Why does the main circuit keep tripping on my Distek Evolution 6100 Test Equipment?
If the main circuit of your Distek Test Equipment keeps tripping, it is likely due to a short circuit within the unit. Inspect the device for any shorts, starting with the power switch, transformer, wiring, and system circuit boards.
What causes no +6V and no -5V on Distek Evolution 6100?
If your Distek Test Equipment shows no +6V and no -5V, measure the output voltage coming from the power supply at +12V and -12V. Check that the wiring is securely soldered into the power supply terminals and the connector that supplies the interface board (5150) for any loose connections. If the problem continues, replace the defective interface board (5150).
What to check if there is no low voltage AC from the transformer in Distek Evolution 6100 Test Equipment?
If your Distek Test Equipment has no low voltage AC (secondary) from the transformer, measure if there is input voltage coming into the transformer primaries (115v or 2202v). Also, check that the transformer wirings are securely fastened into the I/O connector.
What to do if there is no high voltage (HV) on Distek Evolution 6100?
If there is no high voltage (HV) on your Distek Test Equipment, measure if there is output voltage coming out of the transformer secondary. If there is no AC voltage coming out of the secondary, replace the transformer. Check that the transformer wiring is securely soldered into the transformer terminals and the connector that supplies the motor/heater board for any connections. If the issue persists, replace the defective interface board (5150).
Lists the technical specifications for the Evolution 6100 and 6300 models.
Highlights critical safety warnings and operational notes.
Procedure for ensuring the instrument is level on the bench.
Detailed steps for installing paddles, baskets, and checking their alignment.
Procedures for calibrating the system's temperature sensors.
Guidance on selecting, sorting, and programming test methods.
Operations related to saving, viewing, and managing methods via produKEY.
Detailed steps for various temperature calibration methods.
General precautions and initial steps before troubleshooting.
Lists potential error messages and their solutions.
Explains system warnings and required user actions.
Troubleshooting steps for LCD display and keypad malfunctions.
Diagnosing problems related to the main and DC power supplies.
Solutions for abnormal heating profiles and speed problems.
Troubleshooting printer, RS232, and RS485 communication problems.
Resolving problems with temperature displays and calibration.
Addresses problems with leveling, shaft wobble, centering, and drive assembly.
General| Model | Evolution 6100 |
|---|---|
| Type | Dissolution Tester |
| Number of Stations | 6 |
| Number of Vessels | 6 |
| Data Logging | Yes |
| Compliance | USP, EP, JP |
| Software | Dissolution Software |
| Vessel Volume | 1L or 2L |
| Stirrer Speed Range | 25 to 250 rpm |
| Basket Speed Range | 25 - 250 RPM |
| Paddle Speed Range | 25 - 250 RPM |
| Heater Power | 1000 W |
| Display | LCD |
| Sampling Capability | Manual or automated |
| Connectivity | USB, Ethernet |
| Power Requirements | 100-240V, 50/60Hz |
| Sampling Ports | Yes |
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