USA: (800) 262-IDEC or (408) 747-0550, Canada (888) 317-IDEC
J
IDEC, a pioneer in the micro-PLC market, is proud to offer so many quality micro programmable logic controllers, from the original Micro-1 to the brand new MicroSmart series. Not all information about our older PLCs has been included in this catalog. Please refer to previous catalogs or call IDEC Technical Support with any questions.
Series Appearance Specifications Page
MicroSmart
2 types of CPU modules4 types of Expansion modules J-3
ONC
Available with SX5 Smart I/O modules to communicate with Interbus, DeviceNet, and LONWorks
J-23
Micro
3
and Micro
3
C
J-81
Micro-1
The original micro-PLC J-99
FA2J
Flat-Pak Modular J-101
FA3S
J-103
WindLDR
Software for programming all of IDEC’s PLCs J-105
Selection Guide
NEW!
NEW!
Programmable Logic Controllers
MicroSmart Series
www.idec.com
USA: (800) 262-IDEC or (408) 747-0550, Canada (888) 317-IDEC J-3
J
CE Certified
The Next Generation of PLC
Key features of the MicroSmart series include:
• 10, 16, or 24 I/O All-in-one type CPU modules with Sink/Source DC input and Relay Output
• 20 I/O Slim type CPU modules with Sink/Source DC input and Transistor Sink or Source Output
• 20 I/O Slim type CPU modules with Sink/Source DC input and Relay Output with high-speed Transistor Sink or Source Output
• 40 I/OSlim type CPU module with Sink/Source DC input and Transistor Sink or Source Output
• DC Input, Relay Output, Transistor Output, Combination I/O and Analog I/O expansion modules available
• 24 I/O All-in-one CPU expandable to 88 I/O points; 20 I/O slim types expandable up to 148 or 244 I/O; 40 I/O slim type expandable up to 264 I/O points
• Standard RS232 port, optional plug-in RS485/RS232 port• Optional memory cartridge or real-time clock and calendar
cartridge• Data link to other MicroSmart modules, PLCs, PCs or HG
series operator interfaces• UL1604 approved for Class 1–Div. 2 hazardous locations• Compact size
UL ListedFile No. E211795
MicroSmart
CPU MODULES
INPUTMODULES
COMBINATION I/O MODULES
OUTPUT MODULES
Programmable Logic Controllers
MicroSmart Series
J-4
www.idec.com
USA: (800) 262-IDEC or (408) 747-0550, Canada (888) 317-IDEC
Between power and terminal: 1500V AC, 1 minBetween I/O and terminal: 1500V AC, 1 min
Between power and terminal: 500V AC, 1 minBetween I/O and terminal: 1500V AC, 1 min
Insulation Resistance
Between power and terminal: 10 m
Ω
(min), 500V DCBetween I/O and terminal: 10 m
Ω
(min), 500V DCBetween power and terminal: 10 m
Ω
(min)Between I/O and terminal: 10 m
Ω
(min)
Noise Resistance
AC power terminal: 1.5 kV, 50ns to 1µsI/O terminal (coupling clamp): 1.5 kV, 50ns to 1µs
DC power terminals: 1.0 kV, 50 nsec to 1µsecI/O terminals (coupling clamp): 1.5 kV, 50 nsec to 1µsec
Inrush Current
35A max. 35A max. 40A max. 50A maximum (24V DC)
Power Supply Wire UL1015, AWG22, UL1007, AWG18
Operating Temperature 0 to 55°C
Storage Temperature –25 to +70°C
Operating Humidity 30-95% Level RH1 (no condensation)
Altitude Operation: 0 to 2,000m (0 to 6,595 ft)Transport: 0 to 3,000m (0 to 9.840 ft)
Pollution Degree 2 (IEC60664)
Corrosion Immunity Free from corrosive gases
Degree of Protection IP20
Ground Grounding resistance 100Ω maximum
Vibration Resistance DIN rail mounted: 10 to 57Hz / amplitutde 0.075mm, 57 to 150Hz / acceleration 9.8m/s2 (1G)Direct mounted: 2 to 25Hz / amplitude 1.6mm, 25 to 100Hz / acceleration 39.2m/s2 (4B) in each of 3 axes
Shock Resistance 15G, 11ms, 3 shocks in each of 3 axes
Standards EIA RS232C
Maximum Baud Rate 19200 bps
Maintenance Communication Possible
User Communication Possible
Modem Communication Not possible
Data Link Communication Not possible
Cable Special Cables: FC2A-KC4C, FC2A-KP1C, FC4A-KC1C, FC4A-KC2C
Isolation between Internal Circuit and Communication Port Not isolated
User ProgramStorage Internal EEPROM, Memory cartridge (option: EEPROM)
Processing Time Basic instruction: 1.65 msec (1000 steps); END processing: 0.64 msec (does not include expansion I/O service, clock function processing, data link processing and interrupt processing)
Expandable I/O Modules – – 4 modules 7 modules
RAM Backup
Backup Data: Internal relay, shift register, counter, data registerBackup Duration: Approx. 30 days (typical) at 25° C after backup battery fully chargedBattery: Lithium secondary batteryCharging Time: Approx. 15 hours for charging from 0% to 90% of full chargeBattery Life: 5 yearsReplaceability: Impossible to replace battery
Power failure check, watchdog timer, data link connection, user program EEPROM sum check, timer/counter preset value sum check, user program RAM sum check, keep data, user program syntax, user program writing, CPU module, clock IC, I/O bus initialize, user program execution
Input Filter 3 to 15 msec (1-msec increments)
Catch Input/Interrupt Input 4 input (I2 through I5) Minimum turn on pulse width: 40 µsec maximum Minimum turn off pulse width: 150 µsec maximum
Rated Input Current I0, I1: 11mA, I2 to I7, I10 to I15: 7mA I0, I1, I6, I7: 5mA/point, I2 to I5, I10 to I27: 7mA/point
Input Impedance I0, I1: 2.1kΩ, I2 to I7, I10 to I15: 3.4kΩ I0, I1, I6, I7: 5.7kΩ, I2 to I5, I10 to I27: 3.4kΩ
OFF/ON TimeOFF/ON I0 to I5: 35µsec + Filter Value
I6, I7, I10 to I15: 40µsec + Filter ValueI0 to I7: 35µsec + Filter ValueI10 to I27: 40µsec + Filter Value
ON/OFF I0, I1: 45µsec + Filter ValueI2 to I7, I10 to I15: 150µsec + Filter Value
I0, I1, I6, I7: 45µsec + Filter ValueI2 to I5, I10 to I27: 150µsec + Filter Value
Input Points 6 inputs6/1 common
9 inputs9/1 common
14 inputs 14/1 common
12 inputs12/1 common
12 inputs12/1 common
24 inputs,12/1 common
ConnectorOn Mother Board —
FL26A2MA (Oki Electric Cable)
MC1.5/13-G-3.81BK(Phoenix Contact)
FL26A2MA(Oki Electric Cable)
Insertion/Removal Durability — 100 times minimum
Isolation Between input terminals: Not isolatedInternal circuit: Photocoupler isolated
Input Type Type 1 (IEC61131)
External Load for I/O Interconnection Not needed
Signal Determination Method Static
Effect of Improper Input Connection Both sinking and sourcing input signals can be connected. If any input exceeding the rated value is applied, permanent damage may be caused.
Rated Input Voltage 24V DC sink/source input signal
Input Voltage Range 20.4 to 28.8V DC
Rated Input Current 7mA/point (24V DC) 5mA/point (24V DC)
Input Impedance 3.4 kΩ 4.4 kΩ
Input Delay Time (24V DC) ON time: 4 msecOFF time: 4 msec
Isolation Between input terminals: Not isolatedInternal circuit: Photocoupler isolated
External Load for I/O Interconnection Not needed
Signal Determination Method Static
Effect of Improper Input Connection Both sinking and courcing input signals can be connected. If any input exceeding the rated value is applied, permanent damage may be caused.
Cable Length 3m (9.84 ft) in compliance with electromagnetic immunity
ConnectorOn Mother Board MC1.5/10-G-3.81BK (Phoenix contact) FL20A2MA (Oki Electric Cable)
Insertion/Removal Durability 100 times minimum
Internal Current Draw
All Inputs ON 25 mA (5V DC)0 mA (24V DC)
40 mA (5V DC)0 mA (24V DC)
35 mA (5V DC)0 mA (24V DC)
65 mA (5V DC)0 mA (24V DC)
All Inputs OFF 5 mA (5V DC)0 mA (24V DC)
5 mA (5V DC)0 mA (24V DC)
5 mA (5V DC)0 mA (24V DC)
10 mA (5V DC)0 mA (24V DC)
Weight 85g 100g 65g 100g
FC4A-R08B1 FC4A-R16B1
Output Points and Common Lines 8 points (4/1 common) 16 points (8/1 common)
Output Type 1NO
Maximum Load Currentper point 2A
per common 7A 8A
Minimum Switching Load 0.1 mA/0.1V DC (reference value)
Initial Contact Resistance 30 mΩ maximum
Electrical Life 100,000 operations minimum(rated load 1,800 operations/hour)
Mechanical Life 20,000,000 operations minimum(no load 18,000 operations/hour)
Rated Input Voltage 24V DC sink/source input signal
Input Voltage Range 20.4 to 28.8V DC
Range Input Current 7 mA/point (24V DC)
Input Impedance 3.4 kΩ
Turn ON Time 4 msec (24V DC)
Turn OFF Time 4 msec (24V DC)
Isolation Between input terminals: Not isolatedInternal circuit: Photocoupler isolated
External Load for I/O Interconnection Not needed
Signal Determination Method Static
Effect of Improper Input Connection Both sinking and sourcing input signals can be connected. If any input exceeding the rated value is applied, permanent damage may be caused.
Cable Length 3m (9.84 ft) in compliance with electromagnetic immunity
Dielectric Strength 500V between input and power circuit
Type of Protection Photocoupler between input and internal circuit
Effect of Improper Input Connection No damage
Maximum Permanent Allowed Overload (No damage) 13V DC 40 mA DC —
Selection of Analog Input Signal Type Using software programming
Calibration or Verification to Maintain Rated Accuracy Impossible (approx. 10 years)
NOTES FOR ANALOG EXPANSION UNITS:* Total input system transfer time = Sample repetition time x 2 + 1 scan time** The 12-bit data (0 to 4095) processed in the analog I/O module can be linear-converted to a value between -32768 and 32767. Select the optional
range designations and analog I/O data minumum and maximum values by using data registers allocated to analog I/O modules.# When an error is detected, a corresponding error code is sorted to a data register allocated to analog I/O operating status.
EXAMPLE: This figure illustrates a system setup with the FC4A-C24R2 All-in-one type CPU, an 8-point relay output module, and a 16-point DC input module, mounted on a 35mm DIN rail using BNL6P mounting clips.
ICMP>= Interval Compare Greater Than or Equal To 22 — — — —
ADD Addition 20
SUB Subtraction 20
MUL Multiplication 20
DIV Division 20
ANDW AND Word 20
ORW OR Word 20
XORW Exclusive OR Word 20
SFTL Shift Left 12
SFTR Shift Right 12
BCDLS BCD Left Shift 14 — — — —
WSFT Word Shift 18 — — — —
ROTL Rotate Left 12
ROTR Rotate Right 12
HTOB Hex to BCD 14
HTOA Hex to ASCII 18
BTOH BCD to Hex 14
BTOA BCD to ASCII 18
ATOH ASCII to Hex 18
ATOB ASCII to BCD 18
ENCO Encode 16 — — — —
DECO Decode 16 — — — —
TXD1 Transmit 1 21-819
TXD2 Transmit 2 21-819 —
Not applicable to previously released CPU modules FC4A-C10R2B, FC4A-C16R2B, or FC4A-C24R2B. Applicable only to newer MicroSmart All-in-one-type CPU modules.
Not applicable to previously released CPU modules FC4A-C10R2B, FC4A-C16R2B, or FC4A-C24R2B. Applicable only to newer MicroSmart All-in-one-type CPU modules.
PC CommunicationThe ONC is programmed by our intuitive WindLDR™3.0 software -use RS232 or RS485 ports -upload, download and monitor programs
Data Link - Superiority in NetworkingConnect up to 32 ONC, Micro3, FA Series PLCs orthe HG Series operator interface on the data link network.
Communication FlexibilityEasy connections to any R232C equipmentthrough the user defined RS232C port 1 or 2.Built-in Hayes “AT” command set for directmodem dialup and pager applications.
Computer Link - Power & VersatilityConnect 32 ONCs on a 1:N computer link system.Upload, download, monitor, and update data.
Network Communication SystemThe ONC offers versatility and power with the unique capabilityto inferface with standard networks such as INTERBUS,DeviceNet and LONWORKS.
OpenNet Interface Modules
Add 8 or 16 I/O points to theremote I/O network with a simpleconnection: SX5S communicationterminals offer a simple and lowcost method of system expan-sion.
Resolution 12 bits 12 bitsRange 0-4000 counts 0-4000 countsInput Error ±0.6% of full scale @ 25°C NAOutput Error NA ±0.6% of full scale @ 25°C Conversion Time 3ms per point NASettling Time NA 3ms
Input Impedance Voltage: 1 MΩ minimumCurrent: 250Ω NA
Output Load Impedance NA Voltage=2 kΩ minimum
(Current=250Ω, 300Ω max.)Internal Current Draw 120mA@24V DC 120mA@24V DC
Analog Input and Output Modules
Analog Input ModuleFC3A-AD1261
Key features include:• One card handles 5 different signal types,
[±5V, ±10V, 0-5V, 0-10V, or 4-20mA], switch selectable
• Input module has 6 inputs per card, 7 cards per CPU, 42 analog input points maximum
• Output module has 2 outputs per card, 7 cards per CPU, 14 analog output points maximum
• 12-bit resolution, 0-4000 counts, count range divides evenly• Fast input scan, 3ms + 1 scan time• I/O error ±0.6% full scale @25°C• Convenient input termination, Phoenix Contact type connector
Part Number FC3A-N16B1 FC3A-N16B3Connector Type Phoenix Contact NylonInput Voltage Range 19-30V DC 19-30V DCRated Input Voltage 24V DC 24V DCCurrent Per Point 7mA 7mAInternal Current - all inputs ON 40mA 40mAInput Impedance 3.4kΩ 3.4kΩOn/Off Voltage 15/5V DC 15/5V DCOn/Off Time 20/120µs 20/120µs
Key features include:• One card handles sink (NPN) or source (PNP)
type input signals• 16 points per card, 7 cards local, 8 cards expansion,
15 cards max. per CPU• 19-30V DC input voltage range• Software selectable input filtering, 0-32 msec• High-speed catch inputs, first 8 points user definable,
pulse detection within 20-120µsec range• Termination connector
-FC3A-N16B1 - removable Phoenix Contact type-FC3A-N16B3 - removable Nylon type
Input Operating RangeThe input operating range of the Type 1 (EN61131) input module is shown below:
Key features include:• One card handles sink (NPN) or source (PNP) type input signals• 32 points per card, 7 cards local, 8 cards expansion,
15 cards max. per CPU• 20-28V DC input voltage range• Software selectable input filtering, 0-32 msec• High-speed catch inputs, first 8 points user definable,
pulse detection within 20-120µsec range• Termination connector
-FC3A-N32B4 - removable Nylon type-FC3A-N32B5 - removable Fujitsu type
32-Point DC Input Modules
Input Type DC Sink/Source
32-P
oint
DC
Part Number FC3A-N32B4 FC3A-N32B5Connector Type Nylon FujitsuInput Voltage Range 20-28V DC 20-28V DCRated Input Voltage 24V DC 24V DCCurrent Per Point 5mA 5mAInternal Current-all inputs ON 50mA 50mA
Input Impedance 4.7kΩ 4.7kΩOn/Off Voltage 15/5V DC 15/5V DCOn/Off Time 20/120µs 20/120µs
Input Operating RangeThe input operating range of the Type 1 (EN61131) input module is shown below:
Key features include:• 8 points per card, 7 cards local, 8 cards expansion,
15 cards max. per CPU• 100-120V AC rated input voltage• 85-132V AC input voltage range• On/off detection set at 20ms• Convenient termination connector, removable Phoenix Contact type
8-Point AC Input Module
Input Type AC
8-Po
int A
C
Part Number FC3A-N08A11Connector Type Phoenix ContactInput Voltage Range 85-132V ACRated Input Voltage 100-120V ACCurrent Per Point 8mAInternal Current - all inputs ON 30mAInput Impedance 12kΩ (60Hz)On/Off Voltage 79/20V ACOn/Off Time 20ms
Input Operating RangeThe input operating range of the Type 1 (EN61131) input module is shown below:
Key features include:• 16 points per card, 4 points per common,
15 cards max. per CPU• Outputs rated 240V AC/2A or 24V DC/2A• Turn On/Off delay 6-10ms• 20,000,000 operations per relay minimum• Termination connector
-FC3A-R161 - removable Phoenix Contact type-FC3A-R162 - removable Nylon type
16-Point Relay Output Modules
Output Type Relay Output
16-P
oint
Rel
ay
Part Number FC3A-R161 FC3A-R162Connector Type Phoenix Contact NylonRated Output Voltage 240V AC/24V DC 240V AC/24V DCRated Current Per Point 2A 2AInternal Current - all inputs ON 170mA 170mA
On/Off Time 6/10ms 6/10ms
Output Delay
Command
Output Status
OFF delay: 10 msec maximumChatter: 6 msec maximumON delay: 6 msec maximum
Key features include:• 16 transistor sink outputs per card, 15 cards max. per CPU• Outputs rated 19-30V DC/0.5A• Turn On/Off delay 500µsec max.• Opto-isolated outputs• Termination connector
-FC3A-T16K1 - removable Phoenix Contact type-FC3A-T16K3 - removable Nylon type
16-Point DC Sink Output Modules
Output Type DC Sink
16-P
oint
DC
Part Number FC3A-T16K1 FC3A-T16K3Connector Type Phoenix Contact NylonRated Output Voltage 19-30V DC 19-30V DCRated Current Per Point 500mA@ 24V DC 500mA@ 24V DCInternal Current - all inputs ON 60mA 60mA
Key features include:• 16 transistor protect source outputs per card, 15 cards max. per CPU• Outputs rated 19-30V DC/0.5A• Turn On/Off delay 500µsec max.• Opto-isolated outputs• Termination connector, removable Phoenix Contact type
Output Type DC Source
16-P
oint
DC
Part Number FC3A-T16P1Connector Type Phoenix ContactRated Output Voltage 19-30V DCRated Current Per Point 500mA @ 24V DCInternal Current - all inputs ON 70mAOn/Off Time 500µs/500µs
Key features include:• 32 transistor sink outputs per card, 15 cards max. per CPU• Outputs rated 20.4-27.6V DC/0.1A• Turn On/Off delay 500µsec max. • Opto-isolated outputs• Termination connector
-FC3A-T32K4 - removable Nylon type-FC3A-T32K5 - removable Fujitsu type
32-Point DC Sink Output Modules
Output Type DC Sink
32-P
oint
DC
Part Number FC3A-T32K4 FC3A-T32K5Connector Type Nylon FujitsuRated Output Voltage 20.4-27.6V DC 20.4-27.6V DCRated Current Per Point 100mA@24V DC 100mA@24V DCInternal Current - all inputs ON 90mA 90mA
Key features include:• Expands the ONC from 224 up to 480 I/O points• Increases I/O and functional modules by 8• Comes with a cable connector and contacts• Simple, easy and convenient mounting• Install in the 8 slot only
Expansion Power Supply Module
Specifications
Expa
nsio
n Po
wer
Sup
ply
Part Number FC3A-EA1Connector Type Nylon - 5 pinInput Voltage Range 19 - 30V DC (including ripple)Rated Input Voltage 24V DCInternal Current 30mA
Momentary Power Interruption 10 msec (24V DC), Level PS-2 (EN61131)
DeviceNet™ and LONWORKS® are trademarks of ODVA and Echelon, USA, respectively.
Key features:• INTERBUS I/O compatible with IDEC ONC remote I/O• Removable terminal blocks for easy maintenance• Finger-safe spring-up screw terminals• Compact body 75 × 132 × 48 mm• Mounting on a 35-mm-wide DIN rail or on a panel surface• Both inputs and outputs are available in sink or source types.
Relay outputs are also available.• The source output is protected against overload.
Designed to communicate with major industrial networks: INTERBUS, DeviceNet™ and LONWORKS®.
• One upper and one lower terminal blocks are supplied with every SX5 communication terminal.
Option (For DeviceNet)
• One network connector and connector mounting screws are supplied with every SX5D communication terminal.
Option (For LONWORKS)
• One network connector and connector mounting screws are supplied with every SX5L communication terminal.
Name Part No. RemarksTerminal Block 1 SX9Z-SS1 Upper terminal block for SX5*-SBN16*, -SBT16*, -SBM16*Terminal Block 2 SX9Z-SS2 Lower terminal block for SX5*-SBN16*, SBT16*Terminal Block 3 SX9Z-SS3 Lower terminal block for SX5*-SBM16*Terminal Block 4 SX9Z-SS4 Upper terminal block for SX5*-SBR08Terminal Block 5 SX9Z-SS5 Lower terminal block for SX5*-SBR08
DIN RailAluminum (1m) BNDN1000 35-mm-wide DIN rail available in US and Canada marketsSteel (1m) BAP1000 35-mm-wide DIN rail available in other than US and Canada marketsAluminum (1m) BAA1000 35-mm-wide DIN rail available in other than US and Canada markets
Mounting Clip BNL5 Used on DIN rail to fasten SX5 communication terminals
Name Part No. RemarksSX5D Network Connector SX9Z-CN5G2 Mounting screws are attached
Name Part No. RemarksSX5L Network Connector SX9Z-CN22 Mounting screws are attached
General Specifications
I/O Terminals
Rated Pow er Voltage 2 4 V D C
Allow a b le Vo l tage Range 19 to 30V DC ( including 5% r ipple)
IsolationI/O – Control Circuit Not isolated
Control Circuit – C o m m . Interface
I N T E R B U S , DeviceNet,PhotocouplerL O N W O R K S :Transformer coupl ing
Insulat ion Resistance Between pow er terminals and ground:1 0 0 MΩ min imum (500V DC megger )
Dielectr ic Strength
B e t ween pow er terminals and ground:1 0 0 0 V AC , 1 minuteB e t ween relay outputs and other l ive par ts: 2000V AC , 1 minute
Vibration Res is tance
Damage L im i ts Ampl i tude: 0.35 mm, 10 to 55 Hz
O p e rat ing Extremes(relay output)
Ampl i tude: 0.35 mm, 10 to 55 Hz(contact opening ≤ 1 msec when energ ized)
S h o ck Res is tance
Damage L im i ts 294 m/sec 2, 11 m/sec, sine half-wave pulse
O p e rat ing Extremes(relay output)
59 m/sec2 (in the direction of relay contact move-ment )98 m/sec2 (in other 5 directions)
O p e rating Te m p e r ature 0 to +55°C
O p e rat ing Humidi ty 30 to 90% RH (non-condens ing)
Storage Te m p e r ature –20 to +75°C
Storage Humid i ty 30 to 90% RH (non-condens ing)
Moun t ing Snap-on mount on 35-mm DIN railP anel-mount wi th M4 screw s
W eight (approx.) 2 8 0 g
Terminal Style R e m o va b le
Rated Insulat ion Voltage 2 5 0 V
Terminal Screw M3 (center to center : 7 .62 mm)
Number o f Poles 1 0
Rated Operat ing Current 7 A
Damage L im i ts 100 inser t ion/removal cycles
Finger Protect ion Yes
Network Status Indicators• INTERBUS
• DeviceNet
• LonWorks
Indicator Status DescriptionU L G r e e n O N P ow er ON
R C G r e e n O N Remote- in cable connected correct ly
B A G r e e nFlash Ready for transmit t ing data
O N Transmit t ing data
E R R e d O N Module error (available on protect output module only; pro-tect ion is reset when over load is removed)
R D R e d O N Remote-ou t cable disabled or network error
Indicator Status Description
P O W— O F F P ow er OFF
G r e e n O N P ow er ON
M N S
— O F F P ow er OFF o r Dup_MAC_ID test not completed
G r e e nFlash Nor mal opera t ion (communication not established)
O N Nor mal opera t ion (communicat ion established)
R e dFlash Minor fault ( temporary network error)
O N Cr itical fault
IO
— O F F I/O inactive ( c o m m unication not established)
G r e e nFlash I/O idle ( c o m m unicat ion established)
O N I/O active
R e d O N I/O error or communication interrup ted
Indicator Status DescriptionP O W G r e e n O N P ow er ON
R U N G r e e n O N Nor mal operation
E R R R e d O N C o m m unication error
I /O R e d O N I / O c o m munication error
S E R YellowO N Appl icat ion program not configured
• For wiring the communication cable connector on the SX5D and SX5L, use a cable of 24 AWG to 14 AWG (0.2 to 2.5 mm2). Strip the cable 7 mm from the end as shown below. Each communication terminal can accommodate up to two cables.
• When connecting two cables to one terminal, use cables of 24 AWG to 16 AWG (0.2 to 1.5 mm2).
• Do not solder the cable end for connection.• Tighten terminal screws on the communication cable connec-
tor to a torque of 0.5 to 0.6 N-m.• Tighten mounting screws on the communication cable con-
Insertion Pin PositionsWhen purchasing terminal blocks separately, set the insertion pins asshown below.
SX5 Type No. Terminal Block Type No. Pin Positions
SX5*-SBN16*Upper SX9Z-SS1 B D F H
Lower SX9Z-SS2 A C E G
SX5*-SBR08 Upper SX9Z-SS4 B D E G
Lower SX9Z-SS5 A C F H
SX5*-SBT16*Upper SX9Z-SS1 B C E G
Lower SX9Z-SS2 A D F H
SX5*-SBM16*Upper SX9Z-SS1 B C F H
Lower SX9Z-SS3 A D E G
HE F GA B C D
A B C D E F G H
Dimensions
19m
m (
0.75
in)
3.6m
m (0
.14i
n)75
mm
(2.
95in
)132mm (5.24in) 19.3mm
48mm (1.89in)
(0.76in)
Safety Precautions• Turn power off to the SX5 communication terminals before start-
ing installation, removal, wiring, maintenance, and inspection of the SX5. Failure to turn power off may cause electrical shocks or fire hazard.
• Wire the SX5 correctly. Improper wiring may cause malfunction, abnormal heat, and fire hazard.
• Use wires of a proper size to meet voltage and current require-ments of the SX5. Tighten the terminal screws to a proper tighten-ing torque. A loose screw may cause abnormal heat and fire hazard. Check periodically to see if the screws are tightened securely.
• All SX5 communication terminals are manufactured under IDEC’s rigorous quality control system, but users must add a backup or fail safe provision to the control system using a SX5 communica-tion terminal in applications where heavy damage or personal injury might result should the SX5 fail.
• When connecting DC two-wire sensors to the SX5, the sensors must meet the following specifications. Operating voltage: 12 to 24V DCLeakage current: 1 mA maximumResidual voltage: 6V maximumON output current: 5.5 mA minimum (at 24V DC)
The sensor must have an ON output current of 4 mA at the minimum. If the sensor does not meet this lower limit, connect a bleeder resis-tor as shown below. But if the residual voltage is 6V or less, the sen-sor can still be used although the ON output may be less than 3.5 mA.
• Use the following formula for calculating the bleeder resistance if needed.
Vcc: Power voltage
I: Lower limit of DC two-wire sensor ON output (mA)• Do not apply a DC power voltage to the output circuit without con-
necting a load, otherwise internal elements will be damaged (except for the protect source output type).
• When an overload or short circuit occurs, the protect source output shuts down the output immediately to protect the internal elements from permanent damage. When the cause of the overload or short cir-cuit is removed, the SX5 will restore normal operation automatically.
• When the capacity of main power supply is small, the overcurrent protection of the main supply may reduce power supply to the SX5, then the SX5 will stop operation, causing a network error.
• When using the relay output in environments where extraneous noises exist or inductive loads are switched frequently, generating high reverse emf, connect contact protection elements to the output terminals and across the load as shown below.
Response Time• The response time of the SX5 system varies greatly depending on
such factors as the quantity of modules and cable length. The accu-rate response time can be confirmed on the actual network system.
Terminators• DeviceNet and LONWORKS networks require terminators. For details
about the terminators, see publications on DeviceNet or LONWORKS, or consult IDEC.
+ – Input
DC two-wire
Source Input Type
R
I
sensor
+ – Input
Sink Input Type
R
I
DC two-wire sensor
R (kΩ)Vcc 6–
I 4–-------------------=
Varistor System
SX5*-SBR08 SX5*-SBR08
LoadC0
OUT0
Load
OUT0
C0
• For both AC and DC power voltages • For DC power voltage only
+
–
Diode and Zener Diode System
LoadPower
LoadPower
Operating InstructionsInstallation and Wiring (All SX5 Modules)
• Turn power off to the SX5 before installing or removing the con-nector or the detachable terminal block.
• Tighten the terminal screws to a torque of 0.6 to 1.0 N-m.• When mounting the SX5 on a panel, tighten the mounting screws
to a torque of 1.0 to 1.3 N-m. Recommended mounting screw: M4• When mounting the SX5 on a 35-mm-wide DIN rail, put the SX5
on the DIN rail and press the SX5 towards the rail to lock. To remove, pull out the latch from the bottom of the module using a screwdriver and release the SX5. To re-attach, push back the latch into place and snap on the SX5 again.
• The upper-right mounting hole has a FG terminal. Connect the FG terminal and control box. Use a wire of 4 mm2 at the minimum to connect the relay terminal block with the safety ground. When mounting on a 35-mm-wide DIN rail, a steel DIN rail is recom-mended for easy grounding.
Mounting on Steel DIN Rail (Recommended)• A metal grounding clip is provided on the back of the SX5S and
SX5L to contact with a DIN rail. When mounting the SX5 on a steel DIN rail, the metal grounding clip comes in electrical contact with the DIN rail. Connect the DIN rail to a proper ground.
Mounting on Aluminum DIN Rail• The upper-right mounting hole has a FG terminal. When mounting
the SX5 on an aluminum DIN rail, connect the FG terminal to the panel using the attached M4 screw and nut, and connect the panel to a proper ground.
Panel Mounting• When mounting the SX5 on a panel surface, attach a crimping
terminal of a grounding wire to the FG terminal on the upper-right mounting hole of the SX5, and insert a screw through the mount-ing hole. Connect the grounding wire to the panel and connect the panel to a proper ground.
• Note: For secure electrical connection, remove coating from the grounding area on the panel.
Terminal Block• The SX5 uses detachable terminal blocks. To remove and attach
the terminal block, follow the procedures below.• To remove the terminal block, squeeze both latches on top of the
block inward to unlock the block from the socket.• To reattach the terminal block, place the block in the socket with
the latches opened and press the block until it bottoms in the socket, then the latches snap outward to lock the terminal block.
• Insertion pins are positioned on the base of the terminal block and inside the socket to prevent insertion of invalid blocks into the socket. The pins are keyed to ensure correct matching of block and socket, and prevent swapping of upper and lower blocks.
• When the block does not fit into the socket properly, check to see if the pin positions on the block agree with the pin-slot arrange-ment in the socket. If the pins and the pin slots are in matching positions, check for any chips and obstacles in the socket.
• When cutting cables or wires, keep the SX5 out of the way to pre-vent ingress of wire chips and fragments.
• When wiring the screw terminals using crimping terminals, use crimping terminals of the dimensions shown below. Each screw terminal can accommodate up to two crimping terminals.
• Note: Spade crimping terminals can also be used.
No-voltage input (2-wire DC sensor, 3-wire PNP sensor, no-voltage contact)
Rated Input Voltage 24V DCInput Voltage Range 0 to the power voltageTurn ON Voltage 6V maximum 10V minimumTurn OFF Voltage 10V minimum 6V maximumInput Current 6 mA/24V DC 6 mA/24V DCCommon 1 commonCurrent Draw 200 mA 200 mA
Communication Speed and Distance
Bus Baud Rate Transmission Distance
INTERBUS 500 kbps 400m (between slaves)12.8 km (total length)
• Do not install the INTERBUS cable in parallel with or close to motor lines. Keep the INTERBUS cable away from noise sources.
• Turn power off before wiring the INTERBUS cable. Make sure of correct wiring before turning power on.
• Use a special INTERBUS cable and connect the cable as shown below. Use D-sub connectors made of metal or made of plastic with metallic plating. Connect the cable shield with the connector housing electrically.
• INTERBUS Cable Connector Pinouts
• Stripping and Clamping Cable Ends
• Leave open the remote out connector at the last station in the network.• Supply power to each slave station or to each group of stations sepa-
rately.• Master and slave stations may be powered up in any order. But, if a
slave station is not powered up while the master is in preparation for transmission, a network error will result.
• Causes of network errors include disconnection or short-circuit of the network cable, strong external noise, invalid command sent to the mas-ter station, momentary power voltage drop below the minimum power voltage, faulty transmission line, incorrect cable, and transmission longer than the rated distance.
• When a network error occurs, all outputs are turned off.• For further information on INTERBUS, read documents published by the
INTERBUS CLUB.
16
9 5
/DO 6DO 1/DI 7DI 2COM 3
95
Housing
GreenYellowPinkGray
Brown
6 /DO1 DO7 /DI2 DI3 COM
HousingSolderedSide
SolderedSide
Bridge pins 5 and 9 inside the housing of the male connector.
1 6
95
D-sub 9-pin Male Connector
D-sub 9-pin Female Connector
3 8
20
First, strip the cable sheath 20 mm from both ends of the cable and shorten the braided screen by 12 mm.Bare the core ends 3 mm.
Next, place the braided screen evenly around the cable sheath.Clamp the shield under the cable grip in the connector housing for conduc-tive connection with the housing.
Key features include:• Communicate with INTERBUS network• 8-point relay output module• Handles current up to 5A per point• Removable terminal blocks• Use as remote I/O on ONC
Communication Speed and Distance
Bus Baud Rate Transmission Distance
INTERBUS 500 kbps 400m (between slaves)12.8 km (total length)
• Do not install the INTERBUS cable in parallel with or close to motor lines. Keep the INTERBUS cable away from noise sources.
• Turn power off before wiring the INTERBUS cable. Make sure of correct wiring before turning power on.
• Use a special INTERBUS cable and connect the cable as shown below. Use D-sub connectors made of metal or made of plastic with metallic plat-ing. Connect the cable shield with the connector housing electrically.
• INTERBUS Cable Connector Pinouts
• Stripping and Clamping Cable Ends
• Leave open the remote out connector at the last station in the network.• Supply power to each slave station or to each group of stations sepa-
rately.• Master and slave stations may be powered up in any order. But, if a slave
station is not powered up while the master is in preparation for transmis-sion, a network error will result.
• Causes of network errors include disconnection or short-circuit of the net-work cable, strong external noise, invalid command sent to the master station, momentary power voltage drop below the minimum power volt-age, faulty transmission line, incorrect cable, and transmission longer than the rated distance.
• When a network error occurs, all outputs are turned off.• For further information on INTERBUS, read documents published by the
INTERBUS CLUB.
16
9 5
/DO 6DO 1/DI 7DI 2COM 3
95
Housing
GreenYellowPinkGray
Brown
6 /DO1 DO7 /DI2 DI3 COM
HousingSolderedSide
SolderedSide
Bridge pins 5 and 9 inside the housing of the male connector.
1 6
95
D-sub 9-pin Male Connector
D-sub 9-pin Female Connector
3 8
20
First, strip the cable sheath 20 mm from both ends of the cable and shorten the braided screen by 12 mm.Bare the core ends 3 mm.
Next, place the braided screen evenly around the cable sheath.Clamp the shield under the cable grip in the connector housing for conduc-tive connection with the housing.
Reference Data Electrical Life Curve: Relay in SX5S-SBR08
Key features include:• Communicate with INTERBUS network• 16-point transistor output modules (sink/source)• The source output is protected against overload• Removable terminal blocks• Use as remote I/O on ONC
Transistor Output Type
Part No. SX5S–SBT16K SX5S–SBT16P
Output Type Sink output Protect source output
Output Points 16 points
Output Type N-channel MOS open drain
P-channel MOS open drain
Rated Load Voltage 24V DC
Load Voltage Range 3 to 30V DC 19 to 30V DC
Maximum Load Current 0.5A/point
Commons/Current 1 common/6A
Short-circuit Protection No Yes
Current Draw 155 mA 180 mA
Communication Speed and Distance
Bus Baud Rate Transmission Distance
INTERBUS 500 kbps 400m (between slaves)12.8 km (total length)
• Do not install the INTERBUS cable in parallel with or close to motor lines. Keep the INTERBUS cable away from noise sources.
• Turn power off before wiring the INTERBUS cable. Make sure of correct wiring before turning power on.
• Use a special INTERBUS cable and connect the cable as shown below. Use D-sub connectors made of metal or made of plastic with metallic plating. Connect the cable shield with the connector housing electri-cally.
• INTERBUS Cable Connector Pinouts
• Stripping and Clamping Cable Ends
• Leave open the remote out connector at the last station in the network.• Supply power to each slave station or to each group of stations sepa-
rately.• Master and slave stations may be powered up in any order. But, if a
slave station is not powered up while the master is in preparation for transmission, a network error will result.
• Causes of network errors include disconnection or short-circuit of the network cable, strong external noise, invalid command sent to the mas-ter station, momentary power voltage drop below the minimum power voltage, faulty transmission line, incorrect cable, and transmission longer than the rated distance.
• When a network error occurs, all outputs are turned off.• For further information on INTERBUS, read documents published by the
INTERBUS CLUB.
16
9 5
/DO 6DO 1/DI 7DI 2COM 3
95
Housing
GreenYellowPinkGray
Brown
6 /DO1 DO7 /DI2 DI3 COM
HousingSolderedSide
SolderedSide
Bridge pins 5 and 9 inside the housing of the male connector.
1 6
95
D-sub 9-pin Male Connector
D-sub 9-pin Female Connector
3 8
20
First, strip the cable sheath 20 mm from both ends of the cable and shorten the braided screen by 12 mm.Bare the core ends 3 mm.
Next, place the braided screen evenly around the cable sheath.Clamp the shield under the cable grip in the connector housing for conduc-tive connection with the housing.
Key features include:• Communicate with INTERBUS network• 8-point source input and 8-point sink output module• Removable terminal blocks• Use as remote I/O on ONC
Communication Speed and Distance
Bus Baud Rate Transmission Distance
INTERBUS 500 kbps 400m (between slaves)12.8 km (total length)
• Do not install the INTERBUS cable in parallel with or close to motor lines. Keep the INTERBUS cable away from noise sources.
• Turn power off before wiring the INTERBUS cable. Make sure of correct wiring before turning power on.
• Use a special INTERBUS cable and connect the cable as shown below. Use D-sub connectors made of metal or made of plastic with metallic plating. Connect the cable shield with the connector housing electri-cally.
• INTERBUS Cable Connector Pinouts
• Stripping and Clamping Cable Ends
• Leave open the remote out connector at the last station in the network.• Supply power to each slave station or to each group of stations sepa-
rately.• Master and slave stations may be powered up in any order. But, if a
slave station is not powered up while the master is in preparation for transmission, a network error will result.
• Causes of network errors include disconnection or short-circuit of the network cable, strong external noise, invalid command sent to the mas-ter station, momentary power voltage drop below the minimum power voltage, faulty transmission line, incorrect cable, and transmission longer than the rated distance.
• When a network error occurs, all outputs are turned off.• For further information on INTERBUS, read documents published by the
16
9 5
/DO 6DO 1/DI 7DI 2COM 3
95
Housing
GreenYellowPinkGray
Brown
6 /DO1 DO7 /DI2 DI3 COM
HousingSolderedSide
SolderedSide
Bridge pins 5 and 9 inside the housing of the male connector.
1 6
95
D-sub 9-pin Male Connector
D-sub 9-pin Female Connector
3 8
20
First, strip the cable sheath 20 mm from both ends of the cable and shorten the braided screen by 12 mm.Bare the core ends 3 mm.
Next, place the braided screen evenly around the cable sheath.Clamp the shield under the cable grip in the connector housing for conduc-tive connection with the housing.
Key features include:• Communicate with INTERBUS network• 8-point sink input and 8-point source output module• Removable terminal blocks• Use as remote I/O on ONC• Source output short circuit and overload protected
Communication Speed and Distance
Bus Baud Rate Transmission Distance
INTERBUS 500 kbps 400m (between slaves)12.8 km (total length)
• Do not install the INTERBUS cable in parallel with or close to motor lines. Keep the INTERBUS cable away from noise sources.
• Turn power off before wiring the INTERBUS cable. Make sure of cor-rect wiring before turning power on.
• Use a special INTERBUS cable and connect the cable as shown below. Use D-sub connectors made of metal or made of plastic with metallic plating. Connect the cable shield with the connector housing electrically.
• INTERBUS Cable Connector Pinouts
• Stripping and Clamping Cable Ends
• Leave open the remote out connector at the last station in the net-work.
• Supply power to each slave station or to each group of stations sepa-rately.
• Master and slave stations may be powered up in any order. But, if a slave station is not powered up while the master is in preparation for transmission, a network error will result.
• Causes of network errors include disconnection or short-circuit of the network cable, strong external noise, invalid command sent to the master station, momentary power voltage drop below the minimum power voltage, faulty transmission line, incorrect cable, and transmis-sion longer than the rated distance.
• When a network error occurs, all outputs are turned off.• For further information on INTERBUS, read documents published by
the INTERBUS CLUB.
16
9 5
/DO 6DO 1/DI 7DI 2COM 3
95
Housing
GreenYellowPinkGray
Brown
6 /DO1 DO7 /DI2 DI3 COM
HousingSolderedSide
SolderedSide
Bridge pins 5 and 9 inside the housing of the male connector.
1 6
95
D-sub 9-pin Male Connector
D-sub 9-pin Female Connector
3 8
20
First, strip the cable sheath 20 mm from both ends of the cable and shorten the braided screen by 12 mm.Bare the core ends 3 mm.
Next, place the braided screen evenly around the cable sheath.Clamp the shield under the cable grip in the connector housing for conduc-tive connection with the housing.
[Baud Rate Selection] [Output Hold or Load Off] [System Reserve]Baud Rate DR0 DR1125 kbps OFF OFF250 kbps ON OFF500 kbps OFF ON(Selection Prohibited) ON ON
Output/Load H/LLOAD OFF OFFHOLD ON
System Reserve NOFixed to OFF(Selection Prohibited) ON
16-Point Transistor Output Modules (DeviceNet)
Key features include:• Communicate with DeviceNet network• 16-point transistor output module (sink/source)• Removable terminal blocks• Source output short circuit and overload protected
Transistor Output Type
Part No. SX5D–SBT16K SX5D–SBT16P
Output Type Sink output Protect source output
Output Points 16 points
Output Type N-channel MOS open drain
P-channel MOS open drain
Rated Load Voltage 24V DC
Load Voltage Range 3 to 30V DC 19 to 30V DC
Maximum Load Current 0.5A/point
Commons/Current 1 common/6A
Short-circuit Protection No Yes
Current Draw 70 mA 100 mA
Terminal Arrangement
•
Upper Terminal Block (SX9Z-SS1)
Lower Terminal Block (SX9Z-SS2)
Symbol Signal Symbol Signal+ COM (+) + POWER (+)– COM (–) – POWER (–)0 OUT0 8 OUT81 OUT1 9 OUT92 OUT2 10 OUT103 OUT3 11 OUT114 OUT4 12 OUT125 OUT5 13 OUT136 OUT6 14 OUT147 OUT7 15 OUT15
Key features include:• Communicate with DeviceNet network• 8-point sink input and 8-point source output module• Removable terminal blocks• Source output short circuit and overload protected
DC Input / Transistor Source Output Type
Part No. SX5D–SBM16PI/O Type Sink input / protect source output
InputInput Logic Active High
Input Points 8 points
Input TypeNo-voltage input
(2-wire DC sensor, 3-wire PNP sensor, no-voltage contact)
Rated Input Voltage 24V DC
Input Voltage Range 0 to the power voltage
ON Voltage 10V minimum
OFF Voltage 6V maximum
Input Current 6 mA/24V DC
Common 1 common
OutputOutput Points 8 points
Output Type P-channel MOS open drain
Rated Load Voltage 24V DC
Load Voltage Range 19 to 30V DC
Maximum Load Current 0.5A/point
Commons/Current 1 common/4A
Short-circuit Protection Yes
Current Draw 140 mA
Terminal Arrangement
Upper Terminal Block (SX9Z-SS1)
Lower Terminal Block (SX9Z-SS3)
Symbol Signal Symbol Signal+ COM (+) + POWER (+)– COM (–) – POWER (–)0 IN0 0 OUT01 IN1 1 OUT12 IN2 2 OUT23 IN3 3 OUT34 IN4 4 OUT45 IN5 5 OUT56 IN6 6 OUT67 IN7 7 OUT7
Input/Output Type Part Number
Sink Input/Source Output SX5D-SBM16P
Communication Speed and Distance
Bus Transmission RateTransmission Distance
Thick Cable Thin Cable
DeviceNet125k baud 500m 100m250k baud 250m 100m500k baud 100m 100m
Single twisted-pair cableAWG24 to 140.2 to 2.5 mm2
Terminal Arrangement
Upper Terminal Block (SX9Z-SS1)
Lower Terminal Block (SX9Z-SS2)
Symbol Signal Symbol Signal+ COM (+) + POWER (+)– COM (–) – POWER (–)0 IN0 8 IN81 IN1 9 IN92 IN2 10 IN103 IN3 11 IN114 IN4 12 IN125 IN5 13 IN136 IN6 14 IN147 IN7 15 IN15
Communication Configuration
All SX5L Modules:• The application program of the LonWorks is installed in the Neuron
chip of the SX5L module.• When wink is executed, the RUN LED flashes for 3 seconds in 500-
msec increments.• In the off-line mode, the RUN and ERR LEDs go off and all outputs
also go off.• The SX5L does not use SNVT.
SX5L-SBN16S/SX5L-SBT16K:• Output network variables are updated only at the transition of the
input status. (When all inputs are off at power-up, network variables are not updated.)
• When nv_update_fails is TRUE(1) while using the data acknowl-edged service (ACKD), the ERR LED goes on.
• The ERR LED goes off when nv_update_succeeds is TRUE(1).(When an attempt to send network variables fails, resending does not occur until the input changes status.
• When modifying the application program, please consult IDEC.
SX5L-SBN16SSX5L-SBN16K
8
15Input
InputOutput
0
7
nv_o8[1]
nv_o16
nv_o8[0]Input to SX5L
Network Variables
Input to SX5L
Wiring LONWORKS Cable
• Turn power off before wiring the SX5L to the LonWorks network. Make sure wiring is correct before turning power on. Supply power to each slave station or to each group of stations separately.
• The LONWORKS network uses a twisted-pair cable. The connector has no polarity and the core wires of the twisted-pair cable can be con-nected to either terminal of the connector.
• The LONWORKS network requires network management to enable communication between nodes, including the SX5L.
• The network management requires an XIF extension. For your XIF extension, find your XIF No., printed on the side of the SX5 module or on the shipping package. The network management is not completed successfully without the XIF extension.
• Turn power off before wiring the SX5L to the LonWorks network. Make sure wiring is correct before turning power on. Supply power to each slave station or to each group of stations separately.
• The LONWORKS network uses a twisted-pair cable. The connector has no polarity and the core wires of the twisted-pair cable can be con-nected to either terminal of the connector.
• The LONWORKS network requires network management to enable communication between nodes, including the SX5L.
• The network management requires an XIF extension. For your XIF extension, find your XIF No., printed on the side of the SX5 module or on the shipping package. The network management is not completed successfully without the XIF extension.
8-Point Relay Output
Load PowerPilotLight
Load Power
Solenoid
PilotLight
Load Power
Load Power
Solenoid
++
Network
OUT1COM1
COM7OUT7
OUT0COM0
COM6OUT6
ControlCircuit
CommunicationInterface
DCPower
––
Reference Data Electrical Life Curve: Relay in SX5L-SBR08
• When modifying the application program, please consult IDEC.
Output from SX5L
SX5L-SBT16KSX5L-SBT16P
Output
Output0
7
8
15
Input
nv_i8[1]
nv_i16
nv_i8[0]
Network Variables
Output from SX5L
Wiring LONWORKS Cable
• Turn power off before wiring the SX5L to the LonWorks network. Make sure wiring is correct before turning power on. Supply power to each slave station or to each group of stations separately.
• The LONWORKS network uses a twisted-pair cable. The connector has no polarity and the core wires of the twisted-pair cable can be con-nected to either terminal of the connector.
• The LONWORKS network requires network management to enable communication between nodes, including the SX5L.
• The network management requires an XIF extension. For your XIF extension, find your XIF No., printed on the side of the SX5 module or on the shipping package. The network management is not completed successfully without the XIF extension.
Single twisted-pair cableAWG24 to 140.2 to 2.5 mm2
Communication Configuration
All SX5L Modules:• The application program of the LonWorks is installed in the Neuron
chip of the SX5L module.• When wink is executed, the RUN LED flashes for 3 seconds in 500-
msec increments.• In the off-line mode, the RUN and ERR LEDs go off and all outputs
also go off.• The SX5L does not use SNVT.
SX5L-SBM16K (inputs):• Output network variables are updated only at the transition of the
input status. (When all inputs are off at power-up, network variables are not updated.)
• When nv_update_fails is TRUE(1) while using the data acknowl-edged service (ACKD), the ERR LED goes on.
• The ERR LED goes off when nv_update_succeeds is TRUE(1).(When an attempt to send network variables fails, resending does not occur until the input changes status.
Communication Configuration ContinuedSX5L-SBM16K (outputs):
• Output is updated only when input network variables are received.(At power-up to the network, all outputs remain off until initial commu-nication starts.)
• When modifying the application program, please consult IDEC.
SX5L-SBM16K
Output
Input0
7
0
7
nv_o8[0]
nv_i8[0]
Output Network Variable
Input Network Variable
Input to SX5L
Output from SX5L
Wiring LONWORKS Cable
• Turn power off before wiring the SX5L to the LonWorks network. Make sure wiring is correct before turning power on. Supply power to each slave station or to each group of stations separately.
• The LONWORKS network uses a twisted-pair cable. The connector has no polarity and the core wires of the twisted-pair cable can be con-nected to either terminal of the connector.
• The LONWORKS network requires network management to enable communication between nodes, including the SX5L.
• The network management requires an XIF extension. For your XIF extension, find your XIF No., printed on the side of the SX5 module or on the shipping package. The network management is not completed successfully without the XIF extension.
Single twisted-pair cableAWG24 to 140.2 to 2.5 mm2
Communication Configuration
All SX5L Modules:• The application program of the LonWorks is installed in the Neuron
chip of the SX5L module.• When wink is executed, the RUN LED flashes for 3 seconds in 500-
msec increments.• In the off-line mode, the RUN and ERR LEDs go off and all outputs
also go off.• The SX5L does not use SNVT.
SX5L-SBM16P (inputs):• Output network variables are updated only at the transition of the
input status. (When all inputs are off at power-up, network variables are not updated.)
• When nv_update_fails is TRUE(1) while using the data acknowl-edged service (ACKD), the ERR LED goes on.
• The ERR LED goes off when nv_update_succeeds is TRUE(1).(When an attempt to send network variables fails, resending does not occur until the input changes status.
continued
Key features include:• Communicate with LONWORKS network• 8-point sink input and 8-point source output module • Removable terminal blocks• Source output short circuit and overload protected
DC Input / Transistor Source Output Type
Part No. SX5L–SBM16PI/O Type Sink input / protect source output
InputInput Logic Active High
Input Points 8 points
Input TypeNo-voltage input
(2-wire DC sensor, 3-wire PNP sensor, no-voltage contact)
Rated Input Voltage 24V DC
Input Voltage Range 0 to the power voltage
ON Voltage 10V minimum
OFF Voltage 6V maximum
Input Current 6 mA/24V DC
Common 1 common
OutputOutput Points 8 points
Output Type P-channel MOS open drain
Rated Load Voltage 24V DC
Load Voltage Range 19 to 30V DC
Maximum Load Current 0.5A/point
Commons/Current 1 common/4A
Short-circuit Protection Yes
Current Draw 100 mA
Terminal Arrangement
Upper Terminal Block (SX9Z-SS1)
Lower Terminal Block (SX9Z-SS3)
Symbol Signal Symbol Signal+ COM (+) + POWER (+)– COM (–) – POWER (–)0 IN0 0 OUT01 IN1 1 OUT12 IN2 2 OUT23 IN3 3 OUT34 IN4 4 OUT45 IN5 5 OUT56 IN6 6 OUT67 IN7 7 OUT7
Communication Configuration ContinuedSX5L-SBM16P (outputs):
• Output is updated only when input network variables are received.(At power-up to the network, all outputs remain off until initial commu-nication starts.)
• When modifying the application program, please consult IDEC.
SX5L-SBM16P
Output
Input0
7
0
7
nv_o8[0]
nv_i8[0]
Output Network Variable
Input Network Variable
Input to SX5L
Output from SX5L
Wiring LONWORKS Cable
• Turn power off before wiring the SX5L to the LonWorks network. Make sure wiring is correct before turning power on. Supply power to each slave station or to each group of stations separately.
• The LONWORKS network uses a twisted-pair cable. The connector has no polarity and the core wires of the twisted-pair cable can be con-nected to either terminal of the connector.
• The LONWORKS network requires network management to enable communication between nodes, including the SX5L.
• The network management requires an XIF extension. For your XIF extension, find your XIF No., printed on the side of the SX5 module or on the shipping package. The network management is not completed successfully without the XIF extension.
Key features of the Micro3 include:• Built-in communications and networking• Input/output analog capability• User program password protection• Catch input, pulse output• Real-time clock and calendar available• Built-in power supply for sensors• Arithmetic, comparison, and Boolean computation• High-speed: 400µ/100 steps, 10kHz
The True Micro PLC Ambassador
Key features of the Micro3C include:• All the features of the Micro3
• Talks both ASCII and binary• Equipped with two serial ports, RS232 and RS485• Capable of connecting to dial-up modem, serial printer,
and bar code reader• Up to 500 data registers• Handles a wide range of analog input signals• Comes with an easy reset button• Available in 2 sizes: 16- and 24-I/O with relay output
Power Failure Protection Internal relay, shift register, counter, data register; backup time, lithium battery fully charged— With clock: 30 days at 25°C (approximately); Without clock: 50 days at 25°C (approximately)
Self-Diagnostic Function CPU error (WDT), user program CRC error, user program sum check error, communication error, sensor power overload, transistor output overload
Catch Input 8 points; Minimum detectable pulse width (when hard filter is set to 10); Input I0 ON pulse = 28µs,OFF pulse = 30µs; Inputs I1 to I7 ON pulse = 37µs, OFF pulse = 120µs (depending on input filter settings)
Input Filter Function(DC input type only)
Normal input: 0ms, 3ms, 7ms, 10ms; Catch input: Input I0 ON pulse = 4 to 616µs, OFF pulse = 6 to 618µs; Input I1 to I7 ON pulse = 20 to 625µs, OFF pulse = 120 to 618µs
High-Speed Counter 1 point, single-phase, 10kHz (maximum), 32 bits
Analog Potentiometer Micro3: 1 point (10-point), 2 points (16-, 24-point)Micro3C: 1 point only
Pulse Output 1 channel, frequency/PWM output (not available in Micro3C)
Real Time Clock Clock accuracy ±30s/month (maximum) at 25°C (typical); year, month, day, hour, minute, second
Sensor Power Supply 24V ±3.6V DC, 150mA (maximum) including input current, overload detected
.
AC Power DC Power
Elec
tric
al S
peci
ficat
ions
Rated Power Range 100 to 240V AC, 50/60Hz (85 to 264V) 24V DC (19 to 30V DC)
Power Consumption Approximately 30VA (240V AC) Approximately 14W (24V DC)
Inrush Current 40A (maximum)
Power Disruption 25ms (momentary disruption) allowed
Dielectric StrengthBetween power terminal and ground: 2,000V AC, 1 minute
Between power terminal and ground: 1,500V AC, 1 minute
Between I/O terminal and ground: 1,500V AC, 1 minute
Temperature Operating: 0 to 60°C, Storage: –20 to +70°C
Operating Humidity 45 to 85% RH (avoid condensation)
Vibration Resistance 5 to 55Hz, 6G, 2 hours in each of 3 axes
Shock Resistance 30G, 3 shocks in each of 3 axes
Noise Resistance Between power terminal and ground: 1.3kV, 1µs; Between I/O terminal and ground: 1kV, 1µs (with noise simulator) — complies with IEC1131-2
Insulation Resistance Between power or I/O terminal and ground: 10MΩ (minimum), 500V DC
Micro-1 PLC, WindLDR, computer link cableMicro3 10 I/O, WindLDR, computer link cable, input switch simulatorMicro3 16 I/O, WindLDR, computer link cable, input switch simulatorMicro3 24 I/O, WindLDR, computer link cable, input switch simulatorMicro3C 16 I/O, WindLDR, computer link cable, input switch simulatorMicro3C 24 I/O, WindLDR, computer link cable, input switch simulatorWindLDR, 3 computer link cables for Micro-1, Micro3 and Micro3C
Program Loader FC2A-HL1EC Program loader with cable
Loader Cable FC2A-KL1FC2A-KL2
6.56' (2m) long16.4' (5m) long Connects program loader to Micro3
Loader Adaptor PSR-GA05005 5V power supply adaptor for using program loader when not connected to CPU
Computer Link Cable FC2A-KC2 Connects Micro3 or loader to PC (1:1 link), 6.56' (2m)
Memory Card FC2A-MC1 Used with program loader to store user programs in SRAM memory
Expansion Cable FC2A-KE1 Close proximity Micro3 link expansion, 9.84" (250mm) long
1:N Computer Link Interface Unit FC2A-LC1 One required to connect each Micro3 in a 1:N computer link system (all connected to one central RS232C/RS485 converter)
1:N Computer Link Interface Cable FC2A-KC3 One required to connect each Micro3 in a 1:N computer link system(connected to each interface unit), 32.8' (10m) long
1:N RS232C/RS485 Converter HD9Z-T11 One required to connect all Micro3 units in a 1:N computer link system
1:N RS232C/RS485 Converter HD9Z-T11-DS783One required to connect all Micro3 units in a 1:N computer link system;Additionally, the DS783 should be used in applications requiring PC to Micro3
communications via modem
1:N PC Cable HD9Z-C52 Connects RS232C/RS485 converter to PC in a 1:N computer link system, 4.92' (1.5m) long (D-sub 9-pin female computer connector)
Analog Input Unit
FC2A-AD1FC2A-AD2FC2A-AD3FC2A-AD4FC2A-AD5
0 to 5V0 to 10V±5V4 to 20mA±10V
Converts analog signals to digital andsends to input I0 of Micro3
(not for use with AC input type units)
Analog Output Unit
FC2A-DA1FC2A-DA2FC2A-DA3FC2A-DA4FC2A-DA5
0 to 5V0 to 10V±5V4 to 20mA±10V
Converts digital (PWM) signal from output Q0 of Micro3 to analog(not for use with relay output type units)
Analog Timer Unit PFA-1U11 For fine adjustment of analog timer preset value
Input SwitchesFC2A-SW6FC2A-SW9FC2A-SW14
Input simulator switches (6) for 10 I/O Micro3sInput simulator switches (9) for 16 I/O Micro3sInput simulator switches (14) for 24 I/O Micro3s
WindLDR™ WINDLDR Windows-based application software, performs ladder programming and monitors all IDEC PLCs including the Micro series, FA series, and Open NET controllers.
Optional Item Part Number DescriptionLoader Cable (2m) FC2A-KL3C Connects basic unit (loader port) and program loader
Loader Cable (2m) FC2A-KL4C Connects basic unit (data link terminal) and program loaderModem Cable (3m) FC2A-KM1C Connects basic unit (loader port) and modem (1:1 communications)PC Interface Cable (3m) FC2A-KC4C Connects basic unit (loader port) and PC (1:1 communications)PC Interface Cable (2m) FC2A-KC6C Connects basic unit (data link terminal) and PC (1:1 communications)User Communication Cable (2.4m) FC2A-KP1C Connects basic unit (loader port) and user’s equipmentPC Connect Cable (5m) HG9Z-XC183 Connects basic unit (loader port) and Micro O/I™Memory Card (RAM) FC2A-MC1 Memory to store user’s programs (64K)AC Adaptor PSR-GA05005 Connects basic unit (data link terminal) and program loader/PCExpansion Cable (25cm) FC2A-KE1 Connects basic unit and expansion function unit1:N Link Adaptor FC2A- MD1 Connects basic unit (data link terminal) and PCRS232C Cable (4 lines, 1.5m) HD9Z-C52 Connects link adaptor and PC (1:N communications), D-sub 9-pin
A data link network is simple to set up. No special cables or junctions arerequired. Just wire up to 6 Micro3s or Micro3Cs in a bus configuration, over atotal distance of 656’ (200m).
Using a built-in data link, the master initiates communication automati-cally—no special programming is required. Values from 2 read registers and2 write registers are exchanged between the master and each slave.
Data link channel 19200, RS485 is fixed.
3. The expansion link and data link cannot be used concurrently.
6 Inputs4 Outputs
9 Inputs7 Outputs
12 Inputs8 Outputs
14 Inputs10 Outputs
15 Inputs11 Outputs
18 Inputs14 Outputs
20 Inputs14 Outputs
23 Inputs17 Outputs
28 Inputs20 Outputs
10
16
20
24
26
32
34
40
48
9 Inputs7 Outputs
16
14 Inputs10 Outputs
24
32
48
40
Master:
Slave #1 Slave #2 Slave #3
Slave #6 Slave #5 Slave #4
Slave #1 Slave #2 Slave #3
Slave #6 Slave #5 Slave #4
Master
Micro3 I/O Expansion
18 Inputs14 Outputs
28 Inputs20 Outputs
23 Inputs17 Outputs
2. These Micro3 expansions listed are examples. You may create your owncombinations as well.
FA3S
1. These Micro3C expansions listedare examples. You may createyour own combinations as well.
Micro3 and Micro3C Link with FA3S Master
A high-performance FA3S CPU an PF3S-SIF4 interface module can managedata transfer with up to 6 Micro3s. Two interface modules can be used witheach FA3S CP12 or CP13, making it possible to network up to 12 Micro3stotal.
Using a built-in data link, the master initiates communication automaticallywhen executing a network communication program. Values from 2 read regis-ters and 2 write registers are exchanged between the master and each slave.
Micro3C I/O Expansion Micro3 and Micro3C Data Link
WindLDR combines the logic of ladder programming with theintuitive approach of a Windows environment. IDEC providesthe ideal PLC programming and monitoring solution.
IDEC’s WindLDR™ includes all the advantages of our CLIPand CUBIQ software, plus a Window-based, graphic inter-face. With extensive new features such as an icon-driventoolbar, on-line help, cross reference cut and paste, programcompass, line dialog screens, and debugging tools.
At an enticingly low price, there is no question—WindLDR isthe solution.
Currently, WindLDR supports the programming configurationfor IDEC’s Micro series. WindLDR is the bridge between olderapplications’ software/hardware and future generations ofIDEC PLCs.
Computer Link 1:1 Communication
Computer Link 1:N Communication (Micro3 only)
WindLDR™ Software Solution — One Application for All PLCs
Computer Link CableFC2A-KC27.87’ (2m) long To RS232C Port
The Micro3 and Micro3C can be programmed from a PC usingWindLDR ladder programming software. A computer linkcable is required to connect the PC’s RS232 serial port withthe Micro’s programming port.
A network of Micro3s can be set up for programming and monitoringwith WindLDR. The network can also be used for supervisory controland data acquisition (SCADA). Up to 32 Micro3s can be networks witha PC as the master. Each Micro3 should be programmed with a spe-cific device number in FUN9. FUN9 can be set with a program loaderor with a PC in 1:1 mode running WindLDR.
Slave #1 Slave #2
N ≤ 32
Link InterfaceFC2A-LC1
Link CableFC2A-KC3
AC Adaptor
RS232C/RS485ConverterHD9Z-T11
Slave #3 Slave #N
Tag Name Editor Advanced InstructionsMultiplication (MUL)
To set up a 1:N computer link system, connect your PC to the RS232C/RS485converter using RS232C cable HD9Z-C52. Connect the RS232C/RS485 con-verter to Micro3C units using shielded twisted pair cables.
Supply power to the RS232C/RS485 converter by connecting a 24V DC sourceto terminals 6 and 7 or by plugging an AC adapter to the DC IN jack.
Micro3 programs can be created or modified withthe hand held program loader. The loader programsin Boolean commands and displays four lines. It canbe programmed by using a PC or off line with a 5volt adaptor (PSR-GA05005). The loader also can beused to monitor and change all internal registersincluding timers and counters. An optional SRAMmemory card can also be used with the loader tostore up to 31 programs with alphanumeric filenames.
Spec
ifica
tions
Display 4 lines × 16 charactersBack-lit LCD with auto turn-off
Program Key 35 keys
Control Switch RUN/STOP for Micro operation
Power Supply From Micro through loader cable;From AC adaptor (5 to 6.5V DC, 4W) during off-line programming
Power Consumption 1.5W
Connection to Micro3 Loader cable FC2A-KL1, 6.56' (2m) or FC2A-KL2, 16.4' (5m)
Connection to Micro3C Loader cable to RS232 loader port FC2A-KL3C
Connection to Micro3C Loader cable to RS485 data link port FC2A-KL4C
Power Failure Protection Approximately 1 hour at 25°C
User Program Storage SRAM memory card stores up to 31 programs
To connect a modem to the loader port on the Micro3C, use the modem cableFC2A-KM1C. Set the protocol selector switch to 1 or 3 to select user protocolfor the loader port.
Cable Connector Pinouts
Pin Description
1 FG Frame Ground
2 TDX Transmit Data
3 RXD Receive Data
4 RTS Request to Send
5 –– ––
6 –– ––
7 SG Signal Ground
8 DCD Data Carrier Detect
20 DTR Data Terminal Ready
To connect equipment with an RS232C communication port to the loader porton the Micro3C, use the user communication cable FC2A-KP1C. One end of theuser end communication cable 1C is not provided with a connector. It can beterminated with a proper connector to plug in to communicate with theRS232C port.
When the protocol selector switch is set to 1 or 3, the Micro3C can communi-cate with RS232C equipment through the loader port using the user protocol.When the protocol selector switch is set to 0, 2, or 4, the Micro3C can commu-nicate through the loader port using the loader protocol.
Cable Connector Pinouts
Pin Description AWG # # Color
1 RTS Request to Send 28 Black
2 DTR Data Terminal Ready 28 Yellow
3 TDX Transmit Data 28 Blue
4 RXD Receive Data 28 Green
5 DSR Data Set Ready 28 Brown
6 SG Signal Ground 28 Gray
7 SG Signal Ground 26 Red
8 NC No Connection 26 White
Cover –– Shield –– ––
Twisted
Twisted
•
Modem Cable FC2A-KM1C
9.84’ (3m) long
To RS232C Port
D-sub 25=pinMale Connector
To Loader Port(RS232C)
Modem
RS232C EquipmentUser Communication Cable FC2A-KP1C7.78’ (2.4m) long
To Loader Port(RS232C)
To RS232C Port
Attach a proper connector to the open end referring tothe cable connector pinouts
Micro3C: Connecting the Modem through the Loader Port
Micro3C: Connecting RS232C Equipment through the Loader Port
The system setup demonstrates a program to send data to a printerusing the user communication TXD (transmit) instruction. Serialprinters used in this example are Seiko Electronic’s DPU-201GSand Citizen’s iDP3110 printers.
System Setup Protocol Selector SwitchSet to 1 or 3 to select user protocol
for the loader port
User Communication Cable 1CFC2A-KP1C
7.87’ (2.4m) long
Attach a connector to the open end of the usercommunication cable 1C referring to the cableconnector pinouts shown below
Life RatingsMechanical: 20,000,000 operations (no load) at 1,800 operations/hourElectrical: 100,000 operations (rated load) at 1,800 operations/hour
Each unit can be used as a CPU or expansion I/O using a selection switch. Sink/source inputs can be used with NPN- or PNP-output sensors. Input on and off times can be selected using the input filter function (FUN7 setting).
CPU Input/Output
Key features of the Micro3 and Micro3C input include:• AC or DC inputs (Micro3) or DC inputs (Micro3C)• Expandable from 10 to 48 I/O points• Configure inputs: Sink or source for NPN or PNP devices• Each unit selectable: CPU or expansion I/O• LED indicators• Optical isolation
Configuration10 I/O 4 outputs: Common NO = 4 points
16 I/O 7 outputs: Common NO = 3 points + 4 points24 I/O 10 outputs: Common NO = 5 points + 5 points
Rated Load 0.5A, 24V DC — Maximum: 0.625A/circuit (30V DC)Inrush Current 5A, 1ms (maximum)Leakage Current 0.1mA (maximum)On Voltage Sink: 1.5V DC (maximum)
On/Off Time On: 500µs (output Q0: 5µs),Off: 500µs (output Q0: 5µs)
External Current Draw 24V DC, 100mA (maximum)
16 I/O 24 I/O10 I/O
CPU: Transistor Output (Micro3 only)
Each unit can be used as a CPU or expansion I/O using a selection switch. Sink/source inputs can be used with NPN- or PNP-output sensors. Input on and off times can be selected using the input filter function (FUN7 setting).
DC
Inpu
t Spe
cific
atio
ns
Rated Input Voltage(allowable range)
24V DC(19 to 30V DC)
Rated Input Current 7mA (input I0: 13mA)
Input Impedance 3.3kΩ (input I0: 1.8kΩ)
On/Off Current On: 2.5mA (minimum) at 11V DC Off: 1.2mA (maximum)
On/Off Voltage On: 11V DC (minimum)Off: 5V DC (maximum)
On/Off Time Depends on input filter setting (see note)
Key features of the analog input and output units include:• Micro supports one analog in and one analog out• Input/output units accept a variety of signals • Units connect to input Ø and/or output Ø
AD Converter Unit DA Converter Unit
Spec
ifica
tions
Number of Inputs 1 channel 1 channel
Resolution 250 (see chart below) 245 (see chart below)
Total Accuracy ± 1% of the maximum value ± 1% of the maximum value
Conversion Time 125ms 0 to 95%: 500ms
Maximum Applicable Input 16V DC 30V DC
Maximum Applicable Output 30V DC Voltage output: 12V DC
Current output: 12V DC or –0.6V DC
Output Short Circuit Not allowed Allowed (infinite period of time)
Recommended Output LoadImpedance
—Voltage output: 5kΩ or moreCurrent output: 250Ω or less (300Ω maxi-mum)
Input Frequency — 312.5Hz (PWM mode must be set to MODE3)
When using the Micro inthe sink input connec-tion, select the sourceoutput from the A/Dconverter unit.
3A Fuse
1
PNP
+ –24V DC
A/D UNIT
INPUT4-20mA
POWER
SINK
SCE
+ –ANALOG WIRE TO
IN 0
INPUT OUTPUT
DC OUT24V 0V
DC INCOM 0
24V DCPower
+–
FG
Set the output selector
AnalogInput
Shield Wire
switch to SINK.
When using the Microin the source inputconnection, select thesink output from theA/D converter unit.
1
NPN
3A Fuse
Analog Input and Wiring Diagrams (Micro3 and Micro3C)
The A/D converter unit is used with the Micros to perform an 8-bitA/D conversion. The A/D converter unit reads an analog input sig-nal from an analog output device such as an analog distance sen-sor. The output from the A/D converter unit is entered to the Microinput I0 and converted into a digital value (0 through 249) using theA/D (analog/digital conversion) instruction. If the input to the A/D converter unit exceeds the input range, thenan overflow occurs, and 250 is set to the destination operand of theA/D instruction. Only one A/D converter unit can be connected tothe Micro base unit.
When the A/D converter unit is connected to the Micro, the HSC (high-speed counter) function cannot be used.
The D/A converter unit is used with the transistor output typeMicro3 base unit to perform an 8-bit D/A conversion. The pulsewidth modulation instruction is used to convert the digital value toa pulse output signal. The output from the Micro3 output Q0 isentered to the D/A converter unit to generate an analog current orvoltage output to control an inverter. Only one D/A converter unitcan be connected to the Micro3 base unit.
24V DCPower
+–FG
Set the input selector
Analog
Shield Wire
+ –24V DC
D/A UNIT
OUTPUT4-20mA
POWER
SCE
SINK
+ –ANALOG WIRE TO
OUT 0
OUTPUT INPUT
Ground the FG terminal.
switch to SINK.
Output
OUTCOM0(+) 0 1 2 3 OUT
COM1(+) 4 5 6 –V
When using a transistor protect source output type Micro3 base unit, select the sink input to the D/A converter unit.
1A Fuse
24V DCPower
+–FG
Set the input selector
Analog
Shield Wire
+ –24V DC
D/A UNIT
OUTPUT4-20mA
POWER
SCE
SINK
+ –ANALOG WIRE TO
OUT 0
OUTPUT INPUT
Ground the FG terminal.
switch to SCE.
Output
OUTCOM0(–) 0 1 2 3 OUT
COM1(–) 4 5 6 +V
When using a transistor sink out-put type Micro3 base unit, selectthe source input to the D/A con-verter unit.
Self-Diagnostics CPU error (WDT), CRC error, check sumerror, communication error
Auto Start Function Operation starts after power-up
FA Series Compatibility Program loaders are interchangeable using special cables
Micro-1:The Original Micro-PLCEl
ectr
ical
Spe
cific
atio
ns
Rated Supply Voltage AC CPU base unit and (8 in/6 out) expansion: 100 to 240V AC, 50/60Hz (47.5–63Hz)24V DC base unit and all expansion units: 12V DC CPU base unit and (8 in/6 out) expansion
Voltage Range AC: 85 to 110% of rated voltage 24V DC: 80 to 120%; 12V DC: 70 to 120%
Dielectric Strength Between power or I/O terminal and ground: 1,500V AC, 1 minute
Insulation Resistance Between power or I/O terminal and ground: 10MΩ (500V DC megger)
Temperature Operating: 0 to +55°C; Storage: – 20 to +70°C
Operating Humidity 45 to 85% RH (avoid condensation)
Vibration Resistance 5 to 55Hz, 6G for 2 hours in each of 3 axes
Shock Resistance 30G, 3 shocks in each of 3 axes
Noise Resistance Between power or I/O terminal and ground: AC: ±1.3kV, 1µs; 24V DC: ±1.0kV, 1µs; 12V DC: ±500V, 1µs
Ground Resistance 100Ω (maximum)
Mounting Style 35mm DIN rail and panel mount
UL ListedFile No. E102542
CSA CertifiedFile No. LR66809
CE Certified
The CPU base unit suppliespower to the micro-expansionunits and program loader.Micro-expansion units are notcompatible with 12V DC CPU.
Key features of the Micro-1 PLC include:• Intelligent control economically replaces hard-wired systems • 8 inputs, 6 outputs• DC inputs, relay or transistor outputs• Expansion unit doubles I/O (16 inputs, 12 outputs)• Micro-expansion I/O for incremental I/O increases• 80 timers, 47 counters, 160 internal relays• CPU base unit supplies power for input signals• Program capacity 600 steps• Computer link, networking
5' (1.5m), connects program loader to base unit2.75" (70mm) curl cord (attached to loader)5' (1.5m), connects FA series program loader to Micro-1 base unit5' (1.5m), connects Micro-1 program loader to FA series CPU
Serial I/O Module FC1A-SM1E 8 inputs and 8 outputs with serial cable (order FC1A-KS*A separately)
Serial Cable FC1A-KS*A *1: 39.37" (1m), 2: 78.74" (2m), 3: 118.11" (3m) Connect serial I/O module to CPU base unit (with shield terminal—one end)
Serial I/O Transition 20-pin interface to discrete terminal blocks (simplify installation of serial I/O)
Analog Timer UnitExternal Power SupplyDigital Display Mother Board
FC1A-TA1PSR-AD07*EFC1A-PD1
Contains 4 analog timers (8 time ranges from 1 second to 10 minutes)*12: 12V DC, 0.63A output, 24: 24V DC, 0.32A outputTo mount a serial I/O module and digital displays such as IDEC’s DD33 series
Link Adaptor CableFC Link CableComputer Link Cable
PF2-CLAFC1A-KC1APFA-1A54A
Interface PC to Micro-1 CPU base unit for 1:1 communication5.91" (150mm) curl cord: CPU base unit to PFJ-U11, PFJ-U21, or PF2-CLA78.74" (2m), connects PC to PFJ-U12, PFJ-U22, or PF2-CLA
Key features of the FA2J flat-pack modular include:• 6ms/K processing• Up to 128 inputs, 128 outputs• DC inputs, relay or transistor outputs• Low profile for shallow panels• 8-bit or 12-bit analog input, multiplexer• Replaceable relays• Memory: 1K, 4K• High-speed counter• Computer link, networking
PFJ-CR1EFA2J CPU; power: 100 to 240V ACFA1J CPU; power: 100 to 240V AC
DC PF2J-CPU1DCEPFJ-CR1DCE
FA2J CPU; power: 24V DCFA1J CPU; power: 24V DC
PowerACDC
PFJ-PS1PFJ-PS1DC
Internal power supply for I/O expansion (100 to 240V AC)Internal power supply for I/O expansion (24V DC)
External PFJ-PU2 External power supply for DC inputs, sensors (24V DC/0.5A)
Expansion
Base Plate PFJ-EB1 For installing two I/O modules
Double-Stack Expan-sion
PFJ-DP1 Mount CPU or expansion power, plus “piggyback” mountingcapacity for two I/O modules (order one PFJ-EB1 separately)
PFJ-DP2 Mount two I/O modules, plus “piggyback” mounting capacityfor two more I/O modules (order two PFJ-EB1s parts separately)
Input
8-Point DCTransistor (source) PFJ-N081 24V DC NPN transistor inputsTransistor (sink) PFJ-N082 24V DC PNP transistor inputs
8-Point AC100V AC PFJ-N083
PFJ-N083A100 to 120V AC inputs, standard response100 to 120V AC inputs, fast response
200V AC PFJ-N084PFJ-N084A
200 to 240V AC inputs, standard response200 to 240V AC inputs, fast response
16-Point DCTransistor (source) PFJ-N161
PFJ-N161A24V DC NPN transistor inputs5V DC NPN transistor inputs
Transistor (sink) PFJ-N162 24V DC PNP transistor inputs
AnalogInput
8-BitVoltage PFJ-N012
PFJ-N012A0 to 10V DC inputs, 8-bit resolution, fast response0 to 10V DC inputs, 8-bit resolution, standard response
Current PFJ-N013PFJ-N013A
4 to 20mA DC inputs, 8-bit resolution, fast response4 to 20mA DC inputs, 8-bit resolution, standard response
12-BitVoltage PFJ-N112A
PFJ-N113A0 to 10V DC analog input, 1 point, 12-bit resolution1 to 5V DC analog input, 1 point, 12-bit resolution
Current PFJ-N114A 4 to 20mA DC analog input, 1 point, 12-bit resolution
Multiplexer 12-BitAnalog Input
VoltageCurrent
PFJ-4MPVPFJ-4MPI
Analog multiplexer module, 4 points, voltageAnalog multiplexer module, 4 points, current
Output
8-PointRelay PFJ-T081 1NO contact, rated load 110V AC, 5A; 220V AC, 2ATransistor (sink) PFJ-T082 Rated load 12 to 48V DC, 1A per pointSSR PFJ-T083 Rated load 100 to 240V AC 1A per point
16-PointTransistor
Transistor (sink) PFJ-T162PFJ-T162A
Rated load 12 to 28V DC, 0.5A per pointRated load 5 to 12V DC, 20mA per point
Transistor (source) PFJ-T162BPFJ-T162C
Rated load 12 to 28V DC, 50mA per pointRated load 12 to 28V DC, 0.5A per point
Analog VoltageCurrent
PFJ-T012PFJ-T013
0 to 10V DC output, 8-bit resolution4 to 20mA DC output, 8-bit resolution
Program Loader LoaderExtension Cable
PF2-2H4REPFA-1A11
Program loader with built-in PROM burner 59" (1.5m) —not included with program loader
Memory Packs(see details on page J-103)
PFA-1M14PFA-1M21PFA-1M24
4K EEPROM (compatible with FA3S)1K CMOS-RAM (compatible with FA3S)4K CMOS-RAM (compatible with FA3S)
High Performance Input High-Speed Counter PFA-N011APFA-N011B
Single-phase, for high-frequency inputsTwo-phase, for quadrature rotary encoder inputs
Blank Module PFJ-DM Occupies unused slot on base plate
Computer Interface
PF2-CLAPFJ-U21PFJ-U22PFA-1A51PFA-1A54ACLIP
Link adaptor for 1:1 communications to IBM-compatible PCLink for 1:N communication (use with twisted-pair cable)Main unit for 1:N communication (use with twisted-pair cable)Link cable, FA series CPU to link adapter 12” (300mm)Link cable, PC to link adapter, 78.74” (2m)Ladder diagram software for programming and monitoring
External Control Start: input 0 (release possible); Stop/reset: function designated
Power Failure Protected: Internal relay, shift register, counter, reversible counter, data register
Self-Diagnostics CPU error (WDT), communication error, CRC error in user programs, operation code error
Auto Start Function After power-up, automatic run, function designated
Key features of the FA3S include:• Up to 256 local I/O points• Up to 1,024 fiber optic remote I/O points,
from up to 3,280’ (1km) away• 8-channel analog module• RS232 and RS485 modules available• Modem communications• Real-time clock and calendar available• High-speed interrupt I/O (16 or 32 points)• Average Boolean scan: 0.3ms/K• Up to 8K program steps• Built-in programming/ASCII port
UL ListedFile No. E102542
CSA CertifiedFile No. LR66809
CE CertifiedEMC Approved*File No. E9960513332*Some modules excepted
The FA2 loader (PF2-2H4RE) and FA3 loader (PF3S-HL161E) are compatible with all FA series PLCs and the Micro-1.
JThe power requirements listed are maximums. For input modules, all inputs are on. For output modules, all outputs are on. For combination I/O modules, all inputs and outputs are on.
Pow
er R
equi
rem
ents
Standard CPU PF3S-CP11with program loader
130mA 480mA
Standard CPU withClock Protection
PF3S-CP11Twith program loader
80mA 430mA
High-Performance CPUs PF3S-CP12, -CP13with program loader
Where Logic and Intuition ConvergeWindLDR, IDEC’s Windows-based, Ladder programming tool successfully com-bines logic and intuition. IDEC’s WindLDR includes a graphic interface, icon-driven tool bar, on-line help, and debugging tools. In its first release, WindLDRprograms the Micro-1, Micro3, Micro3C, FA Series, ONC and MicroSmart.
WindLDR is your icon-driven, multi-window, all-inclusive tool.
Key features of the WindLDR software package include:• Use the Tag Editor to access and edit all coil data in one
convenient option• Customize toolbars, ladder file characteristics, and more• Access the most common commands with the context-sensitive
right mouse button• Open and use unlimited ladder files• Monitor and de-bug PLC functionality on-line• Edit ladders simply, with a drag and drop toolbar
Tag Name Editor
Tag Name Editor
Gen
eral
Spe
cific
atio
ns
Cut and Paste Function Select one rung or multiple rungs
Tag Editor Access and edit all coil data in one convenient option
Customization For toolbars, ladder file characteristics, and many program features
Right Mouse Button Context-sensitive for convenient access to most commonly used commands
On-Line MonitoringDe-bug and observe real-time PLC functionality,right from your PC.Write new values to counters, timers, and data registers.
Multiple Ladder Files Open unlimited ladder files to compare and reuse instantly, even if they are written for different PLCs
Drag and Drop User friendly toolbar makes ladder creation andediting simple
Find String Searches for text in various ways; large ladder filesare easy to manage
Multi-Level Undo Limited only by available memory
CLIP and CUBIQ Fully compatible for upgrade
On-Line Help Context-sensitive; extensive coverage of WindLDRand PLC functionality
ManualsThe WindLDR Tutorial provides a quick, simple way to get up and running; the comprehensive WindLDR Reference Manual answers basic through advanced questions
Support IDEC engineers maintain an excellent level of customerservice and software support
Platforms Microsoft® Windows 95, 98, 2000, Me, NT 4.0
System RequirementsCPU: Pentium 75MHz or higher; 24MB available RAM on Win95 and Win98; 32MB available RAM on Win2000, NT20MB free hard disk space
