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Peakanalyzer Installation Manual Version 2.6
ambient temperature is above 40°C an active cooling via a fan may be required. The amount
of the exceeding temperature depends on the efficiency of the cooling.
1.11 Protected Earth, Shield, Power Supply
The device has to be connected to protected earth to fulfill the thresholds for devices of class
B according to part 15 of the FCC-Guidelines. The same counts as a requirement for the
specified technical data.
The Peakanalyzer in an IP65 steel box (240 V
AC
/ 110V
AC
) is connected to protected earth via
the PE signal of the power supply connector that is also connected to the ground of the steel
box. A connection of protected earth to the lightning or overvoltage protection is in general not
possible with the PE connection of the power supply. In this case it is recommended to connect
the steel box or a conductive screw connection with an earthed machine part.
If the rail components are delivered in individual components for assembling in a control
cabinet, the user is responsible for the professional execution of the DC supply and earth
connection.
All connected signal cables to the Peakanalyzer must be shielded and the shield must be
connected to protected earth. Thus the shield must have a galvanic contact with the chassis.
The Peakanalyzer in the IP65 steel box operates with an AC power supply of 110 V
AC
to 240
V
AC
at
50/60 Hz. A cable with 3 wires for L, N and PE must be used for the power supply
connection of the Peakanalyzer with IP65 steel box. The connection is done at the power
supply clamp 52 as depicted in the circuit diagram and labeled in the device.
The rail components for assembling in a control cabinet are power supplied with 24 V
DC
± 10%.
The power consumption depends on the amount of used rail components.
1.12 Accumulator und Battery
The system contains a lithium long term battery that does not need any special maintenance
(Type BR2032). The long term battery is accessible behind the protective cover of the industry
PC. An exchange of the battery should be done by the manufacturer or user in the scope of a
system inspection or maintenance. The exchange is recommended every 4 to 7 years
depending on the application.