Full featured, compact moisture analyzer for every budget!  Perfect for environmental, quality control, food and beverage, chemical, pharmaceutical industries, and more, this fast, rugged analyzer gives you the flexibility you need and the accuracy you require for moisture determinations.  The MB45 combines state-of-the-art heating with highly accurate weighing technology to deliver a faster, more precise method of moisture analysis.  Review all the technical specifications and optional accessories here.

Ohaus MB45 Moisture Analyzer

A&D MB-45 Moisture Analyzer Specifications
Capacity (g)	45g
Readability (g)	0.001g
Repeatability (Std dev) (g)	0.05% (3g sample) 0.015% (10g sample)
Moisture Range	0.01% to 100% (0.01% to 1000% for regain mode)
Temp. Setting	50°C to 200°C
Temp Increment Setting	1°C intervals
Output	Bidirectional RS-232
Timer	1-120 min.
Heater Type	Halogen
Temp range	50° to 200°C in 1°C increments
Power	120 VAC 50/60 Hz
Tare range	To capacity by subtraction
Operating temperature range	50° to 104°F / 10° to 40°C
Display type	128 x 64 pixel graphical backlit LCD display
Displays	% moisture, % solids, time, temperature, weight, test ID, drying curve
Pan Size (in/mm)	3.5 / 90
Dimensions (WxHxD) (in/cm)	7.5 x 6 x 14 / 19 x 15.2 x 36
Shipping wt. (lb/kg)	14.1 / 6.4
Download the Instruction Manual now   You need Adobe Acrobat Reader to view.  The instruction manual contains detail information regarding calibration, additional features and keypad functions.  This manual is truly worth downloading before you buy since page 67 offers a great example of items the MB45 can determine the percent moisture along with anticipated results, dry temperature and estimated measurement times.
Review additional technical specs & features here

Warning - Moisture balances should not be used on any volatile organic sample with flash points.  Even a MSDS rating of 1.  Samples with low flask points like Acetaldehyde -38°C or MEK -4°C should not be used with the Ohaus MB45 Moisture Balance and maybe you should look at Karl Fisher as an alternative. Although you might presently perform analysis with an oven on these samples the ovens typically have ventilation and a much larger cavity than the typical moisture balance that operates on the principles of TGA.  In addition, with most moisture balances there is no ventilation so all the fumes remain inside the hood of the moisture balance.  We strongly recommend you consult with a safety specialist always prior to using any moisture balances for your safety.

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