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Chapter 3
Installation
2100.4400.32
- 3.7 -
E-2
Connecting to a remote monitoring network
Connect the IP network to the interface 
X31
 (
ETHERNET REMOTE
).
2.7
Connecting AC Power Supply
The instrument is available with various power supply units:
– Option SLX8000B9: 100 V to 240 V AC +10 %, 150 W (24 V secondary)
– Option SLX8000B10: 48 V DC (38 V to 76 V DC), 150 W (24 V secondary)
– Option SLX8000B11: 100 V to 240 V AC +10 %, 1000 W (32 V secondary)
– Option SLX8000B12: 48 V DC (38 V to 76 V DC), 1000 W (24 V secondary)
Instrument with AC power supply unit SLX8000B9/SLX8000B11
1. Set the power switch on the rear of the instrument to 0 (OFF).
2. Connect the instrument to the power supply using the supplied power cable.
Instrument with AC power supply unit SLX8000B10/SLX8000B12
Note
Since the instrument does not have its own power switch for disconnection from the AC
supply, the plug of the connecting cable must be regarded as the disconnecting device. It
must be ensured that the plug is easily reachable and accessible at all times (length of con-
necting cable approx. 2 m). Functional or electronic switches are not suitable for providing
disconnection from the AC supply. If the transmitter is integrated in racks or systems, a dis-
connecting device must be provided at system level.
1. Actuate the external power disconnecting device (set to OFF position).
2. Connect the instrument to the power supply using the supplied power cable.
Pin assignment of DC options
ATTENTION!
The instrument can be damaged by an overvoltage. Make sure that the AC supply voltage 
provided by your local power supply network complies with the specifications of the power 
supply unit installed in your instrument.
Check the power cable for damage.
SLX8000B10 (2 HU)
 SLX8000B12 (3 HU)