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General| Power Output | 80W |
|---|---|
| Control | Microprocessor controlled |
| Output Frequency | 13.56 MHz |
| Frequency | 13.56 MHz |
| Heating Technology | SmartHeat Technology |
| Cartridge Compatibility | MX Series |
| Heating Time | Instant heat up |
Proprietary technology for self-regulating heaters, eliminating external adjustments and transients for precise temperature control.
Details the LCD display, integrated power indication meter, user programmable PowerSave mode, and universal power supply features.
Explains different operating modes: Ready Mode, Sleep Mode, Power Mode, and PowerSave Mode with their indicators.
Describes the construction of soldering/rework cartridges and factors for selecting them based on application needs.
Guides on selecting tip geometry based on contact area, access to the joint, and task requirements for optimal performance.
Explains how to select temperature series for cartridges based on power delivery needs and thermal load approximation.
Presents a chart correlating application needs with specific Metcal cartridge temperature series (e.g., 500, 600, 700, 800 series).
Step-by-step instructions for connecting hand-pieces, inserting cartridges, and powering on the MX-500 system.
Procedures for safely removing hot tip cartridges and inserting new ones, including system power-off instructions.
Instructions for using MX-PTZ and TALON hand-pieces, including tip cleaning, tinning, and creating a thermal bridge.
Details the process for aligning the tip on MX-PTZ hand-pieces, likely for proper function or specific applications.
How to set the time delay for the PowerSave mode using the output selector/command button.
Instructions on how to select display graph types (Standard or UltraFine) for power monitoring using the command button.
Best practices for daily maintenance, cleaning, tinning, and proper usage to prolong the life of soldering tip cartridges.
Explains what detinned tips are, their causes (oxidation, high temps, poor practices), and how to prevent them.
Guidance on selecting cartridges for multi-lead packages and SMT removal based on component size and tip geometry.
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