Silex
Catalogue
Table of contents
General guide. 2
Control families. 2
Distributed
controls. 2
CPU cards. 3
32 bit units. 3
RTC.. 3
8 bit units. 5
RTC.. 5
Extension modules of
modular CPU-s. 6
Modules for input – output
extensions. 6
Input module (SCP-DIN) 6
48 channel input module
(SCP-DIN-48) 7
Transistor output module (SCP-DOUT) 8
Relay module (SCP-ROUT) 8
Modules to AIN extension place. 9
Analogue interface (SCP-AIN,
SCP-AIN resistor network, SCP-AIN current loop) 9
0-1V-os analogue interface
(SCP-GAIN-U, SCP-GAIN-I) 10
Modules to SPI extension place. 11
Modules to CNT extension place. 11
DA module (PWD_DA) 11
Optocoupled counter - PWM
interface module. 12
Non expandable, intelligent modules. 12
32 bit CPU.. 12
FreeDome CPU.. 12
FreeDome-NODE.. 13
FreeDome – Small NODE. 15
Micro PLC.. 16
15 bit PWM DA node. 17
Dimmer module. 17
Communication interface
modules. 17
GSM module. 18
CAN-opto coupling module. 18
RS-232/485 interface module. 18
Power supplies. 18
50 W, AC/DC power supply. 18
75 W, AC/DC power supply. 19
120 W, AC/DC power supply. 19
Keyboard unit and display modules. 20
TA 16. 20
TA – 16 VFD.. 20
TA 16 interface modules. 22
Rack PLC-s. 22
Central unit card. 23
Digital input cards. 24
Digital, transistor output cards. 25
Relay output card. 25
Digital input-output card. 25
Analogue input card. 26
Rack supply units. 26
Sensors. 30
Software. 32
Developer - running tools. 32
PLC system software, developer system ... 32
Embedded Linux
C .. 33
Visualization. 33
Behind Silex PLC-s there is
more than 15 years of industrial experience and over 1000 systems delivered.
Our main products are industrial controls of different types and
functions, as general purpose PLC-s or special controls e.g. for vehicle,
military controls, building automation units or customer specific
controls.
The main features of Silex
PLC-s are state of the art technology, high reliability
and easy programming.
All of these controls have a
common software environment (integrated development system, same communication
protocol) so these hardware tools - which are seemingly designed for different
functions - are able to work in an integrated system.
For the last more than 15
years we have been continuously updating and broadening the range of our offer.
With this catalogue we would like to assist you in system planning or configuring
of the proper appliances.
In accordance with the nature
of task and the way of installation or application we can offer a wide range of
solutions both for concentrated and distributed control topology. Our offers
for the former task are the rack-system PLC-s with broad I/O card assortment
and for the distributed control tasks the fix or modular 8 and 32 bit systems,
which can be placed directly to the physical I/O points.
All of our devices are
designed for network communication. The 32 bit units are capable for Ethernet -
TCP/IP and CAN, the 8 bit modules for CAN communication. Irrespectively of the
control family the applied protocols are the same for all of the Silex PLC-s.
It means that we can use both concentrated (rack) and distributed PLC-s within
the same network without restrictions or auxiliary fitting.
It is practical to use
distributed controls when the physical system itself is largely distributed, so
the controls can be installed in different concentration points. Hereby
the cabling is less complicated and cheaper. In this situation one or
more, high power CPU-s and intelligent nodes, which can do I/O
tasks and can run local programs as well, are connected by a high-speed, high
reliability CAN network. The network- and system software hides the
topology from the user, so the I/O points, which are in different places, are
handled as one system. From the programmer’s view there is no difference
between e.g. an input on-board the CPU or an output connected to a far
node. For the user both are I/O mirror references. I/O refresh and
providing simultaneity is the system software's duty.
For the distributed controls
we apply small, flat assembly boxes with rail mounted construction.
Both the 32 and 8 bit PLC-s
can be used independently for control tasks and the network is expandable later
on.
Within the distributed PLC
system there are modular and fix (expandable only over the network) units.
At the modular controls to
the different I/O modules (i.e. the AIN, SPI, CNT and digital
I/O) can be connected due to the task. In the datasheet of CPU-s you can
find the maximal number of AIN, SPI and CNT add-on modules. Description of
modules connected to the ports is in the chapter after CPU-s.
Both to the 32 and the 8
bit CPU-s 6 I/O modules can be connected. The ordering number contains the
distribution of input and output modules (see the chapter after CPU-s).
It is worth to mention
separately the fix, viz. not expandable units. Out of these the units of
FreeDome system are formed specifically for building automation but certainly
they can be used in other control functions according to their specification.
|
Ordering
Nr.
|
Type
|
Description
|
RAM
|
Flash
|
RTC
|
CAN
|
Ethernet
|
Supply
|
AIN
|
SPI
|
CNT
|
|
220-05-x
y v w
|
SCP-03/32
|
MC
68376,
32 bit uC
|
512
k word
|
512
k word
|
1
|
1
|
1
|
24
V DC
|
2
modules
|
1
module
|
1
module
|
|
Ordering
Nr.
|
Type
|
Description
|
RAM
|
Flash
|
RTC
|
CAN
|
Ethernet
|
Supply
|
AIN
|
SPI
|
CNT |
|
220-08-x y |
SCP-03/08 |
MC 908,
8 bit uC |
2 kbite |
48 kbite |
- |
1 |
- |
24 V DC |
1 module |
1
module |
1 module |
|
Number of input channels: |
8 pcs |
|
Number of I/O extension module place
occupied: |
1 input module extension place |
|
Type of inputs: |
positive logic, optocoupled |
|
Max input voltage (to opto GND): |
30 Vpeak |
|
Lowest input voltage corresponding to high
signal: |
16 V |
|
Highest input voltage corresponding to low
signal: |
8 V |
|
Optolcoupling: |
Between control signals and input |
|
Max input voltage against PLC system
GND: |
350 VDC
250 VAC (50Hz) |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
51 mm x 110 mm x 60 mm |
|
Ordering number: |
222-03-02-2 |
|
Number of input channels: |
48 pcs |
|
Number of I/O extension module place
occupied: |
1 input and 1 output module extension
place |
|
Type of inputs: |
positive logic, not optocoupled |
|
Max input voltage (to opto GND): |
30 Vpeak |
|
Lowest input voltage corresponding to high
signal: |
20 V |
|
Highest input voltage corresponding to low
signal: |
8 V |
|
Optocoupling: |
– |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
89 mm x 110 mm x 60 mm |
|
Ordering number: |
222-05-01-3 |
|
Number of output channels: |
8 pcs |
|
Number of I/O extension module place
occupied: |
1 output module extension place |
|
Type of outputs: |
positive logic, short circuit
protected |
|
Type of appllied switching unit: |
BTS724G (Infineon) |
|
Voltage range: |
10 – 30 VDC |
|
Voltage of outputs: |
1 A / output |
|
Optocoupling: |
Between control signals and output
side |
|
Max input voltage against PLC system
GND |
350 VDC
250 VAC (50Hz) |
|
Power consumption of card from 24V (with
switched off outputs): |
50 mA |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP–00 |
|
Dimensions (rail mounted construction): |
62 mm x 110 mm x 60 mm |
|
Ordering number: |
223-03-02-3 |
|
Number of output channels: |
8 |
|
Number of I/O extension module place
occupied: |
1 output |
|
Type of outputs: |
1 closing contact |
|
Power supply of relays: |
24 VDC |
|
Current of outputs: |
2A / output |
|
Voltage of outputs: |
250 V AC |
|
Kapcsolható teljesítmény: |
60 VA |
|
Max input voltage against PLC system GND: |
350 VDC
250 VAC (50Hz) |
|
Power consumption of card from 24Vl (with
switched off outputs): |
10 mA |
|
Power consumption of a switched on output
from 24: |
Max. 15 mA |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP–00 |
|
Dimensions (rail mounted construction): |
62 mm x 110 mm x 60 mm |
|
Ordering number: |
227-02-02-6 |
|
Number of inputs: |
8 pcs |
|
Voltage inputs: |
0-4,5V (SCP-AIN version)
0-10V (SCP-AIN resistor network version) |
|
Current loop inputs: |
0-20 mA
Rclosing=220
W (SCP-AIN
current loop version) |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
54 mm x 110 mm x 60 mm |
|
Ordering number: |
SCP-AIN
225-06-02-8
SCP-AIN current loop 225-06-03-9
SCP-AIN fesz osztó
225-06-04-1 |
|
Number of inputs: |
8 |
|
Voltage inputs: |
0-1V (SCP-GAIN-U version) |
|
Current loop inputs: |
0-20 mA Rclosing=47
W (SCP-GAIN-I
version) |
|
Power suply: |
20-30VDC
±10% |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
64 mm x 110 mm x 60 mm |
|
Ordering number: |
SCP-GAIN-U 225-08-01-9
SCP-GAIN-I 225-08-02-0 |
|
Number of inputs: |
8 |
|
Voltage inputs: |
0-2,5V inner ref, without resistor network, 0-4,5 V
outer ref, without resisitor network, 0-10 V, outer/inner ref, with
outer resistor network (SCP-8ADC-U version) |
|
Current loop inputs: |
0-20 mA (SCP-8ADC-I version) |
|
SPI communication felület: |
Microwire standard, 1 chipselect, |
|
Power supply: |
5VDC ±5% |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
57 mm x 110 mm x 60 mm |
|
Ordering number: |
SCP-8ADC-I
225-11-01-3
SCP-8ADC-U
225-11-02-4 |
|
Number of outputs: |
4 |
|
Type ot outputs: |
0-10V |
|
Impedance of outputs: |
100 W |
|
Cutting frequency of the output filter: |
40 dB/decade |
|
Time constant of the output filter: |
100 msec |
|
Power supply: |
12 V ¦ 15 V DC (ripple content L 2%), or 18 V ¦ 28 V DC (ripple
content L 15%) |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
53 mm x 110 mm x 60 mm |
|
Ordering number: |
225-12-01-4 |
|
Number of input channels: |
4 pcs counter, 1pc clock |
|
Max input frequency: |
5 kHz |
|
Type of inputs: |
positive logic, optocoupled |
|
Max input voltage (to opto GND): |
30 Vpeak |
|
Lowest input voltage corresponding to high
signal: |
16 V |
|
Highest input voltage corresponding to low
signal: |
8 V |
|
Number of output channels: |
4 |
|
Max output frequency: |
5 kHz |
|
Max current of outputs: |
1 A / channel |
|
Highest output voltage corresponding to emitter of
transisitor: |
35 Vpeak |
|
Type of outputs: |
NPN, transistor |
|
Optocoupling: |
Between control signals and in/output
sides |
|
Max input voltage against PLC system GND: |
350 VDC
250 VAC (50Hz) |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
64 mm x 110 mm x 60 mm |
|
Ordering number: |
224-02-01-2 |
|
|
|
|
|
|
|
|
|
|
|
|
|
Relay outputs to alarm zone
inputs: |
|
|
Type of outputs: |
NC relay, impedance of output towards common
point is 5,6 kW |
|
Output voltage: |
5VDC-Usupply |
|
Impedance of outputs: |
5,6 kW |
|
PGM inputs (e.g. to alarm interface) |
2 pcs |
|
Type of inputs: |
for open collector outputs (pull up with 4,7 kW to 5V) |
|
Input voltage: |
0 – 5 VDC, ±0% |
|
Lowest input voltage corresponding to high
signal: |
3,5 V |
|
Highest input voltage corresponding to low
signal: |
1 V |
|
Supply voltage of card (UTáp) |
11 – 15VDC |
|
Power consumption of card on 12V (with switched off
outputs): |
Max. 150mA |
|
Operating temperature: |
-10 – +55°C 1 |
|
Environmental temperature: |
-20 – +70°C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
110 mm x 110 mm x 60 mm |
|
Ordering number: |
235-05-01-7 |
|
|
|
|
Function: |
|
|
CPU: |
MC908GZ60 |
|
Flash, RAM |
2k RAM, 48k flash |
|
Communication: |
1 CAN, 1 pc RS 232 |
|
Number of AC input channels: |
10 |
|
Max input voltage (to opto GND): |
250 Veff |
|
Lowest input voltage corresponding to high
signal: |
60 Veff |
|
Highest input voltage corresponding to low
signal: |
25 Veff |
|
Optocoupling: |
Between control signals and input
side |
|
Max input voltage against PLC systemground: |
350 VDC
250 VAC (50Hz) |
|
Number of DC digital input / analogue
channels: |
8 pcs digital or analogue |
|
Type of inputs: |
CMOS, not coupled, pull up with 4,7kW to +5V |
|
Max input voltage to powersupply „0”: |
-10 V, +15 V |
|
Lowest input voltage corresponding to high
signal: |
2,6 V |
|
Highest input voltage corresponding to low
signal: |
2,4 V |
|
A/D resolution: |
8 bit |
|
A/D precision: |
5 % |
|
A/D reference voltage: |
5V ±3% |
|
Optocoupling: |
- |
|
Number of relay output channels: |
1+2+3+4 |
|
Type of outputs: |
1 pc 1 NO relay, 2 pcs morse contact
relay, 3x1 pc NO relay with common input, 4x1 pc NO relay with
common input |
|
Power supply of relays: |
|
|
Current of outputs (at the 2 pcs morse contact
relay): |
10 A, AC1 operation mode |
|
Current of outputs (at the 8 pcs closing
contact relay): |
4 A, 60 VA |
|
Relay voltage: |
250 VAC |
|
Number of transistor output channels: |
4 |
|
Type of outputs: |
PNP, short-circuit protected |
|
Current of outputs: |
500 mA |
|
Voltage of the common point of outputs: |
10 VDC - 30 VDC |
|
IIC bus: |
1 pc |
|
Number of modules (directly
connected) |
8 pcs dimmer or 7 pcs
thermometer |
|
Power supply: |
10 – 15 VDC |
|
Power consumption from 12 V with switched out
outputs: |
Max. 100 mA |
|
Power consumption from 12 V with switched on
relays: |
Max. 600 mA |
|
Environmental temperature: |
0 – 70 °C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
170 mm x 110 mm x 60 mm |
|
Ordering number: |
220-15-01-2 |
|
|
|
|
Function: |
|
|
CPU: |
MC908GZ60 |
|
Flash, RAM |
2k RAM, 48k flash |
|
Communication: |
1 CAN, 1 db RS 232 |
|
Number of AC input channels: |
4 |
|
Max input voltage (to opto GND): |
250 Veff |
|
Lowest input voltage corresponding to high
signal: |
60 Veff |
|
Highest input voltage corresponding to low
signal: |
25 Veff |
|
Optocoupling: |
Between control signals and input
side. |
|
Max input voltage against PLC system GND: |
350 VDC
250 VAC (50Hz) |
|
Number of relay output channels: |
1+3+4 |
|
Type of outputs: |
1 pc 1 NO relay, 3x1 pc NO relay with
common input, 4x1 pc NO relay with common input |
|
Power supply of relays: |
12 VDC |
|
Current of outputs: |
4 A, 60 VA |
|
Voltage connectable to the relays: |
250 VAC |
|
IIC bus: |
1 pc |
|
Number of connectable modules: |
8 pcs thermometer modules |
|
Power supply: |
10 – 15 VDC |
|
Power consumption from 12 V with switched off
outputs: |
Max. 100 mA |
|
Power consumption from 12 V with switched on
relays: |
Max. 500 mA |
|
Environmental temperature: |
0 – 70°C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
90 mm x 110 mm x 60 mm |
|
Operational environment temperature: |
0 – 70°C 1 |
|
Ordering number: |
220-21-01-8 |
|
|
|
(basic and current loop construction)
|
Function: |
Stand alone PLC or intelligent I/O
extension module |
|
CPU card: |
SILEX HC908-mPLC |
|
RAM, flash |
2k RAM, 48k flash |
|
Inputs: |
8 digital optocoupled input, 24V DC |
|
Outputs: |
8 digital output, 24V DC, 1A |
|
Analogue inputs: |
8 multiplexed channel, 8 bit, 50ms-es A/D, voltage or current input is
optional |
|
CAN interface: |
1 CAN controller |
|
Series port: |
1 pc RS232C |
|
Power supply: |
12 V ¦ 30 V DC (ripple content L15%) |
|
Power consumption from 24 V: |
100 mA |
|
Operational environent temperature: |
0 – 70°C 1 |
|
Protection: |
IP 00 |
|
Dimensions (rail mounted construction): |
132 mm x 110 mm x 60 mm |
|
Ordering number: |
With analogue voltage input:
220-09-02-6
With current loop input:
220-09-03-7 |
|
Number of outputs: |
8 |
|
Type of outputs: |
15 bit PWM, 0-20 mA or 0-10V |
|
PWM frequency of outputs: |
150 Hz |
|
Precision of outputs: |
>1% |
|
Cutting frequency of th eoutput filter: |
40 dB/decade |
|
Time constant of the output filter: |
47 msec |
|
Value of the closing resistor in case of current loop
output: |
100-500 W |
|
CAN interface: |
1 channel CAN 2.0B controller |
|
Power supply: |
18 V - 30 V DC (ripple content L 15%) |
|
Operational environment temperature: |
0 – 70 °C |
|
Protection: |
IP 00 |
|
Dimensions (card without holder): |
62 mm x 107,5 mm x 30 mm |
|
Oredering number: |
120-13-01-7 |
|
Number of AC inputs: |
2 (down, up) |
|
Type of inputs: |
AC |
|
Max input voltage (to opto GND): |
250 Veff |
|
Lowest input voltage corresponding to high
signal: |
60 Veff |
|
Highest input voltage corresponding to low
signal: |
25 Veff |
|
Optocoupling: |
Between control signals and input
side. |
|
Max input voltage against PLC system GND: |
350 VDC
250 VAC (50Hz) |
|
Module voltage: |
100 VAC – 250 VAC (50Hz) |
|
Type of load: |
Ohm (incandescent lamp) |
|
Max output of loading: |
500W |
|
Installed fuse: |
F2,5A |
|
Control: |
IIC bus |
|
Power supply of control electronic: |
5 VDC |
|
Power consumption from 5 V: |
Max. 50 mA |
|
Environmental temperature: |
0 – 70 °C |
|
Protection: |
IP 54 |
|
Dimensions: |
62 mm x 110 mm x 70 mm |
|
Ordering number: |
229-19-01-6 |
|
|
|
|
Type of modem: |
Motorola G18 |
|
Communication with PLC: |
RS-232 |
|
Power supply: |
10-30 VDC |
|
Average power consumption from 12 V: |
100 mA |
|
Environmental temperature: |
0 – 70 °C |
|
Protection: |
IP 00 |
|
Dimensions: |
70 mm x 110 mm x 50 mm |
|
Ordering number: |
226-09-01-2 |
|
Max. speed of communication: |
125 kBaud |
|
Coupling: |
Fibre cable |
|
Max length of fibre cable: |
0,5 m |
|
Power supply: |
10 – 30 VDC |
|
Power consumption from 24V: |
Max. 50 mA |
|
Environmental temperature: |
0 – 70 °C |
|
Protection: |
IP 00 |
|
Dimensions (mm):
|
32 x 110 x 30 |
|
Operational environment temperature: |
0 – 70°C 1 |
|
Ordering number: |
229-07-01-3 |
|
|
|
|
Max. communication speed: |
115 kBaud |
|
Coupling: |
- |
|
RS232 connector: |
9 pole DSUB |
|
RS485 connector: |
4 pole Phoenix connector |
|
Power supply: |
5 VDC |
|
Power consumption: |
Max. 100 mA |
|
Environmental temperature: |
0 – 70°C 1 |
|
Protection: |
IP 00 |
|
Operational environment temperature: |
0 – 70°C 1 |
|
Dimensions (mm): |
34 x 110 x 30 |
|
Ordering number: |
229-08-01-2 |
|
|
|
|
Input voltage: |
85-265 V AC or 120-370 V DC |
|
Output voltage / current: |
12 V / 4 A
24 V / 2,1 A |
|
Dimension: |
95 x 45 x 188 mm |
|
MTBF: |
310 000 h |
|
Protection: |
IP 20 |
|
Operational environment temperature: |
-10 + 60o C |
|
|
Voltage limit
and output overvoltage protection |
|
Ordering number: |
12 V / 4 A:
221-03-01-9
24 V / 2,1 A:
221-03-02-1 |
|
Input voltage: |
170-265 V AC |
|
Output voltage / current: |
24 V / 3,1 A |
|
Dimension: |
50 x 97 x 110 mm, DIN, can be rail
mounted |
|
MTBF: |
310 000 h |
|
Protection: |
IP 20 |
|
Operational environment temperature: |
-10 + 60o C |
|
|
Voltage and current limit
and output overvoltage protection |
|
Ordering number: |
221-03-03-2 |
|
Input voltage: |
170-265 V AC |
|
Output voltage / current: |
24 V / 5 A |
|
Dimension: |
60 x 97 x 110 mm, DIN, can be rail
mounted |
|
MTBF: |
310 000 h |
|
Protection: |
IP 20 |
|
Operational environment temperature: |
-10 + 60o C |
|
|
Voltage and current limit
and output overvoltage protection |
|
Ordering number: |
221-03-04-3 |
|
|
with 16 press-buttons, 2x16 character LCD
display - keyboard module |
|
Character dimension: |
2,95 x 5,55 mm
4 x 7,5 mm |
|
Face dimension: |
100 x 130 mm |
|
Protection: |
IP 68, full closed, oilproof
foil |
|
Supply: |
|
|
Interface: |
See the interface modules |
|
Operational environment temperature: |
0 – 70°C 1 |
|
Ordering number: |
2,95 x 5,55
mm: 120-01-02-6
4 x 7,5 mm:
120-01-05-9 |
|
Function: |
with 16 press-buttons, 4 x 20 character vacuum
fluorescent display module |
|
Character dimension: |
2,95 x 5,55 mm |
|
Face dimension: |
120 x 160 mm |
|
Protection: |
IP 68, full closed, oilproof
foil |
|
Supply voltage: |
5V, 250 mA |
|
Interface: |
See the interface modules |
|
Ordering number: |
120-01-06-1 |
|
Type |
Outer interface |
Supply voltage |
Ordering number |
|
TA_232_CAN_ 24V |
RS-232 és CAN |
24 V |
|
|
TA_232_24V |
RS-232 |
24 V |
120-11-02-7 |