Description

MECHANIC 861DW MAX SMD REWORK STATION

Features:

• SMD Rework Station: The MECHANIC 861DW MAX is an advanced tool used for reworking and repairing electronic components, particularly surface-mounted devices (SMDs) commonly found on circuit boards in electronic devices.

• Model Number: The "861DW MAX" designation likely signifies this model's specific features, such as heating capabilities, temperature control, airflow, and other functionalities that differentiate it within the product line.

• Hot Air Rework: This station typically employs a hot air gun for precise heating of components and solder on circuit boards, allowing for the removal and replacement of SMD components.

• Temperature and Airflow Control: It's common for these stations to offer precise temperature control, adjustable airflow, and various nozzle options to suit different component sizes and rework requirements.

• Digital Controls: Advanced models often come equipped with digital displays and controls, enabling users to set and monitor temperatures, airflow rates, and other settings accurately.

• Applications: SMD rework stations like the MECHANIC 861DW MAX are widely used in electronics repair, rework stations, manufacturing facilities, and labs where precise heating and removal/replacement of SMD components are necessary without damaging the surrounding circuitry.

1. Password protection function
2. Microcomputer precise temperature control
3. HD LCD
4. The magnetic switch automatically sleeps
5. Temperature and memory function
6. Brand :
7. Mechanik
8. Name: intelligent hot air rework station
9. Model: 861DW Max
10. Size: 190*260*130mm
11. Tension:
12. AC230V/50HZ
13. AC110V/60HZ
14. Box Gauge: 346*326*190mm
15. Waga netto: 4.9KG
16. Moc: 1000W
17. Gross Weight: 5.2KG
18. Temperatura: 100C-500 °C
19. The volume of air stalls: 01-120
20. Ambient temperature: -10-45 degrees
21. Ambient humidity: 45-80% relative humidity
22. Display Screen: HD LCD Display
23. Fan type: brushless vortex fan
24. Temperature calibration: digital calibration
25. Temperature control method: microcomputer temperature control
26. Quick setting: CH1/CH2/CH3