PMA KS 45 User manual

FEATURES
ØCompact design, only 22.5 mm
(0.87”) wide
- saves space in the control cabinet
ØClips onto top-hat DIN rail
ØPlug-in screw terminals or
spring-clamp connectors
- simple connection
ØDual-line LC display with addi-
tional display elements
- process values always in view
ØConvenient 3-key operation
ØDirect communication between
mounted controllers, fieldbus
connections via bus coupler
- simple integration into PLC / PC
ØUniversal input- also reduces
stock keeping
ØSecond analog input
- for external setpoint or heating
current
- as universal input (optional)
ØUniversal high-resolution output as
combined voltage/current output
ØTwo output relays or optocoupler
outputs
ØFast 100 ms response
- also suitable for fast signals
Ø2-point, 3-point, 3-point stepping,
continuous output
ØSelf-tuning function
APPLICATIONS
±Furnaces
±Burners & boilers
±Plastics processing
±Driers
±Climatic chambers
±Heat treatment
±Sterilizers
±Oxygen content control
±etc.
DESCRIPTION
The universal KS 45 controllers are de-
signed to provide precise and cost-ef-
fective temperature control in practi-
cally all branches of industry. The con-
troller output is configurable as signal-
ler, 2-point or continuous PID control,
3-point control with optional split ran-
ge, and 3-point stepping control.
A universal input is provided for the
process value signal. A second analog
input is available for heating current
measurement or for an external set-
point signal. Every KS 45 has at least
one universal input and two switching
outputs. Depending on version, the con-
troller has a universal output or opto-
coupler outputs. The universal output is
configurable as a voltage or current sig-
nal, for controlling solid-state relays, or
as a transmitter supply signal.Galvanic
isolation is provided between inputs and
outputs as well as from the supply volta-
ge and the communication interfaces.
Mounting
The compact KS 45 is clipped onto a
top-hat DIN rail, and can also be un-
mounted very simply.
All connections are of the plug-in type,
so that a controller can be replaced
very quickly without disturbing the wi-
ring.
Display and operation
The dual-line LC display permits simul-
taneous indication of the measured va-
lue and all of the unit’s operating
functions.
Moreover, a LED and 4 other display
elements give a reliable indication of
operating status, operating mode, and
error messages.
The user-configurable engineering unit
of the measured value can be included
in the display. By means of the exten-
ded Operating Level, it is possible to
show any signal or parameter in the
2nd display line.
Interfaces and Engineering Tools
The controller settings are also confi-
gurable by means of an Engineering
Tool. Via the BlueControl®software
(which includes a controller simulati-
on), and especially the convenient con-
nection via the BluePort®front inter-
face, the user can solve the task in
hand without having to work through
operating instructions. Of course, prac-
tically all settings can also be made
from the controller front.
Moreover, the KS 45 can exchange
data with superordinate systems and
PCs via an optional RS 485 interface
KS 45
Universal industrial controller
Compact design
Top-hat rail mounting
Display & operating functions
Communication features
2-point, 3-point, 3-point stepping, continuous control
Fast cycle times
Two universal inputs& universal output
Timer and programmer
Customer-specific linearization
Auto/manual switchover
rail line

with Modbus RTU protocol that is fit-
ted into the top-hat DIN rail.
Devices with option system interface
can be connected via bus coupler to
fieldbusses.
Password protection
If required, unauthorized access to the
various Operating Levels can be pre-
vented with a password, or an entire
level can be blocked.
TECHNICAL DATA
INPUTS
Survey of inputs
Input Purpose
INP1 As INP2 default;
X1 (process value 1), universal input
INP2
(mA DC)
External setpoint, process value X1;
Input for additional limit monitoring
and display
INP2
(mA AC)
(option)
External setpoint, heating current;
Process value X1; Input for additional
limit monitoring and display
INP2
(universal)
(option)
X2 (process value 2), universal input,
external setpoint, Process value X1;
Input for additional limit monitoring
and display
di1 Operation disabled; Reset of stored
alarms; Switchover to 2nd setpoint
SP.2, external setpoint, fixed output
value Y.2, manual operation, controller
‘off’, 2nd process value.
UNIVERSAL INPUT INP1
Resolution: >14 bits
Decimal point: 0 to 3 decimals
Digital input filter: adjustable 0.0...999.9 s
Scanning cycle: 100 ms
Linearization: 15 segments, adaptable with
BlueControl®
Measurement value correction: 2-point or offset
Type: single-ended (except for thermocouples)
Thermocouples (Table 1)
Input resistance: ≥1MΩ
Influence of source resistance: 1 µV/Ω
Input circuit monitor: sensor break, polarity
Cold-junction compensation
•Internal
- additional error: typical ß_ 0.5 K
max. ß+1.2 K
•External: 0 ...100 °C
Break monitoring
Sensor current: ß1µA
Operating sense configurable
Resistance thermometer (Table 2)
Connection technique: 3-wire or
4-wire
(not available if using INP2)
Lead resistance: max. 30 Ω
(for max. end of span)
Input circuit monitoring: break and short circuit
Measurement span
Separated into ranges
Physical measurement range: 0...4,500 Ω
The BlueControl®software enables
the internal characteristic curve for the
KTY 11-6 temperature sensor to be
adapted.
Current and voltage measurement
(Table 3)
Span start and span: anywhere within the
measurement range
Scaling: freely selectable, –1,999...9,999
Input circuit 12.5% below span
monitoring (current): start (2 mA)
2KS45
Thermocouple type Measurement range Error Typical resol.(∅)
L Fe-CuNi (DIN) -100...900°C -148...1,652°F ß2K 0.1 K
J Fe-CuNi -100...1,200°C -148...2,192°F ß2K 0.1 K
K NiCr-Ni -100...1,350°C -148...2,462°F ß2K 0.2 K
N Nicrosil/Nisil -100...1,300°C -148...2,372°F ß2K 0.2 K
S PtRh-Pt 10% 0...1,760°C 32...3,200°F ß2K 0.2 K
R PtRh-Pt 13% 0...1,760°C 32...3,200°F ß2K 0.2 K
T** Cu-CuNi -200...400°C -328...752°F ß2K 0.05 K
C W5%Re-W26%Re 0...2,315°C 32...4,199°F ß3K 0.4 K
D W3%Re-W25%Re 0...2,315°C 32...4,199°F ß3K 0.4 K
E NiCr-CuNi -100...1,000°C -148...1,832°F ß2K 0.1 K
B* PtRh-Pt6% 0(400)...1,820°C 32(752)...3,308°F ß3K 0.3 K
Special -25 … 75 mV ß0.1% 0.01%
* Values apply from 400°C upwards.
**Values apply from -80°C upwards.
Table 1: Thermocouple input
Type Sensor current Measurement range Error Typical resol. (∅)
Pt100***
≤0,25 mA
-200..100(150)°C -328...212(302)°F ß1 K 0.1 K
Pt100 -200...850°C -328...1,562°F ß1 K 0.1 K
Pt1000 -200...850°C -328...1,562°F ß2 K 0.1 K
KTY 11-6* -50...150°C -58...302°F ß2 K 0.1 K
Special* 0...4,500 [** ß0.1% 0.01%
Special* 0...450 [** ß0.1% 0.01%
Poti 0...160 [** ß0.1% 0.01%
Poti 0...450 [** ß0.1% 0.01%
Poti 0...1,600 [** ß0.1% 0.01%
Poti 0...4,500 [** ß0.1% 0.01%
* Default setting is the characteristic for KTY 11-6 (-50...150°C)
** Including lead resistance
*** up to 150°C at reduced lead resistance (max. 160 [)
Table 2: Resistive inputs
Measurement range Input resistance Error Typical resol.(∅)
0...10 Volt ≈110 k[ß0.1 % 0.6 mV
-10...10 Volt ≈110 k[ß0.1 % 1.2 mV
-5...5 Volt ≈110 k[ß0.1 % 0.6 mV
-2,5...115mV* >1M[ß0.1 % 6 µV
-25...1150mV* >1M[ß0.1 % 60 µV
-25...90mV* >1M[ß0.1 % 8 µV
-500...500mV* >1M[ß0.1 % 80µV
-200...200mV* >1M[ß0.1 % 40 µV
0-20 mA 20 Ωß0.1 % 1.5 µA
* For INP1: high-impedance, without break monitoring
for INP2: high impedance, break monitoring always active
Table 3: Current and voltage input

O2- 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
LNOUT1
OUT2
~90-260V
~24V
di1
8
76
3
2
1
5
34
(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
LN
OUT1
OUT2
~90-260V AC
~24V
di1
8
76
3
2
1
5
34
KS45-1xY-xxxxx-xxx
Y=4,5
AC/DC
24VDC
12
top
16
15 17 18
System
16
15 17 18
System
Fig. 1: Connecting diagram (= Version 1, = Version 2)

OPTOCOUPLER OUTPUTS OUT1,
OUT2 (OPTIONAL)
Grounded load: common ‘plus’ control voltage
Switch rating: 18...32 V DC; max. 70 mA
Internal voltage drop: ß1VatI
max
Protective circuits: fitted as standard
for short circuit, reversed polarity.
Note:
A free-wheel diode has to be fitted for
inductive loads externally.
OUT3 AS UNIVERSAL OUTPUT
Parallel current/voltage output with
common ‘minus’ terminal (combined
use only in galvanically isolated cir-
cuits).
Freely scalable
Resolution: 14 bits
Tracking error I/U: ß2%
Cut-off frequency: > 2 Hz
(continuous controller)
Residual ripple: ß_1%
(rel. to range end) 0...130kHz
Current output
0/4...20 mA, configurable,
short-circuit proof.
Control range: -0.5...23 mA
Load: ß700 Ω
Load effect: ß0.02%
Resolution: ß1.5 µA
Error: ß0.1%
Voltage output
0/2...10V, configurable,
not permanently short-circuit proof
Control range: -0.15...11.5 V
Load: ≥2kΩ
Load effect: ß0.06%
Resolution: ß0.75 mV
Error: ß0.1%
Additional error when ß+ 0.09%
using simultaneously the
current output
OUT3 as transmitter supply
Output: 22 mA / ≥13VDC
OUT3 as logic signal
Load ß700 Ω0/ß23 mA
Load > 500 Ω0/> 13 V
GALVANIC ISOLATION
Galvanic isolation is provided between
inputs and outputs as well as from the
supply voltage (3-port-isolation).
Test voltage:
Between power supply and
in-/outputs:
2.3 kV AC, 1 min
Between input and output: 500 V AC; 1min
Isolation:
between in-/output against
earth:
ß33VAC
FUNCTIONS
Control behaviour
•Signaller with adjustable switching
differential (On/Off control)
•PID controller (two-point and
continuous)
•Delta / Star / Off, or two-point
controller with full/partial load
switchover
•2 x PID control (Heating / Cooling,
three-point, and continuous)
•Three-point stepping controller
Control parameters are adjusted auto-
matically (self-tuning) or manually via
the front panel or using the BlueCon-
trol®software package.
The KS 45 has been prepared for con-
necting PMATune, in order to determi-
ne the optimum control parameters,
also with difficult control loops.
Setpoint functions
•Adjustable setpoint gradient
0.01...9,999 per minute
•Setpoint control
•Master/Slave control
•Program control with 4 segments
(setpoint/segment times)
•Timer
•Setpoint/Program control with
external shift
Timer
Time t.SP is adjustable from 0.1 to
9,999 minutes.
Timer start
•On power up
•Via control input
•Selection in extended Operating Level
•Direct selection of timer setting
Programmer
•4 segments, can be disabled
•Programmed time up to 9,999
minutes/segment
•Start at process value
•Program start via digital input or
front panel
Process value functions
•Standard (process value X1)
Optionally:
•Ratio control ((X1 + offset)/X2)
•Difference control (X1 – X2)
•Max. value selection from X1, X2
•Min. value selection from X1, X2
•Mean value selection from X1, X2
•Switchover between X1 and X2
4KS45
safety isolation
f
u
n
c
ti
o
n
a
li
so
l
a
ti
o
n
Version 1
Version 2
power
relay OUT1
input INP1
input INP2
di 1 (contact)
di 1 (option
optocoupler)
output OUT3
RS 485
system
relay OUT2
front interface
power
relay OUT3
input INP1
input 2 (HC)
di 1 (contact)
di 1 (option
optocoupler)
optocoupler OUT1
RS 485
system
optocoupler OUT2
front interface
Fig. 2: Galvanic isolation
start
1
2
t.SP
End
Fig 3a: Timer modes 1 and 2
s
t
a
rt t.SP
3
4
End
Fig 3b: Timer modes 3 and 4
s
t
a
rt
t.S
P
Fig 3c: Timer mode 5
start t.SP
SP SP
SP
.
2
End
Fig 3d: Timer mode 6

•Oxygen measurement* with
measured or constant sensor
temperature
* Precise determination of O2 content by
means of Nernst equation.
Signal manipulation
Depending on the selected sensor
type, the following options are provi-
ded for manipulating the input signal:
•Measurement value correction
(offset and 2-point)
•Scaling
•1st-order filter
•Linearization with 15 segments
•Substitute value in case of an error
Behaviour on sensor break/short circuit
•Controller outputs disabled (off)
•Output of a fixed safety value
•Output of a calculated mean value
(PID controllers)
•Preset substitute input value, can
be disabled
Display of engineering units
The engineering unit for the measured
value can either be selected from a
predefined list of standard units, or it
can be defined by the user (BlueCon-
trol®). The unit appears in the second
line of the display.
LIMIT VALUE FUNCTIONS
Max, Min or Max/Min monitoring with
adjustable hysteresis.
Monitored signals
•Process value
•Control deviation (with suppression
during start-up or setpoint changes)
•Input 1, Input 2
•Setpoint
•Output value
Functions
•Input value monitoring
•Input value monitoring with storage,
and reset via front panel or digital input
•Several limit values and alarm
messages can be logically
”OR-linked”.
Applications: Releasing a brake on
motor actuators, generating a
common alarm, etc.
•Limit signals can be used as control
input.
ALARMS
Heating current alarm
•Overload & short circuit
•Open circuit & short circuit
Limit: adjustable, 0 … 9,999A
Open control loop
Automatic detection, if there is no re-
sponse from the process after a chan-
ge in output value.
Sensor break / short circuit
Depending on the selected input type,
the input circuit is monitored for break,
short circuit, and reversed polarity.
MAINTENANCE MANAGER
Display of error messages, warnings,
and stored limit value messages in the
error list. Messages are stored, and
can be reset manually.
Possible elements in the error list:
Sensor break, short circuit, incorrect polarity
Stored limit values
Heating current alarm
Control loop alarm
Fault during self-tuning
E.g. Re-calibration warning (message is generated
when a predefined operating time is reached)
E.g. Maintenance interval for a switching device
(message is generated when a predefined number
of switching cycles is reached)
Internal fault (RAM, EEPROM, ...)
DISPLAY AND OPERATION
Display
LCD
dual-line plus additional display elements
Upper line
4 digits, 7-segment LCD for process value
Lower line
5 digits, 14-segment LCD; configura-
ble contents (via BlueControl®)
•Setpoint
•Output value
•Engineering unit
•Parameters
•Extended Operating Level
Additional display elements
4 display elements (bars in the lower
line of the LCD)
•Marked1&2:OUT1 / OUT2
•Marked M: Manual operating mode
•Marked E: Entry has been made in
the error list
LED
Dual-colour indicator
Green: OK
Green, blinking: no data exchange with bus
coupler (only for devices with
system option)
Red: limit value Lim1 exceeded
Red, blinking: internal fault, configuration
mismatch
Operating functions
Only three keys at the front of the
KS 45 are used to operate process va-
lues, parameters, and configuration
data. Different Operating Levels and
selected parameters can be disabled
by means of BlueControl®.
Switchover functions
•Display and operation of
switchovers (adjustable via
BlueControl®)
•Permanent display in lower LCD line
•In the extended Operating Level
A-M Operating function for simple
auto/manual switchover
Func Operating function for simple
switchover of signals, e.g. 2nd
setpoint, controller off, etc.
ProG Operating function for simple
starting/stopping of the programmer
POWER SUPPLY
Depending on ordered version:
AC supply
Voltage: 90...260 V AC
Frequency: 48...62 Hz
Consumption: approx. 7 VA max.
Universal supply 24 V UC*
AC supply: 18...30 V AC
Frequency: 48...62 Hz
DC supply: 18...31 V DC
Consumption: approx. 4 VA / 3W max.
Supply only with protective low voltage (SELV)
* Devices with system option:
They are supplied via the bus connector from
bus coupler or power supply module.
Behaviour with power failure
Configuration and parameter set-
tings:Permanent storage in EEPROM
KS 45 5

BLUEPORT®FRONT INTERFACE
Connection to the controller front via a
PC adapter (see ‘Additional Accesso-
ries’). The BlueControl®software en-
ables the KS 45 to be configured,
parameters set, and operated.
BUS INTERFACE (OPTIONAL)
RS 485
Connection via bus connector fitted in
the top-hat rail. Screened cables
should be used.
Galvanically isolated
Type: RS 485
Transmission speed: 2,400, 4,800, 9,600, 19,200,
38,400 bits/sec
Parity: even, odd, none
Address range: 1...247
Number of controllers per bus segment: 32
Protocol:
•MODBUS RTU
SYSTEM INTERFACE
For connection to fieldbus couplers
(see system components)
Connection via bus connector fitted in
the top-hat rail.
Technical data see data sheet
9498-737-50911.
ENVIRONMENTAL CONDITIONS
Protection mode
Front panel: IP 20
Housing: IP 20
Terminals: IP 20
Permissible temperatures
For specified accuracy: -10...55°C
Warm-up time: < 20 minutes
Temperature effect: ß0.05%/10K
add. influence to cold
junction compensation: ß0.05% / 10 K
Operating limits: -20...60°C
Storage: -30...70°C
Humidity
Max. 95%, 75% yearly average, no
condensation
Shock and vibration
Vibration test Fc (DIN EN 60 068-2-6)
Frequency: 10...150 Hz
Unit in operation: 1g or 0.075 mm
Unit not in operation: 2g or 0.15 mm
Shock test Ea (DIN EN 60 068-2-27)
Shock: 15 g
Duration: 11 ms
Electromagnetic compatibility
Complies with EN 61 326-1 for conti-
nuous, unattended operation.
Interference radiation:
•Within the limits for Class B devices.
Immunity to interference:
Meets the test requirements for devi-
ces in industrial areas.
Evaluation criteria:
•Surge interference partly has marked effects,
which decay after the interference stops.
•With high levels of surge interference on 24 V
AC mains leads, it is possible that the device
is reset.
•With HF interference, effects up to 50 µV can
occur.
GENERAL
Housing front
Material: Polyamide PA 6.6
Flammability class: VO (UL 94)
Connecting terminals
Material: Polyamide PA
Flammability class: V2 (UL 94) for screw terminals
V0 (UL 94) for spring-clamp
terminals and bus connector
Electrical safety
Complies with EN 61 010-1
Over-voltage category II
Contamination degree 2
Protection class II
Electrical connections
Plug-in connector strips with choice of
terminal type:
•Screw terminals or spring-clamp
terminals, both for lead
cross-sections from 0.2 to 2.5 mm2.
(AWG24-12)
Mounting method
Clip-on rail mounting (35 mm top-hat
rail to EN 50 022).
Locked by means of metal catch in
housing base.
Close-packed mounting possible.
Mounting position: vertical
Weight:
0.18 kg
Standard accessories
•Operating instructions
•With ‘Interface’ option: bus
connector for fitting into top-hat rail
CERTIFICATION
•CE certified
•DIN 3440 / EN 14597
•UL/cUL certified
6KS45
117.5 (4,63”)
99 (3,90”)
2.3
22.5
111 (4,37”)
5.5
(0,87”)
(0,08”)
(0,20”)
Klemme /
terminal
1516 17 18
5678
1234
11 12 13 14
Klemme /
terminal
Fig. 4: Overall dimensions (in mm)

ACCESSORIES
BlueControl®(Engineering Tool)
PC software package for configuring,
parameter setting, and operating
(commissioning) the KS 45 controller.
Moreover, all settings are saved and
can be printed, if required.
Depending on version, a powerful data
acquisition module with trend graphics
is available.
Show/hide function
The BlueControl®software enables
any number of parameters and confi-
guration setting to be shown/hidden.
This ensures that only permitted para-
meters & settings can be changed in
the controller. Safety-relevant parame-
ters are not displayed.
Simulation function
The built-in simulation serves to test
the settings.
Software requirements:
Windows 95/98/NT/2000/XP
Configuration settings made only
via the BlueControl®software
(not via the controller’s front keys)
•Customer-specific linearization
•Enable forcing for inputs and
outputs
•Setting the limits for operating
hours and switching cycles
•Switch-over to 60 Hz mains
frequency
•Blocking operator functions,
Operating Levels, and password
definition
•Text setting
•Definition of the display contents
Hardware requirements
A special PC adapter (see ‘Additional
Accessories’) is required for connec-
ting to the controller.
Updates and demo software from:
www.pma-online.de
Table 4: BlueControl®: Versions and functions
1
2
3
45
Fig. 6: Accessories
Description Quantity Order no.
1Connector set with screw terminals 4 pcs. 9407-998-07101
2Connector set with spring-clamp terminals 4 pcs. 9407-998-07111
3Bus connector for fitting in top-hat rail 1 piece 9407-998-07121
4Plug for bus connection, inverted, connections
at left, horizontal cable entry
1 piece 9407-998-07131
5Plug for bus connection, connections at right,
vertical cable entry
1 piece 9407-998-07141
ACCESSORIES
Fig. 5: Hiding of interface parameters:
only the address is visible
Description Language Order no.
PC adapter for the BluePort®front interface 9407-998-00001
BlueControl®Mini German/English www.pma-online.de
BlueControl®with Basic license rail line German/English 9407-999-12001
BlueControl®with Expert license rail line German/English 9407-999-12011
PMATune PID optimization program Single license 9407-999-06601
PMATune PID optimization program Multiple license (5) 9407-999-06611
ADDITIONAL ACCESSORIES

Standard accessories:
•Operating notes
•Devices with ‘Interface’ option: bus connector
for fitting into top-hat rail
PMA
Prozeß- und Maschinen- Automation GmbH
P.O. Box 31 02 29
D-34058 Kassel
Tel.: +49 - 561- 505 1307
Fax: +49 - 561- 505 1710
E-mail: [email protected]
Internet: http://www.pma-online.de
Your local representative
Printed in Germany – Issue 10/2005 – Subject to changes without notice – 9498 737 48513
KS4 5 1
0
Universal controller KS 45
0
1
without plug-in connector terminals
2
18...30VAC/18...31VDC, mA/V/ ,
(0...20mA)
logic + 2 relays
INP2 as current input
3
90..260V AC, 2 optocoupler outputs,1 relay,
INP2 as current input (0...20mA DC and
0...50 mA AC)
4
18...30VAC/18..31VDC, 2 optocoupler outputs.,
1 relay, INP2 as current input
(0...20mA DC and 0...50 mA AC)
5
0
1
Standard configuration 0
Customer-specific configuration 9
Standard (CE-certification) 0
0
RS 485 / MODBUS - protocol
with screw terminal connector
90...260V AC, mA/V/logic + 2 relays,
(0...20mA)INP2 as current input
1 universal input, 1 digital input
with display and BluePort interface
®
without options
0
90...260V AC, 2 output relays,
INP2 as current input (0...20mA)
18...30VAC/18...31VDC, 2 ,
(0...20mA)
output relays
INP2 as current input
0
1
di1 as contact input
di1 as optocoupler input 1
INP2 as universal input, 0 -measurement,
di1 as contact input
2
INP2 ,
di1 as optocoupler input
as universal input, 0 -measurement2
2*
3*
* not on versions with o
p
tocou
p
ler out
p
uts (KS45-1x4... and KS45-1x5...)
00
2
System interface (only for 24V versions)
DIN 3440 / EN 14597
Ul/cUL certified
D
U
ORDERING DATA
Description Order no.
Operating instructions for KS 45 (D) 9499-040-71818
Operating instructions for KS 45 (E) 9499-040-71811
Interface description for
Modbus rail line (D)
9499-040-72018
Interface description for
Modbus rail line (E)
9499-040-72011
Interface description for
PROFIBUS-DP (D)
9499-040-77118
Interface description for
PROFIBUS-DP (E)
9499-040-77111
ØPlease also order the associated
documentation
(as separate item):
RL40-112-00000-000
Fieldbus coupler PROFIBUS DP
Fieldbus coupler PROFIBUS DP,
UL / cUL certified
RL40-112-00000-U00
Power supply module
UL / cUL certified
RL40-119-00000-000
RL40-119-00000-U00
Power supply module
SYSTEM COMPONENTS