Océ ProCut Site Prep
Electrical Requirements
This apparatus is intended to be connected to a power network supplied from a high or medium
voltage transformer dedicated to the supply of an installation feeding manufacturing or similar plant.
This apparatus is not intended to be connected to public low-voltage networks. There are two
electrical voltage configurations: 200V or 400V, and two power frequency configurations: 50 Hz or
60 HZ. The configuration of a particular machine is chosen at time of sale based upon local power
specifications.
All cutter models use the 1-9kW Vacuum Generator (also called a Vacuum Turbine), except for the
1600 M, which uses the 2.2/2.5kW vacuum pump
The vacuum generator and optional milling/router spindle each have a frequency converter that is
used to control their variable speed drive motor. If a ground fault interrupter is used, it must be a
meet particular specifications, see Ground Fault Requirements for more details.
Electrical connection – 400 V system with 1-9kW Vacuum Generator
The cutter is connected with one power cord to the power supply system. All other (optional too)
devices are connected to the power box of the cutter.
•
1 power cord is included in the package content with a CEE32 connector
Warning! An electrical hazard exists if an incorrect ground fault interrupter protects the high-
frequency leakage current. See Ground Fault Requirements.
Power
Main supply voltage variance max.
5%
Power consumption - 3 phases
max 12.6kW, typical 5.6kW
Table 4: Power Consumption and Variance
Figure 2: 400V Electrical Connection
“A” Cutter Power box
Value
Unit
Phases 3
Voltage 400
V
Power frequency, pump-depending
50/60
Hz
Power fusing min.
32
A
Wiring
3 phases, L1, L2, L3, N, PE
CEE-Plug 32A
Special-purpose ground fault interrupter required
Fusing current:>30mA per converter
Table 5: Electrical Connections with 1-9kW Vacuum Turbine/Generator
Océ ProCut Site Preparation Guide - Revision: E
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