9
CAM interface
A galvanically-isolated, bi-directional interface is provided for communication with a CAM system�
en
Four commands each can be received from the extraction unit and four status notifications transmitted to
the CAM system via two input signals and two output signals�
9.1
Pin assignment: CAM interface (8, Fig. 1)
Type: RJ45
Pin
1
2
3
4
5
6
7
8
9.1.1
Outputs (Out1 / Out2)
The output signals are executed as potential-free switch outputs of
an opto-coupler with a series resistance of 150 Ohm�
For maximum pull-up voltage (U) and maximum permissible
switching current (I), see Chap� 8 Technical data�
The pull-up resistance (R) must be dimensioned in such a way
that the maximum permissible switching current is not exceeded�
9.1.2
Inputs (In1 / In2)
The input signals are transferred to the LEDs of opto-couplers� For the required input voltages of the two
signal levels "low" / "high", see Chap� 8 Technical data�
9.2
Control commands / status notifications
In1
0 V (low)
24 V (high)
0 V (low)
24 V (high)
Out1
24 V
0 V
24 V
0 V
9.3
Connector assignment: interface cable
Interface cable, type A:
Extraction unit
RJ45 connector
Name
Out2 - GND
Out2
Out1 - GND
Out1
In2 - GND
In2 - 24 V
In1 - GND
In1 - 24 V
In2
Command
0 V (low)
Extraction unit off (turbine off)
0 V (low)
Extraction unit on (turbine on)
24 V (high)
Clean the filter
24 V (high)
not reserved / reserve
Out2
Notification
24 V
Error
24 V
Automatic filter cleaning is performed
0 V
Filter must be replaced
0 V
Extraction unit OK
(with thread locking system)
Pin 8
Pin 7
CAM system
Lumberg SV40
Pin 1 (+)
Pin 4 (-)
- 14 -
SILENT powerCAM
Out 1
I
� __ Out2
1
Reverse side