| Capacity
(metric): |
45 g |
| Readability
(metric): |
0.001 g |
| Repeatibility
(Std. Dev.): |
0.05% (3g
sample) - 0.015% (10g sample) |
| Moisture
range: |
0.01% to 100%
(0.01% to 1000% for regain mode) |
| Interface: |
Bi-directional
RS-232 |
| Timer: |
1 - 120
minutes |
| Heat source: |
Halogen |
| Temperature
settings: |
50° to 200°
in 1°C increments |
| Power
requirements: |
120, 240 VAC
50/60 Hz |
| Tare range: |
To capacity
by subtraction |
| Operating
temperature range: |
50° to 104°F
/ 10° to 40°C |
| Display: |
128 x 64
pixel graphical backlit LCD display |
| Information
displayed: |
% moisture, %
solids, time, temperature, weight, test ID, drying curve |
| Pan size (Dia.)
(in/cm): |
3.54 / 90 |
| Dimensions
WxHxD (in/cm): |
7.5 x 6 x
14.2
19 x 15.2 x 36 |
| Net Wt.
(lb/kg): |
10.1 / 4.6 |
| Shipping Wt.
(lb/kg): |
14.1 / 6.4 |
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Special Features
The Ohaus Moisture Analyzer (MB45) is the 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.
• Fast halogen element provides uniform infrared heating up to
200ºC
• Superior analytical performance, with readability of 1.0 mg,
0.01% moisture and 45 gram capacity
• Powerful software for ease of operation, program storage and
user customization
• Heating at Light Speed
• Infrared halogen technology begins drying your sample in
seconds. The unique gold reflective housing serves to create a
more uniform distribution of heat, improving analyzer accuracy
• Precise Heating – software allows you to control temperature
in 1ºC increments, up to 200ºC
• Lightning Start-Up – heat from 50ºC to 180ºC in less than
1 minute
• Rapid Results – infrared halogen heating performs up to 40%
faster than traditional infrared methods.
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