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UNIVERSAL INDICATOR PReview 5511
LCD or LED display, 48 x 96 mm
Programmable via PC
Galvanic isolation, 3.75 kVAC
Trip amplifiers and analogue output
Universal voltage supply
Protection IP65
General:
The PReview indicator is configured to the present
application by means of a PC using the installation program
PReset 5000 with associated optical link for communication
between indicator 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 set up of
the 5111 and the 5511.
The indicator is configured from factory according to
specifications or the user can do the configuration himself
by means of the PReset 5000 program.
The indicator 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 (option) can be a unipolar / bipolar
current or voltage signal.
Furthermore it is possible to insert special linearisation
algorithms e.g. in connection with measurement of non-
linear signals. 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.
Input types:
Thermocouple input: (TC) with 15 bit bipolar resolution for
standard thermocouples 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. 5911), 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. By 2-wire sensor connection it is possible to
compensate cable resistance with the function keys directly
from the front cover.
Sensor error detection available.
Resistance input in ranges with 16 bit resolution for
resistance measurement. Max. range 5 k
. Cable
compensation by 3- or 4-wire connection. 0% and 100%
process calibration is possible with the function keys
directly from the front cover.
Cable breakage detection available.
Current input in ranges with a 15 bit bipolar resolution for
DC current signals. 0% and 100% process calibration is
possible with the function keys directly from the front cover.
Cable breakage detection available on 4...20 mA signals.
Voltage input in ranges with a 15 bit bipolar resolution for DC voltage
signals, 3-wire potentiometer, load cells, pressure transducers etc.
0% and 100% process calibration is possible with the function keys
directly from the front cover.
Auxiliary supplies:
(Selected by internal dipswitches).
Loop supply 20 VDC / 20 mA for supply of 2-wire transmitter.
Reference voltage 2.5 VDC, 15 mA as reference for 3-wire
potentiometers e.g. as position indicator from analogue valves etc.
Excitation voltage 8 VDC, 25 mA for supply of load cells, pressure
transducers etc.
Outputs: (option)
(Selected by internal dipswitches).
Current output with 13 bit bipolar resolution programmable in the
range ±20 mA by a maximum offset of 75% of max. output value.
Voltage output with 13 bit bipolar resolution in the ranges ±1 VDC
and ±10 VDC. Max. load 20 mA.
Relay output (relay 1 and 2) is selected as a make or break function.
The relays can be used as trip amplifier or / and sensor / cable error
alarm for a TC, an RTD, a resistance input and current input.
Display:
4½-digit LCD or LED display with 14 mm digit height. Max. display
readout ±19999 with selectable decimal point, relay ON/OFF indica-
tion and tendency readout for the input signal.
From the function keys in the front it is possible to change the limit
values and delay for relays, display updating time, display scaling,
decimal point, resolution on the last digit, analogue output scaling and
calibration of cable resistance.
Furthermore, the LCD display has bargraph indication and the light
intensity of the LED display can be changed.
Special version - 5511WEIG:
A special version of the 5511 display can be ordered for applications
demanding a faster response time and easy access to »0« point
calibration, e.g weigh conveyors. 5511WEIG is suitable where the
input signal is load cell, mV, V or mA.
UNIVERSAL INDICATOR
Lerbakken 10 · DK-8410 Rønde
Tel. +45 8637 2677 · Fax +45 8637 3085
www.prelectronics.dk Electrical specifications:
Specifications range:
(@: -20°C to +60°C)
Common specifications:
Supply voltage................................... 24...230 VAC ±10%
24...250 VDC ±20%
Frequency.......................................... 50...60 Hz
Internal consumption, LED / LCD ..... 3 W / 2 W
Max. consumption, LED / LCD.......... 4 W / 3 W
Fuse................................................... 400 mA SB / 250 VAC
Isolation, test / operation................... 3.75 kVAC / 250 VAC
Communications interface ................ Opto Link 5901
Signal / noise ratio, analogue output.. Min. 60 dB
Signal dynamics, input ...................... 23 bit
Signal dynamics, output.................... 16 bit
Response time (programmable)
min. ............................................. Updating time x 2.5
max. ............................................ 250 s
Updating time.................................... 250 ms
Calibration temperature..................... 20...28°C
Temperature coefficient ..................... < ±0.01% of span /°C
Linearity error .................................... < 0.1% of span
Effect of supply voltage change ........ < 0.001% of span /%V
Auxiliary voltages:
Loop supply....................................... 20 VDC / 20 mA
Reference voltage ............................. 2.5 VDC ±0.5% / 15 mA
Excitation supply ............................... 8 VDC ±0.5% / 25 mA
EMC immunity influence ................... < ±0.5%
Wire square (max.)............................. 1 x 2.5 mm
2
Screw terminal torsion....................... 0.5 Nm
Humidity ............................................ < 95% RH (non-cond.)
Dimensions (HxWxD)......................... 48 x 96 x 120 mm
Installation dimensions (HxW) ........... 44.5 x 91.5 mm
Tightness (mounted in panel front).... IP65
Weight ............................................... 300 g
Electrical specifications - input:
TC input:
Max. offset......................................... 75% of selec. max. value
Sensor error current .......................... Nom. 5
µA
Updating time (int./ext. CJC/diff.)...... 250 ms
Basic accuracy:
Type E,J,K,L,N,T,U ...................... < ±0.5°C
Type B,R,S,W3,W5...................... < ±2°C
Cold junction compensation (CJC) ... < ±0.5°C
Temperature coefficient
Type E,J,K,L,N,T,U:
span < 500°C........................ ±0.05°C/°Camb.
span > 500°C........................ ±0.01% of span/°Camb.
Type B,R,S,W3,W5...................... 0.2°C/°Camb.
Sensor error detection....................... Yes
RTD input:
Max. offset......................................... 75% of selec. max. value
Cable resistance per wire (max.) ....... 50 Sensor current ................................... Nom. 0.4 mA
Basic accuracy .................................. ±0.2°C
Temperature coefficient
span < 100°C........................ ±0.01°C/°Camb.
span > 100°C........................ ±0.01% of span/°Camb.
Effect of sensor cable resistance
3- / 4-wire .......................................... < 0.002
/
Sensor error detection....................... Yes
Linear resistance input:
Measurement range .......................... 0...5 k Min. measurement range (span)
2- / 4-wire.................................... 10 3-wire and difference .................. 50 Max. offset......................................... 75% of selec. max. value
Max. cable resistance per wire.......... 50

Sensor current ................................... Nom. 0.4 mA
Effect of sensor cable resistance
3- / 4-wire .......................................... < 0.002
/
Sensor error detection....................... Yes
Voltage input:
Measurement range .......................... -240...+240 VDC
Min. measurement range (span)........ 20 mV
Max offset.......................................... 75% of selec. max. value
Input resistance (Vin
2.4 V)............ Nom. 10 M
(Vin > 2.4 V) ........... Nom. 5 M Bridge input:
Measurement range ....................