Next level APO.DRIVE
With the APO.DRIVE, the hydraulic clamping pressure will adapted also automated during machining and take your process to a new level without high costs. CNC machines are optimized quickly and easily in terms of costs, efficiency and production reliability. This opens up new opportunities for machine builders and operators.
The benefits – Fast, simple, effective
Achieve more- and at the same time reduce effort and user complexity: APO.Drive is a Ready-To-Use solution which enables the optimization of CNC machines regardless of the manufacturer with minimum effort.
New: Faster commissioning
Integration is now even simpler: The APO.DRIVE enables a standard system support – regardless of the manufacturer.
Machines that already have an IO-Link Topography are at an advantage. This means you can integrate the APO.DRIVE system in even less time.
APO.DRIVE goes IO-Link
The IO-Link compatibility of the pressure sensor technology allows direct integration of the APO.DRIVE system and provides the future specification for standard communication.
No IO-LINK? No problem!
With an analogue pressure sensor, the APO.DRIVE works at the same efficiency level.
APO.DRIVE + Reversing pole switch
= Automates Clamping Pressure Adjustment
Patented
Thanks to APO.DRIVE we have substantially increased our productivity from the first installation onwards. A positive side effect is, of course, highcost savings.
T. Jeners, Team leader- Market leader automotive supplier.
Highlights
- Retrofitting with little effort
- Accurate clamping pressure adjustment
- Low installation costs
- Very high compatibility
- IO-Link based communication possible
| APO.DRIVE | Market Competitors | |
|---|---|---|
| Energy requirements | < 20 W | > 2350 W |
| Pressure range | 0,5 – 210 bar | 10 – 100 bar |
| Control system | 24 V Reversing pole switch | Steuerkarte & Inbetriebnahme |
| Reference | not necessary | necessary |
| Emergency adjustment | ✓ | ✘ |
| Service | Plug & Play | Referencing necessary |
| Active pressure control | ✓ | ✘ |
Increase efficiency
Increased productivity
< 25 %
Cost reduction
Electricity cost reducation
783 € // Year
1.566 € // Year
2.359 € // Year
Optimize resources
Active Forest protection
9.650 m²
19.300 m²
29.350 m²
CO² reduction
Reduction of CO² values
1,84 t // Year
3,68 t // Year
5,52 t // Year
Technical Data |
 APO.DRIVE BG2.1 |
APO.DRIVE BG2.2 |
APO.DRIVE BG3.1 |
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| Product measurements | Ø 45 mm x 160 mm | Ø 45 mm x 160 mm | Ø 45 mm X 200 mm | |||||||||||||||||||||||||||
| Material | Anodized aluminium alloy | |||||||||||||||||||||||||||||
| Nominal voltage | 24 VDC | |||||||||||||||||||||||||||||
| Nominal current | ≤ 85 mA | ≤250 mA | ≤ 1050 mA | |||||||||||||||||||||||||||
| Starting current | 1.1 A | 1.1 A | 8.3 A | |||||||||||||||||||||||||||
| Output power | 4.0 W | 4.0 W | 19.0 W | |||||||||||||||||||||||||||
| Electrical connection | M12x1 | |||||||||||||||||||||||||||||
| Max Pump- & Adjustmentpressure | 80 bar | 100 bar | 200 bar | |||||||||||||||||||||||||||
Adjustment velocity pressure reduction valve
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