Toshiba T2N - Manual (Page 206)

User's manual 193
4. I/O Allocation
*1) In the case of PU235N/PU245N, built-in network is automatically
allocated.
*2) When executing automatic allocation in the state with a CF211
mounted in the unit, it is registered as X+Y 4W.
However it is necessary to modify this to iX+Y 4W in manual I/O
allocation.
Type Specification Module Type
DI31 16-point 12-24V DC/AC input X 1W
DI32 32-point 24VDC input X 2W
DI235 64-point 24VDC input X 4W
IN51 16-point 100-120VAV input X 1W
IN61 16-point 200-240VAC input X 1W
RO61 12-point relay output (240VAD/24VDC) Y 1W
RO62 8-point islated relay output (240VAC/24VDC) Y 1W
DO31 16-point transistor output (5-24VDC sink Y 1W
DO32 32-point transistor output (5-24VDC) sink Y 2W
DO235 64-point transistor output (5-24VDC) sink Y 4W
DO233P 16-point transistor output ( 24VDC) source Y 1W
AC61 12-point triac output (100-240VAC) Y 1W
AI21 4ch analog input (4-20mA/1-5V) X 4W
AI31 4ch analog input (0-10V) X 4W
AI22 4ch analog input (4-20mA/1-5V) X 4W
AI32 4ch analog input (? 10V) X 4W
AO31 2ch analog output (5/10V, 20mA) Y 2W
AO22 2ch analog output (4-20mA/1-5V) Y 2W
AO32 2ch analog output (?10V) Y 2W
PI21 1ch pulse input (5/12V) X 2W
MC11 Single axis position control X + Y 4W
CF211 Serial Interface X + Y 4W *2
SN221 TOSLINE-S20 (co-axial cable) TL-S
SN222 TOSLINE-S20 (optic fibre) TL-S
MS211 TOSLINE-F10 master station (twisted pair) TL-F
RS211 TOSLINE-F10 slare station (twisted pair) TL-F
DN211 Device Net Scanner module OPT
LK11
LK12
Z 8W
Z 16W
Z 32W
Z 8W
Z 16W
Z 32W
TOSLINE-30
(twisted pair)
Transmission capacity
8W setting
Transmission capacity
16W setting
Transmission capacity
32W setting
Transmission capacity
8W setting
Transmission capacity
16W setting
Transmission capacity
32W setting
TOSLINE-30
(optic fibre)
PU235N built-in Ethernet ETHER *1
PU245N built-in Ethenet and TOSLINE-S20LP E/S *1