Neoden IN6 Reflow Oven

Description

The table-top design of the product makes it a perfect solution for production lines with versatile requirements. It is designed with internal automation that helps operators provide streamlined soldering.
The new model has bypassed the need for a tubular heater, which provides even temperature distribution
throughout the reflow oven
. By soldering PCBs in even convection, all components are heated at the same rate.
Temperature can be controlled with extreme accuracy—users can pinpoint heat within 0.2°C.
The design implements an aluminum alloy heating plate that increases the energy-efficiency of the system. The internal smoke filtering system improves the product’s performance and reduces harmful output, too.
The IN6 features:
Full hot-air convection
Built-in solder smoke filtering system
115V/15A Power
Variable speed conveyor
16 programmable profiles
No venting required
Color touch screen
Graphic display mode for time-based temperature viewing
Dynamic warmup control, ensuring stable temperature and virtually no overshoot
Uniformly-heated aluminum alloy chamber
6 zones (3 top, 3 bottom)
Stainless-steel springwire conveyor belt
Conveyor speeds from 15 to 60cm/min
300ºC/572ºF capability for lead-free soldering
30mm/1.2 inch maximum assembly clearance
260mm/10 inch soldering width
680mm/26.8 inch process chamber length
Offload zone cooling fans
Heatup time: approximately 15 minutes
Specifications
Heating Zones
SIX: 3 Top; 3 Bottom
Heating Type
Nichrome Wire and Aluminum Alloy
Cooling Zones
1
Conveyor Speed
23" min/max
Temperature Range
Ambient to 572°F (300°C)
Temperature Accuracy
±0.9°F (±0.5°C)
Process Chamber Length
26.8" (680mm)
Soldering Conveyor Width
10.2" (260mm)
Heat-Up Time
≈20 minutes
Max Height Clearance
1.2" (30mm)
Programming
Color Touch Screen - 16 Profiles
Venting
Optional - Internal Smoke Filtration System
Mains Supply
120V 15A
Max Power
1.8kW
Working Power
≈700W
System Weight
108 lbs (49 kg)
System Dimensions (L*W*H)
40.1" x 19.9" x 13.7" (1020mm x 507mm x 350mm)