1 | Component type | Electronic components, hardware,plastic parts, connectors , terminal/safety capacitor/switch/transformer/hardware parts |
2 | Component size | 3*3~50*50mm |
3 | Component weight | 10g-300g |
4 | Vibratory feeder material | Loose component and specified vibratory bowl feeder material |
5 | feeder type 1 | Multiple layer multiple tray vibratory bowl for feeder,can feeder different type component from different layer |
6 | feeder type 1 | Single layer multiple tray vibratory bowl for feeder,can feeder different type component from different tray |
7 | feeder transfer type | Transmission of vibration |
8 | Positioning way | fiber sensors |
9 | Distinguish the polarity | Optional |
10 | Cutting lead foot | Optional |
11 | Power | 220V |
12 | Air pressure | 0.4~0.6Mpa |
13 | Operation way | Keys operation |
14 | Signal connection | SMEMA port |
15 | Communication mode | I/O port or independent control |
16 | Control way | PLC control system |
17 | Drive mode | Pipe coil drive |
18 | Vibratory feeder speed | 0.8 sec. |
19 | feeder precision | ±0.5mm |
20 | feeder test | Achieve 2 hours of continuous feeder without abnormal |
21 | Aging Test | No abnormality after continuous operation for 48 hours |
22 | Life time | About 5 years |
23 | Dimension 1 | Single layer vibratory bowl feeder with 2 tray: 1120*460*910mm 160kg ; single layer vibrator bowl feeder with 1 tray:760*460*910mm 190kg |
24 | Dimension 1 | Multiple vibratory bowl with 2 layer: 800*460*910mm 220kg |
SMT PCBA Vibratory Bowl Feeder for Odd Form Component Insertion Machine
This Vibratory Bowl feeder is used for SMT mounter machine, feeding bulk components such as terminal/safety capacitor/switch/transformer/hardware parts.Compatible with Panasonic, Juki, Fuji, ASM, Universal, etc. almost all brands of mounter, which is with height mechanical matching and communication to the machine.With double-deck design saves more space for you.
Vibratory Bowl feeders are used for segregating and orienting component parts in the desired position. The oriented parts can then be fed into chute and then the component can be cut or bend or former and the end be transported to workstation. The vibratory bowls are cast out of Aluminum alloy or are fabricated from stainless steel or mild steel sheets depending on the material of the parts to be fed. The inner side of the bowl is lined with appropriate lining material to reduce wear.