iTECH RF-C1235C 12-зонная конвекционная печь для поверхностного монтажа с горячим воздухом и цепью - Продам в Wenzhou

Детальное описание
12 ZONES 2060MM THERMAL CONVECTION REFLOW SOLDERING MACHINE
It is used to join electronic components to a PCB printed circuit board. Tunnel structure of automatic conveyor is made up of preheating zones, soldering zones and cooling zones. The heating zones can be controlled separately through PID. Meshwork and chain convey the PCB synchronously and conveyor speed can be controlled by PID. Chain conveyor ensures that on-line connection between reflow oven and other equipment is accessible.
- PID Digital Temperature Control System
- High temperature Lead Free Soldering applications up to 400°C
- Horizontal Convection heating technology
- Stainless steel conveyor
- 2060mm Long Heat Tunnel
- Upper 6 Heating Zones + Bottom 6 Heating Zones
- 350mm wide conveyor with Chain
- Easy lift clamshell design
- Heat resistance fan
- High-Efficiency and Energy-Saving Heating Tube
Specification
Model: RF-C1235C
12 heating zones (upper 6 zones, lower 6 zones)
Heating method: hot air
Cooling zone: 3 natural air cooling
Length of heat tunnel: 2060 mm
Conveyor width: 450 mm
Track width adjustable max: 350 mm
PCB width: max 350mm
PCB height tolerance: ≤25mm (can be customized)
Conveyor height: 880±20 mm
Conveyor speed: 0-1500 mm/min
Conveyor direction: left→right
Preheating time: 15-20 min
Soldering time: 3.5-5.5 min
Temperature range: 0°C-400°C
Digital PID temperature control system
Voltage: 380/50Hz/3 phases
Starting power: 22 W
Working power: 4.5 W
Net weight: 560 kg
Gross weight: 755 kg
Machine size: 3380*820*1360 mm
Dimensions: 365*94*151 cm
Conveyor speed: 0-1500 mm/min
Conveyor direction: left→right
Preheating time: 15-20 min
Soldering time: 3.5-5.5 min
Temperature range: 0°C-400°C
Digital PID temperature control system
Voltage: 380/50Hz/3 phases
Starting power: 22 W
Working power: 4.5 W
Net weight: 560 kg
Gross weight: 755 kg
Machine size: 3380*820*1360 mm
Dimensions: 365*94*151 cm
Создано 13.03.2025 Изменено 13.03.2025