Soldering tip chisel 30° 2.5 mm SSC 600 series - Metcal SSC-636A
- This Item: €20.40
- Soldering tip conical bent 30° 0.51 mm SSC 700 series - Metcal SSC-726A €20.89
- Soldering tip knife shape 4.5 x 0.5 mm SSC 700 series - Metcal SSC-773A €34.16
Temperature sensitive components do not tolerate an overheated tip. The SSC-636A cartridge of the SSC 600 series uses Metcal SmartHeat induction technology and holds the tip temperature constant at 357 °C, controlled by the Curie point of the heater layer instead of a sensor.
Benefits
- Fixed tip temperature of 357 °C with no calibration and no temperature setting
- 600 series for temperature sensitive applications and low thermal masses
- Chisel geometry with 2.5 mm width and 9.9 mm tip length
- Fits the MFR-H6-SSC handpiece of the MFR-1160 and MFR-1161 soldering systems
- Can also be used on the SP200 soldering system
Technical data
| Item number | WL13820 |
| Model | SSC-636A |
| Manufacturer | Metcal |
| Manufacturer item number | SSC-636A |
| Order unit | piece |
| Product series | SSC 600 series |
| Tip length | 9.9 mm |
| Tip width | 2.5 mm |
| Tip shape | chisel-shaped |
| Tip temperature | 357 °C |
| Suitable handpiece | MFR-H6-SSC |
| Weight | 0.1 kg |
Applications
Through-hole components, connector rows, pads with a larger copper area, stranded wires and ground points, plus general repair and rework on assemblies.
Compatibility and scope of delivery
The cartridge plugs directly into the MFR-H6-SSC handpiece and therefore suits the Metcal MFR-1160 and MFR-1161 soldering systems as well as the SP200 system. It can be changed during operation without tools and reaches working temperature within seconds. Scope of delivery is one SSC-636A soldering cartridge, order unit piece.
| Manufacturer Nr. | SSC-636A |
|---|---|
| Manufacturer | Metcal |
| Weight | 0.100000 |
| GPSR manufacturer information | OK International Ltd Eagle Close, Chandlers Ford GB-SO53 4NF Hampshire www.metcal.com |
| Article authenticity | Original product |
| Condition of article | New |
| Position sensing | No |



