FC SERIES COMPACT CONTROLLER™–Super (CC-S)
(BASIC PID AND FREELY CONFIGURABLE, CONTINUOUS OUTPUT TYPE)
DATA SHEET
PNA3
The Compact Controller-S (Basic PID and freely configurable type) is a compact single-loop controller using a
microprocessor. It receives proportional signals from e.g.
thermocouples and RTD's etc., as input, and is equipped
with abundant control and computation functions to allow
configuring a flexible system with a high cost/performance,
above all, as stated below:
— FIELD CONFIGURABLE SLC
— AUTO TUNING FUNCTIONS
— RS-422A DATA LINKAGE
as standard.
FEATURES
1) Versatile functions
• All closed loop control functions, such as cascade, ratio,
time scheduling, Iogic control, etc. are performed in one
controller.
• 86 kinds of control functional blocks (Wafers).
• Generic interface RS-422A availability for personal
computer (e.g., IBM PC-AT) for supervision, operation,
maintenance, configuration, etc.
• Auto tuning capability.
• Pass code security.
2) Simple and flexible
• Basic PID control configuration can be programmed in
less than 1 (one) minute from front panel.
• No program loaders and accessories necessary.
• No software programming knowledge necessary.
• Application oriented control function is configurable by
connecting the functional blocks.
• Field configurable through front panel.
• Front panel operation
Operations such as parameter setting, auto/manual
changeover, back-up manual operation etc. are all
achieved from the front panel.
3) Highly reliable
• Highly reliable with MTBF of 200,000 hr per MIL Standard
217D.
• Hard manual back-up operation is available.
At repair position (draw-out), control output is still working
by "Hard manual back-up operation" (option).
• LED's are used for bargraph and parameter indication.
• Nonvolatile memory enables to retain parameters in case
of power failure.
4) Update hardware technology
• Custom LSI.
• Surface mounting technology.
SPECIFICATIONS
1. Control system configuration
There are two methods of control system configuration
for CC-S, one is configuration by basic PID and the other
is by wafer connection.
Various types of configuration examples are shown
"Various configuration (page 5) examples" stated hereafter.
(1) Configuration by basic PID (fixed configuration)
Basic PID control function is fixedly defined as
standard control function in the controller beforehand.
Configuration of basic PID can be performed through
simple operation on the front panel keys, where wafer
connection mentioned below is unnecessary.
Computation wafers such as square root, filter, Iimiter,
non linear, etc. can be made valid or invalid by simple
operation of front panel keys.
EDS11-98f
Date
Nov. 18, 2002
PNA3
FUNCTIONAL DIAGRAM
Personal computer
PV
Auxiliary analog input 1
(AI1)
Auxiliary analog input 2
(AI2)
Auxiliary analog input 3
(AI3)
Process value input
(PV)
External set point input
(CAS)
4 to 20mA
thermocouple
RTD
conversion
A/D converter
SV
Constant
1
Constant
32
SUB control block
(cascade control, ratio
control or time
schedule control)
Control wafer
PV
Auxiliary analog output 1
(A01)
MAIn control
block (basic control)
Control wafer
Compensated PV signal (KPV)
D/A converter
External input
terminals
Communication
terminals
Other controllers
Bargraph
indicator
External output
terminals
Serial communication interface
Set point transmit signal (SV)
Control output (current)
(MI+, MI–)
MV
SV
Auxiliary digital input 1
(DI1)
Auxiliary digital input 2
(DI2)
Auxiliary digital input 3
(DI3)
Pulse width input (PI+)
Control output (voltage)
(MV)
Auxiliary digital output 1
(D01)
Auxiliary digital output 2
(D02)
High alarm
(H)
Low alarm
(L)
Manual mode output
(M)
Fault output
(FLT)
Computation wafer
Manual
Pulse width input (PI–)
Manual mode command (SMV)
Fault
up to 24 or 48
wafers usable
(2) Configuration by wafer connection (freely configurable)
1) Wafer
The wafer is a functional block (software package)
containing control and computation functions
needed for measurement and control. Combination
of these wafers, each having its own particular
function, enables configuring a flexible system
applicable to a wide range of control . . . from basic
PID control up to sophisticated advanced control.
The PNA3 can accommodate up to 24 or 48 wafers.
The following kinds of wafers are prepared to allow
selection according to the control purpose.
➀ For control ............... PID control, ratio control,
time schedule control, gain
schedule control, PID parameter setting
➁ For computation ...... Various computations performed by connecting wafers given in Table 1
2) Internal input/output terminals
Various internal terminals are provided for external
analog input/output, digital input/output and wafer
connection.
2
FLT Indicator
Alarm
H Indicator
L Indicator
3) Constants
Various parameters used in computation and control
can be freely defined (32 constants or 48 constants).
The following control configuration are achieved.
4) Control functions
By connecting wafers (functional blocks)
Control examples:
Cascade control, ratio control, time schedule control,
gain schedule control, selective control, dead time
compensation control etc.
Alarm function:
PV high/low alarm
PV change rate alarm
DV high/low alarm
Configurable by wafer
connection, front panel
indicator lights up
2. Control performance
• PID control:
Proportional band (P); 1.0 to 3276.7%
Integration time (I): 0.1 to 3276.7 sec.
Derivative time (D): 0.0 to 900.0 sec.
PID auto tuning function
• Execution rate: Ten (10) times per second/basic PID
control
Five (5) times per second/others
Table 1 List of computation wafers
Kinds
Wafer name
Wafer name
(2) Analog output signal: 4 points
Kinds
Compensated PV signal
KPV
SV
Logical operation
6
Analog averaging
1
Set point transmit signal
Arithmetic operation
5
Analog integration
1
MV
Temperature/pressure
compensation
1
Pulse generation
1
Manipulated output
(Voltage)
Aux. analog output
AO1
Dead band
1
3/6
Pulse no. counter
1
Time schedule control
4
Pulse no. output
1
Flip-flop
1
Decoder
1
Pulse width integration
1
Moving average
2
Selector
1
Sample hold
1
Changeover
1
Dead time
6
Linearize
Timer
1
ON-OFF
1
Absolute value/
sign inversion
1
Alarm
1
Square root extraction
1
Position type pulse width
conversion
1
Lead, lag
1
Bargraph indication
21
Limiter
1
Gain schedule control
5
Ramp function
2
1 to 5V DC
Output resistance
1Ω or less,
allowable error
± 0.2%/FS*
KPV, SV, and MV is usable as aux. analog output.
(3) Digital output signal: 6 points
Fault output
FLT
Manual mode output
M
High limit alarm output
H
Low limit alarm output
L
Aux. digital output
DO1
Aux. digital output
DO2
Open collector
output
(Photo-coupler
isolation)
Output rating 30V
DC 0.1A max.
H and L are usable as aux. digital output.
5. Internal data conversion
(1) Analog data
3. Input signals
Standard
Minimum
Maximum
(1) Process value input signal: One input selectable
from the following
0.00 to 100.00%
–327.6%
327.67%
Voltage input
signal
1 to 5V DC
Current input
signal
4 to 20mA DC
I+
I0
I–
Thermocouple
input
Resistance
bulb input
Input resistance 1MΩ
or more
Allowable error
± 0.2%/FS*
Allowable error
± 0.2%/FS*
24V ± 2V DC can be supplied
to transmitter in case of AC
power supply
approx. 35mA max.
0.01%
OFF (Contact open)
0.00%
6. Indication, setting, operation functions
(1) Bargraph indication
PV indicator
SV indicator
MV indicator
Indication
method
LED (Red)
LED (Green)
LED (Red)
No. of
segments
101 + 2
101 + 2
51 + 2
Pt100Ω (0°C)
–50 to 500°C
50°C span or more
Allowable error
± 0.5%/FS*
Range
0 to 100%
linear
0 to 100%
linear
0 to 100%
linear
Resolution
1%/FS*
1%/FS*
2%/FS*
Scale
length
100mm
100mm
50mm
Indication
mode
0 to 100% bargraph indication, 0 to 100%
reverse bargraph indication, dot indication,
–50 to +50% deviation indication
CAS
Aux. analog input
AI1
Aux. analog input
AI2
Aux. analog input
AI3
four 1 to 5V
DC inputs or
two 4 to
20mA DC inputs
plus two 1 to 5V
DC inputs
Input resistance
1MΩ or more,
allowable error
± 0.2%/FS*
Two transmitter
power supply
24V ± 2V DC
approx. 35mA max.
CAS is usable as aux. analog input.
(3) Digital input signal: 4 points
Aux. digital input
SMV Contact input
(Photo-coupler
isolation)
DI1
Aux. digital input
DI2
Aux. digital input
DI3
ON 0V DC,
OFF 24V DC
(Input current approx.
11mA/24V DC)
(4) Pulse width input signal: 1 set
Pl+,
PI–
Data
ON (Contact closed)
10mV DC span or more;
cold junction compensation
comprised
Allowable error
± 0.5%/FS*
External set point
Pulse width
input signal
Signal status
Types
J : 0 to 600°C
K : 0 to 1200°C
E : 0 to 800°C
R : 0 to 1600°C
(2) Analog input signal: 4 points
Manual mode
command
(2) Digital data
Contact input
(Photo-coupler
isolation)
ON 0V DC,
OFF 24V DC
(Input current approx.
11mA/24V DC)
(2) Operation mode indication
Indicating method:
LED (red and green)
Red; M, HM, SCC
Green; A, R
(3) Numerical indication, setting
Indication method:
LED (red), name in 3 digits + data in 5
digits (negative sign included)
Indication contents:
Process value (Industrial value), set point
(Industrial value), alarm high/low limit
values, PID parameters etc.
Indication data are selectable by F/S ,
,
keys on front panel.
Setting method:By use of F/S ,
,
,
, ST keys
on front panel.
*Note: "FS" stands for "Full Scale".
4. Output signals
(1) Control output signal: 1 point
Current output
MI+,
MI–
4 to 20mA DC
Allowable load resistance
600Ω or less, allowable
error ± 0.2%/FS*
3
PNA3
(4) SV setting function
Fixed value setting method:
By
,
buttons on front panel.
Setting speed; about 40 sec/FS
Remote setting method:
By external set point signal
(Voltage or pulse width input)
(5) MV operating function
Manual operating method:
By
,
,
buttons on front panel.
Setting speed; about 40 sec/FS
About 8 sec/FS when
pressed simultaneously.
(6) Operation mode changeover
By R/A/M pushbuttons and HM switch on front panel.
R
A changeover
A
R changeover
Balanceless bumpless
Voltage signal
Balance bumpless
Pulse width input
Balanceless bumpless
A or R
M changeover
Balanceless bumpless
A or R
HM changeover
Balanceless bumpless
A or R
HM changeover
Balance bumpless
7. Power failure and restart function
Power failure detection:
Control function interrupted at power
failure detection.
During power failure:
Operating parameters backed up by
capacitor when power failure within 5
minutes.
Initial set point and control output values,
PID parameters etc. are stored in nonvolatile memory (lasts for 10 years
expected at ambient temperature of 50°C
or less)
Restart from power failure:
Initial or continuous start is selectable for
power failure within 5 minutes.
Restart from power failure lasting longer
than 5 minutes is made by initial automatically.
Control mode at initial start is selectable from.
R:
Remote mode
M:
Manual mode
A:
Automatic mode
SCC: SCC mode
9. Communication functions
(1) Communication items
Supervisory items:
PNA
host
Process value, set point, control output,
deviation, operation mode, alarm information, fault information. PID parameters,
various limiter values, constants, etc.
Setting items:
Host
PNA
Set point, control output, operation mode,
PID parameters, various limiter values,
constants, etc.
(2) Communication enable/inhibit:
Data setting from the host can be enabled/inhibited by
set keys on the front panel.
(3) Communication interface
(a) T-link: Private interface
Transmission speed: 500Kbps
No. of units connectable: 32 max.
Transmission distance: 1km max.
Transmission form: Multi-drop
Control method: I/O transmission and message
(b) RS-422A/485: Universal interface
Transmission speed: 2400, 4800, 9600 or 19200bps
configurable
No. of units connectable: 31 max.
Transmission distance: 1km max.
Transmission form: Multi-drop
Control method: Polling/selecting
10. Personal computer software packages
Two software packages, running on IBM PC-AT, are
provided for CC-S supervision, operation, maintenance
and configuration.
They are FIX/D MACS software package and CC-S
configurator.
FIX/D MACS is a user-configurable, menu-driven software
packages for CC-S supervision, operation and maintenance, while CC-S configurator is another package to
configure CC-S control system.
E.g. Real time process display
Process alarming
Trending
Control strategy configuration
FIX/D MACS is a trade mark of Intellution Inc./U.S.A. Standard
software packages for plant supervision, operation and
maintenance are available under Fix:
11. Security functions
8. Self-diagnosis functions
Computation/control function failure:
FLT indicator lights up, FLT contact output
closes, and computation and control
function interrupted.
Manipulated output can be controlled
manually at FLT (Soft manual).
Input signal and control output failure:
FLT indicator lights up, FLT contact output
closes, control stops, and control output
is held, while other computation and
control functions continue to be processed.
Fault indication:
Cause of fault is indicated numerically on
digital indicator of front panel.
4
Data security function by means of pass code.
12. Back-up manual functions
Hard manual back-up unit (HMV)
Control output: 4 to 20mA DC
Allowable load resistance:
600Ω or less
13. Operating conditions
Supply voltage: 24V DC (20 to 30V DC), 110V AC (85 to
132V AC), 220V AC (187 to 264V AC)
Power consumption:
Approx. 13W (DC), 20VA (AC)
Power factor: approx. 0.6
Dielectric strength:
1500V AC for 1 minute
Insulation resistance:
100MΩ or more at 500V DC
Ambient temperature:
0 to 50°C
CODE SYMBOLS
Ambient humidity:
90%RH or less
Enclosure:
Steel case
Enclosure class: Front IP65 (IEC 529)
Rating plate (Name plate):
10(H) x 70(W), white acrylic
Dimensions:
144(H) x 72(W) x 407 (D)mm, IEC 668
(DIN) standards
Mass{weight}:
Approx. 2.9kg
Mounting method:
Flush with indoor panel; vertical mounting
is standard.
Mounting on tilted surface possible
(Angle α)
1 2 3 4 5 6 7 8
9 10 11 12
5 -
PNA 3
Description
A
Process variable input signal
1 to 5V DC
4 to 20mA DC
J thermocouple
10mV DC span or
K thermocouple
more, with referE thermocouple
ence junction comR thermocouple
pensating function
Resistance bulb Pt100Ω
3-wire type, 50°C span or more
A
B
C
D
E
F
G
Auxiliary analog input
Four 1 to 5V DC inputs
Two 4 to 20mA DC with 24V DC power
supply plus two 1 to 5V DC inputs
B
C
Supply voltage
24V DC (20 to 30V DC)
110V AC (85 to 132V AC) 50/60Hz
220V AC (187 to 264V AC) 50/60Hz
Hard manual back-up unit
Without
With
1
2
3
α=0° to 90°
0
1
Finish color:
Munsell N1.5
Scope of delivery: Controller and mounting bracket.
Item to be ordered separately:
Communication cable (Type PNZ)
Terminal resistor (Type PNY)
Comunication interface
Without
T-link
RS-422A
RS-485
Y
T
R
S
Available wafer numbers
24 wafers
48 wafers
0
2
A
PID auto tuning function
With
Note: Front scale and temperature range are to be selected and specified from the "STANDARD
FRONT SCALE" and "STANDARD TEMPERATURE
RANGE" stated hereafter, when order being
placed.
VARIOUS CONFIGURATION EXAMPLES
Basic PID control (fixed configuration)
Basic PID control function is
fixedly defined as standard control function in the controller
beforehand. Configuration of
basic PID can be performed
through simple operation on the
front panel keys, where wafer
connection is unnecessary. Computation functions such as square
root, filter, limiter, non linear, etc.
can be made valid or invalid by
simple operation of front panel
keys.
PID control
PID control is carried out by using
only the MAln control block. PID
control by means of an external
set point is also performed.
Feed-forward
input
Feed-forward
computation
Process
variable
External
set point
Filter
MH
P
I
D
R
SH
H
SL
ML
R.A
L
A.M
Non-linear
PV tracking
command
External
MV input
External MV
command
Process
variable
Filter
PH
PL
External
set point
R
SH
SL
A.M
MV
output
M
DV
H
Non-linear
MH
P
I
D
ML
R.A
M
MV
output
L
DV
MAIn control block
(MAIn PID)
5
PNA3
Cascade control
Cascade control is carried out by
combining two PID control blocks.
Since the output of the SUB PID
controller follow up the set point
of the MAln PID controller, A and
R can be changed over balancelessly.
Process
variable for
MAIn PID
SV
Process
variable for
SUB PID
Filter
INT
Filter
Process
variable for
SUB PID
Filter
PV
SV
PV-B1
SH
MAIn PID
R.A
R
SH
X
M
SL
EXT
MV
output
A.M
SV+B3
SL
Process
variable for
MAIn PID
INT
R
B2
PV
Filter
MAIn PID
SV
R.A
Time schedule pattern
Output
Stop
command
STOP
M
R
7 segments
MV
output
A.M
PRESET
Preset
command
Time
Process
variable for
MAIn PID
PV
SV
Filter
MAIn PID
P
External set
point
R
SH
SL
Adaptability
reference
6
A.M
In auto or manual, SUB PID traces the set
point of MAIn PID.
X
Gain schedule control
Carries out PID control according
to three (3) PID parameter patterns, which are stored in the
form of 7 segmented lines.
R
SH
EXT
SH
Process
variable for
MAIn PID
External set
point
MV
output
SUB PID
SL
SL
Time schedule control
By combining a time schedule
block and a PID control block, the
set point is decided according to a
time schedule pattern.
A preset function is also provided
for starting time schedule control
from the present temperature in a
furnace for control of heating or
the like.
MAIn PID
M
External set
point
Ratio control
Ratio control is carried out by
combining a ratio computation
and a PID control block.
R.A
PV
Filter
A.M
P
I
D
I
D
R.A
M
MV
output
Feed forward control
By applying a suitable gain to an
external interfering signal and
adding it to the PID computation
output, the effect of external interference can be eliminated.
External
interference
Filter
PH
Gain
Process
variable
Filter
H
External
set point
R
SH
Non-linear
SL
Dead time compensating control
(Smith method)
When the process includes some
dead time, a compensating function can be added to eliminate the
effect of the dead time. The
Smith method is effective when
the process characteristics are
clearly known.
SL
ML
L
PH
PL
CON
R.A
MH
Process
variable
Filter
H
R
SH
Process
variable 1
(A11)
Non-linear
P
I
D
DV
H
P
I
D
L
H
DV
H
MAIn
SV
M
MV
output
P
I
D
L
DV
Valve reverse
characteristic
Valve
characteristic
Filter
H
R
R.A
MH
SL
ML
Filter
SH
MV
output
M
A.M
SUB
SV
Process
variable
SL
ML
L
Filter
Process
variable 2
(PV)
MV
output
M
DV
X
External
set point
R.A
MH
e –LS
SL
PID with valve compensating
function
When the relation between the
output signal (MV) for a valve and
the valve opening is not linear,
control can be made by compensating the valve characteristics.
P
I
D
A.M
1
1+Ts
External
set point
Selective control (auto selector)
PID control is carried out using
the process variables at two
measuring points.
In this example, output of the
larger one of the PID computation results is selected.
X
CON
PL
L
P
I
D
MH
SL
ML
R.A
M
MV
output
DV
SL
A.M
7
PNA3
STANDARD TEMPERATURE RANGE
STANDARD SCALE
Followings are standard input temperature ranges to be
selected and to be specified with the ordering code.
Followings are standard scales to be selected and to be
specified with the ordering code.
On condition that PV and SV are of the same scale each
other, following standard scale plates are prepared as
standard.
Detector
Measurement range
J type
thermocouple
0 to 200, 0 to 300, 0 to 400, 0 to 500, 0 to 600,
200 to 400, 300 to 600 deg C
K type
thermocouple
0 to 300, 0 to 400, 0 to 500, 0 to 600, 0 to 800,
0 to 1000, 0 to 1200, 300 to 600, 400 to 800,
500 to 1000, 600 to 1200 deg C
E type
thermocouple
0 to 200, 0 to 300, 0 to 400, 0 to 500, 0 to 600,
0 to 800, 200 to 400, 300 to 600 deg C
R type
thermocouple
0 to 1000, 0 to1200, 0 to 1600, 400 to 1400,
600 to 1600, 800 to 1600 deg C
Platinum resistor
temperature
detector
0 to 50, 0 to 100, 0 to 150, 0 to 200, 0 to 300,
0 to 400, 100 to 300, 200 to 400, –50 to 100,
–50 to 500 deg C
Note: The underlined temperature range will be selected and delivered,
when input temperature range is not specified in the ordering
code.
OUTLINE DIAGRAM
Detector
PV and SV scale
J type
thermocouple
0 to200, 0 to300, 0 to 400, 0 to500, 0 to 600,
200 to 400, 300 to 600 deg C, 0 to 100%
K type
thermocouple
0 to 300, 0 to 400, 0 to 500, 0 to 600, 0 to 800,
0 to 1000, 0 to 1200, 300 to 600, 400 to 800,
500 to 1000, 600 to 1200 deg C, 0 to 100%
E type
thermocouple
0 to 200, 0 to 300, 0 to 400, 0 to 500, 0 to 600,
0 to 800, 200 to 400, 300 to 600 deg C
0 to 100%
R type
thermocouple
O to l000, 0 to 1200, 0 to 1600, 400 to 1400,
600 to 1600, 800 to 1600 deg C, 0 to 100%
Platinum resistor
temperature
detector
0 to 50, 0 to 100, 0 to 150, 0 to 200, 0 to 300,
0 to 400, 100 to 300, 200 to 400, –50 to 100,
–50 to 500 deg C, 0 to 100%
1 to 5 VDC input
0
0
0
0
MV
0 to 100%
to
to
to
to
10, 0 to 20, 0 to 30, 0 to 40, 0 to 50,
60, 0 to 80, 0 to 100, 0 to 200, 0 to 300,
400, 0 to 500, 0 to 600, 0 to 800,
1000 unit. 0 to 100%
(Unit:mm)
Panel thickness 8mm or less
16
144
Terminals
52
Mounting
bracket
200min.
Supporting
bracket
72
355
Panel cutout
When mounting "n" units
+1
0
138
138
+1
0
200min.
250min.
When mounting one unit
68 +0.7
0
8
(72.2n – 4)
+1
0
No. of units
n 2
EXTERNAL CONNECTION DIAGRAM
Compression terminal
AI
(External set point)
AI
(Aux. analog input)
AI
(Aux. analog input)
AI
(Aux. analog input)
AO
(Manipulated output)
01
CAS
1+
31
02
AI1
Io
32
03
AI2
I–
33
04
AI3
KPV
34
05
MV
SV
35
AO1
36
06
AI
(Indicating input 2)
AO
(Compensated PV signal)
AO
(Set point transmit signal)
AO
(Aux. analog output)
07
SC
SC
37
08
SC
SC
38
09
SO1
SO2
39
10
IR1
IR2
40
11
IO1
IO2
41
12
MI+
SMV
42
– 13
MI–
DI1
43 +
14
PI+
DI2
44
15
PI–
DI3
45
16
H
DO2
46
17
L
DO1
47
AI, AO Common bus
AI, AO Common bus
1 to 5VDC signal output
–
+
DC power for
Transmitter
+
AO (current)
(Control output)
DI
(Pulse width input)
DO
(High-limit alarm output)
DO
(Low limit alarm output)
DO
(FLT output)
1 to 5VDC signal output
–
+
18
FLT
M
48
24VDC power for DI, DO
– 19
PCD
VPO
49
24VDC power for DI, DO
– 20
PCD
VPD
50 +
Instrument power
(24VDC)
– 21
PC*
VP*
51 +
G
AC AC
71
72
DC power for
Transmitter
DO
(Manual mode command)
DI
(Aux. digital output)
DI
(Aux. digital output)
DI
(Aux. digital output)
DO
(Aux. digital output)
DO
(Aux. digital output)
DO
(Manual mode)
+
24VDC power for DI, DO
Instrument power
(24VDC)
73
Ground
Power supply (AC)
Power supply (AC)
Note*: Incase of AC instrument power supply, approximately 24V DC
(0.1A max.)is supplied as VPO and PCO for hard manual backup unit.
Process value input terminals connections
1 to 5V DC
+
The 5th digit of
code symbols:
B
4 to 20mA DC
with inner DC
power supply
of CC-S
The 5th digit of
code symbols:
B
The 5th digit of
code symbols:
C,D,E,F
32
The 5th digit of
code symbols:
A
4 to 20mA DC
Thermocouple
31
+
–
33
+
31
+
31
–
–
33
+
31
–
33
32
Resistance bulb
The 5th digit of
code symbols:
G
32
–
+
–
33
+
31
–
33
32
+
–
32
PC
21
9
PNA3
COMMUNICATION CONNECTOR
1
6
SIG GND
2 SHLD(SD)
7
8 RXD+
9 RXD–
3 INH
4 TXD+(T1)
1
6
SIG GND
2 SHLD(SD)
Black
7
White
8 RXD+
9 RXD–
5 TXD–(T2)
3 INH
4 TXD+(T1)
5 TXD–(T2)
Note:Symbol in ( ):
T-link terminal symbol
Yellow
Green
Brown
Red
6
7
8 RXD+
9 RXD–
LINE
TERMINATION
RESISTOR
1
SIG GND
2
SHLD(SD)
7
3 INH
4
TXD+(T1)
5
TXD–(T2)
1
6
8 RXD+
9 RXD–
SIG GND
2 SHLD(SD)
Black
3 INH
White
4 TXD+(T1)
5 TXD–(T2)
Green
Yellow
Red
Brown
End station
HOST
e.g.
IBM PC-AT
First station
Host
e.g.
IBM PC-AT
Termination
Resistor
Communication cable
PNA3
PNA3
PNA3
PNA3
Caution on Safety
*Before using this product, be sure to read its instruction manual in advance.
Head Office
6-17, Sanbancho, Chiyoda-ku, Tokyo 102-0075, Japan
http://www.fesys.co.jp/eng
Sales Div.
International Sales Dept.
No.1, Fuji-machi, Hino-city, Tokyo, 191-8502 Japan
Phone: 81-42-585-6201, 6202 Fax: 81-42-585-6187
http: //www.fic-net.jp/eng
Information in this catalog is subject to change without notice.
Printed in Japan