BFKK
BFKK 850W Soldering Hot Plate 200x200mm 110V
An 850 W preheat plate with a 200 × 200 mm aluminium surface, CPU temperature control from 30 °C to 400 °C and ±1.5 °C stability for SMD rework, PCB removal and laboratory heating
- TypeSoldering Kits
- CPU-controlled platform holds ±1.5 °C stability for repeatable rework
- 850 W heater reaches 400 °C in seconds for fast throughput
- 200 × 200 mm aluminum plate gives even heat across large PCBs
- Three-dimensional cooling holes cut cool-down time between cycles
- Preset ranges from 30 °C to 400 °C cover phone screens to mold preheat
BFKK 850 W Soldering Hot Plate
The BFKK 850 W soldering hot plate is a benchtop pre-heater built for electronics technicians and repair shops. It delivers controlled heat up to 400 °C across a 200 x 200 mm aluminum surface for SMD rework, PCB removal and component-level soldering tasks.
LED Microcomputer Temperature Control
A built-in CPU regulates the platform with a displayed resolution of 1 °C and stability within ±1.5 °C. The three-dimensional cooling hole design dissipates heat from the chassis while the aluminum plate maintains even temperature across the work area.
AC 110 V 850 W Power Input
The unit operates on AC 110 V ±10 % and draws 850 W, so the bench circuit must supply that voltage and current. It measures 21.5 x 21.5 x 14 cm and weighs 3287 g, fitting a standard lab bench without special mounting.
Highlights
- CPU-controlled platform holds ±1.5 °C stability for repeatable rework
- 850 W heater reaches 400 °C in seconds for fast throughput
- 200 × 200 mm aluminum plate gives even heat across large PCBs
- Three-dimensional cooling holes cut cool-down time between cycles
- Preset ranges from 30 °C to 400 °C cover phone screens to mold preheat
Specifications
| Type | Soldering Kits |
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Questions about this item
Does the 200×200 mm aluminium heating plate need periodic replacement after heavy use?
The plate is a solid aluminium alloy surface with integrated heating tubes; no consumable plate or cartridge is mentioned, so it stays in place for the life of the unit.
What limits continuous operation at the 400 °C maximum setting?
The three-dimensional cooling-hole design and CPU-controlled regulation keep temperature stable within ±1.5 °C, so thermal protection rather than a time limit governs sustained high-temperature runs.
How much fan noise and heat does the 850 W station produce during all-day preheating?
Cooling relies on passive multi-angle ventilation holes with no active fan listed, so acoustic output is minimal while the chassis dissipates heat into the surrounding area.
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