Panasonic fp2/fp2sh - Page 114

FP2/FP2SHI/O Allocation
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3.1 Fundamentals of I/O Allocation
Name Part number Occupied
I/O point
Number of
occupied slot
Intelligent
it
Analog input unit FP2−AD8VI, FP2−AD8X, FP2−RTD 128SX 1
Intelligent
unit
Analog output unit FP2−DA4 64SY 1
High−speed counter unit FP2−HSCT 32SX, 32SY 1
High speed
counter
unit
FP2−HSCP
32SX,
32SY
1
Pulse I/O unit FP2−PXYT 32SX, 32SY 1
Pulse
I/O
unit
FP2−PXYP
32SX,
32SY
1
Positioning unit (2-axis type) FP2−PP2 32SX, 32SY 1
Positioning unit (4-axis type) FP2−PP4 64SX, 64SY 1
Positioning unit (Multifunction
t)
2 i
t
Transistor output type FP2−PP21 32SX, 32SY 1
Positioning
unit
(Multifunction
type) 2−axis type
Line driver output type FP2−PP22
32SX,
32SY
1
Positioning unit (Multifunction
t)
4 i
t
Transistor output type FP2−PP41 64SX, 64SY 1
Positioning
unit
(Multifunction
type) 4−axis type
Line driver output type FP2−PP42
64SX,
64SY
1
Positioning unit RTEX (2-axis
type)
FP2−PN2AN 128SX, 128SY 1
Positioning unit RTEX (4-axis
type)
FP2−PN4AN
Positioning unit RTEX (8-axis
type)
FP2−PN8AN
Positioning Unit (Interpolation
t)
2 i
t
Transistor output type FP2−PP2T 32SX, 32SY 1
osto g
Ut
( tepoato
type) 2−axis type
Line driver output type FP2−PP2L
3S,
3S
Positioning Unit (Interpolation
t)
4 i
t
Transistor output type FP2−PP4T 64SX, 64SY 1
osto g
Ut
( tepoato
type) 4−axis type
Line driver output type FP2−PP4L
6S,
6S
Multi communication unit FP2−MCU 16SX, 16SY 1
Serial data unit FP2−SDU 16SX, 16SY 1
C.C.U. FP2−CCU 16SE (0SE)
(* Note 3)
1
S-LINK unit FP2−SL2 (* Note 1) 1
Multi-wire link unit FP2−MW 16SE (0SE)
(* Note 3)
1
ET−LAN unit FP2−ET1 32SX, 32SY
(0SE)
1
MEWNET−VE Link unit FP2−VE 32SX, 32SY
(0SE)
1
FNS Unit FP2−FNS 16SE (0SE)
(* Note 3)
1
FMU Unit PROFIBUS FP2−DPV1−M 16SE (0SE)
(
*
Nt
3)
1
FMU
Unit
Device Net FP2−DEV−M
16SE
(0SE)
(* Note 3)
1
CAN open FP2−CAN−M
Notes
1) The “occupied I/O point” of S-LINK unit and CPU with S-LINK,
will vary depending on the unit settings. For details, refer to
“FP2 S-LINK Manual”.
2) When using a CPU with S-LINK, the functionality of the slots
are increased, and slot numbers can be allocated as if two S-
LINK units were installed. For more details, refer to “FP2
S-LINK Manual”.
3) The occupied point can be set to “0” with arbitrary allocation.
4) When the handshake by I/O is not used, the number of occu-
pied points can be set to “0” by allocating arbitrarily.