Solder tweezer tip pair blade 22.1 mm - Thermaltronics T70TZ220
- This Item: €66.69
- Desoldering tip inner diameter 0.8 mm T80 series - Thermaltronics T80DT003 €17.77
- Desoldering tip 1.5 mm inner diameter T series - Thermaltronics T60DT006 €26.36
Headers and shield cans with long solder edges push ordinary tips to their limit, because every repositioning step loses heat. These tweezer tips cover 22.1 mm of contact width and hold the whole edge of a typical module at soldering temperature at the same time.
Benefits
- 22.1 mm contact width, the widest in the T tweezer tip series, for long solder edges
- One placement instead of several, which lowers total thermal load on the assembly
- 9 mm tip length for controlled lifting of heavier components
- Curie controlled 350-398 °C plateau regardless of how much heat the workpiece draws
- Lead-free and RoHS compliant
Technical data
| Item number | WL38357 |
| Manufacturer | Thermaltronics |
| Manufacturer item number | T70TZ220 |
| Model | T70TZ220 |
| Product series | T tweezer tip series |
| Temperature range | 350-398 °C |
| Tip type | tweezer tip, pair |
| Tip shape | blade-shaped |
| Tip length | 9 mm (0.35 in) |
| Tip width | 22.1 mm (0.87 in) |
| Suitable hand piece | SHP-TTZ |
| Order unit | piece |
| Dimensions with packaging (LxWxH) | 183 mm x 87 mm x 11 mm |
| Weight | 0.1 kg |
| Design | lead-free, RoHS compliant |
Applications
Removing connectors with long solder edges, shielding frames, radio modules and larger display sockets in service and rework. For shorter parts the narrower T70TZ160 blade puts less heat into the board.
Compatibility and scope of delivery
For the SHP-TTZ hand piece on TMT-5000S-1 and TMT-5000S-2 soldering stations. One pair of tips is included.
| Manufacturer Nr. | T70TZ220 |
|---|---|
| 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 |
| Position sensing | No |













