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HOW TO DISMANTLE SYSTEM 5000
First, remember to demount the connectors with hazardous voltages. By lifting
the bottom lock, the module is detached from the DIN rail as shown in picture 1.
Then, by lifting the upper lock and pulling the front plate simultaneously, the PCB
is removed as shown in picture 2.
Switches and jumpers can now be adjusted. By opening the front, the program-
ming connector is accessible as shown in picture 3.
Picture 1: Separation from DIN rail.
Picture 2: Removal of PCB.
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Picture 3: Access to programming
connector.
UNIVERSAL TRANSMITTER 5111
• Programmable from standard PC
• Galvanic separation, optional ATEX EEx
• Trip amplifiers as option
• For DIN rail mounting
• Universal voltage supply
• Detachable terminals
GENERAL:
The PRetrans transmitter is configured to the present application by means of a
PC using the installation programme PReset 5000 with associated optical link for
communication between transmitter and a DOS-based PC.
Opto Link 5901 is a configuration kit containing an optical link, a PC cable, and
the program PReset 5000 for programming of units 5111 and 5511.
The transmitter is configured from factory according to specifications or the user
can do the configuration himself by means of the PReset 5000 programme.
The transmitter input can be programmed as a TC, an RTD and a resistance input
and a unipolar or bipolar mV, mA and voltage input.
The output can be a unipolar / bipolar current or voltage signal.
By the relay option it is possible to insert limit values and achieve digital on/off
signals in connection with temperature sensors or current / voltage signals.
Furthermore, it is possible to insert special linearisation algorithms e.g. in con-
nection with measurement of non-linear signals.
INPUT TYPES:
Thermocouple input: (TC) with 15 bit bipolar resolution for standard thermo-
couples in the temperature ranges acc. to the IEC 584, the DIN 43710 or ASTM
E988-90 standards. The CJC function is implemented with a Pt100 sensor in the
terminal (option - type no. 5912), external Pt100 sensor or fixed CJC (thermostat
box). Sensor error detection available.
RTD input in ranges with 16 bit resolution for Pt100, Ni100 in temperature ranges
acc. to the IEC 751 / DIN 43760 standards. Set-up of main type is possible in
multipla (e.g. Pt50 and Ni1000).
Automatic cable compensation by 3- or 4-wire sensor connection.
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