ERSA HOTFLOW 3/14e Reflow Soldering  Machine

The Ersa HOTFLOW 3/14e Reflow System is of robust design and manufactured entirely from steel, welded air-tight, powder coated and with interior electric cabinet and a PC operating terminal. Features include the motorized hood opening, quick-change convection heater cassettes, multi-level process gas cleaning and a powerful and effective cooling zone.

Dual track transport increases throughput

Optimized heat transfer, minimized ΔT zone

Separation

Internal cooling

Lowest energy consumption

Removable heating modules top and bottom

Extreme low-mass center support

ERSASOFT Process Data Recorder

ERSASOFT – user-friendly machine control

Auto profiler for rapid offline profiling

Options:

Pin-and-chain conveyor with low-mass center support

Automatic adjustment of the conveyor width and the center support

Up to 2 tracks with center supports in the system

For single track systems, low-mass tubular supports are available

Operating in ambient atmosphere, internal cooling with room air

RPMs of fan motor are adjustable via frequency converters

Pin-and-chain conveyor with either 3 / 4 / 5 mm pin length

Dimensions
Length: 4,770 mm
Width: 1,201 mm
Height: 1,375 mm
Weight appr. 1,450 kg
Conveyor system
Working width: 45-516 mm automatically infinitely adjustable
Clear passage height: +35/-37 mm
Center support, automatically infinitely adjustable
Conveyor speed: 20-200 cm/min
Pin-and-chain conveyor with either 3 / 4 / 5 mm pin length
Process zone
Process length: 3,345 mm
Heated length: 2,610 mm
Cooling length: 735 mm
Heating system
Up to 14 convection heating cassettes
(Preheat zone 10 cassettes, reflow zone 4 cassettes)
Volumetric flow rate each module, adjustable up to 500 m3/h
Rated power each module: 3.3 kW
Rated power last module: 4.5 kW
Cooling
Up to 2 level cooling zone (air)
Electrical data
400 V, 3 Phase, N, Ground, 50/60 Hz
Continuous output during operation: appr. 11-14 kW
Exhaust
Extraction capacity: stack at entry of system 300 m3/h; stack at exit of system 400 m3/h, both with monitoring feature