PIO-16 / 16 (98) H (CONTEC)

Isolated parallel input / output module.Two 8x dip switches on the board, 2x 8x jumpers
There is one switch.

Input type Current drive input by photocoupler isolation
Input resistance 3 kΩ (8 mA / point at 24 VDC)
Number of input points 16 points (4 points can be used for interrupt, common 1 point common in 8 points)
Input display LED lights on the load side (ON)
Response time within 1 ms
Output type Open collector output by photocoupler isolation
Output rating Maximum DC 35 V, 200 mA
Number of output points: 16 points (8 points per common)
Output indicator LED Lit when the output signal is ON
Response time within 1 ms
Power consumption DC5V, 200mA (Max)
Operating conditions 0 to 50 ° C, 20 to 90% (without condensation)

・ 8-station dip switches SW1 and SW2: I / O port address setting
See PIO-48W (98).

・ 2 x 8 jumper switch JP1: Interrupt level setting
　A = B07
　B = B08
　C = B09
　D = B10
　0 = INT 0
　1 = INT 1
　2 = INT 2
　3 = INT 3
　4 = INT 4
　5 = INT 5
　6 = INT 6

Correspondence between port address and input / output data
　The following is the order of setting port address: D7 D6 D5 D4 D3 D2 D1 D0
[Input port]
　+0 I07 I06 I05 I04 I03 I02 I01 I00
　+1 I17 I16 I15 I14 I13 I12 I11 I10
[Output port]
　+ 0 • O07 O06 O05 O04 O03 O02 O01 O00
　+1. O17 O16 O15 O14 O13 O12 O11 O10

Connector pin assignment
If you look at the cut of the connector frame from the back side of the board upwards, the line above is from the right
A01, A02, A03 ······················································ A01, A02, A03 ··· A23, A24, A25, from the right also B01, B02, B03 ··· B23, B24, B25.
The following is the order of the terminal number, signal name, and explanation:

A01 P1 Input + 1 port plus common B01 P 0 Input + 0 port positive common
A02 P1 Input + 1 port plus common B02 P 0 Input + 0 port positive common
A03 I17 +1 port (input) B03 I07 +0 port (input) A / B / C / D interrupt
A04 I16 +1 port (input) B04 I06 +0 port (input) A / B / C / D interrupt
A05 I15 +1 port (input) B05 I05 +0 port (input) A / B / C / D interrupt
A06 I14 +1 port (input) B06 I04 +0 port (input) A / B / C / D interrupt
A07 I13 +1 port (input) B07 I03 +0 port (input) A / B / C / D interrupt
A08 I12 +1 port (input) B08 I02 +0 port (input) A / B / C / D interrupt
A09 I11 +1 port (input) B09 I01 +0 port (input) A / B / C / D interrupt
A10 I10 +1 port (input) B10 I00 +0 port (input) A / B / C / D interrupt
A11 ■ NC ■ Not connected B11 ■ NC ■ Not connected
A12 ■ NC ■ Not connected B12 ■ NC ■ Not connected
A13 ■ NC ■ Not connected B13 ■ NC ■ Not connected
A14 P3 Output + 1 port plus common B14 P2 Output + 0 port positive common
A15 P3 Output + 1 port plus common B15 P 2 Output + 0 port positive common
A16 O17 +1 port (output) B16 O07 +0 port (output)
A17 O16 +1 port (output) B17 O06 +0 port (output)
A18 O15 +1 port (output) B18 O05 +0 port (output)
A19 O14 +1 port (output) B19 O04 +0 port (output)
A20 O13 +1 port (output) B20 O03 +0 port (output)
A21 O12 + 1 port (output) B21 O02 + 0 port (output)
A22 O11 +1 port (output) B22 O01 +0 port (output)
A23 O10 +1 port (output) B23 O00 +0 port (output)
A24 N3 Output + 1 port negative common B24 N 2 Output + 0 port negative common
A25 N3 Output + 1 port negative common B25 N 2 Output + 0 port negative common

LED monitor lamp
　LO00, LO01 ... LO06, LO07 (more than + 0 output port) from the top, when the board is viewed from the top of the card edge
LO10, LO11 ... LO16, LO17 (more than +1 output port), LI00, LI01 ... LI06, LI07 (more than +0 input port),
LI10, LI11 ... LI16, LI17 (more than +1 input port) in this order.
　The following shows the setting port addresses in order of D7 D6 D5 D4 D3 D2 D1 D0
[Input port]
　+0 ■ LI07 LI06 LI05 LI04 LI03 LI02 LI01 LI00
　+1 ■ LI 17 LI 16 LI 15 LI 14 LI 13 LI 12 LI 11 LI 10
[Output port]
　+0 ■ LO07 LO06 LO05 LO04 LO03 LO03 LO02 LO01 LO00
　+1 LO17 LO16 LO15 LO14 LO13 LO12 LO11 LO10