Battery Included : No
High-concerned chemical : None
Is Smart Device : No
With Backlight Or Not : No
Display Type : DIGITAL
Origin : Mainland China
Online Water Quality Monitor : Water Detection
DM-1 : Dual Channel TDS Detector
DM-2EC : Dual Channel EC Monitor
SM1 : Single TDS Detector
TRM1 : Triple TDS Detector
Range 1 : 0-9990 ppm
Range 2 : 0-9990us
Online Water Quality Tester LCD Digital EC/TDS Meter us/PPM Detection EC Detector Inlet Outlet Test for Pool Laboratory
Note: 4 models - TDS/EC. please note options. Please contact seller with questions.
The white model is an EC tester!!
Model: DM-1 Dual channel TDS detector (without tee)
Measuring range: 0.00-9990PPM, automatic *10 above 999PPM
Resolution: 1PPM (0-999PPM); 10PPM (1000-9990PPM)
Accuracy: ±2%
Power supply: 2*1.5V (button battery)
Rear installation: with Velcro / with hanging plate
Model:DM-2EC Dual Channel EC Monitor
Measuring range: 0.00-9990us
Resolution:1us
Power supply: 2#5 battery
Model:SM1 Single TDS Detector
Measuring range: 0.00-9990PPM, automatic *10 above 999PPM
Resolution: 1PPM (0-999PPM); 10PPM (1000-9990PPM)
Accuracy: ±2%
Power supply: 2*1.5V (button battery)
Model:TRM1 three-way TDS detector
Measuring range: 0.00-9990PPM, automatic *10 above 999PPM
Resolution: 1PPM (0-999PPM); 10PPM (1000-9990PPM)
Accuracy: ±2%
Model: DM-1 (without tee)
Measuring range: 0.00-9990PPM, automatic *10 above 999PPM
Resolution: 1PPM (0-999PPM); 10PPM (1000-9990PPM)
Accuracy: ±2%
Power supply: 2*1.5V (button battery)
Rear installation: with Velcro / with hanging plate
DM-2EC EC Meter
Model:DM-2EC Dual Channel EC Monitor
Measuring range: 0.00-9990us
Resolution:1us
Power supply: 2#5 battery
SM1 TDS Tester
Model:SM1 Single TDS Detector
Measuring range: 0.00-9990PPM, automatic *10 above 999PPM
Resolution: 1PPM (0-999PPM); 10PPM (1000-9990PPM)
Accuracy: ±2%
Power supply: 2*1.5V (button battery)
TRM1 3-way TDS Detector
Model:TRM1 three-way TDS detector
Measuring range: 0.00-9990PPM, automatic *10 above 999PPM
Resolution: 1PPM (0-999PPM); 10PPM (1000-9990PPM)
Accuracy: ±2%