O
2
- measuring (option)
EMI-measuring by means of INP1
(high-impedance mV-inputs)
suitable for probes with
–
constant sensor temperature
(heated probes), setting by means
of parameter
–
measured sensor temperature
(non-heated probes), measuring by
means of INP2
ADDITIONAL INPUT INP2
(CURRENT)
Resolution:
>14 bits
Digital input filter:
adjustable ,0.0...999.9 s
Scanning cycle:
100 ms
Linearization:
as for INP1
Measurement value correction:
2-point or offset
Type:
single-ended
Current measurement
Input resistance:
approx. 49
Ω
Span start and span: anywhere between 0 and 20 mA
Scaling:
freely selectable, –1,999...9,999
Input circuit monitoring: 12,5% below span start (2 mA)
Heating current measurement
(via current transformer)
Input resistance:
approx. 49
Ω
Measurement span:
0...50 mA AC
Scaling:
freely selectable, –1,999....9,999 A
ADDITIONAL INPUT INP2
(UNIVERSAL, OPTION)
Resolution:
>14 bits
Digital input filter:
adjustable, 0.0...999.9 s
Scanning cycle:
100 ms
Linearization:
as for INP1
Measurement value correction:
2-point or offset
Type:
single-ended
except thermocouples
Thermocouples (Table 1)
Cold-junction compensation
•
Internal
- additional error:
typical:
max.:
ß_
0.5 K
ß
-2.5 K
•
External
0...100 °C
Remaining technical data as for INP1.
Resistive sensors (Table 2)
Connection technique:
3-wire
Measurement span
Remaining technical data as for INP1.
Current and voltage measurement
(Table 3)
Remaining technical data as for INP1
except:
•
Voltage input ranges –10 / 0...+10V and
-5...+5V not possible.
•
Millivolt input ranges: break monitoring
always active.
CONTROL INPUT DI1
Configurable as direct or inverse
switch or
push button
!
Contact input
Connection of potential-free contact that
is suitable for switching ‘dry’ circuits.
Switched voltage:
5 V
Switched current:
1 mA
Optocoupler input
For active control signals.
Nominal voltage:
24 V DC, external supply
Logic ‘0’:
-3...5 V
Logic ‘1’:
15...30 V
Current demand:
max. 6 mA
OUTPUTS
SURVEY OF OUTPUTS
Output
Purpose
OUT,1 OUT2
(relay, optional
optocoupler)
Control output ‘heating’ or ‘cool-
ing’(relay or optionalor Open/Closed;
Limit contact; Timer; optocoupler)
Programmer ‘End’ *
OUT3 (logic or
optional relay)
Same as OUT1 and OUT2
OUT3
(continuous)
Control output; Process value; Set-
point;Control deviation; Measure-
ment values of INP1/INP2; Trans-
mitter supply
* All logic signals can be ”OR-linked”.
Output values can also be forced via interface.
RELAY OUTPUTS OUT1, OUT2,
OUT3
Contact type:
normally open *
Max. contact rating:
500 VA, 250 V,
2A resistive load, 48...62 Hz,
Min. contact rating:
6V, 1 mA DC
Switching
cycles
(electrical):
for I=1A/2A:
?
800,000/500,000
(at 250V AC, resistive load)
* Versions with two relays OUT1 & OUT2
have a common terminal.
Note:
If the relays OUT1, 2 and 3 are used to
operate external contactors, these must be
fitted with RC snubber circuits to
manufacturer specifications to prevent
excessive voltage peaks at switch-off.
KS 45
3
V
14
13
12
16
15
11
mV
mA
V
17 18
INP2
INP1
OUT3
PWR
L
N
OUT1
OUT2
~90-260V
~24V
di1
8
7
6
3
2
1
5
3
4
(mV)
Data A
Data A
Data B
Data B
RGND
RGND
RS 485
KS45-1xY-xxxxx-xxx
Y
= 0, 1, 2, 3
V
14
13
12
16
15
11
mV
17 18
INP2
INP1
OUT3
PWR
L
N
OUT1
OUT2
~90-260V AC
~24V
di1
8
7
6
3
2
1
5
3
4
KS45-1xY-xxxxx-xxx
Y
= 4, 5
AC / DC
24VDC
1
2
top
16
15
17 18
System
16
15
17 18
System
Fig. 1: Connecting diagram (
= Version 1,
= Version 2)
