Meter Specifications
| Waterproof |
IP67 |
| Signal Averaging |
Turbidity |
| Power |
USB computer/wall adapter or Lithium ion rechargeable battery 2200 mAH, 3.7V |
| Data Logging |
500 points |
| Auto Shut-Off |
Disabled, 5, 10, 30 minutes |
| Languages |
English, French, Spanish, Japanese, Italian, Portuguese, Chinese |
| Response Time |
<2 seconds |
| Dimensions |
8.4 cm W x 19.05 cm D x 6.35 cm H; 3.5″ W x 7.5″ D x 2.2″ H |
Turbidity Specifications
| Unit of Measure |
NTU (TC3000t only), FNU (TC3000i only), AU, FAU, ASBC, EBC |
| Range* |
0-2000 NTU/FNU, 0-10,500 ASBC, 0-150 EBC |
| Resolution* |
0.01 NTU/FNU, 0.00-10.99 NTU/FNU range;
0.1 NTU/FNU, 11.0-109.9 NTU/FNU range;
1 NTU/FNU, 110-4000 NTU/FNU range |
| Accuracy* |
From 0-2.5 NTU/FNU the accuracy is ±0.05 NTU/FNU;
From 2.5-100 NTU/FNU the accuracy is ±2%;
Above 100 NTU/FNU the accuracy is ±3% |
| Detection Limit |
0.05 NTU/FNU |
| Range Selection |
Automatic |
| Reproducibility* |
0.02 NTU/FNU, or 1% |
| Light Source |
TC3000t: Complies with EPA 180.1 and Standard Methods 2130 B
TC3000i: Complies with ISO 7027 |
*Over 600 NTU/FNU units expressed as AU/FAU
Chlorine Specifications
| Unit of Measure |
Parts Per Million (ppm), Milligrams Per Liter (mg/L) |
| Range |
0-10.0 ppm Free & Total Chlorine* |
| Resolution |
0.01 ppm, 0.00-5.00 ppm range;
0.1 ppm, 5.0-10.00 ppm range |
| Accuracy |
0-1.0 ppm range: ±0.03 ppm;
1.0-3.0 ppm range: ±0.06 ppm;
3.0-6.0 ppm range: ±0.3 ppm;
6.0-10.0 ppm range: ±2.5 ppm |
| Detection Limit |
0.03 ppm |
| Light Source |
Complies with Standard Methods 4500-CI-G and EPA 330.5 |
*Above 10.0 ppm an “over range” alert displays prior to showing test results. A 1:1 dilution is recommended for reliable results above 10.0 ppm.
Color Specifications
| Unit of Measure |
Platinum Cobalt Color Units (cu) |
| Range |
0-800 cu |
| Resolution |
1 cu, 0-800 cu range |
| Accuracy |
±15 cu |
| Detection Limit |
20 cu |
| Light Source |
Based on Standard Methods 2120 C |
The ISO compliant light source provides extended lifetime and better precision and accuracy of turbidity readings on colored samples and samples with high turbidity.