TMR 33-37XP

Technical Specifications

Scales:

Touch button selection of 'Zeiss,' Refractive Index (RI), Brix, Temperature Corrected Brix or user Programmable scale
Range:
'Zeiss' -5 to 105 RI 1.33 to 1.37 Brix 0 to 25% (other ranges available by means of interchangeable prisms to special order)
Readability:
'Zeiss' 0.01 RI 0.00001/0.000001
Brix 0.01%/0.001%
Accuracy:
'Zeiss' ± 0.05 RI ± 0.00002 Brix ± 0.01%
Wavelength:
589nm
Readout Time:
Approx. 3 seconds, continuous update
Display:
Alphanumeric, 35mm x 123mm backlit LCD graphics panel, six lines of data
Temperature:
Displayed continuously to 0.1° C
Thermostatic Control:
By use of circulating fluid, temperature range 5° to 95° C
Controls:
Set point; print; keyboard for programming functions; sampling pump control button
Sample Ingestion:
By means of peristaltic pump;
Sample tubing: silicone, i.d. 1.6mm, o.d. 3.2mm or 3.5mm i.d., 6.7mm o.d.
Pump tubing: silicone rubber, 1.6mm wall thickness, 4.8mm i.d.
Sample Cell Materials:
In a standard cell, the following materials contact the sample: chromium plated brass, synthetic sapphire, stainless steel, nitrile rubble and silicone tubing.
Outputs/Inputs:
2 x RS232; 1 x remote
Power Requirements:
87 to 264 v ac; 47 to 63 Hz nominal; less than 7 watts
Dimensions
(w x d x h):
w 500 x d 290 x h 190 mm
Weight:
16. 5kg
Packed Weight:
25kg
Dimensions of Pack:
810 x 410x 300 mm

Product Information

The TMR 33-37XP high accuracy refractometer is ideal for demanding applications in the soft drinks, fruit juices, and sugar industries. This instrument is also ideal in the brewing, distilling, water purity monitoring and blending industries. A choice of sample cell configurations makes the TMR 33-37XP highly versatile.

For the soft drinks industry there is an optional "Re-sorb" feature allowing direct readings to be made using carbonated samples and makes the instrument excellent for "beside-the-line" use in a packing hall. Fast, precise analysis is delivered direct to the final production stage to ensure the highest possible quality at lowest cost.