What causes no +5V and no +12V on Distek Test Equipment?
If your Distek Test Equipment shows no +5V and no +12V, measure the output voltage coming from the power supply. Check that the wiring is securely connected into the power supply terminals and also check the connector that supplies the interface board (5150) for any loose connections. If the problem persists, replace the defective interface board (5150).
What causes no +6V and no -5V on Distek Evolution 6300?
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 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 Test Equipment?
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).
Provides a general overview of the Distek Evolution Dissolution Test System.
Details the technical specifications for Evolution 6100 and 6300 models.
Highlights critical safety information and operational warnings for system use.
Procedure for ensuring the instrument is properly leveled on the bench.
Instructions for installing paddle blades and baskets onto the drive shafts.
Guidance on setting the correct height for paddles and baskets.
Steps for verifying and configuring the system's temperature control.
Explains the function of each button on the control keypad.
Covers system settings, user management, and calibration access.
Detailed steps for calibrating the system's temperature probes.
Describes how to create, run, and manage dissolution test methods.
Instructions for operating the system without pre-programmed methods.
Guidelines for routine cleaning and maintenance of the unit.
Procedure for draining the water bath and TCS on the Evolution 6300.
Initial steps and safety precautions before troubleshooting.
Resolving issues related to the LCD display and keypad.
Diagnosing and fixing problems related to the unit's power supply.
Guides for understanding and resolving system error messages.
List of available baskets, adapters, and clips for the system.
Details on necessary cables, cords, and connection fittings.
Recommendations for electrical supply, wiring, and protection.
Official statement of compliance with CE directives and standards.
Example of a printed method configuration and audit trail.
Sample printout showing user list and group privileges.
General| Brand | Distek |
|---|---|
| Model | Evolution 6300 |
| Category | Test Equipment |
| Language | English |
To Next Page
