Hakko FX-601 Soldering Iron
Hakko FX-601 Soldering Iron
The HAKKO FX 601 is soldering iron used for heavy duty soldering. It is best suited for soldering of large components such as chassis, large connectors, and transformers. Preset temperature settings are available. Temperature setting is controlled using the adjustable control knob. Locking the iron at a particular temperature setting is also possible. Iron operates in the range of 200 to 540°C. More than 30 types of replaceable tips of varied shapes can be used for soldering. New design for the tips ensures good heat conductivity. Easy to convert the FX 601 soldering iron to FX 600 with some interchangeable parts.
Features
- Optimal for soldering work where a high amount of heat is required.
Suitable to solder chassis, large connector, transformer. - Superior heat conductivity
- T19 series soldering tips feature an redesigned appearance and internal structure that deliver improved heat conductivity.
- Use these soldering tips to achieve great heat recovery without increasing power consumption.
Test criteria
| Measurement method | A thermocouple is mounted on the tip and the tip temperature is measured when soldering Φ1.6mm×5mm solder to paper phenol copper board once every 3 seconds. |
| Board | Paper phenol copper |
|---|---|
| Tip shape | Shape-5D |
| Solder | Lead-free solder ( Sn / Ag / Cu ), diameter: Φ1.6mm |
* FX-601 is set at the same temperature of 455 by measuring the actual temperature.
- Compact and light weight
FX-601 has excellent heat recovery but is compact, light weight and well-balanced. Comparing with the conventional heavy duty iron, FX-601 is easy and simple to handle.
FX-601 and HAKKO 456
- LED informs you when the set temperature has been reached.
- Turn CAL to have more accurate temperature
- Adjust the temperature easily with the control knob
Features a temperature controller built into the grip. Easily adjust the temperature with a simple turn of the knob.
Accurate temperature control performed even outside the scale.
- Detach the control knob and lock the temperature setting
Temperature setting can be locked by removing the central screw and detaching the control knob. After detaching the control knob, you can change the temperature setting using the dedicated lock key.
*Designed so that the temperature setting can not be easily changed without using the dedicated lock key.
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| How to remove the control knob | Adjustment using the lock key |
*To avoid any damage to the head of the small screw on the knob, use a Phillips screwdriver #00 to remove or tighten it.
Specifications
| Model No. | FX-601 |
| Power Consumption | AC220 V : 42 W |
| Temperature Range | 240 to 540ºC |
| Temperature Stability | ±1ºC at idle temperature |
| Tip to ground Resistance | <2 Ω |
| Tip to ground Potential | <2 mV |
| Heating Element | Ceramic Heater |
| Total Length | 237 mm (with T19-B2 tip) |
| Weight | 68 g (with T19-B2 tip) |
Industries Powered By Soldering Stations
Automotive Industry
In the automotive sector, soldering stations are used to join radiator cores, electrical components, and wiring harnesses.
Aerospace and Defense
Aerospace and defense industries rely on soldering for critical applications. Soldered connections withstand extreme conditions, including high temperatures and vibrations.
Consumer Electronics
Soldering stations are indispensable in the production of consumer electronics. From smartphones to home appliances, soldered connections are vital for functionality.
Electronics and Electrical Engineering
Soldering is at the heart of electrical engineering. Engineers use soldering stations to create solid connections between electronic components on circuit boards, ensuring proper functionality
Medical Device Manufacturing
Medical devices require precise soldering to ensure safety and reliability. Soldering stations are used to assemble components in devices like pacemakers, diagnostic equipment, and surgical tools
Automotive Industry
In the automotive sector, soldering stations are used to join radiator cores, electrical components, and wiring harnesses.
Aerospace and Defense
Aerospace and defense industries rely on soldering for critical applications. Soldered connections withstand extreme conditions, including high temperatures and vibrations.
Consumer Electronics
Soldering stations are indispensable in the production of consumer electronics. From smartphones to home appliances, soldered connections are vital for functionality.
Electronics and Electrical Engineering
Soldering is at the heart of electrical engineering. Engineers use soldering stations to create solid connections between electronic components on circuit boards, ensuring proper functionality
Medical Device Manufacturing
Medical devices require precise soldering to ensure safety and reliability. Soldering stations are used to assemble components in devices like pacemakers, diagnostic equipment, and surgical tools
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