Soldering power supply 13.56 MHz with LCD display and two solder ports - Thermaltronics TMT-9000PS-2
A second solder port pays off wherever soldering and desoldering alternate and two tools have to stay connected. The TMT-9000PS-2 feeds both ports at 13.56 MHz and shows the operating state on its integrated LCD display.
Benefits
- Two-stage solder ports, two handpieces stay connected at the same time
- Integrated LCD display for the operating state
- High thermal utilisation thanks to drive at 13.56 MHz
- For M series cartridges, no temperature preselection and no calibration training
- Replaces the Metcal MX-500P-21 power supply
Technical data
| Item number | WL37533 |
| Model | TMT-9000PS-2 |
| Manufacturer | Thermaltronics |
| Manufacturer item number | TMT-9000PS-2 |
| Output frequency | 13.56 MHz |
| Display | Integrated LCD display |
| Solder ports | Two, two-stage |
| Voltage | 220-240 V |
| Fuse | 250 V 0.5 A slow blow (Slo-Blo) |
| Suitable tips | M series |
| Replaces | Metcal MX-500P-21 |
| Dimensions with packaging (LxWxH) | 380 mm x 240 mm x 190 mm |
| Dimensions with packaging in inches (LxWxH) | 15 in x 9.4 in x 7.5 in |
| Weight | 0.1 kg |
| Order unit | piece |
Applications
Repair and rework benches with alternating tools, succession of installed Metcal MX-500P-21 control units, high throughput production lines, and workstations where an iron and solder tweezers must both stay ready.
Compatibility and scope of delivery
The power supply accepts Thermaltronics 9000 line handpieces with M series cartridges and is intended as the direct successor of the Metcal MX-500P-21. The control unit is supplied on its own. Handpieces, stands and tips are ordered separately as required.
| Manufacturer Nr. | TMT-9000PS-2 |
|---|---|
| Manufacturer | Thermaltronics |
| Weight | 0.100000 |
| GPSR manufacturer information | AMS Ltd, Unit 3 Norse Trade Park, Congleton CW12 1GW, www.ams-electronics.co.uk |
| Article authenticity | Original product |
| Condition of article | New |
| Temperature range | 325-475 °C |
| Temperature (max.) | bis 500 °C |







