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Kolorimetre LaMotte Smart 3 Reaktif Sistemleri

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Reactive Testing Systems for SMART3

Fiyat Sorunuz

Comprehensive test reagent portfolio with optimized detection ranges and proven methodologies for water quality analysis

Wide range of test factors from 0-200 ppm for alkalinity measurements
Low Method Detection Limits (MDL) for trace element analysis
Multiple test methodologies including colorimetric, UDV, and DPD techniques
Unit Dose bottles for simplified reagent handling and reduced cross-contamination
Standardized order and shipment codes for streamlined inventory management
50-100 test counts per reagent pack for cost-effective laboratory operations

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Daha fazla detay

SMART3 reactive systems deliver precise water parameter testing across multiple analyte classes. New test methods are continuously under development. For information regarding test additions and updates, please contact our Technical Service Department. Our reagent portfolio spans from alkalinity and trace metals to disinfectant residuals, providing laboratories with reliable, validated measurement protocols across critical water quality parameters.

Technical Specifications

Alkalinity UDV	Range: 0-200 ppm \| MDL: 10 \| Method: UDV (1) \| Tests: 100 \| Code: 4318 J
Aluminum	Range: 0.00-0.30 ppm \| MDL: 0.01 \| Method: Eriochrome Cyanin R (4) \| Tests: 50 \| Code: 3641-01-SC
Ammonia Nitrogen-LR (Freshwater)	Range: 0.00-1.00 ppm \| MDL: 0.05 \| Method: Salicylate (3) \| Tests: 25 \| Code: 3659-01-SC
Ammonia Nitrogen-LR (Saltwater)	Range: 0.00-1.00 ppm \| MDL: 0.10 \| Method: Salicylate (3) \| Tests: 25 \| Code: 3659-01-SC
Ammonia Nitrogen HR	Range: 0.00-4.00 ppm \| MDL: 0.024 \| Method: Nesslization (2) \| Tests: 50 \| Code: 3642-SC
Biguanide	Range: 7-70 ppm \| MDL: 2 \| Method: Colorimetric (1) \| Tests: 50 \| Code: 4044
Borate UDV	Range: 0.00-80.00 ppm \| MDL: 5.0 \| Method: Unit Dose Bottle (1) \| Tests: 100 \| Code: 4322 J
Boron	Range: 0.00-0.80 ppm \| MDL: 0.05 \| Method: Azomethine-H (2) \| Tests: 50 \| Code: 4868
Bromine LR	Range: 0.00-9.00 ppm \| MDL: 0.10 \| Method: DPD Tablets (3) \| Tests: 100 \| Code: 3643-SC
Bromine UDV	Range: 0.0-20.0 ppm \| MDL: 0.25 \| Method: Unit Dose Bottle (1) \| Tests: 100 \| Code: 4311 J
Cadmium	Range: 0.00-1.00 ppm \| MDL: 0.04 \| Method: PAN (4) \| Tests: 50 \| Code: 4017-01

Applications

Potable water treatment and quality monitoring
Wastewater treatment plant analysis
Swimming pool and spa water testing
Cooling tower and boiler feed water assessment
Industrial process water control
Environmental compliance testing
Disinfection residual monitoring

Frequently Asked Questions

How are new test methods added to the SMART3 system?

New test methodologies are continuously under development. For detailed information regarding test additions and availability timelines, please contact our Technical Service Department directly.

What is the difference between UDV and colorimetric test methods?

UDV (Unit Dose Vials) provide pre-measured reagents in single-use bottles for simplified handling and reduced contamination risk. Colorimetric methods use tablet or powder reagents for manual dosing and are typically more cost-effective for high-volume testing.

Which ammonia nitrogen method should I use for saltwater samples?

For saltwater applications, use Ammonia Nitrogen-LR (Saltwater) reagent kit with a Method Detection Limit of 0.10 ppm, which accounts for ion interference in saline matrices.

What does MDL indicate in the test specifications?

MDL (Method Detection Limit) represents the lowest concentration of an analyte that can be reliably detected using the specified test method. Lower MDL values indicate greater sensitivity.

How many tests are included per reagent package?

Test counts vary by reagent type, ranging from 25-100 tests per package. Refer to individual product specifications for exact test quantities. Unit Dose formulations typically provide 100 tests per box.

Are the order and shipment codes necessary for ordering?

Yes, both codes are required for accurate ordering and inventory tracking. The Order Code identifies the specific reagent product, while the Shipment Code is used by our logistics system for delivery verification.