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General| Brand | Alcatel Vacuum Technology |
|---|---|
| Model | Adixen ATH 1300 M |
| Category | Water Pump |
| Language | English |
Details key features like magnetic levitation, active axes, auto-balancing, and inert gas purge.
Describes the integral heater band feature for MT models to prevent condensation.
Introduces the ACT 1300 M controller, its family, and general capabilities.
Details the controller's interface, pump monitoring, power, and interface options.
Describes the controller's self-test, program version display, and indicator lights.
Explains the function of parameter setting keys for navigation and validation.
Details messages displayed during pump acceleration and temperature achievement.
Guides on accessing sub-menus to configure application-specific parameters.
Ensures proper connections, error handling, rotor safety, and air inlet valve usage.
Highlights essential components for installation: screen filter and isolation valves.
Warns about thermal risks and potential damage from shock or improper rotation.
Explains how to enter the access code to begin controller configuration.
Guides on configuring analog output and adjusting the standby speed settings.
Covers parameters like auto-restart, buzzer, temperature unit, heating, and speed thresholds.
Details serial link settings and various timing parameters for pump operation.
Provides detailed settings for RS232 and RS485 serial link communication.
Explains the meaning of different indicator light states for pump speed and status.
Details how to start, stop, and select reduced speed mode using the front panel.
Shows how to monitor pump temperature, motor current, speed, faults, alerts, and bearing status.
Describes the pumping cycle, local mode operation, and controller start-up steps.
Details procedures for stopping the pump, venting, and managing isolation valves.
Addresses handling of immediate restarts, power cuts, and short power interruptions.
Explains how to set up and operate the controller in remote mode.
Outlines essential safety steps before performing maintenance.
Provides guidelines for handling contaminated pumps and dangerous gases safely.
Explains the function of back-up bearings and the bearing counter for maintenance.
Addresses issues where the screen is blocked or the controller is disabled/not working.
Identifies common defects and provides remedies for pump and motor issues.
Covers troubleshooting for hall sensor faults, overcurrent, external safety, and magnetic suspension.
Addresses issues related to power supply, temperature limits, bearings, and sensor connectivity.
Covers errors related to EEPROM, power, checksum, coding, and internal wiring.
Addresses issues where no event occurs after power on or the pump starts in standby or vibrates.
Guides on troubleshooting pump speed, leaks, roughing, and air inlet valve issues.
Addresses problems with the heating band not working or the pump waiting for heat.
Emphasizes filling safety questionnaires and studying maintenance safety instructions.
Lists necessary connection accessories for shipping procedures.
Details the steps for decontaminating the pump using nitrogen.
Instructs on blanking the inlet port and pressurizing the pump with dry nitrogen.
Stresses the importance of using genuine parts for safety and product performance.
Lists part numbers for copper seals and O-rings for various flanges.
Provides part numbers for controller fuses, air inlet valve, and water valve components.
Presents pumping speed curves for N2 and H2 gases versus inlet pressure.
Shows flow rate curves for Nitrogen gas versus inlet pressure.
Outlines the procedure for returning pumps for maintenance and the required questionnaire.
Guides on identifying chemical, biological, and radioactive risks associated with used equipment.
Instructs on indicating contamination and taking precautions for transferring pumps.
Provides the detailed form for the safety questionnaire, including substance contact and risk assessment.
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