CD Skripsi
Sistem Pengukuran Daya Mekanik Penggerak Rotary Friction Welding Menggunakan Sensor Strain Gauge Pada Iron Holder Belt
ABSTRACT
Rotary friction welding is a type of welding that belongs to the solis state
type where welding does not require filling material to perform welding. This
study aimed to measure the mechanical power of the rotary friction welding
machine drive engine, before welding, during welding, and after welding using a
strain gauge sensor attached to the stretch rod, for motor speed measured using
an optocoupler sensor, the measurement process. This mechanical power
included the design process, design, calibration settings, and testing of stretch
rods. the stretch rod was installed as a substitute for the iron holder belt with the
dimensions of the stretch rod 200 mm x 30 mm x 25 mm, for the thickness of the
stretch rod where the strain gauge sensor is attached was 5 mm. The sensor used
for reading the magnitude of the stretch on the stretch rod was the 120 ohm strain
gauge, the speed read on the optocoupler was directly proportional to the amount
of strain read on the strain gauge. In the welding process, a pressure of 2 bar to
4 bar is applied which will result in heat on the objects that rub against the object
until it reaches the forging temperature of the object and a pressure of 6 bar is
given as the forging pressure for weldingthe amount of mechanical power will be
obtained by converting the torque, strain, and engine speed data obtained.
Keywords : Friction Welding, Mechanical Power, Strain Gauge Sensor
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