- Combines the simple 720A+ interface with the advanced features of the Star series
- Meter prompts guide you through operation
- Direct ion readout and custom ISE options
The DUAL STAR meter is perfect for your busy lab. Save time by measuring two parameters (such as pH and ammonia) at once. Simply connect both electrodes to this dual input meter, calibrate, and measure. You don’t have to switch electrodes and recalibrate between measurements. Separate ATC channels for each input lets you correct individual readings accurately; there’s no need for a complete recalibration of all points just to change a specific point.
This meter is designed for ion concentration measurements. The simple-to-follow interface guides you through the process. Display results in ppm, mg/L, mole/L, % or no units. View and print your calibration graph with slope data. The automatic blank correction aids in low-level measurements, and can be turned on or off. Known addition and subtraction methods are programmed into the unit. You can even control the stirrer probe (sold separately below) directly from the meter to maintain a homogenous sample.
SMART STABILITY™ and SMART AVERAGING™ functions give you precise readings in no time. EZ Startup™ quickly gets you up and running—program basic setup screens without the use of a manual. Store up to 10 methods with password protection and up to 1000 readings with time/date stamping, electrode verification and full calibration data. View the data on the meter, or download it through the USB port or bi-directional RS-232 interface. You can even control the data transfer for the date ranges you would like to see.
Includes: 927007MD ATC probe, electrode stand, power adapter, quick start guide and instruction manual. 3-year meter warranty; 1-year ATC probe warranty.
- pH range: -2 to 19.999 pH
- pH resolution: 0.001/0.01/0.1 pH
- pH accuracy: ±0.002 pH
- pH calibration points: up to 5 points
- pH auto buffer recognition: 1.68, 4.01, 6.86, 7.01, 9.15, 10.01, 12.46
- ISE Specifications will depend on the parameter being analyzed.
