, from the first time being bred. Some mares will be inclined to foal earlier or later than the average.
When do I begin testing my mare?
Begin sampling and testing once or twice a day about 10-14 days before the mare’s expected foaling date. In mares with an unknown breeding date, testing should begin as soon as you note some udder enlargement, and mammary secretions can be collected without undo effort.
How many kits will I need? How should the kit be stored?
We typically recommend 1-2 test kits per mare, depending on when you begin testing. The kit should be stored in the dark and at room temperature.
Is there a shelf life for the FoalWatch kit?
The kit has a component that has an 8-month shelf life.
Are there any interferences or complications that could affect the accuracy of the test?
Mares that have been exposed to fescue grass, specifically the Kentucky-31 variety) during the last 60-90 days of gestation may fail to undergo normal udder development prior to foaling. Without a sample of pre-foaling milk, testing will not be possible with this kit. The supplement domperidone, which is given to some mares to increase milk production, can impact the calcium level of the mare’s milk, causing inflated readings with the FoalWatch kit.
Does sampling impact the quality of the colostrum, or “first milk”?
Obtaining the small sample volume that is required for testing, on a once to twice daily average, for 10-14 days prior to foaling, does not deprive the foal of any significant amount of colostrum or its antibody content.
Update Your V-3000 to the Latest Version
V-3000 Operator Manual
V-3000 Pre-Programmed Analytes Information
| Analyte | Catalog No. | V-3000 | |
| Amines (Film Forming) | K-1013 | 0 – 6.00 | |
| Ammonia (Hydroxybenzyl Alcohol) | K-1413 | 0 – 3.00 | |
| Ammonia (Hydroxybenzyl Alcohol) | K-1413 | 0 – 60.0 | |
| * Ammonia (Direct Nesslerization Extended Shelf Life) | K-1513 | 0 – 10.00 | |
| * Ammonia (Direct Nesslerization Extended Shelf Life) | K-1513 | 0 – 150 | |
| * Ammonia (Direct Nesslerization Extended Shelf Life) | K-1533 | 0 – 20 | |
| * Chloride | K-2103 | 0 – 40.0 | |
| Chlorine, free & total USEPA-accepted | K-2513 | 0 – 5.00 | |
| Chlorine, free USEPA-accepted | K-2513 | 0 – 5.00 | |
| Chromate | K-2803 | 0 – 3.50 | |
| * COD LR, USEPA-accepted | K-7350S | K-7355 | N/A |
| COD LR, Mercury-free | K-7351S | K-7356 | N/A |
| * COD HR, USEPA-accepted | K-7360S | K-7365 | N/A |
| COD HR, Mercury-free | K-7361S | K-7366 | N/A |
| * COD HR+ | K-7370S | K-7375 | N/A |
| COD HR+, Mercury-free | K-7371S | K-7376 | N/A |
| Copper | K-3503 | 0 – 12.00 | |
| Cyanide | K-3803 | 0 – 0.400 | |
| DEHA | K-3903 | 0 – 2.00 | |
| Peroxide | K-5543 | 0 – 6.00 | |
| Iron, total & ferrous | K-6203 | 0 – 6.00 | |
| Iron, total & soluble | K-6003 | 0 – 6.00 | |
| Manganese | K-6503 | 0 – 30.0 | |
| Molybdate (as Mo) | K-6703 | 0 – 25.0 | |
| Monochloramine | K-6803 | 0 – 8.00 | |
| Nitrite (as N) | K-6973 | 0 – 1.5 | |
| Nitrite (as N) | K-6983 | 0 – 15 | |
| Nitrite (as N) | K-7013 | 0 – 0.750 | |
| Ozone (DPD) | K-7423 | 0 – 5.00 | |
| Oxygen | K-7553 | 0 – 1.000 | |
| Oxygen | K-7513 | 0 – 15.0 | |
| Peracetic Acid | K-7913 | 0 – 5.00 | |
| Phenols | K-8043 | 0 – 8.00 | |
| Phenols | K-8053 | 0 – 20.0 | |
| Phosphate, ortho (as P) | K-8513 | 0 – 1.63 | |
| Phosphate, ortho (as PO4) | K-8513 | 0 – 5.00 | |
| Phosphate, ortho (as PO4) | K-8503 | 0 – 80.0 | |
| Silica | K-9003 | 0 – 10.00 | |
| Sulfate | K-9203 | 0 – 100.0 | |
| Sulfide | K-9503 | 0 – 3.00 | |
| Sulfide | K-9523 | 0 – 6.00 | |
| Zinc | K-9903 | 0 – 3.00 | |
| Zinc | K-9923 | 0 – 15.0 | |
V-3000 Operator Manual
Method Revision Update History
/Program Version |
Date |
Updates |
| 2.06/2.05C | Nov 17, 2015 | Original Version |
| 2.07/2.06C | May 12, 2017 | Programs added: Program 12 (Ammonia), Program 13 (Ammonia) |
| Calibrations updated: Program 9 (Aluminum), Program 26 (Chloride), Program 55 (Copper), Program 60 (Cyanide), Program 95 (Peroxide), Program 140 (Oxygen), Program 141 (Oxygen), Program 153 (Phenols), Program 168 (Silica), Program 179 (Sulfide) | ||
| Programs removed: Program 14 (Ammonia), Program 134 (Ozone) | ||
| 2.08/2.07C | August 26, 2019 | Calibrations updated: Program 32 (Chlorine), Program 33 (Chlorine), Prograrm 37 (Chlorine Dioxide), Program 55 (Copper), Program 93 (Hydrogen Peroxide), Program 110 (Manganese), Program 115 (Molybdate), Program 133 (Ozone), Program 148 (Peracetic Acid), Program 152 (Phenols), Program 153 (Phenols), Program 168 (Silica), Program 174 (Sulfate), Program 179 (Sulfide) |
| Programs removed: Program 9 (Aluminum), Program 22 (Bromine), Program 73 (Fluoride), Program 78 (Formaldehyde), Program 83 (Glycol), Program 84 (Glycol), Program 101 (Iron) | ||
| Display corrected: Program 13 (Ammonia) | ||
| 2.72/2.09C | September 9, 2022 | Calibrations updated: Program 32 (Chlorine), Program 33 (Chlorine), Program 37 (Chlorine Dioxide), Program 100 (Iron), Program 103 (Iron), Program 174 (Sulfate) |
| Programs added: Program 17 (Ammonia), Program 18 (Ammonia), Program 117 (Monochloramine), Program 130 (Nitrite) | ||
| Programs removed: Program 89 (Hydrazine), Program 93 (Hydrogen Peroxide), Program 140 (Oxygen) | ||
| 2.82/2.10C | November 11, 2023 | Program added: Program 10 (Filming Amine) |
| 2.86/2.12C | January 2, 2026 | |
| Programs added: Program 123 (Nitrate), Program 124 (Nitrate), Program 16 (Ammonia) | ||
| Program removed: Program 15 (Ammonia) | ||
| 2.86/2.13C | August 26, 2026 | Program description changed: Program 152 (K-8003) to Program 152 (K-8043)
Program description changed: Program 153 (K-8023) to Program 153 (K-8053) |
V-3000 Pre-Programmed Analytes Information
| Analyte | Catalog No. | V-3000 | |
| Amines (Film Forming) | K-1013 | 0 – 6.00 | |
| Ammonia (Hydroxybenzyl Alcohol) | K-1413 | 0 – 3.00 | |
| Ammonia (Hydroxybenzyl Alcohol) | K-1413 | 0 – 60.0 | |
| * Ammonia (Direct Nesslerization Extended Shelf Life) | K-1513 | 0 – 10.00 | |
| * Ammonia (Direct Nesslerization Extended Shelf Life) | K-1513 | 0 – 150 | |
| * Ammonia (Direct Nesslerization Extended Shelf Life) | K-1533 | 0 – 20 | |
| * Chloride | K-2103 | 0 – 40.0 | |
| Chlorine, free & total USEPA-accepted | K-2513 | 0 – 5.00 | |
| Chlorine, free USEPA-accepted | K-2513 | 0 – 5.00 | |
| Chromate | K-2803 | 0 – 3.50 | |
| * COD LR, USEPA-accepted | K-7350S | K-7355 | N/A |
| COD LR, Mercury-free | K-7351S | K-7356 | N/A |
| * COD HR, USEPA-accepted | K-7360S | K-7365 | N/A |
| COD HR, Mercury-free | K-7361S | K-7366 | N/A |
| * COD HR+ | K-7370S | K-7375 | N/A |
| COD HR+, Mercury-free | K-7371S | K-7376 | N/A |
| Copper | K-3503 | 0 – 12.00 | |
| Cyanide | K-3803 | 0 – 0.400 | |
| DEHA | K-3903 | 0 – 2.00 | |
| Peroxide | K-5543 | 0 – 6.00 | |
| Iron, total & ferrous | K-6203 | 0 – 6.00 | |
| Iron, total & soluble | K-6003 | 0 – 6.00 | |
| Manganese | K-6503 | 0 – 30.0 | |
| Molybdate (as Mo) | K-6703 | 0 – 25.0 | |
| Monochloramine | K-6803 | 0 – 8.00 | |
| Nitrite (as N) | K-6973 | 0 – 1.5 | |
| Nitrite (as N) | K-6983 | 0 – 15 | |
| Nitrite (as N) | K-7013 | 0 – 0.750 | |
| Ozone (DPD) | K-7423 | 0 – 5.00 | |
| Oxygen | K-7553 | 0 – 1.000 | |
| Oxygen | K-7513 | 0 – 15.0 | |
| Peracetic Acid | K-7913 | 0 – 5.00 | |
| Phenols | K-8043 | 0 – 8.00 | |
| Phenols | K-8053 | 0 – 20.0 | |
| Phosphate, ortho (as P) | K-8513 | 0 – 1.63 | |
| Phosphate, ortho (as PO4) | K-8513 | 0 – 5.00 | |
| Phosphate, ortho (as PO4) | K-8503 | 0 – 80.0 | |
| Silica | K-9003 | 0 – 10.00 | |
| Sulfate | K-9203 | 0 – 100.0 | |
| Sulfide | K-9503 | 0 – 3.00 | |
| Sulfide | K-9523 | 0 – 6.00 | |
| Zinc | K-9903 | 0 – 3.00 | |
| Zinc | K-9923 | 0 – 15.0 | |
V-2000 Method Revision Update History
Date |
Update |
|
| 3.0 | January 29, 2004 | Original Version |
| 4.0 | February 24, 2004 | Calibration updated: Program 49 (HR COD) |
| 5.0 | November 12, 2004 | Calibration updated: Program 49 (HR COD) |
| 6.0 | May 22, 2005 | Calibration updated: Program 64 (DEHA 1) |
| 7.0 | March 10, 2006 | Program added: Program 122 (Nitrate 4) |
| 8.0 | March 24, 2008 | Calibrations updated: Program 89 (Hydrazine), Program 140 (Oxygen 1), Program 141 (Oxygen 2), Program 159 (Phosphate 2), Program 174 (Sulfate) |
| 9.0 | October 08, 2008 | Calibrations updated: Program 73 (Fluoride), Program 125 (Nitrite), Program 142 (Oxygen 3) |
| Program added: Program 160 (Phosphate 2) | ||
| 10.0 | January 12, 2009 | Calibrations updated: Program 119 (Nitrate), Program 120 (Nitrate 2), Program 121 (Nitrate 3), Program 122 (Nitrate 4) Program 152 (Phenols), Program 153 (Phenols 2), Program 158 (Phosphate 1), Program 187 (Zinc), Program 188 (Zinc 2) |
| 11.0 | April 19, 2010 | Calibrations updated: Program 15 (Ammonia), Program 16 (Ammonia 2) |
| 12.0 | June 22, 2011 | Calibrations updated: Program 60 (Cyanide), Program 78 (Formaldehyde), Program 83 (Glycol) |
| Program added: Program 148 (Peracetic Acid) | ||
| Program removed: Program 147 (Peracetic Acid) | ||
| 13.0 | December 19, 2011 | Programs added: Program 22 (Bromine), Program 24 (Carbohydrazide), Program 133 (Ozone), Program 93 (Peroxide), Program 161 (Total Phosphate) |
| Programs removed: Program 21 (Bromine), Program 94 (Peroxide) | ||
| 14.0 | September 30, 2013 | Calibration updated: Program 174 (Sulfate) |
| Program removed: Program 134 (Ozone) | ||
| 15.0 | February 20, 2015 | Calibrations updated: Program 22 (Bromine), Program 32 (Chlorine), Program 37 (Chlorine Dioxide), Program 84 (Glycol), Program 93 (Hydrogen Peroxide), Program 119 (Nitrate), Program 120 (Nitrate), Program 121 (Nitrate), Program 122 (Nitrate), Program 125 (Nitrite), Program 133 (Ozone), Program 148 (Peracetic Acid), Program 188 (Zinc) |
| 16.0 | December 21, 2015 | Calibrations updated: Program 48 (COD LR), Program 119 (Nitrate), Program 120 (Nitrate), Program 121 (Nitrate), Program 122 (Nitrate), Program 125 (Nitrite), Program 187 (Zinc), Program 188 (Zinc) |
| 17.0 | May 12, 2017 | Programs added: Program 12 (Ammonia), Program 13 (Ammonia) |
| Calibrations updated: Program 9 (Aluminum), Program 16 (Ammonia), Program 55 (Copper), Program 140 (Oxygen), Program 141 (Oxygen), Program 142 (Oxygen), Program 152 (Phenols), Program 158 (Phosphate), Program 168 (Silica), Program 179 (Sulfide) | ||
| Programs removed: Program 14 (Ammonia), Program 22 (Bromine) | ||
| 18.0 | June 25, 2018 | Calibrations Updated: Program 26 (Chloride), Program 89 (Hydrazine), Program 95 (Hydrogen Peroxide), Program 142 (Oxygen), Program 148 (Peracetic Acid), Program 153 (Phenols) |
| Programs Removed: Program 78 (Formaldehyde), Program 83 (Glycol), Program 84 (Glycol), Program 101 (Iron) | ||
| 19.0 | September 3, 2019 | Calibrations updated: Program 93 (Hydrogen Peroxide), Program 115 (Molybdate), Program 179 (Sulfide), Program 180 (Sulfide) |
| Program removed: Program 9 (Aluminum) | ||
| 20.0 | September 9, 2022 | Calibrations updated: Program 100 (Iron), Program 102 (Iron), Program 133 (Ozone), Program 159 (Phosphate), Program 160 (Phosphate), Program 174 (Sulfate) |
| Programs added: Program 17 (Ammonia), Program 18 (Ammonia), Program 103 (Iron), Program 117 (Monochloramine), Program 130 (Nitrite) | ||
| Programs removed: Program 89 (Hydrazine), Program 93 (Hydrogen Peroxide), Program 140 (Oxygen) |
V-2000 Operator Manual
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