Camille Bauer SINEAX VC 603 Mode D'emploi page 25

Measuring output
Output signals A1 and A2
The output signals can be either load-independent DC
currents I or DC voltages U . The desired mode is set on DIP
A A
switches and the setting range is programmed on a PC. A1
and A2 are not DC isolated and the same value is available at
both outputs.
Standard ranges for I : 0...20 mA or 4...20 mA
A
External resistance I : R
A1 ext
resp. =
I = Full-scale output current value
AN
External resistance I : R
A2 ext
Standard ranges
for U : 0...5, 1...5, 0...10 or 2...10 V
A
Load capacity
U / U : R
A1 A2 ext
Power supply H
AC/DC power pack (DC and 45...400 Hz)
Table 2: Rated voltages and tolerances
Rated voltage Fuse
U
N
24... 60 V
T 250 mA
DC / AC
85...230 V
T 100 mA
DC / AC
24... 60 V
T 160 mA
DC / AC
85...230 V
T 80 mA ± 10%
AC
85...110 V
T 80 mA – 15...+ 10%
DC
Power consumption: < 2.2 W resp. < 4.2 VA
Open-circuit sensor supervision
Resistance thermometers, thermo-couples, remote sensors
and potentiometer input circuits are supervised. The circuits
of DC voltage and current inputs are not supervised
Pick-up/reset level: 1 to 15 kΩ, acc. to kind of measure-
ment and range
Signalling modes
Open-circuit sensor: Output signals A1 and A2 program-
mable fixed values.
The fixed value of A1 and A2 is
configured to either maintain their
values at the instant the open-cir-
cuit occurs or adopt a preset value
between – 10 and 110% (referred to
output span), e.g. between 1.2 and
10.8 V (for a scale of 2 to 10 V).
Frontplate signals: Green and red LED's
The green LED flashes and the red
LED lights continuously during the
open-circuit sensor
15 V
max. [kΩ] =
I [mA]
AN
– 12 V
I [mA]
AN
0.3 V
max. [kΩ] =
I [mA]
AN
U [V]
A
[kΩ] ≥
20 mA
Tolerances Instrument
version
DC – 15...+ 33% Standard
AC ± 15% (Non-Ex)
DC – 15...+ 33%
Type of
AC ± 15%
protection
Intrinsically
safety
[EEx ia] IIC
Output contact K3: Relay 3 1 potential free changeo-
Set to "Relay inactive" if not re-
quired!
Operating sense: Programmable
– The relay can be either energised
or de-energised in the case of a
disturbance
Output contacts for alarm unit
Binary output signals K1, K2, K3
Output contact K1: Relay 1 2 potential free changeo-
Output contact K2: Relay 2 1 potential free changeo-
Output contact K3: Relay 3 1 potential free changeo-
K3 is only available on transducers
and limit monitors, providing it is
not being used for open-circuit sen-
sor supervision (see Section "Open-
circuit sensor supervision"). This
applies ...
... in all cases when the measured
variable is a DC voltage or cur-
rent
... when the measured variable is a
resistance thermometer, a ther-
mo-couple, a remote sensor or a
potentiometer and the relay is
set to "Relay disabled"
Limit type: Programmable
– Disabled
– Lower limit value of the measured
variable (see Fig. 3, left)
– Upper limit value of the measured
variable (see Fig. 3, left)
– maximum rate of change of the
measured variable
Slope =
(see Fig. 3 right)
Input variable limit
Lower Upper
G S
GW
H
H
GW
S G
H Hysteresis, GW Limit value, G Operation area, S Failure area
Fig. 3. Switching function according to limit monitored.
ver contact (see Fig. 9)
2
1
, ,
ver contacts (see Fig. 9)
ver contacts (see Fig. 9)
ver contacts (see Fig. 9)
∆ Measured variable
∆t
Rate-of-change
of input variable
Slope
S
H
G
Time
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