Description
FEATURES
- Fast and accurate dialysate tests
- Models for both acetate and bicarbonate solutions
- Chip and crack resistant polyethylene cell cup
- Rugged design
- Simple to use
- Automatic temperature compensation
Model D-1 has an expanded scale of 11-15 millimhos and is useful for testing the final dialysate. A unique feature of this model is the adjustable green color band above the dial. This provides immediate visual confirmation of whether or
not the dialysate concentration is within the patient’s “safe zone”. Model D-2 features dual scales on the dial and can test both acetate and bicarbonate dialysate.
The DIGITAL DIALYSATE METER also measures parameters critical in water quality monitoring and control at every stage of hemodialysis water treatment. Test Conductivity, Resistivity, TDS, pH, ORP, Free Chlorine Equivalent (FCE TM) and Temperature of feed and product water in unit processes. Use measurements as independent checks against automatic systems of control and to check residual levels of sanitizers in water treatment and hemodialysis systems after system maintenance.
Both AG-5 and AG6/PH AGRI-METERS are calibrated in millimhos, the term most widely used by growers to express electrical conductivity. Some charts may read in other units called micromhos. However, since one millimho equals 1,000 micromhos, the conversion is easy. Parts per million (ppm) is also sometimes used. Conductivity/ppm fertilizer concentration tables can be obtained from your supplier, consultant, or university advisor.
The Myron L® Company FCE function reports FAC quickly and accurately by measuring ORP, the chemical characteristic of chlorine that directly reflects its effectivity, cross-referenced with pH. Both DPD kits and colorimeters may tell the user the FAC value of the sample in the test tube, but since the chemistry of that sample is quite different from the source water being analyzed, the results are imprecisely related to actual disinfection power. The Myron L® Company FCE function measures the real, unaltered chemistry of source water, including moment-to-moment changes in that chemistry.
Reviews
There are no reviews yet.