GSD-M6c. Lead Free Reflow Oven
Control by computer+ PLC, 12 heating zones, 2 cooling zones
Features:
1...Windows operating interface is adopted and two control methods, including PC
Control and emergency manual control, are designed to ensure the safety of the
Device.
2...The advanced way of heating solves the problem of the dead angle that may
Arise when reflow soldering.
3...Professional wind wheel design with stable blowing speed which effectively
Avoids evenness of the wind when PCB is being heated. So as to achieve a most eff
Icient reheating.
4...Regions of different temperature adopt the circulation independent from each
Other, with independent PID control and up/down heating method method, so as to en
Sure the accurate and even temperature of the furnace and large thermal capacity.
5...The heating preservation layer adopts quality aluminum silicate heat preserving
Material, with good preservation effect and high heatingup speed. It takes 20min to h
Eat up working temperature from room temperature.
6...Special furnace liner design, with good heat preservation ability and low power consumption.
7...Quality hightemperature highspeed motor is running stably with light vibration and low noise
8...The furnace is jacked by cylinder and supported by safety rod to ensure safety and convenience
9...The PCB is conveyed nonlevel with changed frequency speed and synchronous grid and chain to ensure great stability.
10...UPS function is equipped to ensure normal output of PCB after power break and avoid damage.
11...The software has powerful function. It can measure the temperature of the PCB online and can analyze, save and print the data and curve from time to time.
12...PC and PLC adopts PC/PP protocol to communication with each other w
Hich ensures stable working and avoids system down. Auto detecting and showing
Working status of the device.
13...Enforced air cooling; PCB temperature≤ 60º C after outputting
Control by computer+ PLC, 12 heating zones, 2 cooling zones
Features:
1...Windows operating interface is adopted and two control methods, including PC
Control and emergency manual control, are designed to ensure the safety of the
Device.
2...The advanced way of heating solves the problem of the dead angle that may
Arise when reflow soldering.
3...Professional wind wheel design with stable blowing speed which effectively
Avoids evenness of the wind when PCB is being heated. So as to achieve a most eff
Icient reheating.
4...Regions of different temperature adopt the circulation independent from each
Other, with independent PID control and up/down heating method method, so as to en
Sure the accurate and even temperature of the furnace and large thermal capacity.
5...The heating preservation layer adopts quality aluminum silicate heat preserving
Material, with good preservation effect and high heatingup speed. It takes 20min to h
Eat up working temperature from room temperature.
6...Special furnace liner design, with good heat preservation ability and low power consumption.
7...Quality hightemperature highspeed motor is running stably with light vibration and low noise
8...The furnace is jacked by cylinder and supported by safety rod to ensure safety and convenience
9...The PCB is conveyed nonlevel with changed frequency speed and synchronous grid and chain to ensure great stability.
10...UPS function is equipped to ensure normal output of PCB after power break and avoid damage.
11...The software has powerful function. It can measure the temperature of the PCB online and can analyze, save and print the data and curve from time to time.
12...PC and PLC adopts PC/PP protocol to communication with each other w
Hich ensures stable working and avoids system down. Auto detecting and showing
Working status of the device.
13...Enforced air cooling; PCB temperature≤ 60º C after outputting
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China
