The control unit is small at 90 mm 3.54 in. in height and 25 mm 0.98 in. in width.
Even when expanded with three expansion units, the total width only 100 mm 3.94 in.
Smallest in its class.
Ultra-high speed processing enhances productivity
Advanced functionality and performance - superior to basic ultra-compact models.
Ultra-high speed of 80 nsec/step (Basic instructions) within a range of 0 to 3000 steps
Scan time can be significantly reduced by simply transporting existing FP0 programs (2.7 k steps) into FP0R.
Processing of the 3001st and later steps is also 1.5 times faster than the conventional model.
The ultra-high processing speed is also ideal for use as a sensor controller.
Labeling machines, for example, require a system capable of instantly reading output signals from a fiber sensor and quickly controlling the roller rotation to detect the label head or end edge on the release paper tape taken up at a high speed.
Ultra-high speed scanning by FP0R:
100 program steps: 0.2 msec or less
Even 1000 program steps: 0.5 msec or less
FP0R can serve well as a high performance sensor controller in combination with a Panasonic fiber sensor
FP0R-C32 FPOR-C32T FP0R-C32T
FPOR-C32;
EEP-ROM
32 point PLC 16 input 16 output
Transistor NPN: 0.2 A
DC24V
output: relay 2A
FPOR-C14
FPOR-C14T; FPOR-C14R; FPOR-C14RS
Panasonic Electric Works Co., Ltd.
AFP0RC32T; AFP0RC32P; AFPORC32T
AFP0RC32CT; AFP0RC32CP; AFP0RT32CT; AFP0RT32CP;
AFP0RF32CT; AFP0RF32CP; AFP03003; AFP03023;
AFP03013; AFP03020; AFP03040; AFP03303;
AFP03323; AFP03313; AFP03343; AFP03340; AFP03543;
Control units:
AFP0RC10RS;AFP0RC10RM;
AFP0RC10CRS; AFP0RC10CRM;
AFP0RC10MRS;
AFP0RC14RS; AFP0RC14RM;
AFP0RC14CRS AFP0RC14CRM;
AFP0RC14MRS AFP0RC16T;
AFP0RC16P; AFP0RC16CT;
AFP0RC16CP; AFP0RC16MT ;
AFP0RC16MP; AFP0RC32T ;
AFP0RC32P; AFP0RC32CT;AFP0RC32CP ;
AFP0RC32MT; AFP0RC32MP;
AFP0RT32CT; AFP0RT32CP;
AFP0RT32MT; AFP0RT32MP;
AFP0RF32CT; AFP0RF32CP; AFP0RF32MT;
AFP0RF32MP;
AFPORC10RS;AFPORC10RM;
AFPORC10CRS; AFPORC10CRM;
AFPORC10MRS;
AFPORC14RS; AFPORC14RM;
AFPORC14CRS AFPORC14CRM;
AFPORC14MRS AFPORC16T;
AFPORC16P; AFPORC16CT;
AFPORC16CP; AFPORC16MT ;
AFPORC16MP; AFPORC32T ;
AFPORC32P; AFPORC32CT;AFPORC32CP ;
AFPORC32MT; AFPORC32MP;
AFPORT32CT; AFPORT32CP;
AFPORT32MT; AFPORT32MP;
AFPORF32CT; AFPORF32CP; AFPORF32MT;
AFPORF32MP;

Expansion units: AFP0RE8X;
AFP0RE8RS; AFP0RE8RM;
AFP0RE8YRS; AFP0RE8YT;
AFP0RE8YP; AFP0RE16X; AFP0RE16RS;
AFP0RE16RM; AFP0RE16T; AFP0RE16P;
AFP0RE16YT; AFP0RE16YP; AFP0RE32T; AFP0RE32P;
AFPORE8X;
AFPORE8RS; AFPORE8RM;
AFPORE8YRS; AFPORE8YT;
AFPORE8YP; AFPORE16X; AFPORE16RS;
AFPORE16RM; AFPORE16T; AFPORE16P;
AFPORE16YT; AFPORE16YP; AFPORE32T; AFPORE32P;

Intelligent units[Units in common with FP0]:
FP0-A21; AFP0480;
FP0-A80; AFP0401;
FP0-A04V; AFP04121;
FP0-A04I; AFP04123;
FP0-TC4; AFP0420;
FP0-TC8; AFP0421;
Link and Communication units[Units in common with FP0]:
FP0-CCLS; AFP07943;
FP0-IOL; AFP0732;
AKS1202; AFP8536;
AFP8532;
FP-WEB2; AFP0611

Others[Units in common with FP0]: