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The TWS Automation 1385-Evo is an innovative, medium-sized convection reflow soldering oven, offering outstanding value for money.
The oven measures 3 metres long (with a 2 metres tunnel) and produces excellent soldering profiles, together with high productivity. The Evo range features a lower power consumption than its predecessors, with ease of set-up and operation, thanks to a new full colour control touch screen.
Heating Zones
Oven is divided into four heating zones, three for preheating and one for reflow. The air convection is directed horizontally by fans that blow the air from the centre of the zone to the surroundings. The window in the hood of the machine enables the user to observe the reflow process in real time, giving useful indications and allowing for thermal profile fine-tuning without using the recorder. The upper part of the soldering tunnel has an easy opening system that enables immediate inspection and cleaning.
Microprocessor
Air temperature is controlled by a microprocessor through K-type thermocouples placed in each zone, that keeps the temperature between tight limits.
Cooling Zone
Cooling zone is optimised to lower the temperature to the required level without causing unwanted thermal shocks either to soldering joints or to components.
To obtain the best soldering performance, the oven is equipped with a temperature recorder which can be connected to a PC to display the temperature profiles during the soldering process.
Thermal Profiles
Thermal profiles can be obtained (to fulfil even the most complex demands) due to the four heating zones and the digital adjustment of the conveyor speed. Up to 14 programs can be stored and quickly downloaded. The heating elements are controlled by a PID regulator using Burst Firing commutation, complying to EMI standards.
Main Parameters
Main parameters, which are constantly monitored by a microprocessor connected to the PC LCD display, shows
– Temperature set point, for each heating zone.
– Actual temperature, for each heating zone.
– Conveyor speed set point.
– Actual speed of the conveyor.
TWS 1380 Evo is equipped with a new built-in touch screen colour display with the new following functions:
– “PID” algorithm to ensure a faster temperature adjustment in the four zones.
– Delayed connection of the zone in order to reduce power consumption during the zone heating.
– Possibility to graphically monitor the temperature ranges in all the zones.
Once the operator has set the temperatures, the oven starts to heat up, and the colours showed on the screen represent the actual temperature deviation from the set point.
In the event of a power failure, a back up battery enables the conveyor to continue running until all boards have exited the machine. The machine can also be configured with pin, edge and mesh conveyor. It can be equipped with a support bench sold as optional extra.
This product is available to view in our virtual demo.
Click to the right if you’d like to see the product in-situ within an SMT line, where you can also view a 3D file and watch a short video introduction.
If you’d like more information first click below.
The oven has 4 heating zones (three preheat, one reflow) plus 1 cooling zone. The full oven is 3 metres long, with about a 2-metre heated tunnel inside.
Zones 1-3 can reach up to 300 °C, with Zone 4 reaching up to 350 °C. The maximum component height is about 28-34 mm depending on the conveyor type.
It comes standard with a mesh conveyor of 400 mm width. Conveyor speed can be adjusted from 100 mm/min up to 500 mm/min. It also has optional pin-chain conveyor / edge conveyors for narrower board widths.
Temperature is controlled via a microprocessor using K-type thermocouples in each zone. The maximum temperature differential between adjacent zones is 110 °C.
The 1385 Evo includes a new full-colour touch screen control. Up to 14 thermal profile programs can be stored and recalled. It also has a built-in temperature recorder; the hood has a window for process observation.
It can be supplied via 230 VAC or 400 VAC. Average power consumption is about 4 kW, with a maximum draw of around 11-12 kW, depending on load.
The oven’s footprint is approximately 3000 × 830 × 500 mm (L × W × H), and it weighs about 300 kg.