HOT-AIR YT-82457 hot air station with digital LED display, temperature adjustment, and functions that enhance work comfort and facilitate proper soldering connections.
- Capacity: 750W
- Temperature range: 100 - 500°C
- Temperature accuracy: ±2°C
- Temperature stabilization
- Airflow: max 120 l/min
- Smooth adjustment of airflow
- Silent operation
- Automatic cooling and standby
- Three dedicated buttons for storing temperature settings
- Three round nozzles: 4.4mm, 8mm, 10mm
- Square nozzle with side: 12mm
- On-off button at the front
- Socket safety
The digital display with blue LED backlighting provides information on the set and actual air temperature from the hot air nozzle.
The station goes into standby mode with service messages. It features a hot air handle with airflow driven by a brushless fan and ceramic heater.
Cable length: 1m. The station is manufactured with ESD-safe technology, reducing the risk of damage to sensitive SMD systems.
Heats up to the operating temperature of 350°C in approximately 6 seconds. The temperature stabilization function maintains the set blowing temperature for proper soldering joints.
With the built-in temperature sensor, the actual temperature is continuously read and compared with the set temperature.
Automatic cooling and standby function allow the hot air unit to cool the nozzle to 100°C before entering standby.
The memory function allows storing favorite temperature settings in three memory channels.
Main Specifications
- Type
- Soldering Station
- Power Source
- Electric
Current Specifications
- Power
- 750 W
- Cable Length
- 1 m
Features & Functions
- Maximum Temperature
- 500 °C
- Temperature Setting
- Yes
Soldering Stations
- Mode
- Soldering
- Display Screen
- Yes
Additional Specifications
- Carrying Case
- Without
- LED
- No
Battery Specifications
- Solo
- No
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.