|
Power
supply modules |
P/N |
Voltage |
Rating (at 5V side) |
FP2-PSA1 |
100 – 120VAC |
2.5A |
FP2-PSA2 |
200 – 240VAC |
2.5A |
FP2-PSA3 |
100 – 240VAC |
5A |
FP2-PSD2 |
24VDC |
5A |
|
|
|
|
|
Input
modules |
I/O Number
|
Voltage
|
Connection
|
16
|
12 – 24VDC |
terminal
|
32
|
24VDC |
connector
|
64
|
24VDC
|
connector
|
|
|
|
|
|
Output
modules |
I/O
Number |
Voltage |
Connection |
Rating |
6 relay |
250VAC |
terminal |
5A |
16 relay |
250VAC |
terminal |
2A |
16
transistor |
12 –
24VAC |
terminal |
0.5A |
32
transistor |
5 –
24VAC |
connector |
0.1A |
64
transistor |
5 –
24VAC |
connector |
0.1A |
|
|
|
|
|
I/O
mixed modules |
I/O Number |
Voltage |
Connection |
Rating |
32 In / 32 Out |
|
|
|
transistor |
12 – 24VAC |
connector |
0.1A |
|
|
|
|
Additional an input/output
mixed unit with ON pulse catch function is available. This useful
function makes possible to read ON pulses with extremly small
widths.
|
|
|
|
|
|
Analogue input module |
Inputs
|
8 |
Resolution |
up to
16bit |
Conversion time |
0.5ms |
|
|
Analogue
output module
|
Outputs |
4 |
Resolution |
12bit |
Conversion time |
0.5ms |
|
|
The range settings,
such as voltage and current, can be specified either for all of
the channels at once using dip switches or individually using
shared memory settings.
|
The analogue input
unit can be directly coupled to a thermocouple and a resistance
thermometer element (R.T.D.).
|
|
|
|
|
|
Positioning
modules |
For system-integrated
2 and 4-axis path control. Maximum 1 Mpps command gives high-speed
and high-precision positioning.
|
0.1ms high-speed drive
reduces tact time. |
S (sign-shaped)
acceleration / decceleration function gives smooth starting and
stopping. |
|
|
|
|
|
High-speed
counter module |
Counter |
4 channel, max. 200KHz |
Counting
range |
32bit |
Interrupt input |
8 points |
|
|
Pulse
I/O module |
Counter |
4 channel, max.
200KHz |
Interrupt input |
8 points |
PWM output |
4 points, 1HZ to
30KHz |
Pulse output |
4 points, 100KHz |
|
|
|
|
|
Serial communication modules |
Computer
Communication Module |
Through two
RS232C ports the unit can be directly connected with a PC to
collect and write data from it. |
Economical peer-to-peer communication with a PC is
possible. |
Connectable
with operation display panels (HMI). |
|
Serial Data Module |
Reading
data can be performed simply using applied command F 150 and
writing using command F 151. Up to 500 characters can be received
at one time. |
It is possible to use the module in three ways: input
only, output only, input and output. |
|
|
|
|
|
Multi wire-link module |
PC
Link Function enables data to be shared between PLCs, using
cyclically transmitted link relays (L) and link registers (LD).
|
Data
Transfer Function. PLCs in the same system send and pertaining to
contacts and registers, using programmes.
|
Remote Programming Function. If the PLCs
are in the same system which is connected to the Link unit, the
programming PLC can be used to programme other PLCs, and for
monitoring the various contacts and registers. |
|
S-Link module |
The S-Link unit is used by assigning
inputs (X) and outputs (Y). The inputs/outputs on the FP2 side
that result from these assignments are treated as corresponding to
the I/O-adresses (S-Link I/O-devices in the S-Link). |
It controls up to 2,048 remote I/Os per FP2 system. |
|
|
|
|
|
Ethernet-LAN
module |
The FP2 ET-LAN
module enables data exchange between different types of PLC with
a vendor independent protocol and a short processing time.
|
TCP/IP establishes
logical point-to-point communication between two devices and
provides the basis for exchanging information among all areas of
production. |
You can connect 8
Ethernet segments with each other at a transmission speed of up to
100Mbits/sec.
|
Three communication
interface types are supported:
10 BASE 5, 10 BASE-T, 100 BASE-TX |
|
|
|
|
|
PROFIBUS
FMS and DP modules |
|
PROFIBUS FMS and DP
communications can be used simultaneously. |
Powerful
and flexible data exchange in extensive, higher-level multi-master
networks with up to 12Mbaud. |
|
DP
master module |
For
easy and cost-effective networking between FP2 and distributed
devices from simple I/Os (e.g. sensors, panels) to FP0 and FP1
programmable controllers. |
|
|
|