PCI BUS SERIES B-02 B-18 B-32 B-40 B-01 PCI BUS SERIES

Transcription

1 B01 B B02 B18 B B0 3PCI Bus Highspeed peripheral equipment has contributed to making the ISA Bus (AT bus) obsolete. Market leader, Intel Corporation, advocated PCI as an international bus standard, and through the efforts of PCISIG they have succeeded. With its bit 3Features Plug & Play Function Unlike ISA or C (98) bus interface boards, which need to be manually set up, the PCI bus allows I/O port addressing and interrupt levels to be set up automatically. (IRQ) Level Sharing PCI bus allows multiple boards to share the same IRQ. ISA or C (98) interface boards are affected by any conflicts in interrupt level assignments. specification, a maximum data transmission speed of 133MB/second and the future expansion to bit specification, PCI is the bus standard most widely used in both Apple/Macintosh and IBM PC/AT compatible systems. 3Board size Contec PCI boards come in two sizes: L L H Short size 17.(L) x 107.0(H)mm(Max.) Long size 313.8(L) x 107.0(H)mm(Max.) H (height) either a board or a bracket the higher one is shown. H 3Use of Two or More If the number of expansion slots is insufficient or the total power consumption of the addon boards exceed the capacity of the system's power supply a bus extension unit can be used. Details about these units are in the Chapter "Bus Expansion Systems." FAPAC(PCI)H

2 B02 SELECTION GUIDE Name Channels Response Signal level time Isolation Internal Input Output InputOutput power Input circuit Output type Opto Input Board PIL(PCI) +12 2VDC Max.1msec Opto Input (for high sink current output) (Negative logic) 3K0 PIL(PCI) +12 2VDC Max.1msec Opto Input (for high sink current output) (Negative logic) 3K0 PI128L(PCI) VDC Max.2001sec Opto Input (for high sink current output) (Negative logic).7k0 POL(PCI) +12 2VDC Max.1msec Opto Open Collector Output (sinking type) POL(PCI) +12 2VDC Max.1msec Opto Open Collector Output (sinking type) PO128L(PCI) VDC Max.2001sec Opto Open Collector Output (sinking type) PIO1/1L(PCI) VDC Max.1msec Opto Input (for high sink current output) (Negative logic) 3K0 Opto Open Collector Output (sinking type) PIO/L(PCI) +12 2VDC Max.1msec Opto Input (for high sink current output) (Negative logic) 3K0 Opto Open Collector Output (sinking type) PIO/L(PCI) +12 2VDC Max.2001sec Opto Input (for high sink current output) (Negative logic).7k0 Opto Open Collector Output (sinking type) Opto HighSpeed Board PIO/F(PCI) +12 2VDC Max.51sec Opto Input (for high sink current output) (Negative logic) 2.2K0 Opto Open Collector Output (sinking type) Opto Board with Onboard 12V Power Supply PIB(PCI) POB(PCI) PIO1/1B(PCI) 1 1 PIO/B(PCI)H PIO1/1TB(PCI) 1 1 Reed Relay Output Board RRY1C(PCI) 1 RRY(PCI) TTLLevel Board PIO1/1T(PCI) 1 1 PIO/T(PCI) BiDirectional Board PIO8D(PCI) PIODM(PCI) 8 Tips of VDC +12 2VDC +12 2VDC +12 2VDC 5VDCTTL 125VAC/+30VDC 100VAC/100VDC 5VDCTTL 5VDCTTL 5VDCTTL 5VDCTTL Max.1msec Max.1msec Max.1msec Max.1msec Max.11sec Max.7msec Max.1msec Max.200nsec Max.200nsec Max.200nsec Max.50nsec Boardlevel data acquisition provides input and output signals between external machinery and the computer (with ONOFF signal available via the PC). If a digital I/O board is used, the relay of various control circuits and the state of the operation switches can be supervised. Ongoing monitoring of controller input / output and digitized data can be easily done. 2. Board Types / Applications DC12V DC12V DC12V DC12V +5VDC Opto Input (for high sink current output) (Negative logic) Opto Input (for high sink current output) (Negative logic) Opto Input (for high sink current output) (Negative logic) Opto TTL Input TTL level Input TTL level Input TTL level Input TTL level Input 3K0 3K0 3K0 1.1K0 Opto Open Collector Output (sinking type) Opto Open Collector Output (sinking type) Opto Open Collector Output (sinking type) Opto TTL Output Reed Relay Output Reed Relay Output 10K0* 1 Open collector output 10K0* 1 Open collector output 10K0* 1 TTL level Output 10K0* 1 TTL level Output 3Optoisolated I/O In these boards the logic and inputandoutput circuits are isolated with an optical photocoupler. A signal (information) is converted and transmitted via light thereby avoiding the electric noise generated in the operation circuit. However, since a photocoupler requires additional power, an external DC power supply is required. Used with light electrical machinery whose operation circuits are DC 52V, such as a digital switch or display machine. Highspeed Opto Supplies highspeed photocoupler isolation I/O. Used when highspeed I/O is required. Electric signal Noise I/O circuit Photo Light emitting diode Phototransistor coupler Logical circuit Optical signal Electric signal Photo coupler Optical signal Electric signal Opto I/O w/onboard Power Supply Supplies an internal logic circuit which carries an isolated DC power supply making it possible to supply the power to operate the photocoupler from on board DCDC converter. Used when an external power supply cannot be supplied. 3Relay Output Uses a mechanical contact relay for the output circuit. The logic and output circuits on the board are isolated by a mechanical contact relay. AC load can also be connected. Used when controlling high voltage electrical machinery in which an operation circuit is AC or exceeds DC2V. Electric signal Electric signal Output circuit Relay Logical circuit Electric signal Relay Contact point Coil Electric signal 3TTL I/O Electric signal Supplies highspeed I/O, directly linking the inputoutput and logic circuits on the board. However, it is best used when the electrical noise is at a minimum and wiring distance is short, since Relay TTL is easily influenced by electrical noise. Used when a small TTL level (5VDC) relay is needed for connection with the external machinery. I/O circuit Logical circuit Bidirectional TTL I/O Directly links the inputoutput and logic circuits via an i8255 (or equivalent) chip. It can carry out variable eightpoint bidirectional I/O. Used for TTL level (5VDC) bidirectional I/O connection with external machinery. Electric signal Electric signal

3 Industrial Common Expansion function 81:For this type of boards, this data is the resistance of pullup resistors. 82:When using external power supply, every 1 channels (signals) are grouped to a single power supply. ACXPAC(W) APIPAC(W) DDE SERVER(W) Page Name B03 +35VDC 100mA +35VDC 100mA +35VDC 100mA +35VDC 100mA +35VDC 100mA +35VDC 100mA interrupt signals, 1 interrupt request interrupt signals, 1 interrupt request 1 interrupt signals, 1 interrupt request interrupt signals, 1 interrupt request interrupt signals, 1 interrupt request 1 interrupt signals, 1 interrupt request 37pin Dtype 9pin Half Pitch 100pin 37pin Dtype 9pin Half Pitch 100pin 37pin Dtype 9pin Half Pitch 100pin B05 B05 B05 B0 B0 B0 B07 B07 B07 PIL(PCI) PIL(PCI) PI128L(PCI) POL(PCI) POL(PCI) PO128L(PCI) PIO1/1L(PCI) PIO/L(PCI) PIO/L(PCI) +35VDC 50mA 1 interrupt signals, 1 interrupt request 9pin Half Pitch B08 PIO/F(PCI) +35VDC 100mA +35VDC 100mA +35VDC 100mA +5VDC.mA Common for All the channels* 2 Common for All the channels* 2 Common for All the channels* 2 Common for All the channels* 2 Common for All the channels* 2 interrupt signals, 1 interrupt request interrupt signals, 1 interrupt request interrupt signals, 1 interrupt request interrupt signals, 1 interrupt request 37pin Dtype 37pin Dtype 37pin Dtype 9pin Half Pitch 37pin Dtype B05 B0 B08 B08 B09 PIB(PCI) POB(PCI) PIO1/1B(PCI) PIO/B(PCI)H PIO1/1TB(PCI) AC125/+30VDC 2A AC/DC100V 0.5A Independence for All the Channels 8 37pin Dtype 37pin Dtype B09 B09 RRY1C(PCI) RRY(PCI) +30VDC 0mA +30VDC 0mA Common for All the channels Common for All the channels interrupt signals, 1 interrupt request interrupt signals, 1 interrupt request 37pin Dtype 9pin Half Pitch B10 B10 PIO1/1T(PCI) PIO/T(PCI) +5VDC 2mA +5VDC 2mA Common for All the channels Common for All the channels 8 interrupt signals can be combine to 1 interrupt. Errors and various factors, 1 interrupt request 9pin Half Pitch 9pin Half Pitch B10 B11 PIO8D(PCI) PIODM(PCI) 3. Selection of There are a number of digital I/O boards to choose from, each with varying specifications. The following will help in selecting the optimal board for your application. STEP 1 How many input / output channels are needed? CASE 1 [for relay control and/or switch monitoring] When deciding how many I/O channels are needed consider both the number of relays or switches (on/off) on the equipment to be monitored and their functions; i.e. alarms, reset, handshake. CASE 2 [7 segment display unit BCD or binary binary code with digital switches] If the type of decimal number or hexadecimal is used, bits (four points) of output or an input are usually needed for one digit. Relay to control is ten pieces A board with more than 10 output channels Digital panel Meter (Three sets) Digital output board of 12 or more channels (four points x three sets) CASE 3 [rotary encoder/absolutetype with binary output] Consider the resolution of one rotation. For example, if it is the type that resolves one rotation each 25 minutes, (25 = bits) eight point input is needed. The switch to supervise is 20 pieces. A board with more than 20 input channels STEP 2 STEP 3 CASE 1 [open collector and input circuit designs / the output circuit of the machinery / voltage of operation circuit in photocoupler insulation input (DC) does not exceed DC2V] Check for necessary response speed, interrupts and optional functions. Absolute encoder of 25 resolution Digital input board of eight or more points * For a rotary encoder/incremental form use a counter board (page B0) Which I/O circuitry is suitable for machinery to be monitored? Suitable boards optoisolated I/O i.e. PIO/L(PCI) What other factors need to be considered? CASE 2 [input and output of equipment perform highspeed communication on TTL leveldiagram] Suitable boards noninsulated TTLlevel I/O i.e. PIO /T(PCI) If greater insulation is required insulated TTLlevel I/O is suitable i.e. PIO1/1TB(PCI) Decide on support software according to development environment or control need.

4 Tips of. Functional explanation B0 3Extension function Add the board with this notation to a basic inputandoutput function, and it carries the convenient following function Digital filter function The digital filter which can set up a frequency band is carried in all input terminals. Incorrect operation by the electrical noise or the chattering of relay contact is prevented on a hardware level. Echo back function of output data The state (ON/OFF) of all output terminals can be read at any time. Handshake function Handshake communication by the STB/ACK signal can be performed easily. (ion is generated by the STB signal from the outside.) ion edge setting function Logic reversal of an interruption incoming signal and control of a gate (momentary input prohibition) can be performed. Inputandoutput function of a bit unit Arbitrary 1bit the input and output which accept it can be performed on a hardware level. Being unnecessary etc. has the load of software mitigated [operation / logic / troublesome]. 3 input function The board with this notation connects a specific input terminal to IRQ of a personal computer, and carry the function to make a personal computer generate IRQ from the exterior It is the instructions from the outside, and it is convenient when carrying out urgent processing of a high priority etc. This function has the difference in some on a board, and a kind and the notation method are as follows. Normal routine It is the type only whose IRQ of one level it is not concerned with connectable input mark, but uses X inputs for one IRQ. For example, even when connecting four inputs to IRQ of a personal computer, only one IRQ level is used. Moreover, by the signal from which input terminal IRQ occurred reads and checks the status information on a board. Connection with IRQ is possible respectively in X inputs. It is the type which uses IRQ of one level for every one input. For example, when connecting four inputs to IRQ of a personal computer, the opening of four IRQ levels is required. Jump routine Return Normal routine 3Common constitution The group division of the what point inputandoutput circuit of a common composition digital inputandoutput board is electrically carried out in that unit, and the ground between groups has been independent mutually. A kind and the notation method are as follows. X point / [1 common] It has been independent into the unit group of X point / what [1 common] point. 1 points / 1 when common, operation circuit voltage can be changed into condition of "being 1 points at DC12V system", and "being 1 points at DC2V system" [for example,] Common A Input A0 Input A15 DC2V 1 common Common to all points The all points of input and output are common. Common B Input B0 DC12V The apparatus by which the voltage and the grand level of an operation circuit differ from each other is not connectable with the same board. Input B15 1 common All points independence All points independence every one point each has been independent. The apparatus by which the voltage and the grand level of an operation circuit differ from each other for every point is connectable.

5 Opto Digital Input Board PIL(PCI) Input API function library attachment [APIPAC(W)] Opto Digital Input Board PIL(PCI) Input API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) Opto Digital Input Board PI128L(PCI) Input 128 API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) +12 2VDC Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 3k0 Yes 1msec Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) +12 2VDC Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 3k0 Yes 1msec VDC Opto Input (for high sink current output) (Negative logic) Combine 1 interrupt signal lines to one interrupt request signal as INTA.7k0 2001sec optoisolated digital inputs External power supply requirement: +122VDC 1000Vrms voltage isolation optoisolated digital inputs External power supply requirement: +122VDC 1000Vrms voltage isolation 50m Any byte boundary +5VDC 300mA 17.(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC)* 1, DTP(PC)* 1, DTP(PC)* 2, EPD9* 2, CCB9* 2, CM(PC)* 1, CM(PC)E* 1, CM(PC)E* 2 PCA9P, PCB9P, PCB9W, PCA9PS, PCB9PS, PCB9WS, CN5H9F *1: cable of PCB9W or PCB9WS is required. *2: cable of PCB9P or PCB9PS is required. PCI Bus / 50m Any byte boundary +5VDC 250mA 17.(L)x107.0(H) 37pin female Dtype DCLJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37 * 1, CM(PC)E * 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. 128 optoisolated digital inputs 128 inputs/outputs on PCI shortsize board(occupies 1 slot) Highspeed response within 2001sec / low power consumption 1 interrupt input with Digital filter function 50m Any byte boundary +5VDC 500mA bit, 33MHz, 5V/17.1(L)x10.8(H) HDRAE100W1LFDT1ECSL[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP EPD9* 1, DTP(PC)* 1, CM(PC)E* 1 PCB100/9PS *1: cable of PCB100/9PS is required. Industrial B05 Opto Digital Input Board with OnBoard 12V Power Supply PIB(PCI) Input Power on board API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) +12 2VDC DC12V 20mA Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 3k0 Yes 1msec optoisolated digital inputs Signal level: +122VDC On board isolated power supply 50m Any byte boundary +5VDC 300mA(External power) +5VDC 1200mA(On board power) 17.(L)x107.0(H) 37pin female Dtype DCLJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37 * 1, CM(PC)E * 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required.

6 B0 Opto Digital Output Board POL(PCI) Output API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) Opto Digital Output Board POL(PCI) Output API function library attachment [APIPAC(W)] Opto Digital Output Board PO128L(PCI) Input 128 API function library attachment [APIPAC(W)] +12 2VDC Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA Yes 1msec +12 2VDC Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA Yes 1msec 128 DC12V2V Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA 2001sec optoisolated digital outputs Signal level: +122VDC, 1000Vrms voltage isolation High sink current: DC35, 100mA max. per channel, 2A max. per group 50m Any byte boundary +5VDC 250mA 17.(L)x107.0(H) 37pin female Dtype DCLJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37* 1, CM(PC)E* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. optoisolated digital outputs Signal level: +122VDC, 1000Vrms voltage isolation High sink current: DC35, 100mA max. per channel, 2A max. per group 50m Any byte boundary +5VDC 300mA 17.(L)x107.0(H) PCRE9LMD or equivalent [HONDA Tsushin Kogyo] ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC)* 1, DTP(PC)* 1, DTP(PC)* 2, EPD9* 2, CCB9* 2, CM(PC)* 1, CM(PC)E* 1, CM(PC)E* 2 PCA9P, PCB9P, PCB9W, PCA9PS, PCB9PS, PCB9WS, CN5H9F *1: cable of PCB9W or PCB9WS is required. *2: cable of PCB9P or PCB9PS is required. 128 outputs on PCI shortsize board (occupies 1 slot) The protection (the serge voltage, overcurrent) at output circuit Highspeed response within 2001sec / low power consumption 50m Any byte boundary +5VDC 500mA bit, 33MHz, 5V/17.1(L)x10.8(H) HDRAE100W1LFDT1ECSL[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP EPD9* 1, DTP(PC)* 1, CM(PC)E* 1 PCB100/9PS *1: cable of PCB100/9PS is required. Opto Digital Output Board with OnBoard 12V Power Supply POB(PCI) Output Power on board API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) +12 2VDC DC12V 20mA Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA Yes 1msec 50m optoisolated digital outputs Signal level: +122VDC On board isolated power supply Any byte boundary +5VDC 300mA(External power) +5VDC 1200mA(On board power) 17.(L)x107.0(H) 37pin female Dtype DCLJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP Ver.2.1 upper ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37 * 1, CM(PC)E * 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required.

7 Opto Board PIO1/1L(PCI) Input 1 Output 1 API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) VDC Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 3k0 Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA Yes 1msec optoisolated digital I/Os External power supply requirement: +122VDC 1000Vrms voltage isolation 50m Any byte boundary +5VDC 250mA 17.(L)x107.0(H) 37pin female Dtype DCLCJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) EPD37* 1, DTP3(PC), DTP(PC), CM(PC)E* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. Industrial B07 Opto Board PIO/L(PCI) Input Output API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) Opto Board PIO/L(PCI) +12 2VDC Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 3k0 Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA Yes 1msec optoisolated digital inputs/outputs External power supply requirement: +122VDC 1000Vrms voltage isolation 50m Any byte boundary +5VDC 300mA 17.(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC)* 1, DTP(PC)* 1, DTP(PC)* 2, EPD9* 2, CCB9* 2, CM(PC)* 1, CM(PC)E* 1, CM(PC)E* 2 PCA9P, PCB9P, PCB9W, PCA9PS, PCB9PS, PCB9WS, CN5H9F *1: cable of PCB9W or PCB9WS is required. *2: cable of PCB9P or PCB9PS is required. 128 inputs/outputs on PCI shortsize board (occupies 1 slot) Highspeed response within 2001sec / low power consumption 1 interrupt input with Digital filter function The protection (the serge voltage, overcurrent) at output circuit Input Output API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) +12 2VDC Opto Input (for high sink current output) (Negative logic) Combine 1 interrupt signal lines to one interrupt request signal as INTA.7k0 Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA 2001sec 50m Any byte boundary +5VDC 500mA 17.1(L)x10.8(H) HDRAE100W1LFDT1ECSL[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP EPD9* 1, DTP(PC)* 1, CM(PC)E* 1 PCB100/9PS *1: cable of PCB100/9PS is required.

8 B08 Opto HighSpeed Board PIO/F(PCI) Input Output API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) +12 2VDC Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 2.2k0 Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 50mA Yes 51sec optoisolated digital inputs/outputs Highspeed response External power supply requirement: +122VDC 50m Any byte boundary +5VDC 500mA 17.(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC)* 1, DTP(PC)* 1, DTP(PC)* 2, EPD9* 2, CCB9* 2, CM(PC)* 1, CM(PC)E* 1, CM(PC)E* 2 PCA9P, PCB9P, PCB9W, PCA9PS, PCB9PS, PCB9WS, CN5H9F *1: cable of PCB9W or PCB9WS is required. *2: cable of PCB9P or PCB9PS is required. Opto Board with Onboard 12V Power Supply PIO1/1B(PCI) Input 1 Input Output 1 Output Power on board Power on board API function library attachment [APIPAC(W)] Opto Board with Onboard 12V Power Supply PIO/B(PCI)H API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) VDC DC12V 20mA Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 3k0 Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA Yes 1msec +12 2VDC DC12V 20mA Opto Input (for high sink current output) (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 3k0 Opto Open Collector Output (current sinking type) (Negative logic) +35VDC 100mA Yes 1msec optoisolated digital inputs/outputs External power supply requirement: +122VDC On board isolated power supply 50m Any byte boundary +5VDC 300mA(External power) +5VDC 1200mA(On board power) 17.(L)x107.0(H) 37pin female Dtype DCLJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37 * 1, CM(PC)E * 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. optoisolated digital inputs/outputs External power supply requirement: +122VDC On board isolated power supply Power consumption (Max.) 50m Any byte boundary +5VDC 300mA(External power), +5VDC 1300mA(Internal power) 17.(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC)* 1, DTP(PC)* 1, DTP(PC)* 2, EPD9* 2, CCB9* 2, CM(PC)* 1, CM(PC)E* 1, CM(PC)E* 2 PCA9P, PCB9P, PCB9W, PCA9PS, PCB9PS, PCB9WS, CN5H9F *1: cable of PCB9W or PCB9WS is required. *2: cable of PCB9P or PCB9PS is required.

9 Opto TTL Board with OnBoard 5V Power Supply PIO1/1TB(PCI) Input 1 Output 1 Power on board API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) VDC +5VDC 00mA Opto TTL Input (Negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 1.1k0 Opto TTL Output (Negative logic) +5VDC.mA Yes 11sec optoisolated TTL digital inputs and outputs On board isolated power supply Highspeed response Power consumption (Max.) 5m Any byte boundary +5VDC 500mA(External power), +5VDC 1150mA(On board power) 17.(L)x107.0(H) 37pin female Dtype DCLCJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) EPD37* 1, DTP3(PC), DTP(PC), CM(PC)E* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. Industrial B09 Reed Relay Output Board RRY1C(PCI) Output 1 API function library attachment [APIPAC(W)] Reed Relay Output Board RRY(PCI) Output API function library attachment [APIPAC(W)] Output channels Output type Relay contact specifications Maximum power Maximum voltage Maximum switching current Maximum current Contact resistance Response time (Max.) Life expectancy Output channels Output type Relay contact specifications Maximum power Maximum voltage Maximum switching current Maximum current Contact resistance Response time (Max.) Life expectancy 1 Reed relay contact (1make contact) output 250VA(AC), 0W(DC) 125V(AC), 30V(DC) 2A(Max.) 2A(Max.) 30m0 or less 7msec 20 million times (MIN) Reed relay contact (1make contact) output 10VA(AC), 10W(DC) 100V(AC), 100V(DC) 0.5A 1A 100m0 or less 1msec 200,000,000 (min) The board equips 1 reed relays are designed for a maximum of 125 VAC/30 VDC and 2A per channel *1: cable of PCB37P is required. port occupation +5VDC 700mA 122.0(L)x107.0(H) 37pin female Dtype DCLCJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) EPD37* 1, DTP3(PC), DTP(PC) PCA37P, PCB37P, CN5D37M The board allows output to reed relay contacts organized into four groups each of which consists of 8 points s are designed for a maximum of 100 VAC/VDC and 500mA per point and a maximum of 1A for a total of 8 points (per common) Any byte boundary +5VDC 500mA 17.(L)x107.0(H) 37pin female Dtype DCLCJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) EPD37* 1, DTP3(PC), DTP(PC) PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required.

10 B10 TTLLevel Board PIO1/1T(PCI) Input 1 Output 1 API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) VDC TTL level (negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 10k0 Open collector outputs (negative logic) +30VDC 0mA Yes 200nsec TTL compatible digital I/Os High sink current digital output interrupt signals, 1 interrupt request 1.5m Any byte boundary +5VDC 00mA 122.0(L)x107.0(H) 37pin female Dtype DCLCJ37SAF20L9[JAE] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) EPD37* 1, DTP3(PC), DTP(PC), CM(PC)E* PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. TTLLevel Board PIO/T(PCI) Input Output API function library attachment [APIPAC(W)] Output channels I/O Circuit Signal level Internal power Output type Expansion function Response time (Max.) +5VDC TTL level (negative logic) Combine four interrupt signal lines to one interrupt request signal as INTA 10k0 Open collector outputs (negative logic) +5VDC 0mA Yes 200nsec TTL compatible digital I/Os High sink current digital output interrupt signals, 1 interrupt request 1.5m Any byte boundary +5VDC 500mA 122.0(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC)* 1, DTP(PC)* 1, DTP(PC)* 2, EPD9* 2, CCB9* 2, CM(PC)* 1, CM(PC)E* 1, CM(PC)E* 2 PCA9P, PCB9P, PCB9W, PCA9PS, PCB9PS, PCB9WS, CN5H9F *1: cable of PCB9W or PCB9WS is required. *2: cable of PCB9P or PCB9PS is required. High Current Drive BiDirectional Board PIO8D(PCI) Bidirect 8 API function library attachment [APIPAC(W)] No. of channels 8 I/O Circuit Signal level +5VDC Internal power Output type Expansion function Response time (Max.) TTL level Input(positive logic) All 8 input signals capable of generating interrupt request 10k0 TTL level Output(positive logic) +5VDC lol=2ma loh=15ma 200nsec 8 TTL current drive bidirectional digital I/Os Emulate 8255 PPI mode 0 All 8 input signals capable of generating interrupt request 1.5m Any byte boundary +5VDC 00mA 17.(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W) BP, ACXPAC(W) AP, DDE SERVER(W) EPD9* 1 CN1:PCA9PS1.5, PCB9PS1.5, PCA9P1.5, PCB9P1.5, CN5H9F CN2,3:PCA50J1.5, DT/F *1: cable of PCB9P or PCB9PS is required.

11 High Speed BiDirectional Board PIODM(PCI) Bidirect Bus Master API function library attachment [APIPAC(W)] No. of channels I/O Circuit Signal level Internal power Input resistor Output type Expansion function bit input lines, 1bit input/output lines, bit output lines (programmable) +5VDC TTL level (positive logic) Errors and various factors, One request line as INTA 10k0 TTL level (positive logic) +5VDC 2mA With bus master, the board transfers data between the PC and board at a speed of 80MB/sec (133 MB/sec. at maximum) without any burden on the CPU The board stores digital signals at a sampling rate of 20 MHz and can detect patterns (pattern input) The board can be used as a 20 MHz digital pattern generator (pattern output) 1KWord onboard FIFO memory is installed each for input and output Response time (Max.) Dimension(mm) 50nsec 1.5m(dependent on wiring environment) Occupies 2 locations, any byte and byte boundary +5VDC 700mA 17.(L)x107.0(H) Synchronization section:ps10pedl1b1[jae] or equivalent x2 Digital section:pcr9lmd[honda Tsushin Kogyo] or equivalent EPD9* 1, DTP(PC)* 1 PCB9PS1.5, PCB9P1.5, PCA9PS 1.5, PCA9P1.5, CN5H9F *1: cable of PCB9P or PCB9PS is required. Industrial B11 3 Bus master transfer Since the board supports bus master, it is suited for fastprocessing and controlling applications to control external devices with output of any digital pattern or to quickly sample digital input. With bus master, the board transfers data between the PC and board at a speed of 80MB/sec. (133 MB/sec. at maximum) without any burden on the CPU. Synchronization Control s A maximum of 1 boards can be connected including the master. The board is equipped with an SC connector to allow easy interboard synchronization between boards which have support SC connector. Utility The board stores digital signals at a sampling rate of 20 MHz and can detect patterns (pattern input). The board can be used as a 20 MHz digital pattern generator (pattern output).

12 37pin Dtype Board and Cable (al) Monitoring and dummy signal generator tool(ch I/O signal) B12 CM(PC)E The CM(PC)E is used to monitor the status of the signal line or to generate pseudo signals onto the signal line, making it easier to debug and check the behavior of programs. * It doesn't accept Bidirectional I/O type. * Cables is option Terminal Unit (ch I/O) EPD37 DTP3(PC) DTP(PC) 35mm DINRail mountable Compatible : ch I/O Terminal pitch (10mm) * Cables is option * Cable (1m) attached * Cable (1m) attached 337pin Dtype 37pin Dtype Shield Cables PCB37PS0.5P 0.5m PCB37PS1.5P 1.5m PCB37PS3P 3.0m PCB37PS5P 5.0m 337pin Dtype 37pin Dtype s PCB37P m PCB37P3 3.0m PCB37P5 5.0m 337pin Dtype 37 wires (Pitch 1.27mm) Shield Cables PCA37PS0.5P 0.5m PCA37PS1.5P 1.5m PCA37PS3P 3.0m PCA37PS5P 5.0m 337pin Dtype 37 wires (Pitch 1.27mm) Flat ribbon Cable PCA37P m PCA37P3 3.0m PCA37P5 5.0m 337pin Dtype (male) (5 pcs) CN5D37M Easy soldering 3CONFIGURATION GUIDE Without PCA37PS PCA37P Connect Each Signal of Cable to Device PCB37PS EPD37 37pinDSUB With Terminal Unit PCB37P Cable comes with product Cable comes with product DTP3(PC) DTP(PC) To Device Device PCB37PS PCA37PS 37pin Dtype CHECK MATE (emulator of digital I/O) PCB37P Cable comes with product CM(PC)E CM(PC) PCA37P PCA37PS To Device PCA37P

13 9pin Half Pitch s Board and Cables Industrial Monitoring and dummy signal generator tool(ch I/O signal) CM(PC)E The CM(PC)E is used to monitor the status of the signal line or to generate pseudo signals onto the signal line, making it easier to debug and check the behavior of programs. * Cables is option Terminal Unit (ch I/O) EPD9 35mm DINRail mountable. Terminal pitch (8.5mm) 9pin Half Pitch 37pin Dtype (female) x 2 Converter Board CCB9 The CCB9 connector converter board converts 9pin half pitch connectors to a pair of generalpurpose, 37pin female Dtype connectors. * Cables is option DTP(PC) B13 * Cables is option * Cables is option 39pin Half Pitch 9pin Half Pitch Shield Cable PCB9PS m PCB9PS3 3.0m PCB9PS5 5.0m 39pin Half Pitch 9pin Half Pitch PCB9P m PCB9P3 3.0m PCB9P5 5.0m 39pin Half Pitch 9 wires (Pitch 1.27mm) Shield Cables PCA9PS m PCA9PS3 3.0m PCA9PS5 5.0m 39pin Half Pitch 9 wires (Pitch 1.27mm) s PCA9P m PCA9P3 3.0m PCA9P5 5.0m 39pin Half Pitch 37pin Dtype (male) x 2 Converter Shield Cable PCB9WS1.5P 1.5m PCB9WS3P 3.0m PCB9WS5P 5.0m 39pin Half Pitch 37pin Dtype (male) x 2 Converter PCB9W m PCB9W3 3.0m PCB9W5 5.0m 39pin Half Pitch (female) (5 pcs) CN5H9F 3CONFIGURATION GUIDE 3100pin Half Pitch 9pin Half Pitch Converter Shield Cable PCB100/9PS m PCB100/9PS3 3.0m PCB100/9PS5 5.0m Without PCA9PS PCA9P Connect Each Signal of Cable to Device 9pinHalf With Terminal Unit PCB9PS PCB9P EPD9 DTP(PC) To Device CHECK MATE (emulator of digital I/O) PCB9PS PCB9P CM(PC)E PCA9PS PCA9P To Device Device 9pin Half Pitch With 37pin Dtype PCB9PS PCB9P CCB9 37pin Dtype To Device PCB9WS PCB9W 37pin Dtype Terminal unit To Device

14 Board & Cables B1 5 of the side 9pin Half Pitch 5 of the Board side CHECK MATE (emulator of digital I/O) CM(PC)E 230(W)x35(H)x105(D)mm Model name of board Cables (both sides connector) Shield Cable PCB100/9PS1.5 (1.5m) PCB100/9PS3 (3m) PCB100/9PS5 (5m) Shield Cable PCB9PS1.5 PCB9PS3 PCB9PS5 PCB9P1.5 PCB9P3 PCB9P5 (1.5m) (3m) (5m) (1.5m) (3m) (5m) 100pin Half Pitch PI128L(PCI) PO128L(PCI) PIO/L(PCI) PIL(PCI) POL(PCI) 9pin Half Pitch Terminal Unit EPD (W)x35.5(H)x(D)mm ScrewType Terminal DTP(PC) 170(W)x122(H)mm Shield Cable PCB100/9PS1.5 PCB100/9PS3 PCB100/9PS5 Shield Cable PCB9PS1.5 PCB9PS3 PCB9PS5 PCB9P1.5 PCB9P3 PCB9P5 Shield Cable PCB100/9PS1.5 PCB100/9PS3 PCB100/9PS5 Shield Cable PCB9PS1.5 PCB9PS3 PCB9PS5 (1.5m) (3m) (5m) (1.5m) (3m) (5m) (1.5m) (3m) (5m) (1.5m) (3m) (5m) (1.5m) (3m) (5m) PCB9P1.5 PCB9P3 PCB9P5 (1.5m) (3m) (5m)

15 Industrial PIO/L(PCI) PIO/B(PCI)H PIO/F(PCI) PIO/T(PCI) PIO8D(PCI) PIODM(PCI) DIN Rail Adapter DINADP1 DINrail adapter for termination panels For use with: CM(PC)E, CM(PC)E, CCB9 B15

16 B1 Board & Cables 5 of the side 37pin Dtype 5 of the Board side CHECK MATE (emulator of digital I/O) CM(PC)E 230(W)x35(H)x105(D)mm Terminal Unit EPD37 22(W)x0.5(H)x(D)mm ScrewType Terminal DTP3(PC) 190(W)x105(H)mm When board of a 9pin type is used, two of them are required. ScrewType Terminal DTP (PC) 10(W)x82(H)mm When board of a 9pin type is used, two of them are required. Shield Cable PCB37PS0.5P (0.5m) PCB37PS1.5P (1.5m) PCB37PS3P (3m) PCB37PS5P (5m) PCB37P1.5 PCB37P3 PCB37P5 Shield Cable (1.5m) (3m) (5m) PCB37PS0.5P (0.5m) PCB37PS1.5P (1.5m) PCB37PS3P (3m) PCB37PS5P (5m) PCB37P1.5 PCB37P3 PCB37P5 Shield Cable (1.5m) (3m) (5m) PCB9WS1.5P (1.5m) PCB9WS3P (3m) PCB9WS5P (5m) PCB9W1.5 PCB9W3 PCB9W5 Shield Cable (1.5m) (3m) (5m) PCB9WS1.5P (1.5m) PCB9WS3P (3m) PCB9WS5P (5m) PCB9W1.5 PCB9W3 PCB9W5 Model name of board Cables (both sides connector) Cable for DTP3(PC) (1m) Cable for DTP(PC) (1m) (1.5m) (3m) (5m) 9pin Half Pitch PIL(PCI) POL(PCI) PIO/L(PCI) PIO/B(PCI)H PIO/F(PCI) 5 of the side 9pin Half Pitch 37pin Dtype 5 of the Board side Cables (One side connector) Shield Cable PCA9PS1.5 (1.5m) PCA9PS3 (3m) PCA9PS5 (5m) PCA9P1.5 (1.5m) PCA9P3 (3m) PCA9P5 (5m) Shield Cable PCA37PS0.5P (0.5m) PCA37PS1.5P (1.5m) PCA37PS3P (3m) PCA37PS5P (5m) PCA37P1.5 (1.5m) PCA37P3 (3m) PCA37P5 (5m) Model name of board 9pin Half Pitch PIL(PCI) POL(PCI) PIO/L(PCI) PIO/B(PCI)H PIO/F(PCI) PIO/T(PCI) PIO8D(PCI) PIODM(PCI)

17 PIO/T(PCI) PIO8D(PCI) PIODM(PCI) PIL(PCI) 37pin Dtype PIB(PCI) POL(PCI) POB(PCI) PIO1/1L(PCI) PIO1/1B(PCI) PIO1/1TB(PCI) PIO1/1T(PCI) RRY(PCI) RRY1C(PCI) DIN Rail Adapter DINADP1 DINrail adapter for termination panels For use with: CM(PC)E, CM(PC)E, CCB9 Industrial B17 37pin Dtype PIL(PCI) PIB(PCI) POL(PCI) POB(PCI) PIO1/1L(PCI) PIO1/1B(PCI) PIO1/1TB(PCI) PIO1/1T(PCI) RRY(PCI) RRY1C(PCI)

18 B18 SELECTION GUIDE Name MultiFunction A/D (E series) AD121(PCI)E AD121U(PCI)E AD121U(PCI)EH AD11(PCI)E AD11U(PCI)EH Analog To Digital Input AD121(PCI) AD12(PCI) ADI121(PCI) ADI1C(PCI) ADI1L(PCI) Digital To Analog Output DA12(PCI) DA128(PCI) DA121(PCI) DAI1C(PCI) Resolution (bit) * SE: singleended input, DI: Differential input Channels* Range Conversion Trigger (Start / Stop) Clock SE DI Range Set up Speed Digital trigger Level Timer Digital trigger V, 010V 25V, 22.5V, 010V, 05V 210V, 25V, 22.5V, 05V, 010V 210V, 25V, 010V, 05V 210V, 25V, 010V, 05V 210V, 25V, 22.5V, 010V, 05V, 02.5V 210V, 25V, 22.5V, 010V, 05V, 02.5V 210V, 010V, 20mA 210V, 25V, 010V, 05V, 20mA 21.25V, V, 02.5V, 00.25V 25V, 210V, 010V 25V,210V,010V 25V, 210V, 010V 210V, 010V, 020mA Common Common Common Common Common Independent Independent Common Independent Independent Independent Independent Independent Independent 101sec 11sec 11sec 101sec 11sec 101sec 101sec 201sec 201sec 10ms 101sec 101sec 101sec 201sec Tips of Board 1. Board It is an interface board for extending the function which inputs or outputs an analog signal in a personal computer. An external phenomenon can be measured by changing an analog signal into data (digital signal), and downloading to a personal computer, or external apparatus can be controlled by changing and outputting the data of a personal computer to an analog signal. 2. Types and applications for Board 3Analog Input Board It is a board with the function of A/D (from Analog to Digital signal) conversion. It is used when connecting a personal computer with a temperature sensor, a pressure sensor, etc. which output the amount of change with voltage and current. An analog input board is divided into the following two kinds by the function to carry. Standard type The products which suits a request of a customer's application and has many functions is held from the low price type which carried the basic function and various needs functions such as a multichannel inputs, isolated input, lowlevel voltage/current input, onboard timer for series processing. Intelligent type (analog E series) It is the high spec. type which carried the various sampling control function and the mass memory and which is adapted for suitable applications. If it combines with the convenient exclusive option which adds functions, such as a simultaneous sampling gain amplifier, low path filter and isolated amplifier, it corresponds also to special application flexibly. Analog signal A/D conversion Digital signal 3Analog Output Board It is a board with the function of D/A (from digital to analog signal) conversion. It is used when connecting external actuators and voltage/current control apparatus units with a personal computer directly. D/A conversion Digital signal Analog signal

19 Industrial Memory Isolation Analog Output ACXPAC(W) APIPAC(W) DDE SERVER(W) Page Name B19 FIFO/Ring 25Kword FIFO/Ring 25Kword FIFO/Ring 1Mword FIFO/Ring 25Kword FIFO/Ring 1Mword FIFO/Ring 25Kword Bus BUS, Channel BUS, Channel TTL inputs, TTL outputs TTL inputs, TTL outputs TTL inputs, TTL outputs TTL inputs, TTL outputs TTL inputs, TTL outputs TTL inputs, TTL outputs TTL inputs, TTL outputs TTL inputs, TTL outputs pin Dtype* 1 37pin Dtype* 1 37pin Dtype* 1 37pin Dtype* 1 37pin Dtype* 1 9pin Half Pitch 9pin Half Pitch 37pin Dtype 37pin Dtype 37pin Dtype B20 B20 B21 B20 B21 B2 B2 B25 B25 B25 AD121(PCI)E AD121U(PCI)E AD121U(PCI)EH AD11(PCI)E AD11U(PCI)EH AD121(PCI) AD12(PCI) ADI121(PCI) ADI1C(PCI) ADI1L(PCI) BUS, Channel *1:The digital I/O signals and the control signals are interfaced through the connector CN2. 37pin Dtype 37pin Dtype 37pin Dtype 37pin Dtype B2 B2 B2 B2 DA12(PCI) DA128(PCI) DA121(PCI) DAI1C(PCI) 3. Function 3Input/Output channels The sensor or source of a signal which can be outputted and inputted, and the number of actuators are expressed. Moreover, the following two input methods can be used with an analog input board. Keep in mind that the number of channels which can be used with an input system changes. Single end input It is the system which connects by 2 lines of a signal line and a ground line, and measures the voltage of the source of a signal. (Refer to the following figure) Merit Wiring requires only two lines to the one source of a signal. The twice [at the time of a differential input] as many number of channels as this can be used. Demerit The potential difference between grounds with the source of signal is contained in a measurement result. It is easy to be influenced of electrical noise as compared with a differential input. Differential input It is the system which connects by a total of three lines of two signal lines and ground lines, and measures the voltage of the source of a signal. The difference of the potential for a ground, the potential for points, a ground, and B points is taken, and the potential of the source of a signal (between AB) is measured. (Refer to the following figure) Merit A measurement result is not influenced even if there is potential difference between grounds with the source of a signal. It is hard to be influenced of a noise as compared with a single end input. Demerit Wiring becomes required three lines to the one source of a signal. Only half of the numbers of channels at the time of an input can be used. Analog to digital input board Noise Analog to digital input board Noise A point Signal Shield cable Potential difference between grounds Signal Ground Twist pair shield cable Potential difference between grounds B point Ground A point Potential difference between grounds Signal Only the potential difference of A points and B points Differential amplifier is measurable. Signal B point Noise and potential difference between grounds Ground Potential difference between grounds Ground 3Input/Output range Express the range of the voltage or current which can be outputted and inputted. Range Express the kind of inputandoutput range in which range selection is possible. Better accuracy is expectable, so that it is close to a sensor or the range of an actuator. Setting Express the difference in the setting method of a setting inputandoutput range. Community: All channels are set as a common inputandoutput range. Independence: A separate inputandoutput range can be set up for every channel.

20 B20 MultiFunction A/D Board AD121(PCI)E Non Memory on board Gain Amp. API function library attachment [APIPAC(W)] *1:Conversion Accuracy : A value in the table is linearity error at 25 degree. *2: cable of PCB37P or PCB37PS is required. *3: cabledt/e2 and PCB15P is required. *:PCB15P is a cable for FTP15 terminal panel. Outputs channels Resolution Input Range Input gain Nonlinearity error * 1 Input Impedance Output Range Nonlinearity error * 1 Output impedance Trigger Isolation Timer Request Causes Request Level 1 singleended or 8 differential inputs 1ch 12bit 210V, 010V x1, x2, x, x8 101sec/ch(Max.) 22LSB(Gain = x 1 and x 2) 2LSB(Gain = x and x 8) 1M0 or more 25V, 210V, 010V 25mA 1sec/ch(Max.) 21/2LSB 10 or less Start Trigger: 3 Mode Stop Trigger: Mode 2 7x sec TTL input and TTL output channels Up to 15 causes One interrupt (Selectable enable or disable) 25Kwords on board memory to maximize A/D sampling speeds and enable background processing Various A/D sampling control functions Four TTL level digital input and four TTL level digital output channels, One i825 compatible counter Any 1byte boundary +5VDC 1100mA 17.(L)x107.0(H) 1ch Multiplexer SubBoard ATCH1(PCI) CN1(AIO): 37pin female Dtype CN2(DIO): 1pin header (male) ACXPAC(W)BP, ACXPAC(W)AP, SUPPORTPAC(PC)30, DDE SERVER(W) DTP3(PC), DTP(PC), ATP1* 2, FTP15* 3, EPD37* 2, ATSS1* 2, ATII8A* 2, ATLF8* 2, ATCH1(PCI) PCA37P, PCB37P, PCA37PS, PCB37PS, PCA15P, PCB15P*, PCC1PS, PCD8PS, DT/E1, DT/E2, CN5D37M (1 singleended or 8 differential inputs) High Speed MultiFunction A/D Board AD121U(PCI)E Non Memory Hi on board Speed API function library attachment [APIPAC(W)] *1:Conversion Accuracy : A value in the table is linearity error at 25 degree. *2: cable of PCB37P or PCB37PS is required. *3: cabledt/e2 and PCB15P is required. *:PCB15P is a cable for FTP15 terminal panel. Outputs channels Resolution Input Range Input gain Nonlinearity error * 1 Input Impedance Output Range Nonlinearity error * 1 Output impedance Trigger Isolation Timer Request Causes Request Level 1 singleended or 8 differential inputs 1ch 12bit 22.5V, 25V, 05V, 010V 11sec/ch(Max.) 23LSB 1M0 or more 25V, 210V, 010V 25mA 1sec/ch(Max.) 21/2LSB 10 or less Start Trigger: 3 Mode Stop Trigger: Mode 2 7x sec TTL input and TTL output channels Up to 15 causes One interrupt (Selectable enable or disable) 11 sec(1mhz) A/D conversion speed 25Kwords on board memory to maximize A/D sampling speeds and enable background processing Various A/D sampling control functions Four TTL level digital input and four TTL level digital output channels, One i825 compatible counter Any 1byte boundary +5VDC 1800mA 230.0(L)x107.0(H) 1ch Multiplexer SubBoard ATUH1(PCI) CN1(AIO): 37pin female Dtype CN2(DIO): 1pin header ACXPAC(W)BP, ACXPAC(W)AP, SUPPORTPAC(PC)30, DDE SERVER(W) DTP3(PC), DTP(PC), ATP1* 2, FTP15* 3, EPD37* 2, ATSS1* 2, ATII8A* 2, ATLF8* 2, ATUH1(PCI) PCA37P, PCB37P, PCA37PS, PCB37PS, PCA15P, PCB15P*, PCC1PS, PCD8PS, DT/E1, DT/E2, CN5D37M (1 singleended or 8 differential inputs) 1Bit MultiFunction A/D Board AD11(PCI)E Non Memory Hi on board Precision API function library attachment [APIPAC(W)] *1:Conversion Accuracy : A value in the table is linearity error at 25 degree. *2: cable of PCB37P or PCB37PS is required. *3: cabledt/e2 and PCB15P is required. *:PCB15P is a cable for FTP15 terminal panel. Outputs channels Resolution Input Range Input gain Nonlinearity error * 1 Input Impedance Output Range Nonlinearity error * 1 Output impedance Trigger Isolation Timer Request Causes Request Level 1 singleended or 8 differential inputs 1ch 1bit 25V, 210V, 05V, 010V 100sec/ch(Max.) 25LSB 1M0 or more 210V, 010V 25mA 131sec/ch(Max.) 22LSB Start Trigger: 3 Mode Stop Trigger: Mode 2 7x sec TTL input and TTL output channels Up to 15 causes One interrupt (Selectable enable or disable) 25Kwords on board memory to maximize A/D sampling speeds and enable background processing Various A/D sampling control functions Four TTL level digital input and four TTL level digital output channels, One i825 compatible counter Any 1byte boundary +5VDC 1300mA 17.(L)x107.0(H) CN1(AIO): 37pin female Dtype CN2(DIO): 1pin header ACXPAC(W)BP, ACXPAC(W)AP, SUPPORTPAC(PC)30, DDE SERVER(W) DTP3(PC), DTP(PC), ATP1* 2, FTP15* 3, EPD37* 2, ATSS1* 2, ATII8A* 2, ATLF8* 2, ATCH1(PCI) PCA37P, PCB37P, PCA37PS, PCB37PS, PCA15P, PCB15P*, PCC1PS, PCD8PS, DT/E1, DT/E2, CN5D37M 1ch Multiplexer SubBoard ATCH1(PCI) (1 singleended or 8 differential inputs)

21 High Speed MultiFunction A/D Board AD121U(PCI)EH Non Memory Hi on board Speed API function library attachment [APIPAC(W)] *1:When the environment temperature is near 0; or 50;, the nonlinearity error may become larger. A maximum 20.1% FSR nonlinearity error is possible. *2:If an external device requires this AD121U(PCI)EH board to supply +5VDC from the CN1 or CN2 connectors, the power consumption of this board will be bigger than what this specification has defined. *3:PCB15P is a cable for FTP15 terminal panel. *: cable of PCB37PS0.5 is required. *5: cable DT/E2 and PCB15P is required. Outputs channels Resolution Input Range Input gain Nonlinearity error* 1 Input Impedance Output Range Nonlinearity error* 1 Output impedance Isolation 1Bit High Speed MultiFunction A/D Board AD11U(PCI)EH Non Memory Hi on board Speed Hi Precision API function library attachment [APIPAC(W)] *1:When the environment temperature is near 0; or 50;, the nonlinearity error may become larger. A maximum 20.1% FSR nonlinearity error is possible. *2:If an external device requires this AD11U(PCI)EH board to supply +5VDC from the CN1 or CN2 connectors, the power consumption of this board will be bigger than what this specification has defined. *3:PCB15P is a cable for FTP15 terminal panel. *: cable of PCB37PS0.5 is required. *5: cable DT/E2 and PCB15P is required. * 2 Outputs channels Resolution Input Range Input gain Nonlinearity error* 1 Input Impedance Output Range Nonlinearity error* 1 Output impedance Isolation * 2 1 singleended or 8 differential inputs 1ch 12bit 210V, 25V, 22.5V, 0 +5V, 0 +10V 11sec/ch (Max.) 23LSB 1M0 or more 210V, 25V, 0 +10V 25mA 1sec/ch (Max.) 21/2LSB 10 or less TTL input and TTL output channels One interrupt request signal as INTA Any byte boundary +5VDC 1200mA 17.1(L)x10.8(H) 1 singleended or 8 differential inputs 1ch 1bit 210V, 25V, 0 +10V, 0 +5V 11sec/ch (Max.) 25LSB 1M0 or more 210V, 0+10V 25mA 101sec/ch (Max.) 23LSB 10 or less TTL input and TTL output channels One interrupt request signal as INTA Any byte boundary +5VDC 100mA 17.1(L)x10.8(H) 11sec(1MHz) A/D conversion speed 1Mwords on board memory to maximize A/D sampling speeds and enable background processing Various A/D sampling control functions Four TTL level digital input and four TTL level digital output channels, One i825 compatible counter 1ch Multiplexer SubBoard ATUH1(PCI) CN1(AIO): 37pin female Dtype CN2(DIO): 1pin header ACXPAC(W)BP, ACXPAC(W)AP, SUPPORTPAC(PC)30 DTP3(PC), DTP(PC), ATP1*, FTP15* 5, EPD37*, ATSS1*, ATII8A*, ATLF8*, ATUH1(PCI) PCA37P1.5, PCA37PS0.5P,1.5P, PCB37PS0.5P,1.5P, PCA15P1.5, PCB15P1.5* 3, PCC1PS, PCD8PS, DT/E1, DT/E2, CN5D37M (1 singleended or 8 differential inputs) 11 sec(1mhz) A/D conversion speed 1Mwords on board memory to maximize A/D sampling speeds and enable background processing Various A/D sampling control functions Four TTL level digital input and four TTL level digital output channels, One i825 compatible counter 1ch Multiplexer SubBoard ATUH1(PCI) CN1(AIO): 37pin female Dtype CN2(DIO): 1pin header ACXPAC(W)BP, ACXPAC(W)AP, SUPPORTPAC(PC)30 DTP3(PC), DTP(PC), ATP1*, FTP15* 5, EPD37*, ATSS1*, ATII8A*, ATLF8*, ATUH1(PCI) PCA37P1.5, PCA37PS0.5P,1.5P, PCB37PS0.5P,1.5P, PCA15P1.5, PCB15P1.5* 2, PCC1PS, PCD8PS, DT/E1, DT/E2, CN5D37M (1 singleended or 8 differential inputs) Industrial B21

22 MultiFunction A/D Board & Cables B22 Terminal Unit with this mark can be connected to DIN rail using DINADP1 1ch Multiplexer sub board ATCH1(PCI) ATUH1(PCI) MultiFunction A/D Board E Series EH Series PCB37PS PCB37P Cables EPD37 DTP3(PC) *Cable (1m) attached DTP(PC) *Cable (1m) attached Panel with BNC connector ATP1 DIN rail adapter DINADP1 ANALOG "E " SERIES OPTION PCC1PS Signal Conditioning PCB37PS Signal Conditioning PCD8PS signal Conditioning terminal board ATII8A PCB37P signal Conditioning terminal board ATII8A PCA37PS Signal Conditioning Terminal Unit PCA37P EPD37 Simultaneous Sample & Hold Board ATSS1 PCB37PS Cable DT/E1 PCB37P DTP3(PC) *cable (1m)attached Signal conditioning Terminal Board ATLF8 Cable PCA15P DTP(PC) *cable (1m)attached Cable DT/E2 Terminal Unit PCA37PS PCA37P Panel with BNC s ATP1 PCB15P FTP15

23 MultiFunction A/D Board & Cables Industrial 1ch Multiplexer SubBoard 1 singleended or 8 differential input * ATCH1(PCI) or ATUH1(PCI) occupies one slot. ATCH1(PCI) 1 Channel Simultaneous Sample & Hold Board ATSS1 ATSS1 is a accessory board that provides simultaneous sampling function for the Analog E series boards. * ATSS1 is available at single ended input mode. For use with: For use with: AD121(PCI)E AD11(PCI)E AD121(PCI)E AD11(PCI)E AD121U(PCI)E * Cables is option ATUH1(PCI) 8 Channel Signal Conditioning Terminal Board ATII8A For use with: AD121U(PCI)E ATII8A contains 8 isolation amplifier channels. The board provides isolation between the input and output signals and also between channels. The input gain can be set independently for each channel to either 1 or 200. ATII8A has a cold junction compensation (CJC) circuit used for all eight channels. * ATII8A is available at single ended input mode. When using 1 channels, two pieces of ATII8A is required. For use with: * Cables is option AD121(PCI)E AD11(PCI)E AD121U(PCI)E ADI121(PCI) B23 8 Channel Signal Conditioning Terminal Board ATLF8 DIN Rail Adapter DINADP1 8 differential gain amplifiers with bandwidth of 0100KHz, with up to 500 times signal gain. Each input channel has an onboard th order lowpass Butterworth filter (values jumper selectable). A semiconductor temperature sensor is used to compensate for thermocouple signal deviations. *ATLF8 is available at single ended input mode. When using 1 channels, two pieces of ATLF8 is required. For use with: * Cables is option AD121(PCI)E AD11(PCI)E AD121U(PCI)E ADI121(PCI) DINrail adapter for termination panels For use with: ATSS1 ATII8A ATLF8 ATP1 FTP15 for 3Panel With BNC s * Cables is option ATP1 3Shield Cable for Differential Inputs PCD8PS m 3Coaxial Cable for SingleEnded inputs PCC1PS m PCD8PS3 3.0m PCC1PS3 3.0m 3Termination Panel FTP15 31pin Header 15pin Dtype Cable DT/E2 31pin Dtype 1(End Open) (1.5m) DT/E1 315pin Dtype 15pin Dtype 315pin Dtype 15 (End Open) PCB15P m PCB15P3 3.0m PCB15P5 5.0m PCA15P m PCA15P3 3.0m PCA15P5 5.0m

24 B2 Analog To Digital Inputs Board AD121(PCI) Non API function library attachment [APIPAC(W)] Resolution Input Range Input gain Nonlinearity error Input Impedance Trigger Isolation Timer 1 singleended or 8 differential inputs 12bit 210V, 25V, 22.5V, 21.25V, 010V, 05V, 02.5V, 01.25V(Settable for each channel by software) 101sec/ch(Max.) 210V, 25V, 010V, 05V:22LSB22.5V, 21.25V, 02.5V:2LSB01.25V:28LSB 1M0 or more 1 TTL input 0.51sec17min (specifiable in steps of 250nsec) TTL input and TTL output channels 1 singleended analog inputs or 8 differential analog inputs TTLlevel digital inputs and four TTLlevel digital outputs External trigger input capability Request Causes Request Level 8 Modes One interrupt request signal as INTA Any byte boundary +5VDC 700mA 17.(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) EPD9* 1 PCA9P, PCB9P, PCA9PS, PCB9PS, CN5H9F *1: cable of PCB9P or PCB9PS is required. Analog To Digital Input Board AD12(PCI) Non API function library attachment [APIPAC(W)] Resolution Input Range Input gain Nonlinearity error Input Impedance Trigger Isolation Timer singleended or differential inputs 12bit 210V, 25V, 22.5V, 21.25V, 010V, 05V, 02.5V, 01.25V(Settable for each channel by software) 101sec/ch(Max.) 210V, 25V, 010V, 05V:22LSB22.5V, 21.25V, 02.5V:2LSB, 01.25V:28LSB 1M0 or more 1 TTL input 0.51sec17min (specifiable in steps of 250nsec) TTL input and TTL output channels singleended analog inputs or differential analog inputs TTLlevel digital inputs and four TTLlevel digital outputs External trigger input capability Request Causes Request Level 8 Modes One interrupt request signal as INTA Any byte boundary +5VDC 700mA 17.(L)x107.0(H) PCRE9LMD[HONDA Tsushin Kogyo] or equivalent ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) EPD9* 1 PCA9P, PCB9P, PCA9PS, PCB9PS, CN5H9F *1: cable of PCB9P or PCB9PS is required.

25 12bit A/D Board ADI121(PCI) Memory on board Gain Amp. API function library attachment [APIPAC(W)] Resolution Input Range Input gain Nonlinearity error Input Impedance Digital trigger Conversion start Trigger Conversion stop Trigger Isolation Timer 1 singleended or 8 differential inputs 12bit 210V, 0 +10V, 20mA*5 x1, x2, x, x8(specifiable by software for each channel) 201sec/ch(Max.) 22LSB (Gain = x1 and x2) at voltage input 2LSB (Gain = x and x8) at voltage input 23LSB (Gain = x1) at current Input Voltage input: Input impedance 1M 0 min. Current loop input: typ. 1 optoisolated input (shares one of Digital input) command, Analog level trigger, External digital input trigger command, Analog level trigger, External Digital input trigger PCI bus signal isolated from external analog and digital signals channel optoisolated input and channel optoisolated output PC bus signal isolated from external analog and digital signals Buffer memory: 25K word FIFO or 25K word Ring (programmable) Various A/D sampling control function 1 singleended analog inputs or 8 differential analog inputs Request Causes Request Level 13 modes One interrupt request signal as INTA Any 1byte boundary +5VDC 1200mA 17.(L)x107.0(H) CN1(AIO): 37pin female Dtype, CN2(DIO): 1pin header ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W), SUPPORTPAC(PC)30 Ver.2.20 upper ATLF8* 1 * 2, ATII8* 1 * 2, ATP1* 2, DTP3(PC), DTP(PC), EPD37, FTP15* 3 PCA37P, PCB37P, PCA37PS, PCB37PS, PCA15P, PCB15P*, DT/E1, DT/E2, PCC1PS, PCD8PS, CN5D37M *1:External power supply is necessary. *2: cable of PCB37P or PCB37PS is required. *3: cable DT/E2 and PCB15P is required. *:PCB15P is a cable for FTP15 terminal panel. *5:At 20mA current loop mode, an input gain can be used x 1 Industrial B25 1bit A/D Board ADI1C(PCI) Hi Precision API function library attachment [APIPAC(W)] Outputs channels Resolution Input Range Input gain Nonlinearity error Input Impedance Output Range Nonlinearity error Output impedance Trigger singleended 1bit 210V, 25V, 0+5V, 0+10V, 20mA 201sec/ch(Max.) 210V:2LSB25V, 0+10V:2LSB 0+5V:128LSB 20mA:210LSB Voltage input: Input impedance 1M 0 min. Current loop input: typ. 1 optoisolated input Channels are electrically isolated from one another and the PC is isolated from the output Installed with an independent programmable timer Installed with an independent external trigger input function Isolation Timer Request Causes Request Level Individual Isolation 500nsec 17min (specifiable in steps of 250nsec) 9 modes One interrupt request signal as INTA Any byte boundary DC+5V 1100mA 17.(L)x107.0(H) 37pin female Dtype ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. 1bit A/D Board (Sensor Input Type) ADI1L(PCI) Hi Precision API function library attachment [APIPAC(W)] Outputs channels Resolution Input Range Input gain Nonlinearity error Input Impedance Output Range Nonlinearity error Output impedance Trigger Isolation differential 1bit V, 21.25V, 02.5V, 00.25V 10msec/ch(Max.) 215LSB 1M0 or more 1 optoisolated input Individual Isolation Individual analog Input board for low voltage like sensor signal Lowcost model with isolation and highresolution for lowspeed application Temperature sensor on board can be used for coldjunction reference of thermocouple Timer Request Causes Request Level 500nsec 17min (specifiable in steps of 250nsec) 8 modes One interrupt request signal as INTA Any byte boundary DC+5V 1200mA 17.(L)x107.0(H) 37pin female Dtype ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required.

26 B2 Digital to Analog Output Board DA12(PCI) API function library attachment [APIPAC(W)] Outputs channels ch Resolution 12bit Output Range Nonlinearity error Output impedance Trigger Isolation Timer Request Causes Request Level Digital to Analog Output Board DA128(PCI) API function library attachment [APIPAC(W)] Outputs channels Resolution Output Range Nonlinearity error Output impedance Trigger Isolation Timer Request Causes Request Level Digital to Analog Output Board DA121(PCI) API function library attachment [APIPAC(W)] Outputs channels Resolution Output Range Nonlinearity error Output impedance Trigger Isolation Timer Request Causes Request Level 210V, 25V, 010V(Settable for each channel by software) 25mA 101sec/ch(Max.) 23LSB 100 or less 1 TTL input 5001,073,71,82,000nsec (specifiable in steps of 250nsec) 8 Modes One interrupt request signal as INTA 8ch 12bit 210V, 25V, 010V(Settable for each channel by software) 25mA 101sec/ch(Max.) 23LSB 100 or less 1 TTL input 5001,073,71,82,000nsec (specifiable in steps of 250nsec) 8 Modes One interrupt request signal as INTA 1ch 12bit 210V, 25V, 010V(Settable for each channel by software) 25mA 101sec/ch(Max.) 23LSB 100 or less 1 TTL input 5001,073,71,82,000nsec (specifiable in steps of 250nsec) 8 Modes One interrupt request signal as INTA channels for the analog output function for converting 12bit digital signals to analog voltages Capable of updating the output voltage using a sampling clock Independent, TTLlevel external trigger input function Any byte boundary +5VDC 00mA 17.(L)x107.0(H) 37pin female Dtype ACXPAC(W)BP, ACXPAC(W) AP, DDE SERVER(W) DTP3(PC), DTP(PC), EPD37* 1, ATP1* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, PCC1PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. 8 channels for the analog output function for converting 12bit digital signals to analog voltages Capable of updating the output voltage using a sampling clock Independent, TTLlevel external trigger input function Any byte boundary +5VDC 800mA 17.(L)x107.0(H) 37pin female Dtype ACXPAC(W)BP, ACXPAC(W) AP, DDE SERVER(W) DTP3(PC), DTP(PC), EPD37* 1, ATP1* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, PCC1PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. 1 channels for the analog output function for converting 12bit digital signals to analog voltages Capable of updating the output voltage using a sampling clock Independent, TTLlevel external trigger input function Any byte boundary +5VDC 100mA 17.(L)x107.0(H) 37pin female Dtype ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC), DTP(PC), EPD37* 1, ATP1* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, PCC1PS, CN5D37M *1: cable of PCB37P or PCB37PS is required. 1bit Digital to Analog Output Board DAI1C(PCI) Hi Precision API function library attachment [APIPAC(W)] Outputs channels Resolution Input Range Input gain Nonlinearity error Input Impedance Output Range Nonlinearity error Output impedance Trigger Isolation ch 1bit 0+10V, 210V, 020mA Voltage (Output current:max.25ma), Current 020mA (Load resistance:max.5000) 201sec/ch(Max.) 010V, 210V : 25LSB, 020mA : 215LSB 100 or less (voltage output) 1 optoisolated input Individual Isolation Compatible with voltage and current output Highly accurate isolated analog output board The channels are electrically isolated from each other, and the PC and the output are insulated as well Allows analog output to be updated using sampling clocks Timer Request Causes Request Level 500nsec 17min (specifiable in steps of 250nsec) 9 one interrupt request signal as INTA Any byte boundary DC+5V 2200mA 17.(L)x107.0(H) 37pin male Dtype ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper DTP3(PC), DTP(PC), EPD37* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, CN5D37M *1: cable of PCB37P or PCB37PS is required.

27 General option for Board Terminal Unit Industrial 3ScrewType Terminal DTP3(PC) * Cable (1m) attached 3ScrewType Terminal DTP(PC) * Cable (1m) attached 3BNC Terminal Unit ATP1 B27 3Terminal Unit EPD37 35mm DINRail mountable Terminal pitch (10mm) 3Terminal Unit EPD9 35mm DINRail mountable Terminal pitch (8.5mm) * Cables is option 3ScrewType Terminal DTP(PC) * Cables is option * Cables is option * Cables is option 337pin Dtype 37pin Dtype Shield Cables PCB37PS0.5P 0.5m PCB37PS1.5P 1.5m PCB37PS3P 3.0m PCB37PS5P 5.0m 337pin Dtype 37pin Dtype s PCB37P m PCB37P3 3.0m PCB37P5 5.0m 337pin Dtype 37 wires (Pitch 1.27mm) Shield Cables PCA37PS0.5P 0.5m PCA37PS1.5P 1.5m PCA37PS3P 3.0m PCA37PS5P 5.0m 337pin Dtype 37 wires (Pitch 1.27mm) Flat ribbon Cable PCA37P m PCA37P3 3.0m PCA37P5 5.0m 39pin Half Pitch 9pin Half Pitch Shield Cable PCB9PS m PCB9PS3 3.0m PCB9PS5 5.0m 39pin Half Pitch 9pin Half Pitch PCB9P m PCB9P3 3.0m PCB9P5 5.0m 39pin Half Pitch 9 wires (Pitch 1.27mm) Shield Cables PCA9PS m PCA9PS3 3.0m PCA9PS5 5.0m 39pin Half Pitch 9 wires (Pitch 1.27mm) s PCA9P m PCA9P3 3.0m PCA9P5 5.0m 337pin Dtype (male) (5 pcs) CN5D37M Easy soldering 39pin Half Pitch (female) (5 pcs) CN5H9F

28 Board & Cables 5 of the Board side 9pin Half Pitch B28 5 of the side 9pin Half Pitch 37pin Dtype 15pin Dtype Terminal Unit EPD (W)x35.5(H)x(D)mm Terminal Unit EPD37 22(W)x0.5(H)x(D)mm ScrewType Terminal DTP3(PC) 190(W)x105(H)mm ScrewType Terminal DTP(PC) 10(W)x82(H)mm BNC Terminal Unit ATP1 190(W)x105(H)mm Signal Conditioning Terminal ATLF8 105(W)x230(H)x22.5(D)mm Signal Conditioning Terminal ATII8A 105(W)x230(H)x22.5(D)mm Simultaneous Sample & Hold ATSS1 105(W)x230(H)x22.5(D)mm ScrewType Terminal FTP15 190(W)x105(H)mm * DIO Model name of board Cables (both sides connector) Shield Cable PCB9PS1.5 (1.5m) PCB9PS3 (3m) PCB9PS5 (5m) PCB9P1.5 PCB9P3 PCB9P5 (1.5m) (3m) (5m) Shield Cable PCB37PS0.5P (0.5m) PCB37PS1.5P (1.5m) PCB37PS3P (3m) PCB37PS5P (5m) PCB37P1.5 PCB37P3 PCB37P5 (1.5m) (3m) (5m) Cable for DTP3(PC) (1m) Cable for DTP(PC) (1m) Shield Cable PCB37PS0.5P (0.5m) PCB37PS1.5P (1.5m) PCB37PS3P (3m) PCB37PS5P (5m) PCB37P1.5 (1.5m) PCB37P3 (3m) PCB37P5 (5m) Shield Cable PCB37PS0.5P (0.5m) PCB37PS1.5P (1.5m) PCB37PS3P (3m) PCB37PS5P (5m) PCB37P1.5 (1.5m) PCB37P3 (3m) PCB37P5 (5m) Shield Cable PCB37PS0.5P (0.5m) PCB37PS1.5P (1.5m) PCB37PS3P (3m) PCB37PS5P (5m) PCB37P1.5 (1.5m) PCB37P3 (3m) PCB37P5 (5m) Shield Cable PCB37PS0.5P (0.5m) PCB37PS1.5P (1.5m) PCB37PS3P (3m) PCB37PS5P (5m) PCB37P1.5 PCB37P3 PCB37P5 PCB15P1.5 PCB15P3 PCB15P5 (1.5m) (3m) (5m) (1.5m) (3m) (5m) DT/E2 AD121(PCI) AD12(PCI)

29 Industrial 37pin Dtype AD121(PCI)E AD121U(PCI)E AD11(PCI)E ADI121(PCI) ADI1C(PCI) ADI1L(PCI) DA12(PCI) DA128(PCI) DA121(PCI) DAI1C(PCI) DIN Rail Adapter DINADP1 DINrail adapter for termination panels B29 For use with: ATSS1 ATII8A ATLF8 ATP1 FTP15

30 Board Cables B30 5 of the side 9pin Half Pitch 37pin Dtype 15pin Dtype 1pin Header 5 of the Board side Cables (One side connector) Shield Cable PCA9PS1.5 (1.5m) PCA9PS3 (3m) PCA9PS5 (5m) PCA9P1.5 (1.5m) PCA9P3 (3m) PCA9P5 (5m) Shield Cable PCA37PS0.5P (0.5m) PCA37PS1.5P (1.5m) PCA37PS3P (3m) PCA37PS5P (5m) PCA37P1.5 (1.5m) PCA37P3 (3m) PCA37P5 (5m) Coaxial Cable PCC1PS1.5 (1.5m) PCC1PS3 (3m) Shield Cable for Differential Inputs PCD8PS1.5 (1.5m) PCD8PS3 (3m) PCA15P1.5 (1.5m) PCA15P3 (3m) PCA15P5 (5m) * DIO DT/E1 (1.5m) * DIO Model name of board DT/E2 AD121(PCI) AD12(PCI) 9pin Half Pitch AD121(PCI)E AD121U(PCI)E AD11(PCI)E ADI121(PCI) 37pin Dtype

31 Industrial ADI1C(PCI) ADI1L(PCI) DA12(PCI) DA128(PCI) DA121(PCI) DAI1C(PCI) B31

32 B SELECTION GUIDE Name RS2C COM2(PCI)H COM(PCI)H COM8(PCI)H Interface Type Channels RS2C RS22A RS85 Async. Sync. 2 8 type (RS22A/RS85) COM2PD(PCI)H COMPD(PCI)H 2 Intelligent type of RS2C/RS COMFS(PCI) , , , , ,00 Speed [bps] Isolation Async.: ,200 BOP : 72 38,000 COP : 100 9, pin Dtype 37pin Dtype 78pin Dtype 9pin Dtype 37pin Dtype COMDRV(W) APIPAC(W) Page B33 B33 B33 B3 B3 7 25pin Dtype 7 B3 Tips of 1. Serial communication standard It is carried in the standard personal computer of serial communication as standard, and there are "RS2C" currently used widely, "RS22A" used for communication of the apparatus for industries, "RS85", etc. These standards are the International Standards of the serial communication upon which EIA (Electronic Industries Association: United States electronic industrial society) decided. 3RS2C It is the telecommunications standard currently used most widely, such as being carried in a RS2C personal computer as standard. It is referred to as "EIA2." The connection connector besides the purpose of each signal line or timing is also specified (25 pin Dtype or 9 pin Dtype). A standard is revised by the addition of a signal line etc. and a formal name is "ANSI/EIA2E" now. However, generally it is also called "RS2C" now. RS2C connection image Computer Max. 15m Modem Measure Personal computer 3RS22A RS2C, transmission distance is the standard to which short access speed improved a fault, such as being late, and it was made as for it. It is referred to as "EIA 22A." Although the purpose and timing of each signal line are specified, there is no regulation of a connection connector. With the product of our company, 25 pin Dtype or 9 pin Dtype is adopted. RS22A, RS85 connection image Thermometer Max. 1200m Wattmeter RS22A : Max. 10 devices RS85 : Max. devices Hygrometer 3RS85 RS22A, it is the standard to which the number of connection improved the point of being few, and it was made as for it. It is referred to as "EIA85." RS85 are a standard compatible with a higher rank to RS 22A. Although the purpose and timing of each signal line are specified, there is no regulation of a connection connector. With the product of our company, 25 pin Dtype or 9 pin Dtype is adopted. RS22A can perform connection of two or more set machine with which "1:N" RS85 is called the multidrops of "N:N" or party line. Although RS2C needs the channel for the number of connection for a host office since only connection of "1:1" can be performed, in RS22A or RS85, two or more apparatus is connectable with one channel. Construction of the telemetry system made broadly dotted with a sensor as shown in the left figure is easy. Parameter RS2C RS22A RS85 Transmission mode Connectable number of device Simplex 1 driver 1 receiver Multipoint Simplex 1 driver 10 receivers Multipoint Multiplex drivers receivers Max.Speed 20Kbps 10Mbps 10Mbps 15m 1200m 1200m Mode Singleended (Nonequilibrium type) Differential (Equilibrium type) Differential (Equilibrium type) Connection image TTL D R TTL TTL D R R TTL R D D R TTL TTL TTL TTL termination resistor Merit Short distance Fullduplex 1:1 Long distance Fullduplex, halfduplex Multidrops of 1:N Long distance Fullduplex, halfduplex Party line of N:N 2. Correspondence support software 3Standard COM driver COMDRV(W) appended PCI bus and ISA Bus type (enhanced mode setup) Windows version driver software only for serial communication boards. By including this software in OS, the extended serial communication board is recognized by the serial port (COM port) and the same rank of the main part of a personal computer, and can be used from the commercial application which uses a serial port (COM port). Moreover It is controllable using the standard function for serial ports for a programming language. You can download the newest version for free from homepage of our company.

33 2 Port RS2C Serial communication board COM2(PCI)H 2 channels serial communication Programmable baud rate from 50 to 921,00bps Up to 1 boards can be used in a system Industrial RS2C Standard COM Driver for Windows XP/2000/NT/Me/98/95 included MSDOS sample software included Interface Type Channels Speed Data type Parity Check RS2C(Async.) 2ch 50921,00bps 58 bits / 1,1.5,2 stop bit even, odd, nonparity compatible (I/O buffer:128byte) One interrupt request signal as INTA 15m Any byte boundary +5VDC 250mA Port RS2C Serial communication board COM(PCI)H 9pin male Dtype, DELCJ9PAF20L9[JAE]or equivalent 122.0(L)x107.0(H) ACXPAC(W)BP, ACXPAC(W)AP, APIPAC(W) RSS9M/F, RSC9F, RSS25M/9F, RSC25F/9F, CN5D9F channels serial communication Programmable baud rate from 50 to 921,00bps Up to 1 boards can be used in a system B33 RS2C Standard COM Driver for Windows XP/2000/NT/Me/98/95 included MSDOS sample software included Interface Type Channels Speed Data type Parity Check RS2C(Async.) ch 50921,00bps 58 bits / 1,1.5,2 stop bit even, odd, nonparity compatible (I/O buffer:128byte) One interrupt request signal as INTA 15m Any byte boundary +5VDC 500mA *1:RSS78M/37M is necessary 37pin female Dtype, DCLCJ37SAF20L9[JAE] or equivalent 122.0(L)x107.0(H) ACXPAC(W)BP, ACX PAC(W)AP, APIPAC(W) CCU78F/25M* 1, RSS78M/37M PCE37/9PS, PCE37/25PS, COMM CABLE(PC)1, CN5D37M 8 Port RS2C Serial communication board COM8(PCI)H 8 channels serial communication Programmable baud rate from 50 to 921,00bps Up to 1 boards can be used in a system RS2C Standard COM Driver for Windows XP/2000/NT/Me/98/95 included MSDOS sample software included Interface Type Channels Speed Data type Parity Check RS2C(Async.) 8ch 50921,00bps 58 bits / 1,1.5,2 stop bit even, odd, nonparity compatible (I/O buffer:128byte) One interrupt request signal as INTA 15m port occupation +5VDC 00mA *1:RSS78M is necessary 78pin female Dtype 122.0(L)x107.0(H) ACXPAC(W)BP, ACX PAC(W)AP, APIPAC(W) CCU78F/25M* 1, RSS78M PCE78/9PS, PCE78/25PS, CN5D78M

34 High Speed 2 Port RS22/RS85 serial communication board COM2PD(PCI)H 2 channels isolated RS22A/RS85 Programmable baud rate from 50 to 921,00bps Fullduplex or halfduplex communication mode B3 RS85 RS22 Standard COM Driver for Windows XP/2000/NT/Me/98/95 included MSDOS sample software included COMPD(PCI)H Interface Type Channels Speed Data type Parity Check RS22A/RS85(Optoisolated) Fullduplex or halfduplex communication mode 2ch 50921,00bps 58 bits / 1,1.5,2 stop bit even, odd, nonparity compatible (I/O buffer:128byte) One interrupt request signal as INTA 1200m Any byte boundary High Speed Port RS22/RS85 serial communication board +5VDC 550mA 9pin male Dtype, DELCJ9PAF20L9[JAE] or equivalent 122.0(L)x107.0(H) ACXPAC(W)BP, ACXPAC(W)AP, APIPAC(W) CN5D9F channels isolated RS22A/RS85 Programmable baud rate from 50 to 921,00bps Fullduplex or halfduplex communication mode RS85 RS22 Standard COM Driver for Windows XP/2000/NT/Me/98/95 included MSDOS sample software included Interface Type Channels Speed Data type Parity Check RS22A/RS85(Optoisolated) Fullduplex or halfduplex communication mode ch 50921,00bps 58 bits / 1,1.5,2 stop bit even, odd, nonparity compatible (I/O buffer:128byte) One interrupt request signal as INTA 1200m Any byte boundary +5VDC 950mA 37pin female Dtype, DCLCJ37SAF20L9[JAE] or equivalent 122.0(L)x107.0(H) ACXPAC(W)BP, ACXPAC(W)AP, APIPAC(W) PCE37/9PS, CN5D37M High Performance Intelligent RS2C Multiport System COMFS(PCI) channel serial communication, RS2C/RS85 protocol A pair of onboard CPUs reduces the CPU on the motherboard in your PC and allows more than one communications protocols to be used at the same time RS2C RS85 API function library attachment [APIPAC(W)] MSDOS driver included RS2C, RS85(Async./Sync., Interface Type Fullduplex/halfduplex) Channels ch Async.:10115,200bps, Speed BOP:7238,000bps, COP:1009,00bps Async.: 58 bits / 1,1.5,2 stop bit Data type BOP: 5,7 bits, COP: 8 bits Async.: even, odd, nonparity Parity Check (software programmable) COP: nonparity Async. :1552 or equivalent BOP, COP : upd72001 or equivalent One interrupt request signal as INTA RS2C:15m, RS85:1200m 128byte, byte +5VDC 2.5A 25pin Dtype, 17JE15002(D1)[DDK] 313.8(L)x107.0(H) CN5D25M Board s s 39pin Dtype (male) (5 pcs) CN5D9M 39pin Dtype (female) (5pcs) CN5D9F 5pin Dtype (male) (5 pcs) CN5D25M 5pin Dtype (female) (5 pcs) CN5D25F 337pin Dtype (male) (5 pcs) CN5D37M 378pin Dtype (male) (5 pcs) CN5D78M

35 Board & Cables Cable for COM8(PCI)H 378pin Dtype 9pin Dtype (male) x 8 Shield Cable (1m) PCE78/9PS Double Shield Shielded cable converts a 78pin Dtype connector into eight 9pin Dtype connectors (Male) for COM 8(PCI)H. Cable for COM(PCI)H 337pin Dtype 9pin Dtype (male) x Shield Cable (0.25m) PCE37/9PS Double Shield Shielded cable converts a 37pin Dtype connector into four 9pin Dtype connectors (Male) for COM(PCI)H. Shielded cable converts a 78pin Dtype connector into eight 25pin Dtype connectors (Male) for COM 8(PCI)H. Shielded cable converts a 37pin Dtype connector into four 25pin Dtype connectors (Male) for COM(PCI)H. 378pin Dtype 25pin Dtype (male) x 8 Shield Cable (1m) PCE78/25PS Double Shield 337pin Dtype 25pin Dtype (male) x Shield Cable (0.25m) PCE37/25PS Double Shield Industrial B35 Distribution unit for the COM8(PCI)H / COM(PCI)H 378pin Dtype 25pin Dtype (male) 8ch Distribution Unit CCU78F/25M 378pin Dtype (male) 78pin Dtype (male) connecting Cable (2m) RSS78M Double Shield Distribution unit for the COM 8(PCI)H / COM(PCI)H has 25pin Dtype connectors of 8 channels. The cable for connecting to the interface board is not included with CCU78F/25M. 2 monitoring LEDs for communication state of each channel. Can be attached to a DIN rail. Cable RSS78M, RSS78M/37M, RSC25F, RSS25F/9M, RSS25M/F, RSC25F/9F COM8(PCI)H connection cable for CCU78F/25M 378pin Dtype (male) 37pin Dtype (male) connecting shielded Cable (2m) RSS78M/37M Double Shield COM(PCI)H connection cable for CCU78F/25M Board Cables RS2C Straight Cables 39pin Dtype (male) 9pin Dtype (female) Shield Cable (1.8m) RSS9M/F Double Shield 5pin Dtype (male) 25pin Dtype (female) Shield Cable (1.8m) RSS25M/F Double Shield 5pin Dtype (male) 9pin Dtype (female) Shield Cable (1.8m) RSS25M/9F Double Shield 5pin Dtype (female) 9pin Dtype (male) Shield Cable (1.8m) RSS25F/9M Double Shield RS2C Cross Cables 39pin Dtype (female) 9pin Dtype (female) Shield Cable (1.8m) RSC9F Double Shield 5pin Dtype (female) 25pin Dtype (female) Shield Cable (1.8m) RSC25F Double Shield 5pin Dtype (female) 9pin Dtype (female) Shield Cable (1.8m) RSC25F/9F Double Shield Double :Double shield cable Shield :UL Mark

36 B3 IEEE88.2/GPIB Interface Board GPIB(PCI) GPIB Memory on board API function library attachment [APIPAC(W)] Interface Type Channels Speed Data Format Signal logic Cable length between device Total cable length Connectable number of device IEEE88.1, IEEE88.2 1ch 1.2Mbyte/sec(Max.) 8 parallel limes, 3 handshake lines Negative logic Low level : 0.8V or less, High level : 2.0V or more One interrupt request signal as INTA Any 1byte boundary m or less 20m or less Max. 15 devices +5VDC 970mA Data can be transmitted at a maximum transmission rate of 1.2 Mbyte/sec 1Mbyte of FIFO is built in for data transmission and reception, so the maximum capacity data communication can be conducted Contains a GPIB bus analyzer function [AMP] or equivalent 122.0(L)x107.0(H) ACXPAC(W)BP, ACXPAC(W)AP, SUPPORTPAC(PC)202 Ver.2.30 upper, CNGP PCN02, PCN0 IEEE88.2/GPIB Interface Board GPIB(PCI)L Conforming to the IEEE88.2 standard, the GPIB(PCI)L can exchange signals with a variety of external devices compliant with the standard The board can use the CONTEC FPGA (upd7210c compatible) as a GPIB controller for longterm stable supply GPIB API function library attachment [APIPAC(W)] Interface Type Channels Speed Data Format Signal logic chip Cable length between device Total cable length Connectable number of device IEEE88.1, IEEE88.2 1ch 120Kbyte/sec(Max.) 8 parallel limes, 3 handshake lines Negative logic LLevel: 0.8V or less HLevel: 2.0V or more CONTEC original FPGA (upd7210c compatible) One interrupt request signal as INTA Any byte boundary m or less 20m or less Max. 15 devices PCI Bus/ +5VDC 300mA [AMP] or equivalent 120.0(L)x107.0(H) ACXPAC(W)BP Ver.2.1 upper, ACXPAC(W)AP Ver.2.1 upper, SUPPORTPAC(PC)202 Ver.2.0 upper, CNGP PCN02, PCN0 Cable & GPIB Cable PCN02 PCN0 2m m High noise eliminate and high reliable GPIB cable GPIB Adapter CNGP The connector adapter is useful when slot is tough to insert board. GPIB Board GPIB Board GPIB Cable GPIB Adapter When a GPIB cable conflicts with a case, please use a CNGP. GPIB Cable

37 Parallel Port Extension Board PRN2(PCI) LPT Driver for Windows XP/NT/Me/98/95 Channels standard mode Hardware specification Reference clock Supply voltage Outside Dimensions (mm) 2ch Conforming to IEEE 128 Compatibility, Nibble, Byte, EPP, ECP TTL level (+5VDC) ST78C3CJ(EXAR) or equivalent 2MHz(Reference clock of onchip LSI) 5m (depending on wiring environment) 1 level 1 ports (control ports) + (8 ports + ports) x 2 +5VDC(25%) +5VDC 150mA 122.0(L)x107.0(H) Providing two channels of the IEEE 128 compatible Centronics interface Supporting the five IEEE 128 modes (Compatibility, Nibble, Byte, EPP, ECP) selectable depending on the OS and machine type DHARP3R13AN[DDK] or equivalent PRNCB105 PRNCB105(5m) Industrial B37 Driver for PRN2(PCI) PRNDRV(W) Windows driver software for PRN2(PCI) This driver software is attached to PRN 2(PCI). The PRN2(PCI) package contains utility software for Windows. The utility software displays the LPT numbers assigned to the individual channels on the PRN2(PCI) board. Machine type O S IEEE 128 Modes Compatibility Nibble Byte EPP ECP PC/AT compatible Windows XP/Me/98/95 Windows NT Cable (al) IEEE 128 Printer cable PRNCB105 3pin halfpitch 3pin Centronics Conversion connector

38 COMMUNICATION BOARDS Board for DeviceNet B38 DeviceNet PCI Bus Board FDN(PCI) This board can be used for communicating with the master/slave machines in conformity with DeviceNet Release 2.0 I/O (Polling,Bit Strobe, Change of State/Cyclic, Peer), Explicit, and System Messaging are all supported With the device definition tool, the communication parameter (communication type, sending cycle, sending data size and so on) of the connecting device can be easily set This board features a Bit RISC processor and supports highspeed I/O update cycle in 102Point per 10msec (when works at 250k/500kbps) This product has passed ODVA CONFORMANCE TESTED Driver software [FLBDRV(DNX)] for Windows 2000/NT.0 included 3Hardware Specification Item Number of DeviceNet Connection Channels Network Speed MAC ID Max. number of connectable nodes Network Network Power Supply Power consumptioncurrent for Connection Hot PlugIn and PlugOut External dimensions (mm) consumptioncurrent Common Operating Requirements Weight Number of boards that are used simultaneously Specification 1ch Selectable data rates of 125kbps, 250kbps and 500kbps Selectable MAC ID of 0 3 (Include itself) 11 25V (FDN(PCI) Received Voltage) 0mA(Max.) (+2VDC) Open Plug No (Neither networkpower nor selfpower) PCI Bus Shortsize 17.(L) x 107.0(H) DC+5V 1.1A 0 50;, 20 90% (No condensation) 110g (max.) 3List of Supported Functions Classification Function Remarks Peer NonFragment Fragment 128byte Max. Poll Bit Strobe Change of State/Cyclic Master ACK Handler Base Part PROXY I/O Fragment 128byte Max. Function Poll Slave Bit Strobe Change of State/Cyclic Fragment 128byte Max. Expansion User Interface Memory Cycle Event Part Exclusive Data Exclusive Process Not Exclusive Explicit Function System Management Function Client Function Client Function(User Release) Server Function(In Protocol) Connection Establishment/Opening(UCMM)Request Connection Establishment/Opening(UCMM)Request(User Release) Connection Establishment/Opening(UCMM)Response HeartBeat Sending HeartBeat Receiving Shutdown Sending Shutdown Receiving Dup Mac ID Detection 128byte Max. byte Max. 70byte Max. 70byte Max. 70byte Max.

39 Industrial B39

40 B0 Channels 2Bit Up/Down Counter Board CNT2(PCI) API function library attachment [APIPAC(W)] Channels Counting system Response frequency Timer Max. count Input specification Other function ch 2bit up/down counter singlephase or twophase pulse input TTLlevel : 1MHz (duty 50%), Optoisolated input : 500KHz (duty: 50%) 1msec200sec 2 bits (binary data) TTLlevel input, Optoisolated input : 5 12VDC, (Input resistor : 220 0) Generates by each channel count coincidence or timer runs out of preset time port occupation Filter, Counter coincidence signal output +5VDC 00mA 2bit up/down counter for four channels Counts two phase signals from devices like rotary encoders or linear gauges Optoisolated input or TTL level input for each channel Optoisolated : DCLCJ37SAF20L9 [JAE] or equivalent TTLlevel input : PS30PEDTIPNI [JAE] or equivalent 17.(L)x107.0(H) ACXPAC(W)BP, ACXPAC(W)AP, DDE SERVER(W) DTP3(PC), DTP(PC), EPD37* 1 PCA37P, PCB37P, PCA37PS, PCB37PS, DT/O, DT/B2, CN5D37M *1: cable of PCB37P or PCB37PS is required. Channels 2Bit Differential Up/Down Counter Board CNT2D(PCI) API function library attachment [APIPAC(W)] Channels Counting system Response frequency Timer Max. count Input specification Other function ch 2bit up/down counter singlephase or twophase pulse input Linereceiver : Max 1MHz (duty 50%), TTLlevel input : Max 1MHz (duty 50%) 1msec200sec 2 bits (binary data) TTLlevel input, Linereceiver : Input voltage range 27V One. Generated when each channel count matches or the timer runs out of time. Any byte boundary Filter, Counter coincidence signal output +5VDC 500mA PCI Bus Master High Speed 8 Channels Bit Up/Down Counter Board CNT8M(PCI) 2bit up/down counter for four channels The board is equipped with a programmable timer to allow interrupts to be generated periodically according to a specified timer value Differential input or TTL level input for each channel PCRE9LMD [HONDA Tsushin Kogyo] or equivalent 17.(L)x107.0(H) ACXPAC(W)BP, ACXPAC(W)AP DTP3(PC)* 1, DTP(PC)* 1, EPD37* 1, EPD9* 2 PCA9P, PCB9P, PCA9PS, PCB9PS, PCB9WS, CN5H9F *1: cable of PCB9WS is required *2: cable of PCB9P or PCB9PS is required. At bus master transfer, the board can achieve transfers speed of 80MB/sec without CPU Loads The SC connector allows synchronous operation with other boards Bus Master API function library attachment [APIPAC(W)] Channels Counting system Response frequency Timer Max. count Input specification 8ch bit up/down counter (Twophase/Singlephase/Singlephase with Gate control) Phase A / UP at each channel Phase B/DOWN One x 8 channels Phase Z/CLR at each channel Linereceiver : 10MHz (duty 50%) TTLlevel : 10MHz (duty 50%) 1553msec (specifiable in steps of 1msec) bits (binary data) TTLlevel input, Linereceiver : Input voltage range 27V 1 interrupt (Factor of interrupt: count matches, counter error, SCC error, carry/borrow, timer, etc.) Other function port, port Lowpass filter, Count coincidence pulse output, a test pulse output, disconnection alarm detection +5VDC, 1A PCRE9LMD [HONDA Tsushin Kogyo] or equivalent PS10PEDL1B1[JAE] or equivalent x 2 17.(L)x107.0(H) EPD9* 1, DTP(PC)* 1 PCB9PS1.5, PCB9P1.5, PCA9PS 1.5, PCA9P1.5, CN5H9F *1: cable of PCB9 or PCB9PS is required.

41 HighSpeed 2 Axis Control Board SMC2P(PCI) API function library attachment [APIPAC(W)] Channels Pulse output type Signal format Pulse rate Encoder Input Input signal type Signal type Response frequency Limit signal Signal channels Signal type General Purpose Input Signal channels Signal type 2 axis Open collector output( selectable logic, positive or negative) CW/CCW or pulse/direction 0.11,000,000PPS singlephase Input (UP/DOWN/Z), Phase input (A/B/Z) Highspeed opto input 1MHz A.B:2200/Z: signals/ch (ORG, +LIM, LIM) Opto input (122VDC) 3k0 7 signals/ch Opto input (122VDC) The board supports a stepping motor or servo motor (pulse train input type) The board can store up to 1000 frames each of which carries the information required for a single positioning sequence, such as the speed, acceleration/deceleration rates, and target location The board can control multiple axes (up to axes) in synchronization General Purpose Output Signal channels Signal type chip 3 signals/ch Open collector output +35VDC 100mA PCL501 [NPM] Any 1byte boundary +5VDC 800mA PCRE9LMD [HONDA Tsushin Kogyo] or equivalent 17.(L)x107.0(H) CCBSMC1* 1 PCA9P, PCB9P, PCA9PS, PCB9PS, CN5H9F *1: cable of PCB9P or PCB9PS is required. Industrial B1 IN1, IN3IN7: 3K0, IN2:1.8K0 HighSpeed Axis Control Board SMCP(PCI) API function library attachment [APIPAC(W)] Channels Pulse output type Signal format Pulse rate Encoder Input Input signal type Signal type Response frequency Limit signal Signal channels Signal type General Purpose Input Signal channels Signal type axis Open collector output( selectable logic, positive or negative) CW/CCW or pulse/direction 0.11,000,000PPS singlephase Input (UP/DOWN/Z), Phase input (A/B/Z) Highspeed opto input 1MHz A.B:2200/Z: signals/ch (ORG, +LIM, LIM) Opto input (122VDC) 3k0 7 signals/ch Opto input (122VDC) The board supports a stepping motor or servo motor (pulse train input type) The board can store up to 1000 frames each of which carries the information required for a single positioning sequence, such as the speed, acceleration/deceleration rates, and target location The board can control multiple axes (up to axes) in synchronization General Purpose Output Signal channels Signal type chip 3 signals/ch Open collector output +35VDC 100mA PCL501 [NPM] Any 1byte boundary +5VDC 900mA PCRE9LMD [HONDA Tsushin Kogyo] or equivalent 17.(L)x107.0(H) CCBSMC1* 1 PCA9PS, PCB9PS, PCA9P, PCB9P, CN5H9F *1: cable of PCB9P or PCB9PS is required. IN1, IN3IN7: 3K0, IN2:1.8K0