Panasonic RS-DC8 Manual
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User reviews and opinions
|ScareCrow||5:26pm on Wednesday, September 22nd, 2010|
|Works well with my Nikon 18-200 lens, even on top of my B&W UV filter. I used it for a day, but I really love it. At this price to get a binocular from a company like Nikon is really great.|
|FoboldFKY||6:05am on Wednesday, September 8th, 2010|
|I purchased 2 of these for my son and daughter and their soon to be spouses for christmas and they love them!!! We purchased 7 of these for Christmas presents and they are wonderful, especially for the price. Definitely a good product for the value paid. Ordered one as a Christmas gift and the recipient was more than pleased.|
|previso||3:05am on Monday, September 6th, 2010|
|Fantastic binoculars. These would also make a great gift for the person who has everything. Close Focus","Strong Construction Not Dishwasher Safe These binoculars are great for the price, a little heavy and the neck strap is light duty. I'm very satisfied with my purchase and BeachCamera. [...|
|ocj||11:21am on Tuesday, July 13th, 2010|
|I like this picture viewer. I bought it for my 84 year-old mom who is technologically illiterate, and I love the idea that you can set it up.|
|baggins2000||12:20am on Friday, April 2nd, 2010|
|Do not do business with this company unless you want to get ripped off. I purchased a Bushnell holographic sight from them for $238.99. The 10-22x50 Zoom model is intended for both lowlight viewing at the shorter end of the zoom as well as distant observations in better conditions. Works well with my Nikon 18-200 lens, even on top of my B&W UV filter.|
|tgrier||1:07pm on Thursday, March 18th, 2010|
|Binoculars is ideal to use for sports/ recreational activities. It is compact and best to use with my glasses. FOr me was the best compromise between weight and quality. The optics are good with large and bright exit pupil. Inexpensive tool for star gazing...convenient convenient...convenient Lightweight","Quality Lenses","Strong Construction","Works Well With Glasses|
|wvdploeg||12:25pm on Wednesday, March 17th, 2010|
|awsome binocs for the price these binocs are awesome.i love them. the only reason i gave them a four is because the lens covers fall off. A "must have" to protect the lens. Excellent clear filter. No distortion, no flare, and is a quality filter(what one would expect from Nikon).|
|lolow||4:48am on Wednesday, March 17th, 2010|
|I bought this product before my trip to Grand Canyon. For that price I paid (around $60) it works very nice. Overall, I am happy using this product.|
Comments posted on www.ps2netdrivers.net are solely the views and opinions of the people posting them and do not necessarily reflect the views or opinions of us.
SCT-100-SENSORMATIC-PANASONIC Sensormatic RS-422 to Panasonic RS-485 Code Translator
The code translator converts Sensormatic RS-422 camera control code into Panasonic RS-485 code for a single P/T/Z. Only camera commands for the address matching the Address Selector switches will be converted. Output code is selectable from 2400 baud to 19.2K baud. The output is Panasonic conventional protocol without a unit address so the camera's address switch does not have to be set. A test mode sends a continuous square movement pattern to the P/T/Z so the wiring and baud settings between the translator and the P/T/Z can be checked without a Sensormatic controller.
Configuration Switches Switch 1: Unassigned Up: Down: Switch 2: Unassigned Up: Down: Switch 3: Unassigned Address Selector
Selects camera address. Valid range is 1 ~ 256
Flashes when there is any input data. Will stay on if input lines are reversed.
Flashes when input code is not recognized as valid Sensormatic RS-422 code.
Flashes to indicate code errors. Will stay on if address switch is out of limits.
Flashes when Panasonic code is sent.
Up: Down: Switches 4 &5: Panasonic Baud 4 Down 5 Down Up 5 Down Down 5 Up Up 5 Up 19.2K
Switch 6: Output test code Up: Output test pattern On Down: Output test pattern Off
The removable mounting clip can be snapped onto a din rail or screwed to a panel or wall.
WARNING: Connect power to the Pwr inputs. Do not connect power wires to the Gnd.
Removable edge connector. Insert a small screwdriver in the upper slot to force open the wire clamp. Push all the way in to open fully. Place stripped wire end(s) in the open clamp and withdraw screwdriver.
T T (A) (B)
Panasonic RS-485 Out Connect to camera R(A) & R(B). (Set camera for 4 wire mode)
R(A) R(B) T(A) T(B) Gnd
Green Yellow Orange Red Brown Panasonic camera connector viewed from contact side
SPECIFICATIONS Size: Weight: Power: Environmental: 4.5" x 3.5" x 1.25" 0.5 lb 9Volt to 15Volt AC or DC at 75ma Indoor use only
Sennetech, Inc. 6455 W. Bath Rd, Perry, MI 48872 U.S.A. www.sennetech.net
Ph (517) 675-1150 Fax (517) 675-1151
NOTES Switch Settings Any changes in switch settings are effective immediately, they are not read only on power up. Addressing Only camera control code for the camera number set by the Address Switches is converted. The data is sent in a direct mode to the Panasonic camera, its address switches do not matter. Indicators The Rx LED will flash when there is data on the input. If it is on constantly, the input wires may be reversed. The Error LED will flash if the input code is not recognized as valid Sensormatic code. The Status LED will light if the address switches are not set to a valid address (1~256). The Tx LED flashes once for each Panasonic packet sent.
OPERATION PTZ The code translator converts pan, tilt, zoom, focus and iris code directly into Panasonic code Additional commands are converted according to the following table (From a TouchTracker controller). SENSORMATIC COMMAND Presets PANASONIC COMMAND
Define Quck View 1~4 Program preset 1~4 Quck View 1~4 Go to preset 1~4 Note: Presets are not available when used with an AD 2083-02 code translator. Run pattern 1 Define Pattern 2 End of Pattern Run Pattern 2 Iris Open + Iris Close Flip Autopan Patrol Learn Patrol Stop Patrol Play Auto Iris Auto Focus
Auto Iris Auto Focus
Dome Setup Menu In a Sensormatic system, it requires multiple keystrokes to activate the configuration menu. Press and hold Iris Open, press and hold Focus Near or Focus Far, then press Zoom Out. While the menu is displayed, use the tilt to navigate and pan to change selection value Focus Far Focus Near Advance to next high-lighted menu Return to previous menu
(Any iris or zoom command will automatically exit the menu.)
Power terminals Expansion cassette interface cover Connector for add-on cassette I/O status monitor LED USB communication port (excluding C14R) RUN/PROG. mode selection switch Connector for battery Connector for expansion unit
AFPX-C30TD AFPX-C30T AFPX-C30PD AFPX-C30P AFPX-C60TD AFPX-C60T AFPX-C60PD AFPX-C60P
DC power supply, Transistor output (NPN), Input: 16-point, Output: 14-point AC power supply, Transistor output (NPN), Input: 16-point, Output: 14-point DC power supply, Transistor output (PNP), Input: 16-point, Output: 14-point AC power supply, Transistor output (PNP), Input: 16-point, Output: 14-point DC power supply, Transistor output (NPN), Input: 32-point, Output: 28-point AC power supply, Transistor output (NPN), Input: 32-point, Output: 28-point DC power supply, Transistor output (PNP), Input: 32-point, Output: 28-point AC power supply, Transistor output (PNP), Input: 32-point, Output: 28-point
RS232C tool port 24 V DC service power output terminals C14: 0.15 A C30, C60: 0.4 A (DC powered type has no service power output)
Connector for expansion unit Output terminals
DC input: 8 (24 V DC) Relay output: 8 (250 V AC/2 A)
Remarks) Two or more E16R can't be connected serially because it can't supply the power to other units.
Transistor output (NPN), Input: 8-point, Output: 8-point Transistor output (PNP), Input: 8-point, Output: 8-point
(Model: Relay output type AFPX-E16R)
DC power supply, Transistor output (NPN), Input: 16-point, Output: 14-point AC power supply, Transistor output (NPN), Input: 16-point, Output: 14-point DC power supply, Transistor output (PNP), Input: 16-point, Output: 14-point AC power supply, Transistor output (PNP), Input: 16-point, Output: 14-point
Power supply (100 to 240 V AC) DC input: 16 (24 V DC) Relay output: 14 (250 V AC/2 A)
Remarks) Addition of up to 8 units is possible including E16R and EFP0.
AFPX-E30TD AFPX-E30T AFPX-E30PD AFPX-E30P
AFPX-COM1 AFPX-COM2 AFPX-COM3 AFPX-COM4
Communication cassette (RS232C 1 ch.)
Expansion FP0 Adapter
I/O status monitor LED
Communication cassette (RS232C 2 ch.) Communication cassette (RS485/422 selectable 1 ch.) Communication cassette (RSch + RS232C 1 ch.) Part number
Up to 3 FP0 expansion units can be connected.
Connector for expansion unit
FP0 Expansion Unit
Specifications 8 ch. DC input, MIL connector 16 ch. DC input, MIL connector 8 ch. transistor output, MIL connector 8 ch. relay output, screw terminal block 16 ch. transistor output, MIL connector 16 ch. PNP output, MIL connector 16 ch. DC input, 16 ch. transistor output, MIL connector 16 ch. DC input, 16 ch. PNP output, MIL connector 4 ch. DC input, 4 ch. relay output, screw terminal block 8 ch. DC input, 8 ch. relay output, screw terminal block 2 ch. analog input, 1 ch. output 8 ch. analog input 4 ch. analog (voltage) output 4 ch. analog (current) output 4 ch. thermocouple input 8 ch. thermocouple input I/O link unit CC-Link unit 16ch DC input, 16ch relay output screw terminal block 6ch RTD input PROFIBUS remote I/O unit
(Avail. April 2007)
Communication cassette (Ethernet 1 ch + RS232C 1 ch.)
AFPX-IN8 AFPX-TR8 AFPX-AD2
Input cassette (24 V DC , 8 input ch.) Output cassette (NPN transistor 0.3 A, 8 output ch.) Analog input cassette (12-bit non-insulated 0 to 10 V/0 to 20 mA, 2 ch.) Pulse I/O cassette (High-speed counter input: single phase 80 kHz 2 ch., 2-phase 30 kHz 1 ch.) (Pulse output: 1 axis 100 kHz < cw/ccw, pulse + sign >) *Cannot be built into a transistor output type Master memory cassette with a real-time clock (32 ksteps program memory + real-time clock in year/month/day/hour/minute) *Real-time clock needs an option battery.
(Real-time clock Calendar timer)
FP0-E8X FP0-E16X FP0-E8YT FP0-E8YRS FP0-E16T FP0-E16P FP0-E32T FP0-E32P FP0-E8RS FP0-E16RS FP0-A21 FP0-A80 FP0-A04V FP0-A04I FP0-TC4 FP0-TC8 FP0-IOL FP0-CCLS FP0-E32RS*1 FP0-RTD6*1 FP0-DPS2*1
(Model: Analog input cassette AFPX-AD2)
Securing hole Connector for double-stacked mounting
* Only the communication cassette can be upper. * Use the two opposite diagonal holes for mounting when a communication cassette is double-stacked.
Input/output terminals or communication signal terminals
*1 Provided from Panasonic Electric Works Europe AG
Eight single-phase or four dual-phase sets (X0~X7)
Model Type Transistor Output Type Dual Phase Relay Output Type Dual Phase Single Phase Output Mode Pulse Output (four axes) One ch in use Single Phase During Halt During Operation During Halt During Operation During Halt During Operation During Halt During Operation 100kHz 35kHz 35kHz 15kHz 10kHz 10kHz 5kHz 5kHz All channels in use 50kHz 4ch + 10kHz 4ch 25kHz 4ch + 10kHz 4ch 25kHz 2ch + 5kHz 2ch 10kHz 2ch + 5kHz 2ch 10kHz 8ch 10kHz 8ch 5kHz 4ch 5kHz 4ch
Computer Link* General Communication
*Computer Link is the command-response type communication method using Matsushitas open protocol MEWTOCOL.
When adding a pulse I/O cassette to the relay output type, two high-speed counter sets can be added to every cassette. Please refer to the user manual for counter specification.
The transistor output type C14 comes with 3-axis while C30/40 comes with 4-axis pulse output inside the control unit. The multi-axis control, which previously required a higher-level PLC or additional positioning unit, or two or more PLC units, can now be achieved with only one FP-X transistor output type unit in a small space at a low cost. In addition, as this type does not require a pulse I/O cassette needed for a relay output type, other function expansion cassettes such as communication or analog input can be attached for more diversified applications.
The transistor output type is not limited by the control capacity of each common line. Every output port can secure 0.5A even when all output ports are ON for any basic unit C14, C30, C60 as well as the expansion units E16 and E30 (at 25 C) Sufficient capacity for high-load switching such as LED type signal tower etc.
I The communication cassette (Ethernet Type) will be April 2007.
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The high-level PID control easily achieves high-speed, high-accuracy multi-point temperature control.
High capacity/High speed
The high-level basic performance provides sufficient room for future equipment expansion as well as a rich variation.
PID command execution Bit processing
Executing F356 PID command
PWM output frequency setup
Only a single command
High-speed processing is often required for small-scale equipment control such as serial data communication, network construction or PID temperature control. High-speed scanning at 0.32 sec/step (basic instruction) easily meets such requirements.
(Ex.) In the case of a 5-kstep program consisting of 35% basic instructions and 65% applied instructions,
0.32 sec 0.9 sec
*1 Thermocouple connection requires FP0 Thermocouple Unit.
Timer set value conversion PWM output circuit PWM output F356 EZPID, WR1, WX1, DT0, DT100
Scan time: 1.9
ms (measured time)
0.5 1.0 sec
Control code Measured value Target value Output value
I Abundant number of I/O points - Maximum I Multi-point PID control
GHigh-accuracy PID control is possible by adopting a sophisticated algorithm and floating-point operations. GHigher accuracy is obtained by ultra high-speed computations in a 32 s/loop. For example, a 16-loop control only adds a scan time of 0.5 ms by ensuring minimum impact on the tact time. GThe simultaneous multi-point auto-tuning simplifies complex parameter setting. GThe high-speed control PI-D*1 mode and overshoot suppression I-PD*2 mode are available for selection according to the intended application. GBy combining with a sequence control, the parameters (Kp, Ti, Td, etc.) can be changed during a PID control execution, thereby enabling optimum temperature control in each stage including start up, midrange, and convergence. The ability to change the target value easily enables multi-step temperature control, which was difficult only with temperature controllers. In addition, the multi-point temperature control enables the centralized control of multiple temperature controllers with a single FP-X for unified data management.
*1 Derivative type *2 Proportional-derivative type
(Up to 382 points possible by using FP0 expansion units and add-on cassettes)
When the user cannot predict the number of I/O points required in the future for his machine or equipment, he is uncertain in selecting a PLC model. FP-X solves user concerns with a maximum of 300 I/O channels. The number can even be increased up to 382 points by using the add-on cassettes and FP0 expansion units.
2D Code Reading Sensor PD50
Eco-POWER METER KW4M
I Up to 3 serial communication ports can be used at once.
The use of a communication cassette provides up to 3 serial communication ports. Usable interfaces include RS232C, RS485, RS422, and USB.
*The RS232C tool port can be used as a general-purpose serial communication port. Communication cassette USB Communication Port RS232C tool port Communication cassette AFPX-COM1 (RS232C 1 ch.) AFPX-COM3 (RS485/422 selectable 1 ch.) AFPX-COM2 (RS232C 2 ch.) 1st ch. Always used (Port No. COM1) Always used
Add-on Cassette DC input Application Cassette Pulse I/O AFPX-PLS
Cannot be used with a transistor output type
Specifications 24 V DC input, 8 ch., bidirectional input (sync/source)
Transistor output AFPX-TR8 NPN, 8 ch., 0.3 A High-speed counter input Single-phase 2 ch. 80 kHz or two-phase 1 ch. 30 kHz Pulse output Single-axis 100 kHz (CW/CCW, Pulse+Sign) 2 ch., 12 bits (non-insulated), 2 ms/2 ch. 0 to 10 V or 0 to 20 mA 32-kstep program storage and transfer Calendar timer RS232C RS232C RS485/RS422 selectable RS485 + RS232C*1
AFPX-COM4 (RS485+RS232C) 2nd ch. Switch-selectable (Port No. COM2) USB port Default setting: USB port use Modbus-RTU (115.2kbps,1200m)
Analog input AFPX-AD2 Master memory AFPX-MPTC
GT11 FP-e (PLC) Temperature controller etc.
1 ch. 2 ch. 1 ch. 1 ch. each
Easily removable (Two screws to secure the unit)
I PLC Link
The MEWNET-W0 allows program-free links of up to 16 PLC units such as FP2/2SH or FP. The distributed control system allows efficient model selection.
Ethernet 1ch + RS232C 1 ch (Available April 2007)
Number of stations 16 stations
*1: Each of RS485 and RS422 is an insulated type.
I When further expansion or functions are required, use the existing
All control units can be expanded by up to 3 FP0 expansion units via an adapter. Applications can be expanded by using [Transistor outputs], [Analog input/outputs], [Thermocouple input] and [I/O link (network)]. When further expansion or functions are required, use the existing FP0 expansion unit.
* Only one expansion FP0 adapter unit can be attached to a control unit. Up to 7 FP-X expansion units can be used when the expansion FP0 adapter is attached. C60 E30 E30
FP0 expansion unit.
GSimple setting of the number of linked units, linked relays, and starting Transmission speed 115.2 kbps area address of the own station by using FPWIN GR/Pro allows sharing Transmission distance 1200 m of contact information and data without programming. 128 words (data register), 64 words (contacts) Shared data GThe transfer rate of 115.2 kbps, the highest rate for a compact model. Communication method Floating master GA transfer distance of 1200 m, the longest distance for a compact model. GFP-X and FP allow a change of the station number by programming (SYS instruction). 16 stations, 115.2 kbps, 1200 m RS485 Twisted-pair cable
FP-X requires a communication cassette (AFPX-COM3 or AFPX-COM4) FP2/2SH requires a multi-communication unit (AFP2465, AFP2805) FP requires a communication cassette (AFPG803, AFPG806)
I Modbus* Compatibility
Compatible with both the master and slave of the Modbus* RTU, the world's de-facto standard Great performance is expected for air-conditioning, temperature controls etc.
* Protocol developed by the Modicon Inc. of the United States
Expansion FP0 adapter (AFPX-EFP0) Max. 7 units (210 points) Max. 96 points
Usable as a master station [F145 (Write), F146 (Read) commands] Capable of easily communicating with a temperature controller, inverter, FP-e, and foreign PLC
Product number FP0-E8X FP0-E16X FP0-E8YT FP0-E8YRS FP0-E16YT FP0-E32T FP0-E8RS FP0-E16RS
8 ch. DC input, MIL connector 16 ch. DC input, MIL connector 8 ch. transistor output, MIL connector 8 ch. relay output, screw terminal block 16 ch. transistor output, MIL connector 16 ch. DC input, 16 ch. transistor output, MIL connector 4 ch. DC input, 4 ch. relay output, screw terminal block 8 ch. DC input, 8 ch. relay output, screw terminal block
Product number FP0-A21 FP0-A80 FP0-A04V FP0-A04I FP0-TC4 FP0-TC8 FP0-IOL FP0-CCL
Analog 2 ch. input, 1 ch. output Analog 8 ch. input Analog (voltage) 4 ch. output Analog (current) 4 ch. output Thermocouple 4 ch. input Thermocouple 8 ch. input I/O link unit CC-link unit Can also be used as a slave station Temperature Watt-hour meter controller Inverter PLC FP-e FP
Another available application When 17 or more FP-X units need to be linked, the use of a Modbus instead of a MEWNET-W0 can accommodate up to 99 FP-X units. Because each FP-X can be a master or slave, a multi-master link can be constructed by passing a token from a user program.
Token passing (by user program)
FP0-E32RS*2 16ch DC input, 16ch relay output screw terminal block FP0-RTD6*2 6ch RTD input 2 FP0-DPS2* PROFIBUS remote I/O unit
*2 Provided from Panasonic Electric Works Europe AG
The unified unit height of 90 mm makes the panel surface look clean.
Multi-master link of up to 99 units is possible.
Ethernet 1ch + RS232C 1 ch (Introduced soon)
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Protects your important program by preventing illegal copies
I Program upload is easily prohibited by tool software FPWIN.
I No need for program backup easy maintenance
This software for the PC is for reading and writing data stored in the memory of FP Series main unit or on an IC card. If a large data table is required in a PLC, the data can be created and edited on a PC and then dowmload to the PLC.
GThe programs and comments are stored in flash ROM, requiring no backup batteries. GA backup battery is provided for data and real-time clock (AFPX-BATT) One battery for C14, two for C30 and three for C60 can be attached. A twoBattery battery installation can operate for a long time (10 years or more) without holder maintenance. (Real-time clock doesn't work without a battery.)
Connector Backup battery for FP-X (AFPX-BATT) Communication via modem is easy with FP Series units in isolated locations.
This software is for importing and exporting programs created in text format to and from FPWIN GR. Programs created on the PLC of another company can be edited as text and then be transferred to the FP Series without difficulty. A ladder diagram is displayed as a mnemonic code is entered from the keyboard.
A Wizard function included in FPWIN GR since versions 2.2 can automatically generate ladder programs by simply entering and selecting required items in the dedicated screen. It can be used to assist in positioning, PID instruction input, and FP-e screen display instruction input.
I FROM data storage
GFP-X can store a program, comments, a total of 55 words of data, and bit setting values in a flash memory without a battery. All of the data and bits can be stored by adding optional batteries, but writing into a flash ROM is possible without a battery by using applied instructions (F12, P13). Perfectly suited for data storage of the setup values and recipes modified several times a day.
F12 ICRD K0, K1, DT0
During the first scan, read one block (2048 words) from the starting address of DT0 at block number 0.
P13 ICWD DT0, K1, K0
When R0 is turned on, write one block (2048 words) starting from the address DT0 at block number 0.
GPersonal preference settings
It is possible to switch among preference settings for FPWIN GR, Data Editor and Text Compiler that are set up for different individuals.
* The limitation in a flash ROM designates the number of rewrites to be 10,000, or the feasible number to be approx 30,000. However, rewriting every second will generate a memory failure within a few hours.
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AFPX-C14R AFPX-C30R AFPX-C60R AFPX-C14TD AFPX-C14T AFPX-C14PD AFPX-C14P AFPX-C30TD AFPX-C30T AFPX-C30PD AFPX-C30P AFPX-C60TD AFPX-C60T AFPX-C60PD AFPX-C60P
1. Five programming languages can be used.
Programming can be done using the language most familiar to the developer or using the language most suited to the process to be performed. High-level (structured text) languages that allow structuring, such as C, are supported.
3. Keep know-how from getting out
By black boxing a part of a program, you can prevent know-how from leaking out and improve the programs maintainability.
2. Easy to reuse well-proven programs
Efficiency when writing programs has been greatly increased by being able to split programming up for each function and process using structured programming.
Maintainability increased by being able to load programs and comments from the PLC. * This only applies to FP-X, FP and FP2 (with comment memory) and to FP2SH and FP10SH (with card board).
6. Programming for all models in the FP series possible.
Any model can be used.
I Programming in the most suitable language
GProgramming in the language most suited to the process
Easy-to-understand, efficient programs can be created, for example, by using a ladder program for machine control or ST for communications control.
I Black boxing of programs
GMultiple passwords for protection of each block
The security level (8 levels) can be input for each block in a program. Only users of a set security level or higher can make changes.
FP-X Expansion Unit
Product name Power supply Specifications
8-point input of 24 V DC, 8-point relay output of 2 A Remarks; Two or more E16R can't be connected serially because it can't supply the power to other units. With an 8cm extension cable 16-point input of 24 V DC, 14-point relay output of 2 A Remarks; Possible to connect up to 8 units including E16R, EFP0. With an 8cm extension cable 8-point input of 24 V DC, 8-point transistor (NPN) output of 0.5 A Remarks; Two or more E16T cannot be connected serially because it cannot supply the power to other units. With an 8cm extension cable 8-point input of 24 V DC, 8-point transistor (PNP) output of 0.5 A Remarks; Two or more E16T cannot be connected serially because it cannot supply the power to other units. With an 8cm extension cable 24V DC 100 to 240V AC 24V DC 100 to 240V AC 24V DC 16-point input of 24 V DC, 14-point transistor (NPN) output of 0.5 A Remarks; Possible to connect up to 8 units including E16, EFP0. With an 8cm extension cable 16-point input of 24 V DC, 14-point transistor (NPN) output of 0.5 A Remarks; Possible to connect up to 8 units including E16, EFP0. With an 8cm extension cable 16-point input of 24 V DC, 14-point transistor (PNP) output of 0.5 A Remarks; Possible to connect up to 8 units including E16, EFP0. With an 8cm extension cable 16-point input of 24 V DC, 14-point transistor (PNP) output of 0.5 A Remarks; Possible to connect up to 8 units including E16, EFP0. With an 8cm extension cable Up to 3 FP0 expansion units can be connected via an adapter. With an 8cm extension cable and power cable
4. Conversion function for previously written programs provided to allow use of program assets. 5. Uploading of source programs from PLC possible.
AFPX-E16R AFPX-E30R AFPX-E16T AFPX-E16P AFPX-E30TD AFPX-E30T AFPX-E30PD AFPX-E30P AFPX-EFP0
FP-X E16R Expansion I/O unit FP-X E30R Expansion I/O unit FP-X E16T Expansion I/O unit 100 to 240V AC
GProgramming in the language you are good at
Programming time can be greatly reduced by the easy ability to split and then integrate programming for each function and process.
Main program (SFC) Positioning program (ST) Communications program (ST) Malfunction handling program (ladder)
Person A (designer) All blocks
Person B (floor leader) Block 1 Block 2
Person C (operator) Programming security level Only block 1 Block 1 Low Block 2 Block 3 Block 4 High
Designer A (SFC) Designer B (ST) Designer C (ST) Designer D (ladder)
Block 1 Block 2
Block 2 Block 4
FP-X E16P Expansion I/O unit FP-X E30TD Expansion I/O unit FP-X E30T Expansion I/O unit FP-X E30PD Expansion I/O unit FP-X E30P Expansion I/O unit
I Reuse of programs is easy.
G Register time-proven programs by block in the library. G By using variable identifiers (names), there is no need to be concerned with addresses for each machine when reusing programs.
Positioning program Communications program Malfunction handling program Communications program
FP-X Add-on Cassette
FP-X COM1 Communication cassette FP-X COM2 Communication cassette FP-X COM3 Communication cassette FP-X COM4 Communication cassette FP-X COM5 Communication cassette FP-X Input cassette FP-X Output cassette FP-X Analog input cassette FP-X Pulse I/O cassette (for relay output type control unit only) FP-X Master memory with a real-time clock
RS232C 1 ch. RS, CS control signal equipped (non-insulated) RS232C 2 ch. (non-insulated) RS485/422 selectable 1ch (insulated) RSch. (insulated) + RS232C 1 ch. (non-insulated) Ethernet 1 ch.(10BASE-T, 100BASE-TX) + RS232C 1 ch. (non-insulated) 8 point input of 24 V DC 8 point output of NPN 0.3 A 6 point output of PNP 0.5 A 2 point 12-bit non-insulated 0 to 10 V DC/0 to 20 mA High-speed counter: single-phase 2 ch., each 80 kHz or two-phase 1 ch., 30 kHz. Pulse output: one axis 100 kHz/ch. (Use restriction is applied for a two-unit installation) Master memory: Capable of storing all program steps and comments simultaneously. Storage of FPWIN Pro source files. Real-time clock: Year, month, day, hour, minute, second, day of week (optional battery required)
AFPX-COM1 AFPX-COM2 AFPX-COM3 AFPX-COM4 AFPX-COM5 AFPX-IN8 AFPX-TR8 AFPX-TR6P AFPX-AD2 AFPX-PLS AFPX-MRTC
OS Hard disk capacity CPU Onboard memory Windows95 (OSR2 or higher)/98/Me/NT (Ver. 4.0 or later)/2000/XP At least 100 MB Pentium 100 MHz or higher At least 64 MB (depends on OS) At least High Color (16-bit) or higher FP-X/FP-e/FP0/FP/FP1/FP-M/FP2/FP2SH/FP3/FP10SH Relay output type: Ver.5.1 and after Transistor output type: Ver.5.3 and after (Available soon)
Position Operation Function
Modem Connection Function
Malfunction handling program Main program
Screen resolution Display colors Applicable PLC Compatible FP-X version
FP-X Options and Service Parts
FP-X Backup battery FP-X Expansion cable (8 cm) FP-X Expansion cable (30 cm) FP-X Expansion cable (80 cm) FP-X Terminal block
Battery for backing up the operation memory and real-time clock Expansion unit connection cable, 8 cm Expansion unit connection cable, 30 cm Expansion unit connection cable, 80 cm Terminal block for C30, C60 and E30, 21 pins, cover with no marking, five units included
AFPX-BATT AFPX-EC08 AFPX-EC30 AFPX-EC80 AFPX-TAN1
Initialliton Setting Process
FP0 Expansion Units
Product name Specifications Number of I/O points FP0 E8 Expansion Unit FP0 E16 Expansion Unit FP0 E32 Expansion Unit 32 Input: 8 Input: 4 Output: 4 Output: 8 Output: 8 Input: 16 Input: 8 Output: 8 Input: 8 Output: 8 Output: 16 Input: 16 Output: 16 Power supply voltage 24 V DC 24 V DC 24 V DC Input 24 V DC Sink/Source (common) 24 V DC Sink/Source (common) 24 V DC Sink/Source (common) 24 V DC Sink/Source (common) 24 V DC Sink/Source (common) 24 V DC Sink/Source (common) Output Relay output: 2 A Relay output: 2 A Transistor output: NPN 0.1 A Relay output: 2 A Transistor output: NPN 0.1 A Transistor output: NPN 0.1 A Transistor output: NPN 0.1 A Connection type MIL connector Terminal block Molex connecter Terminal block MIL connector MIL connector Terminal block Molex connecter MIL connector MIL connector MIL connector Product number
*3 Power consumption by the DC power supply connected to the expansion FP0 adapter
3. Controls Specifications
Program method Control method Program memory Program capacity Operation processing speed Basic instructions Applied instructions External inputs (X) External outputs (Y) Internal relay (R) Special internal relay (R) Link relay (L) Timer/counter (T/C) Data register (DT) Link data register (LD) Special data register (DT) Index register (I0 to ID) Master control relay (MCR) Number of labels (LOOP) Number of differentiations Number of stepladders Number of subroutines Number of interruption programs
4. Input Specifications (Control unit, expansion unit)
Relay symbol method Cyclic operation method Flash ROM built-in (no battery backup required) 16 ksteps (C14), 32 ksteps (C30, C60) Basic instruction 0.32 s/step 1760 points *points *points 192 points 2048 points Total 1024 points: timer capable of counting (1 ms, 10 ms, 100 ms, 1 s) x 32767 Counter capable of counting 1 to words (C14), 32765 words (C3R, C60) 256 words 374 words 14 words 256 points 256 labels Up to program capacity 1000 stages 500 subroutines Relay output type: 15 programs (14 external, 1 constant) Transistor output type: 9 programs (8 external, 1 constant) Built-in (Transistor output): single-phase 8 ch (50 kHz x 4 ch + 10 kHz x 4 ch) ON OFF Operating indicator
*1 Specification at the rated input voltage of 24 V DC, 25C.
Insulation method Rated input voltage Operating voltage range
Relay output Photo-coupler 24 V DC 21.6 to 26.4 V DC Approx. 4.7 mA (Control unit X0 to X7) Approx. 8 mA (Control unit X0 to X3) Approx. 4.7 mA (Control unit X4 to X7) Approx 4.3 mA (Control unit X8 and after, expansion unit) Approx. 4.3 mA (Control unit X8 and after, expansion unit) Transistor output
Rated input current
8 points/common (C14, E16) 16 points/common (C30, C60) Input points per common Min. ON voltage/ON current Max. OFF voltage/OFF current Input impedance 19.2 V/3 mA 2.4 V/1 mA Approx. 5.1 k (Control unit X0 to X7) Approx. 5.6 k (Control unit X8 and after, expansion unit) (Input power polarity either positive or negative) 19.2 V/6 mA (Control unit X0 to X3) 19.2 V/3 mA (Control unit X4 and after, expansion unit) 2.4 V/1.3 mA (Control unit X0 to X3) 2.4 V/1 mA (Control unit X4 and after, expansion unit) Approx. 3 k (Control unit X0 to X3) Approx. 5.1 k (Control unit X4 to X7) Approx. 5.6 k (Control unit X8 and after, expansion unit) Control unit X0 to Xs or less: Nominal input 5 s or less: High-speed counter, pulse catch, interruption input setting*1 Control unit X4 to Xs or less: Nominal input 50 s or less: High-speed counter, pulse catch, interruption input setting*1 Control unit X8 and after, expansion unit 0.6 ms or less Same as above LED display
Control unit X0 to X7 Response OFF ON time 0.6 ms or less: Normal input 50 ms or less: High-speed counter, pulse catch, interruption input setting *1 Control unit X8 and after, expansion unit 0.6 ms or less
5. Relay Output Specifications (Control units, Expansion units)
Output type Rated control capacity (Resistive load) Output points per common Response time OFF ON ON OFF Mechanical Life time Surge absorber Operating indicator Electrical
1a contact 2 A 250 V AC, 2 A 30 V DC (8 A or less/common) 4 points/common Approx. 10 ms Approx. 8 ms 20 million operations or more (Operation frequency 180 times/min) 100,000 operations or more (Operation frequency 20 times/min at the rated control capacity) None LED display
High-speed counter *5
Built-in (Relay output): single-phase 8 ch (10 kHz x 8 ch) Pulse I/O cassette (AFPX-PLS) for relay output type: single-phase 2 ch (80 kHz x 2 ch)
Pulse output *6 Pulse catch input / interrupt input Periodical interrupt Potentiometer Constant scan Real-time clock Flash ROM backup *9 Battery backup Backup by F12, P13 commands Auto-backup at power failure
Built-in (Transistor output): 100 kHz x 2 ch + 20 kHz x 2 ch Pulse I/O cassette (AFPX-PLS) for relay output type: One unit (one axis) 100 kHz, or two units (two axes) 80 kHz Relay output type: Total 14 points (including the high-speed counter) Transistor output type: Total 8 points (including the high-speed counter) 0.5 ms to 30 s 2 points (0 to 1000) (C14, C30) 4 points (0 to 1000) (C60) Possible Equipped (usable only when AFPX-MRTC is installed) *7 Data register (32765 words) Counter 16 points (1008 to 1023), Internal relay 128 points (R2470 to R255F), Data register 55 words The memory allocated in the storage area by the system register (only when a battery is installed) *8 Before installing AFPX-MRTC C14: 1230 days (actual operation 10 years at 25C) C30, C60: 990 days (actual operation 10 years at 25C) C14: 780 days (actual operation 10 years at 25C) C30, C60: 680 days (actual operation 10 years at 25C) (More than two batteries can be installed in C30 and C60. In this case, the battery life is extended several times)
6. Transistor Output Specifications
Insulation method Output type Rated loadf voltage Load voltage allowable range Max. load current Max. inrush current Output points per common OFF state leakage current ON state voltage drop Response time OFF ON ON OFF 8 points/common (C14, E16) 1 A or less 0.3 V DC or less 1 ms or less*ms or less*2 21.6 to 26.4 V DC Zener diode LED display
Photocoupler Open collector NPN type: 5 to 24 V DC, PNP type: 24 V DC NPN type: 4.75 to 26.4 V DC, PNP type: 21.6 to 26.4 V DC 0.5 A 1.5 A 8 points/common, 6 points/common (C30, C60, E30)
Battery life (when no power is supplied)
After installing AFPX-MRTC
Password Self-diagnosis function Comment storage PLC link function Rewriting in RUN mode
*4 *5 *6 *7 *8
Capable (4 or 8 characters selectable) Watch dog timer, program syntax check Capable (328 KB) (backup battery not required) Max 16 units, link relay 1024 points, link register 128 words (No data transfer or remote programming) Capable
The actual usable number of points is restricted by the hardware. Specification at the rated input voltage of 24 V DC, 25C. Frequency may be lower due to the voltage and temperature. Max frequency may vary by the method of operation. Please refer to the manual for details. Calendar accuracy at 0C: 119 sec/month or less, 25C: 51 sec/month or less, 55C: 148 sec/month or less (Real-time clock requires a battery.) When data is stored in the storage area while the battery is not installed, the data is not cleared and the data value may be indefinite. The same condition occurs when the battery is exhausted. *9 The number of possible rewrites is 10,000 or less.
Voltage range for external power supply Surge absorber Operating indicator
*2 Please refer to the user manual for Y0 to Y7 of the transistor output type.
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