Vibratory feeder with pneumatic screwdriver stand Eco Line, vibratory feeder, sorting device, spiral

WEBER ZSU 24

Vibratory Feeder with Pneumatic Screwdriver Stand Eco Line
Vibratory Feeder, Sorting Device, Bowl Feeder, Vibratory Bowl, Automatic Screwdriver
WEBER Type ZSU 24
Machine No.: 1113212 Year of Manufacture: 2003

Vibratory Feeder WEBER ZSU 24
Bowl diameter: 240 mm
Bowl internal height: 70 mm
Sorting track width: 10 mm
Power supply: 230 Volt, 50 Hz
Operating pressure: 6 bar (for singulation and screws)
Control voltage for pneumatic valves: 24 Volt
- Controller for infinitely variable vibration speed = infinitely variable transport speed
- Vibratory bowl in protective enclosure
- With pneumatic feeding system
- Feed impulse via external electrical control
- The feeder was used for feeding screws M5 x 12 mm
- Some pneumatic hoses need to be replaced
- Siemens S7-200 CPU 224 PLC MISSING
Space requirements vibratory bowl L x W x H: 450 x 450 x 315 mm
Vibratory bowl weight: 32 kg

WEVER Eco Line Screwdriver Stand
Guide column: Ø 60 x 525 mm
Height adjustment: 345 mm
Primary stroke pneumatic cylinder 1 FESTO DZF-32-125-P-A-SM: 115 mm
Screwdriver holder diameter: Ø 50 mm
Secondary stroke pneumatic cylinder 2 FESTO: 30 mm
Screwdriver guide diameter: Ø 37 mm
Distance screwdriver guide to table: 135 - 465 mm
- 1 piece flat cylinder FESTO, Type DZF-32-125-P-A-SM
Dedpfx Afsxf Up Uotsku
- 1 piece flat cylinder FESTO, Type probably DZF-32-30-P-A-SM
- Screwdriver linear motion frame on linear guide
- 3 position sensors on the cylinders
- Festo pressure switch
- Bosch pneumatic valve
Screwdriver stand dimensions W x D x H: 200 x 410 x 1050 mm
Screwdriver stand weight: 35 kg
good condition

Total weight vibratory feeder and screwdriver stand: 67 kg

Attention:
The original Siemens S7-200 CPU 224 PLC is missing (see picture control cabinet without PLC),
therefore, an automatic process is not possible in this condition.
The control system also managed the separations of the screws and controlled the screwdriver itself.
The vibratory bowl is fully functional even without the PLC, the built-in vibratory bowl controller does not require PLC control.

Process:
Fasteners are filled into the bowl in bulk and conveyed upward by mechanical vibration (micro-throw principle).
The vibratory bowl is automatically switched on or off depending on the fill level of the screw magazine.
The screw is then conveyed by compressed air through a plastic hose to the downstream device.
The feed impulse for each individual screw is triggered externally by the downstream device.

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