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General| Brand | Vitronics Soltec |
|---|---|
| Model | XPM3m |
| Category | Soldering Gun |
| Language | English |
Describes the main operator interface with switches and indicators.
Provides conversion factors for various units of measurement.
Explains the distribution of electrical power within the oven system.
Describes the roles of the computer and controller in oven operation.
Details how the conveyor system is controlled by the oven.
Explains the control mechanisms for the oven's fan system.
Outlines the system responsible for controlling the oven's heating elements.
Illustrates the cross-section of an XPM3m heating cell.
Shows how the cells are arranged within the XPM3m oven.
Provides a detailed description of the XPM3m heating cell.
Provides general guidance for troubleshooting oven systems via software.
Details the simplified electrical circuit for heater control.
Shows test points for checking heater resistance.
Outlines the steps to test for heater ground continuity.
Details the procedure for testing thermocouples.
Steps for removing a top heater.
Steps for replacing a top heater.
Steps for removing a bottom heater.
Steps for replacing a bottom heater.
Procedure for testing motor resistance.
How to check the rotation direction of cell fan motors.
Procedure for verifying cell fan motor speed.
Steps for removing a bottom cell motor.
Steps for replacing a bottom cell motor.
Steps for removing a top cell motor.
Steps for replacing a top cell motor.
Outlines the different types of conveyor transport systems.
Details the Edge/Rail conveyor system.
Describes the Mesh Belt conveyor system.
Explains the Combination conveyor system.
Details the Edge Rail with XCS Board Support.
Steps for removing and replacing the conveyor belt.
Steps for reconnecting the conveyor belt.
Instructions for servicing and replacing conveyor drive motors.
Steps for removing and replacing conveyor rails and chains.
Procedures for handling electronic components safely.
Details the AC and DC power supply configurations.
Procedure to test DC input voltage for the control system.
How to set dip switches on the DI board.
How to configure jumpers on the AI board.
How to interpret controller status lights.
Steps to check RS-232 serial communication.
Explains the I/O board's ability to switch AC power and its outputs.
How to set up and connect the computer system.
Describes the safety interlock circuit and its testing procedure.
Procedure to test system ground continuity.
Procedure for testing insulation leakage.
Explains the N2/Air Automatic Switching Option.
Describes the UPS Battery Back-up system.
Explains the Computer Controlled Edge-Rail Lubrication.
Covers Hoodlift operation and actuator maintenance.
Description of the Independent Alarm Scanner (IAS) system.
Monitors cell sensors and triggers alarms.
Description of the On-Board Oxygen Analyzer.
Details the AC1 Ambient Air Cooling option.
Describes the types of heat exchangers used.
Details the EC1 Basic Cooling Package.
Details the EC2 Polar Cooling Package.
Details the EC-3 Enhanced Cooling Package.
Explains the External Coolant Supply Option.
Steps for performing manual rail adjustment.
Details the automatic rail adjustment process.
Explains the function and type of rail position encoder used.
Steps to troubleshoot auto rail position counting or update failures.
Defines DC drives and their controls.
Explains the function of DC drive controls.
Useful information regarding DC drive calibration and maintenance.
Step-by-step procedure for calibrating the DC drive board.
Describes the SMEMA interface functionality on the XPM3m.
Explains how the SMEMA interface operates automatically.
