11
D1073
- SIL 2 Temperature Signal Converter and Trip Amplifiers
G.M. International ISM0019-13
PPC1092, SWC1090 Configuration
INPUT SECTION:
Sensor:
input sensor type
TC A1
thermocouple to STI90, GOST R8.585 2001
range from –10 to +2500 °C
TC A2
thermocouple to STI90, GOST R8.585 2001
range from –10 to +1800 °C
TC A3
thermocouple to STI90, GOST R8.585 2001
range from –10 to +1800 °C
TC B
thermocouple to STI90, NBS125, GOST R8.585 2001
range from +50 to +1800 °C
TC E
thermocouple to STI90, NBS125, GOST R8.585 2001
range from –250 to +1000 °C
TC J
thermocouple to STI90, NBS125, GOST R8.585 2001
range from –200 to +750 °C
TC K
thermocouple to STI90, NBS125, GOST R8.585 2001
range from –250 to +1350 °C
TC L
thermocouple to SIPT68, DIN43710 range from –200 to +800 °C
TC Lr
thermocouple to STI90, GOST R8.585 2001
range from –200 to +800 °C
TC N
thermocouple to STI90, NBS121, GOST R8.585 2001
range from –250 to +1300 °C
TC R
thermocouple to STI90, NBS125, GOST R8.585 2001
range from –50 to +1750 °C
TC S
thermocouple to STI90, NBS125, GOST R8.585 2001
range from –50 to +1750 °C
TC S1
thermocouple type S1 to SIPT68, russian range from –50 to +1600 °C
TC T
thermocouple to STI90, NBS125, GOST R8.585 2001
range from –250 to +400 °C
TC U
thermocouple to SIPT68, DIN43710 range from –200 to +400 °C
Pt 100
thermoresistance
α
=385 to SIPT68, IEC751 range from –200 to +850 °
C
Pt 200
thermoresistance
α
=385 to SIPT68, IEC751 range from –150 to +400 °
C
Pt 300
thermoresistance
α
=385 to SIPT68, IEC751 range from –150 to +250 °
C
Pp 100
thermoresistance
α
=392 to SIPT68, ANSI range from –200 to +625 °
C
Pi 500
thermoresistance
α
=391 to SIPT68, russian range from –200 to +75 °C
Pi 100
thermoresistance
α
=391 to SIPT68, russian range from –200 to +650 °C
Pi 50
thermoresistance
α
=391 to SIPT68, russian range from –200 to +650 °C
Ni 100
thermoresistance to SIPT68, DIN43760 range from –50 to +180 °C
Ni 120 thermoresistance
α
=672 to SIPT68, russian range from –75 to +300 °C
Cu 100
thermoresistance to SIPT68, russian range from –50 to +200 °C
Cu 53
thermoresistance to SIPT68, russian range from –50 to +180 °C
Cu 50
thermoresistance to SIPT68, russian range from –50 to +200 °C
Cu 46
thermoresistance to SIPT68, russian range from –200 to +650 °C
Pot
3 wires transmitting potentiometer, 50
Ω
to 20 K
Ω
, range from 0 to 100 %
E DC
millivolt signal range from –20 to +85 mV
Lead:
input sensor connection type (thermoresistance only)
3 wire
3 wires connection type
4 wire
4 wires connection type
Downscale:
input value of measuring range corresponding to defined low output value.
Upscale:
input value of measuring range corresponding to defined high output value.
Cold Junction:
reference junction compensation type (thermocouple only)
Automatic
ambient temperature compensation automatic by OPT91 sensor
Fixed
programmable temperature compensation at fixed temperature
CJ Reference:
temperature compensation value (Cold Junction type Fixed only),
range from –60 to +100 °C.
RTD line resist:
line resistance error compensation value (thermoresistance only),
range from –5 to +20
Ω
.
INPUT TAG SECTION:
OUTPUT SECTION:
Output:
analog output type
4-20 mA
current output range from 4 to 20 mA
0-20 mA
current output range from 0 to 20 mA
1-5 V
voltage output range from 1 to 5 V
0-5 V
voltage output range from 0 to 5 V
2-10 V
voltage output range from 2 to 10 V
0-10 V
voltage output range from 0 to 10 V
Burnout:
analog output burnout state
None
burnout function is disabled;
analog output represents the input measure as configured
Downscale analog output is forced at mA Burnout or V Burnout lower value
Upscale
analog output is forced at mA Burnout or V Burnout higher value
Output Limits:
current or voltage analog output normal working range limits or
burnout detection range limits:
mA working:
current analog output range in normal working condition.
mA Burnout:
current analog output lower and higher value for burnout signalation.
V working:
voltage analog output range in normal working condition.
V Burnout:
voltage analog output lower and higher value for burnout signalation.
ALARM SECTION:
Type:
alarm type configuration
Off
alarm functionality is disabled
High
alarm is set to high condition, the alarm output is triggered whenever
the input variable goes above the trip point value (Set)
Low
alarm is set to low condition, the alarm output is triggered whenever
the input variable goes below the trip point value (Set)
Low & Sec alarm is set to low condition with start-up,
the alarm output is inhibited until the input variable goes above the
trip point value (Set); afterwards it behaves as a Low configuration;
typically used to solve start-up issues
Burnout
a burnout condition of the input triggers the alarm output
Set:
input value of measuring range at which the alarm output is triggered
Hysteresis:
alarm hysteresis value,
valid range: 0 to 5 °C for temperature sensor input; 0 to 50 mV for voltage input,
0 to 50 % for potentiometer input.
ON Delay:
time for which the input variable has to be in alarm condition before the
alarm output is triggered; configurable from 0 to 1000 seconds in steps of 100 ms.
OFF Delay:
time for which the input variable has to be in normal condition before the
alarm output is deactivated; configurable from 0 to 1000 seconds in steps of 100 ms.
Relay:
relay condition
ND
the relay is in normally de-energized condition,
it energizes (the output contact is closed) in alarm condition
NE
the relay is in normally energized condition,
it de-energizes (the output contact is opened) in alarm condition
BurnOut Oper:
alarm status when a burnout condition is detected
Nor
the burnout detection on the alarm output is disabled,
the alarm follows the condition of the input variable
Lock
maintain the same alarm condition as before the burnout detection
On
the alarm condition is activated when a burnout is detected
Off
the alarm condition is deactivated when a burnout is detected
Each alarm output has independent configurations.
