INSPECT USA 481303-5 Arsenic in Water Test Kit Instructions

INSPECT USA 481303-5 Arsenic in Water Test Kit

Specifications

• Product Name: Rapid Arsenic Test Kit
• Part Number: 481303-5
• Number of Tests: 5

Product Information

The Rapid Arsenic Test Kit (Part Number: 481303-5) is designed to detect soluble inorganic Arsenic (As+3 and As+5) in water samples. The kit utilizes the patented Reaction (Modified Gutzeit method) to convert inorganic Arsenic compounds into Arsine (AsH3) gas, which reacts with Mercuric Bromide on the test strip to produce a colour change indicating the presence of Arsenic.

Precautions

It is important to work in a well-ventilated area away from fire and other sources of ignition when using the Rapid Arsenic Test Kit. Hydrogen gas and Arsine gas are generated during the reaction. All reagents included in the kit are unsuitable for human consumption and must be kept away from children and pets.

Test Procedure

1. Collect a water sample and ensure it is at room temperature.
2. Slowly add the water sample to the marked line (100 mL) on the Reaction Bottle.
3. Add the contents of one Powder Pillow (Large Packet) of First Reagent 1 to the Reaction Bottle.
4. Cap the Reaction Bottle and shake it gently to mix the contents.
5. Position the testing pad over the orifice on the Reaction Bottle.
6. Press down firmly on the turret handle to securely lock the testing pad into position.
7. Wait for the colour change on the testing pad and compare it with the Easy-ReadTM Color Chart to determine the Arsenic level in the water sample.

Suggestions for Best Accuracy

• Ensure that step 5 in the Test Procedure is followed carefully to prevent arsine gas from bypassing the testing pad, which can result in lower arsenic levels.
• Apply pressure to the turret using the round end of a pen or press on the red turret and the turret handle simultaneously to properly seat the testing pad.
• Work in a well-ventilated area away from open flames and other sources of ignition.

FAQ

• Q: What does the Rapid Arsenic Test Kit detect?
• The Rapid Arsenic Test Kit detects soluble inorganic Arsenic (As+3 and As+5) in water samples.
• Q: How many tests can be performed with Kit #481303-5?
• Kit #481303-5 includes enough materials to perform 5 tests.
• Q: Are the reagents included in the kit safe for human consumption?
• No, all reagents included in the kit are unsuitable for human consumption and must be kept away from children and pets.
• Q: What precautions should be taken when using the Rapid Arsenic Test Kit?
• It is important to work in a well-ventilated area away from fire and other sources of ignition. Review the Material Safety Data Sheet provided on pages 6 and 7 before handling any chemicals.

Information on the performance characteristics of this kit can be found at www.epa.gov/etv/verifications/verification- index.html, or call ITS at 803-329-9712 for a copy of the ETV verification report. The use of the ETV® Name or Logo does not imply approval or certification of this product nor does it make any explicit or implied warrantees or guarantees as to product performance.

FOR BEST RESULTS, FOLLOW KIT INSTRUCTIONS

WARNING
Hydrogen and Arsine gases are generated during the test. Work in a well- ventilated area away from open flames and other sources of ignition. Review the Material Safety Data Sheet before any chemicals

ABOUT KIT # 481303-5

This test detects soluble inorganic Arsenic (As+3 and As+5)

This Arsenic Test Kit provides a safe, simple, and precise way to test for Arsenic from 3 to 20 μg/L. For accurate results when the Arsenic value is above 20 μg/L, perform a dilution of the water sample so that the value will read below 20 μg/L. Follow the instructions carefully to get reliable results. All components are supplied in the kit except for a thermometer and timer. This test tolerates up to 2 mg/L Hydrogen Sulfide without interference. No interference was found for this test kit for Antimony up to 0.5mg/L. No interference from Iron or Sulfate was found. Higher levels of Hydrogen Sulfide can be corrected by diluting (only where sensitivity needs are not compromised). There were no interferences from other components typically found in tap water. It is recommended that the water sample be 22ºC – 28ºC. For reference, record the temperature at which the sample was run. Use the kit within the shelf life as marked.

Part Number: 481303-5, 5 Tests

Kit Components

• 1 Reaction Bottle, clear PVC, with 100mL line
• 1 Blue Cap, with white turret, for holding the testing pad
• 5 Powder Pillows of First Reagent (Approx. 4 gm)
• 5 Powder Pillows of Second Reagent (Approx. 1 gm)
• 5 Powder Pillows of Third Reagent (Approx. 2 gm)
• 5 Arsenic Strips in Foil Packets – Caution: Each testing pad contains about 1 mg Mercuric Bromide (HgBr2)
• This Instruction Booklet with MSDS
• 1 Black Cap for mixing
• Kit Box for Components
• Easy-Read™ Color Chart

About the Patented Reaction (Modified Gutzeit method):
Inorganic Arsenic compounds in the water sample are converted to Arsine (AsH3) gas by the reaction of Zinc Dust and Tartaric Acid. Ferrous and Nickel salts have been added to accelerate this reaction. The Arsine reacts with the Mercuric Bromide on the test strip to form mixed Mercury halogens (such as AsH2HgBr) that appear with a colour change from white to yellow or brown. Potassium Peroxymonosulfate (second reagent) is added to oxidize Hydrogen Sulfide to Sulfate.
PRECAUTIONS: Hydrogen gas and Arsine gas are generated during the reaction. Work in a well-ventilated area away from fire and other sources of ignition. All reagents are unsuitable for human consumption and must be kept away from children and pets.
US Patent # 6696300

ATTENTION: Your Arsenic results will be low if step 5 in the Test Procedure is not followed carefully.

When you position the testing pad over the orifice, you must press down the turret handle very firmly over the testing pad to securely lock the testing pad into position. If the cap is not firmly formed around the testing pad, arsine gas will bypass the testing pad, which results in lower arsenic levels.

• One method of assuring a properly seated testing pad is to use the round end of a pen to apply pressure to the turret (Image 1).
• Another technique is to simultaneously press on the red turret and the turret handles to properly seat the turret into the testing pad (Image 2).

WARNING: Hydrogen and Arsine gases are generated during the test. Work in a well-ventilated area away from open flames and other sources of ignition. Review the Material Safety Data Sheet on pages 6 and 7 before handling any chemicals.

Test Procedure

1. For best results, the water temperature should be between 22°C to 28°C. Use a thermometer to verify the temperature of the sample.

2. To the Reaction Bottle, slowly add the water sample to the marked line on the bottle (100 mL).

3. Add the contents of one Powder Pillow (Large Packet) of the First Reagent to the Reaction Bottle. Cap the bottle securely with a black mixing cap and shake vigorously for 15 seconds.

4. Uncap the Reaction Bottle; add the contents of one Powder Pillow (Medium Packet) of the Second Reagent

   • Cap the bottle securely with a black mixing cap and shake vigorously with the bottle upright for 15 seconds. Allow the sample to sit for 2 minutes to minimize Sulfide interference.

5. While the test is incubating for 2 minutes, prepare the turret cap as follows (NOTE: The cap and turret must be dry. If the testing pad becomes wet results will be inaccurate):

   • Open the packet and carefully remove the strip. While handling the strip avoid touching the Mercuric Bromide testing pad at one end of the strip.
   • Position either side of the testing pad over the orifice (Figure 1) and press down the turret handle over the pad until it locks into position on the cap. Make certain the red turret with the handle is fully closed (as illustrated in Figure 2). The red turret should be pressed level with the top of the cap to ensure all gas passes through the testing pad. To confirm that the testing pad completely covers the hole in the cap, visually inspect the orifice from under the cap. The turret cap is now ready for use in Step 7.

6. Uncap the Reaction Bottle and add the contents of one Powder Pillow (Small Packet) of the Third Reagent. Cap the bottle securely with a black mixing cap and shake vigorously for 5 seconds.

7. Remove the black cap from the Reaction Bottle and recap securely using the turret cap within 20 seconds. As you screw on the turret cap, be careful not to splash the water or reagents on the testing pad. The testing pad must remain dry during the test. Place the bottle in a well-ventilated area where it will not be disturbed. You should notice numerous small hydrogen gas bubbles generated from the Tartaric Acid and Zinc Dust Reagents.

8. Start the timer and wait for 10 minutes.
   The reaction generates small hydrogen gas bubbles.

9. After waiting 10 minutes (but no longer than 12 minutes), pull the turret up. Carefully remove the test strip with the testing pad. Flatten the testing pad, if necessary, by gently pressing it between two clean pieces of paper. Use the Color Chart and match the colour of the exposed side of the testing pad within the next 2 minutes (colors oxidize when exposed to light). For best color matching use natural daylight, but do not use direct sunlight. The colour can be preserved for a short time by returning the testing pad to the packet and keeping it out of light. If using the Quick™ Scan Test Pad Reader, follow the meter’s instructions.

10. Record your result.

*Before opening the powder pillow packet at one end, shake the reagent in the packet to the “bottom” so that the reagent will not spill when opening at the “top” of the packet. (Mercuric Bromide strips (Arsenic test strips) will not react with arsine gas if they are wet!)
ATTENTION: Soon after testing is completed, decant the liquid from the bottle down a drain that is not used for food preparation and flush it with water. See comment #4 on page 4. Wet Zinc should be collected and disposed of according to local regulations. Rinse the bottle and the cap with clean water. Shake off any excess water. Do not rinse the turret cap. It is best to dry the turret cap with a soft tissue or paper towel, especially if you plan to run the next test immediately. Keep the used strips inaccessible to children and pets, and dispose according to local environmental regulations.

SUGGESTIONS FOR BEST ACCURACY

1. To gain confidence in using this test kit for unknown samples, it is highly recommended that you use the kit on a sample with a known inorganic Arsenic concentration value, or with a sample that has been prepared using an Arsenic standard. By making a “practice run” of the test, you will familiarize yourself with all of the procedures necessary to ensure accurate testing results. Additionally, you will have the opportunity to become familiar with the process of colour matching, which will help to ensure accurate test results. ITS suggests the test be run in duplicate for better accuracy.
2. The water sample must not be preserved with Nitric Acid or any other preservation method. Small amounts of strong acids will interfere with the test results, and therefore the water sample should be freshly drawn and run within 24 hours. Some water samples held for over 24 hours may read low. The water sample should not contain any significant amount of buffers. If you are planning to send a duplicate sample for ICP laboratory verification, follow preservation requirements for that sample only.
3. The water and ambient temperature are very important to ensure accurate results. As an example, a water temperature of 15°C can result in the colour development on the testing pad being lighter than the actual Arsenic concentration in the tested sample (a false low reading occurs). When the water is cold, warm the water sample to 22°C to 28°C before testing (using a microwave is acceptable). If the water temperature is above 28°C your result may read low (accelerator chemistry reacts too fast). Consideration must also be made for the air temperature when running the test. The best results are from 22°C to 28°C (water and air). The colour chart and Arsenic Scan chart are calibrated at 24°C.
4. After the test has been run, try to rinse out the reaction bottle with clean tap water as soon as possible. When the reaction chemicals are allowed to sit in the reaction bottle after the reaction time, the zinc may begin to adhere to the bottom of the bottle. When this occurs, you may need to clean the reaction bottle with a bottlebrush. Another method for zinc removal is to use a 20% Hydrochloric Acid (reusable) rinse. Be sure to rinse the reaction bottle with clean tap water before running the next test.
5. When matching your test strip pad with the colours on the Easy-Read™ colour chart, it may be helpful to find a colour that is lighter than the test strip pad and make a note of it (as an example, we will use a value of 10 ppb). Next, find a colour that is darker than the test strip pad (as an example, we will use a value of 20 ppb). By defining a lowest and highest possible value range we can assume that the correct color match is 13 ppb. If the 13 ppb colour matches, then you have determined your Arsenic level. In some cases, an exact colour match will not be available. Following these easy steps can make colour matching more precise. Careful colour matching will ensure the best possible result.
6. Levels of Hydrogen Sulfide above 2 mg/L can interfere with this test, resulting in elevated Arsenic readings. Our test kit will eliminate up to 2 mg/L of Sulfide interference. To overcome Hydrogen Sulfide levels above 2 mg/L, allow the water sample to sit at room temperature, uncovered and exposed to air for 8 hours (about 50% of the H2S gas dissipates for every 8 hours). Industrial Test Systems, Inc. sells Hydrogen Sulfide detection kits (part # 481197-20) for quick, accurate verification of this interfering ion. The test kit detects levels of 0.3, 0.5, 1.0, and 2.0 mg/L (ppm). The Hydrogen Sulfide test kit contains all components necessary to run the test and is economically priced at $15.99 for 30 tests.
7. Do not use components from other kits. Interchanging components may result in inaccurate results since each kit is Quality Control released for accuracy with its given components. Some conditions can result in getting an incorrect reading: the presence of Hydrogen Sulfide above 2ppm; colour matching in poor lighting conditions; colour blindness of the operator; and sample temperatures that are high or low.
8. If you have any questions or comments, please feel free to contact our R&D Department at 1-803-329-0162 ext 211 or by email at: its@sensafe.com.
9. Record your results and details for future reference.

QUICK™ ARSENIC SCAN INSTRUCTIONS (INSTRUMENT SOLD SEPARATELY) FOR USE WITH ARSENIC Quick™ TEST KIT

Instrument Components

1. Quick™ Arsenic Scan Unit (R710 Color Reflection Densitometer, part number 481305)
2. Operation Manual (109-page book)
3. Calibration Reference Card
4. 18-Month Limited Warranty and Registration Card
5. AC Adapter (110VAC)
6. Carrying Case
7. White Opaque Plastic Card (2 3/8″ x 7″)
8. Conversion Table for the Following Arsenic Test Kit: Arsenic Quick™ Test Kit

Instrument setup for Arsenic measurement

• Remove the instrument from the case and turn the instrument over with the bottom facing up. between the two (2) screws near the round end of the measurement shoe. Slide it forward. unlocked, and will lift up by spring action from the body of the instrument.
• Locate the “OFF/ON” switch at the square end of the instrument where the data port and DC 9V connector ports are located. Gently slide the switch to “ON”.
• Turn the instrument upright so that the LCD screen and six soft keys (3 black buttons, menu, exit, help) are facing upward.
• Depress once any one of the six soft keys on top of the unit. The LCD will turn on.
• The instrument is now ready to make density measurements.

Notes

• The instrument is calibrated, and ready for use when received.
• The AC adapter (supplied) may be used while performing colour density measurements. Be sure the power switch is “OFF” before connecting the adapter to prevent any surge in power.
• When the unit will stand unused for a long time slide the power switch to “OFF”.
• Typically, over 100 measurements can be made when using the battery pack only.

Strip measurement

• Run the test sample according to the arsenic kit instructions.
• Read the strip with the Quick™ Arsenic Scan instrument within 30 seconds of completing the test.
• Place the reacted strip with the coloured test pad facing upward on the white opaque plastic card (2 3/8″ x 7″). The white opaque plastic card provided (or a white sustance) must be placed under the reacted strip for accurate measuring.
• Position the target circle of the base shoe over the colour pad so that the pad is centred in the black outlined circle (as illustrated).
• Press the body of the instrument down until the optical head is in contact with the target circle. The message “Measuring…” will appear in the LCD. A “Y” and a number next to the “Y” will appear in the LCD (For example, Y = 0.19 indicates a yellow colour density of 0.19).
• Use the number in the LCD (in the example 0.19) and compare it with the Data Table provided to determine the concentration of arsenic in the sample. Be sure that you are using the appropriate Data Table for your test kit. 0.19 equals 20 μg/L or ppb Arsenic.
• Record the “Y” value and the concentration of Arsenic from the appropriate Data Table for future reference. Note: Use of the Quick™ Arsenic Scan unit will yield more precise results when compared to using the Easy-Read™ colour chart for colour-matching determinations.

Calibration of Instrument
See details on pages 34-40 in the Color Reflection Densitometer Operation Manual. It is recommended that “Quick Cal” (pages 39-40) be performed weekly. It is also recommended that “Standard Calibration” (steps 4, 5, & 8 in the manual) be performed when “Quick Cal” results are not within the allowed +/- variance of the “Y” values (White, Black, & Solid {Yellow}) listed in the reference table below:

• The Conversion Table below is valid for (Zinc) Reagent 3 lot 9035.
• Note: For best accuracy dilute and retest samples with scan values above 0.61

Arsenic Scan Conversion Table for Arsenic Quick™ II Kit Part # 481303

Match the instrument reading to the corresponding As level (in ppb) as found in the table below:| “Ihara (Y) Reading” = Yellow density value
Ihara (Y)

Reading

| As Level

(ppb)

| Ihara (Y)

Reading

| As Level

(ppb)

| Ihara (Y)

Reading

| As Level

(ppb)

| Ihara (Y)

Reading

| As Level

(ppb)

| Ihara (Y)

Reading

| As Level

(ppb)

| Ihara (Y)

Reading

| As Level

(ppb)

| Ihara (Y)

Reading

| As Level

(ppb)

0.00| *BEL| 0.15| 2.3| 0.30| 6.3| 0.45| 10.3| 0.60| 19| 0.75| >40| 0.90| >40
0.01| BDL| 0.16| 2.7| 0.31| 6.5| 0.46| 10.5| 0.61| 20| 0.76| >40| 0.91| >40
0.02| BDL| 0.17| 3.0| 0.32| 6.7| 0.47| 10.7| 0.62| 21| 0.77| >40| 0.92| >40
0.03| BDL| 0.18| 3.3| 0.33| 7.0| 0.48| 11.0| 0.63| 22| 0.78| >40| 0.93| >40
0.04| BDL| 0.19| 3.6| 0.34| 7.3| 0.49| 11.3| 0.64| 23| 0.79| >40| 0.94| >40
0.05| BDL| 0.20| 3.8| 0.35| 7.5| 0.50| 11.7| 0.65| 24| 0.80| >40| 0.95| >40
0.06| BDL| 0.21| 4.0| 0.36| 7.7| 0.51| 12.0| 0.66| 26| 0.81| >40| 0.96| >40
0.07| BDL| 0.22| 4.3| 0.37| 8.0| 0.52| 12.8| 0.67| 27| 0.82| >40| 0.97| >40
0.08| BDL| 0.23| 4.6| 0.38| 8.3| 0.53| 13.0| 0.68| 29| 0.83| >40| 0.98| >40
0.09| BDL| 0.24| 4.8| 0.39| 8.5| 0.54| 13.5| 0.69| 30| 0.84| >40| 0.99| >40
0.10| BDL| 0.25| 5.0| 0.40| 8.7| 0.55| 14| 0.70| 32| 0.85| >40| 1.00| >40
0.11| 1.0| 0.26| 5.3| 0.41| 9.0| 0.56| 15| 0.71| 34| 0.86| >40| —-| —-
0.12| 1.3| 0.27| 5.5| 0.42| 9.3| 0.57| 16| 0.72| 36| 0.87| >40|  |
0.13| 1.9| 0.28| 5.7| 0.43| 9.9| 0.58| 17| 0.73| 40| 0.88| >40|  |
0.14| 2.0| 0.29| 6.0| 0.44| 10.0| 0.59| 18| 0.74| >40| 0.89| >40|  |

MSDS 1 Material Safety Data Sheet

Section 1 Chemical Identification

• Catalog # / Description: Part Number 481196-D
• Name: First Reagent (1)

Section 2 Composition / Information on Ingredients

• CAS#: 87-69-4 L-Tartaric Acid 98.7%
• CAS#: 7720-78-7 Iron (II) Sulfate • 7H2O 0.7%
• CAS#: 10101-97-0 Nickel (II) Sulfate • 6H2O 0.6%

Section 3 Hazards Identification

Precautionary Statements

• May be irritating to the eyes and nasal passages.
• Low toxicity orally, moderately toxicity intravenously.
• Tartaric Acid is reported to have an oral rabbit LD50 at 5000 mg/kg, and a dermal rat LD50 at 485 mg/kg.
• Tartaric Acid Reagent has a minimal toxicological effect.
• However, inhalation may irritate the respiratory tract; ingestion in large amounts may cause gastrointestinal upset; skin or eye contact may cause mild irritation; prolonged exposure may cause an allergic reaction. Wash hands after use.
• Iron (II) Sulfate is harmful if swallowed or inhaled.
• Irritates skin, eyes, and respiratory tract.
• Affects the liver. Oral mouse LD50: 1520 mg/kg.
• Nickel Sulfate is toxic. Harmful if swallowed. Possible risk of irreversible effects. May cause sensitization by inhalation and skin contact. Possible carcinogen.
• Toxicity data: oral rat LD50: 264 mg/kg.

Section 4 First-Aid Measures

• If swallowed, wash out mouth with water. Call a physician or the Poison Control Center as a precaution.
• In case of skin contact, flush with copious amounts of water for at least 15 minutes.
• In case of contact with eyes, flush with copious amounts of water for at least 15 minutes.
• If inhaled, remove to fresh air. If breathing is difficult, give oxygen and seek medical advice.

Section 5 Fire Fighting Measures
Not Applicable since the amount of First Reagent per kit is negligible.

Section 6 Exposure Controls / Personal Protection
Do not expose to eyes, skin, or clothing. Keep away from children and pets. Wash hands thoroughly after handling. Maintain general hygienic practices when using this product.

Section 7 Physical and Chemical Properties

• Appearance and Odor:
• Solid/semi-solid, white powder. Soluble in water.
• Physical Properties:
• Melting Point: Not Applicable
• Vapour Pressure: Not Applicable
• Specific Gravity: Not Applicable
• Vapor Density: Not Applicable Stability:
• Stable when stored under proper conditions.
• Hazardous Polymerization:
• This will not occur.
• Incompatibilities:
• Reaction with silver, zinc, and aluminium in the presence of water or moisture will release explosive Hydrogen gas.

Section 8 Toxicological Information

• Acute Effects:
• Do not breathe dust! Avoid contact with eyes, skin, and clothing. Avoid prolonged or repeated exposure.

Section 9 Other Information
The above information is believed to be correct but does not purport to be all-inclusive and shall be used ONLY as a guide. Keep away from children and pets. Store in a dry, cool place. Keep the container tightly closed.

MSDS 2 Material Safety Data Sheet

• Section 1 Chemical Identification
• Catalog # / Description: Part Number 481196-E
• Name: Second Reagent (2 MPS)

Section 2 Composition / Information on Ingredients

• CAS# 10058-23-8 Potassium Peroxymonosulfate 43%
• CAS# 7646-93-7 Potassium Bisulfate 23%
• CAS# 7778-80-5 Potassium Sulfate 29%
• CAS# 7727-21-1 Potassium Peroxydisulfate 3%
• CAS# 546-93-0 Magnesium Carbonate 2%
• Comments: NOTE: CAS# for mixture is 70693-62-8

Section 3 Hazards Identification

• Emergency Overview:
• Physical Appearance: White, granular material
• Immediate Concerns: DANGER. CORROSIVE. Causes skin and eye damage. Wear goggles or face shields and rubber gloves when handling. May be fatal if swallowed. Irritating to nose and throat. Avoid inhalation or dust. Remove and wash contaminated clothing before reuse.
• Potential Health Effects:
• Eyes: DANGER. Corrosive. Causes eye damage. Do not get in eyes.

Section 4 First-Aid Measures

EYES: If contact with eyes occurs: Immediately flush with cold water for at least 15 minutes. Then get immediate medical attention.
SKIN: If contact with skin: Rinse off excess chemicals and flush the skin with cold water for at least 15 minutes. If skin irritation develops, seek medical attention.
INGESTION: If swallowed: Do not induce vomiting. Drink 1-2 glasses of water to dilute the stomach contents. Never give anything by mouth to an unconscious person. Call a physician immediately.
INHALATION: If inhaled: Remove to fresh air. If breathing is difficult, have a trained person administer oxygen. If not breathing, give artificial respiration. Call a physician immediately.

Section 5 Fire Fighting Measures

• This product is not flammable or combustible.
• Will release oxygen when heated, intensifying a fire.
• Acidic mist may be present.
• Exercise caution when fighting any chemical fire.
• Extinguishing Media: Water

Section 6 Exposure Controls / Personal Protection
Do not expose to eyes, skin, or clothing. Keep away from children and pets. Wash hands thoroughly after handling. Maintain general hygienic practices when using this product.

Section 7 Physical and Chemical Properties

• Appearance and Odor:
• Solid. Granular, free-flowing solid. White.
• Odorless
• Physical Properties:
• Melting Point: Not Applicable
• Vapour Pressure: Not Volatile
• Specific Gravity: 1.1 to 1.4
• Vapor Density: Not Volatile Stability:
• Stable when stored under proper conditions.
• Hazardous Polymerization:
• This will not occur.
• Incompatibilities:
• Mixing with compounds containing halides or active halogens can cause the release of the respective halogens if moisture is present. Mixing with cyanides can cause release of hydrogen cyanide gas. Mixing with heavy metal salts such as those of cobalt, nickel, copper, or manganese can cause decomposition with the release of oxygen and heat.

Section 8 Toxicological Information

• Acute Effects:
• Skin Absorption: >11,000 mg/kg in rabbits
• Oral LD50: 2,000 mg/kg (rat)
• Inhalation LC50: >5 mg/l (rats) (4-hour)

Section 9 Other Information
The above information is believed to be correct but does not purport to be all-inclusive and shall be used ONLY as a guide. Keep away from children and pets.

MSDS 3 Material Safety Data Sheet

• Section 1 Chemical Identification
• Catalog # / Description: Part Number 481196-F
• Name: Third Reagent (3 Zinc)

Section 2 Composition / Information on Ingredients

• CAS #: 7440-66-6
• Chemical Name: Zinc >99%
• Synonyms:
• Blue powder, granular zinc, zinc dust, zinc powder

Section 3 Hazards Identification

• Precautionary Statements:
• Flammable solid. This material, like many powders, is capable of causing a dust explosion.
• If inhaled, remove to fresh air. If breathing is difficult, give oxygen and seek medical advice.

Section 4 First-Aid Measures

• If swallowed, wash out mouth with water. Call a physician or the Poison Control Center.
• In case of skin contact, flush with copious amounts of water for at least 2 minutes. Remove contaminated clothing and shoes.
• In case of contact with eyes, flush with copious amounts of water for at least 5 minutes. Call a physician.
• If inhaled, remove to fresh air. If breathing is difficult, give oxygen and seek medical advice.

Section 5 Fire Fighting Measures

• Fire/Explosion Hazard:
• Dust may form a flammable/explosive mixture with air.
• May form an explosive mixture with oxidizers.
• Extinguishing Media:
• Sand or inert dry powder. Do not use water.

Section 6 Exposure Controls / Personal Protection
Do not get in eyes, on skin, on clothing. Keep away from children and pets. Wash hands thoroughly after handling. Use with adequate ventilation. Maintain general hygienic practices when using this product.

Section 7 Physical and Chemical Properties

• Appearance and Odor:
• Solid bluish-gray powder
• Physical Properties:
• Melting Point: 419oC
• Vapour Pressure: Not Applicable
• Specific Gravity: 7,14
• Vapour Density: Not Applicable
• Stability:
• Stable when stored dried and at room temperature.
• Hazardous Polymerization:
• This will not occur.

Section 8 Toxicological Information

• Skin and eye irritation may result from intermittent exposure.
• Avoid creating dust. DO NOT breathe dust.

Section 9 Other Information
The above information is believed to be correct but does not purport to be all-inclusive and shall be used ONLY as a guide. Dispose of empty bottles as normal trash. Keep away from children and pets.

MSDS 4 Material Safety Data Sheet

Section 1 Chemical Identification

• Catalog # / Description: Part Number 481196-G
• Name: Arsenic Quick™ Testing Pad

Section 2 Composition / Information on Ingredients

• CAS #: 7789-47-1
• Synonyms:
• Toxic ingredient is: Mercuric Bromide.

Section 3 Hazards Identification

• Precautionary Statements:
• Toxic poison is contained in a testing pad (about 1 mg/strip).
• Mercuric Bromide is reported to have an oral rat LD50 at 40mg/kg, and a dermal rat LD50 at 100mg/kg.

Section 4 First-Aid Measures

• If swallowed, wash out mouth with water. Call a physician or the Poison Control Center as a precaution.
• In case of skin contact, flush with copious amounts of water for at least 2 minutes. Remove contaminated clothing and shoes.
• In case of contact with eyes, flush with copious amounts of water for at least 5 minutes.
• If inhaled, remove to fresh air. If breathing is difficult, give oxygen and seek medical advice.

Section 5 Fire Fighting Measures
Not Applicable since the amount of Mercury per kit is negligible.

Section 6 Exposure Controls / Personal Protection
Do not expose to eyes, skin, or clothing. Keep away from children and pets. Wash hands thoroughly after handling. Maintain general hygienic practices when using this product.

Section 7 Physical and Chemical Properties

• Appearance and Odor:
• Solid/semi-solid, white paper pad (containing Mercuric
• Bromide) attached to a plastic strip.
• Physical Properties:
• Melting Point: Not Applicable
• Vapour Pressure: Not Applicable
• Specific Gravity: Not Applicable
• Vapor Density: Not Applicable Stability:
• Stable when stored under proper conditions.
• Hazardous Polymerization:
• This will not occur.

Section 8 Toxicological Information

• Acute Effects:
• Each strip contains about 1mg of Mercuric Bromide so toxicological effect is minimal because of the amount. However, the material is toxic and should be handled carefully to minimize exposure. Place all used test strips into the plastic bag labelled “Used Test
• Strips”. Dispose of used strips per environmental and regulatory requirements in your community. Wash hands after use.

Section 9 Other Information
The above information is believed to be correct but does not purport to be all-inclusive and shall be used ONLY as a guide. Dispose of the used test strips as regulations require. Keep away from children and pets.

LETTER FROM THE KIT INVENTOR

Thank you for purchasing our U.S. Patented (# 6,696,300) Arsenic Quick™ II Kit. Our company has trademarked the kits Quick™ because of the short 14-minute time for analysis. The Drinking Water standard of the US EPA and the World Health Organization (WHO) allows a maximum contaminant level of 10 ppb (μg/L) for Arsenic. The old US EPA level of 50 ppb (μg/L) remains the maximum contaminant level for many countries in the world.
For several years, Industrial Test Systems, Inc. (ITS) committed a major research & development effort to provide better and safer arsenic test kits. The goal was achieved. The test was made safer by using tartaric acid, instead of strong acids, for the reduction of inorganic arsenic (As+3/As+5) to arsine gas. For these efforts, a US Patent was granted for the acceleration of the arsenic detection chemistry by the addition of metal enhancers, iron and nickel salts. This permits Arsenic field tests to be completed faster. The Quick™ II series of kits use a modified Turret cap which allows detection of arsenic below 10 ppb (μg/L). The reduction reactions utilized in all kits are as follows: Zn +2H+ → Zn+2 + H2 (gas) and As4O6 + 12 Zn +24H+ → 4AsH3(gas) + 12 Zn+2 + 6H2O (pH 1.6) The analysis is performed in a closed reaction bottle (plastic) with an appropriate volume of sample (50 to 500 ml). After the 10-minute reduction reaction, the mercuric bromide strip or testing pad is removed and matched to the colour chart or colour analyzed by the Quick™ Arsenic Scan instrument. A light yellow to brown colour change indicates that arsenic is present. The colour intensity is proportionately related to the concentration of arsenic in the sample. NOTE: ITS test kits detect free inorganic arsenic only. ICP-MS methods detect inorganic and organic arsenic. If organic arsenic is present, ITS kit results can be expected to give lower values when compared to ICP-MS results.

Quick™ Arsenic Test Kits Available: US Patent # 6696300

PRODUCT NAME

(PART NUMBER)

| NO. OF

TESTS

| | OPTIMUM

**RANGE***

ppb (µg/L)

| TYPICAL COLOR CHART

DETECTION LEVELS

| TYPICAL ACCURACY**

OF DUPLICATES USING QUICK™ ARSENIC SCAN

---|---|---|---|---|---
Arsenic Quick™ Mini Kit (481396-5)

(Can also be used for soil analysis.)

| 5| YES| __

10 to 200

| 0, 5, 10, 20, 60, 100, 300, 500,

500, >>500

| __

+/-18 ppb or +/-30%

Arsenic Quick™ Mini Kit (481396-W)

(for wood analysis only.)

| 5| N/A| 10 to 200| 0, 5, 10, 20, 60, 100, 300, 500,

500, >>500

| __

+/-18 ppb or +/-30%

Arsenic Quick™ II Mini Kit (481303-5)| 5| YES| __

3 to 20

| <1, 2, 3, 4, 5, 6, 7, 8, 10, 13, 20,

25, 30, 40, >50, >80, >120, >160

| __

+/-1.2 ppb or +/-16%

Arsenic Low Range Quick™ II Mini Kit (481301-5)| 5| YES| __

1 to 10

| <0.5, 1, 1.5, 2, 3, 4, 5, 6,

7, 8, 12, >20, >30, >50

| __

+/-0.8 ppb or +/-14%

Arsenic Ultra-Low Quick™ II Mini Kit (481300-5)| 5| YES| 0.5 to 6| 0,0.3,0.7, 1.0, 1.5, 2, 2.5, 3,

3.5, 4, 5, 6, 8, 10, 13, 20, >20

| +/-0.4 ppb or +/-12%
Arsenic Quick™ Kit (481396)

(Can also be used for soil analysis.)

| __

100

| __

YES

| __

10 to 200

| 5, 10, 20, 30, 40, 50, 60, 80,

100, 150, 200, 250, 300, 400, 500, >500

| __

+/-18 ppb or +/-30%

Arsenic Low Range Quick™ (481297-I)| __

50

| __

YES

| __

7 to 80

| <2, 4, 10, 15, 20, 25, 30,

40, 50, 60, 70, 80, 100, >150, >300

| __

+/-8 ppb or +/-25%

Arsenic Quick™ II (481303)| 50| YES| 3 to 20| <1, 2, 3, 4, 5, 6, 7, 8, 10, 13, 20,

25, 30, 40, >50, >80, >120, >160

| +/-1.2 ppb or +/-16%
Arsenic Low Range Quick™ II (481301)| 50| YES| 1 to 10| <0.5, 1, 1.5, 2, 3, 4, 5,

6, 7, 8, 12, >20, >30, >50

| +/-0.8 ppb or +/-14%
Arsenic Ultra-Low Quick™ II (481300)| 25| YES| 0.5 to 6| 0, 0.3, 0.7, 1.0, 1.5, 2, 2.5, 3,

3.5, 4, 5, 6, 8, 10, 13, 20, >20

| __

+/-0.4 ppb or +/-12%

Quick™ Arsenic Scan Instrument (481305)| 1 meter| YES| N/A| 0.01 to

1.00 color density ppb (μg/L) (as low as 0.2 ppb (μg/L) arsenic)| (see above)

Information on the performance characteristics of Quick™ can be found at www.epa.gov/etv, or call ITS at 1-800-861-9712 for a copy of the ETV verification report. The use of the ETV® Name
or Logo does not imply approval or certification of this product nor does it make any explicit or implied warranties or guarantees as to product performance.
The range can be expanded by diluting the sample with Arsenic-free water.
As with any test, actual results will fall within a range around the actual value. The Typical Accuracy listed is from data generated by a technician in our lab using the Quick™ Arsenic Scan instrument measuring interference-free aqueous arsenic standards. Kit expected accuracy is the larger of the two values listed. {Example using Quick™: If the mean is 40 ppb, then the typical accuracy is +/-18 ppb which is larger than +/-12 ppb (40 ppb X 30%)}.

• Where precision is important, ITS recommends that you run the water sample in duplicate, since the typical color matching is within one color block. For best precision consider the purchase of our Quick™ Arsenic Scan instrument.
• This unit is ideal for use with all test kits. Please contact our sales department at 803-329-9712 for more information or to order the Quick™ Arsenic Scan instrument.
• The typical shelf life of kits is over 12 months. The kit includes First Reagent (Tartaric acid with iron and nickel salts);
• Second Reagent (MPS, an oxidizer); Third Reagent (zinc dust); and mercuric bromide strips, which contains about 1mg mercury per strip. After use, the strips should be discarded according to local environmental regulations.
• Valuable safety information about the kit is in the MSDS literature. As a safeguard to minimize the operator’s exposure to arsine and hydrogen gas, please run all tests in a well-ventilated area away from open flames and other sources of ignition. Arsine gas is highly toxic; this precaution becomes more urgent if the water sample has high arsenic levels.

CONTACT

• Cordially yours,
• Ivars Jaunakais, Analytical Chemist
• email: Ivars@sensafe.com.

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