Sartorius Mark 3 LTE Moisture Analyzer
Please note that this is an obsolete product.
This product is obsolete; find available moisture balances here.
Fast and accurate moisture or solids measurement with the Sartorius Mark 3 LTE Moisture Analyzer allows adjustments to be made in the processing cycle in minutes rather than hours. Only one button operation is needed to perform a test, and no pre-programming is required on the part of the operator.
Thousands of material program settings already established for the following markets:
- Pharmaceutical
- Food
- Chemical
- Wastewater
- Cosmetics
- Ethanol
- Pulp and paper
- Paint and coating
Manufacturer:
Sartorius
Information
Sartorius Mark 3 LTE Moisture Analyzer
| Specifications | |
| Method of Measurement: | Loss on drying |
| Components Analyzer | Modular: Control and Heater modules |
| Optional Configuration | Up to 2 Heater modules per Control module |
| Heat Source | Four parallel infrared quartz cylinders |
| Temperature Steps | Programmable one or two |
| Temperature Adjustment | Optional fi xture for internal electronic two point with programmable prompt |
| Standby Temperature | 30 160 C in one degree increments |
| Equilibration Time | Programmable setting of time at Standby Temperature |
| Temperature Display | Display of both target and current temp at each stage of drying and standby |
| Conserve Mode Clock | Programmable time by day of week to shut down and wake up analyzer |
| Balance Capacity | 40 Grams |
| Balance Resolution | 0.001 grams |
| Balance Repeatability | +/ 1 mg |
| Balance Calibration | Manual |
| Balance Module Design | Thermally isolated with inner and outer stainless steel containers |
| Balance Spill Protection | Reservoir under draft shield to collect liquids, powders or pellets |
| Ideal Weight | Audio and visual display for programmable target sample weight addition |
| Display of Results | 0.01% |
| Recommended Working Range | 0.1 to 99.9% |
| Target Limit Alert | Minimum and maximum programmable limits and screen alert when test done |
| Program Storage | 60 programs with unique settings, alphanumeric naming |
| Result Storage | 999 individual results |
| Statistical Evaluation | Average, SD, RSD, high and low |
| Units of Measure of Results | Weight, % Moisture, % Solids, % Volatiles, Fuel Moisture, PPM |
| Endpoint Determination | Actual slope, Calculation and Time modes |
| Sample ID | Numeric, Numeric incrementing, alphanumeric or turned off |
| Modes of Operation | Standard or Concentration modes |
| Security Mode | Programmable passcode to lock Setup menu |
| Graph Mode | Graph of Temperature/Time and Percent/Time on display or optional printer |
| Display | Quarter VGA with contrast adjustment (black on white or white on black) |
| Keypad | Sealed membrane with audible tactile feedback |
| Keys | Start/Stop, Paper Feed, numeric, decimal, Enter, 4 navigation and 4 soft keys |
| Optional Internal Printer | Internal thermal, 40 character graphic |
| Printout Format | Selectable header (3 lines), analyzer info, operator, Sample ID, Calibration info,program name, program parameters, interval print, weight info, result and signature line |
| External Input/Output | Serial, USB and Ethernet |
| Internal Clock Date and Time | International, Military or AM/PM |
| Audible Tone | Key stroke, ideal weight met and end of test, selectable On or Off |
| System Status Indicator Lights | Two tri-color LEDs (balance & heater) on front of heater module |
| Power Requirements | 90-250 VAC 50/60 Hz self adjusting power supply |
| Dimensions (inches) | 16 1/4 x 19 1/2 x 9 1/4 (L x W x H) combined modules |
| Warranty Period | 2 years |
Resources
This chapter states the requirements for balances used for materials that must be accurately weighed (see General Notices, 8.20). Unless otherwise specified, when substances must be “accurately weighed”, the weighing shall be performed using a balance that is calibrated over the operating range and meets the requirements defined for repeatability and accuracy. For balances used for other applications, the balance repeatability and accuracy should be commensurate with the requirements for its use. For discussion of the theoretical basis of these requirements, see general information chapter Weighing on an Analytical Balance 1251, which may be a helpful – but not mandatory – resource.
Read more about Chapter 41 here.