AR2010 Arico Controlador PLC 243 × 386 × 42.6 mm

It is simple to update all of program via USB memory driver
DCS control (HMI and Remote I/O module) for easy access of external device and/or controller
Various HMI size options: 7″, 8″, 10.4″ and 12.1″ or touch panel(10.4″ & 12.1″)
High speed Ethernet communication between HMI and Remote I/O module
RS485 and Ethernet(Optional) Interface
State-of-the-art window system HMI Screen Editor design by ARICO
PLC ladder editor for process program
It is non-industrial personal computer board, because the CPU of PC update very fast, face stop manufacture and version change, software maintain and cost will go high
I/O function define self and shift function:

1. Change the defect I/O to another by setting, to solve problem at once

2. For some multi function valve, use program control them, it can use one program to apply the timing of the different hydraulic valve in extent permitted

3. For some multi function valve, use program control them, and collect them to front I/O to save the I/O ports(DO have to consider the 2A/port, 16 ports max. is 10A)

4. Define different DI、DO、AI、AO for different model machine, no need to modify the wiring, just setting to suitable hardware(example: it can be applied at old machine replace new controller, no need re-wire the all wires)
Flip up icon of screen and alarm message
PLC Real-Time control
The 10 levels control for user
The present screen picture can be saved via USB port to external memory device (USB memory device)

Controller	AR800/AR810	AR1260	AR1280	AR2000	AR2010	AR2100
PLC CPU	528MHz	266MHz	528MHz	520MHz
Control CPU	72MHz	266MHz Time base = 0.25ms	528MHz Time base = 0.25ms	520MHz Time base = 0.25ms
Control CPU	1. Higher control precision 2. Software can be updated through USB
I/O Connection	NPN	NPN	NPN	NPN	NPN	PNP
Temperature PID Control	5	8
DI Digital Input	24 or 23+1 RPM	32	32	32/48
DO Digital Output	24	32	32	32/48
AD Analog Input	16 bit * 3	14 bit * 6	16 bit * 6	16 bit * 6	16 bit * 8
Start/Stop Input	X	X	X	X/4	X
FDA Analog Output	X/2	12 bit * 5(0~+10V)	12 bit * 5(0~+10V)	12 bit * 4(0~+10V)	X
DA Analog Output	X	12 bit * 0/2(0~±10V)	12 bit * 0/2(0~±10V)	12 bit * 0/4(0~±10V)	12 bit * 8/12(0~±10V)
PWM Output	3/1	X	X	1	X	X
RPM Input	X	1			3
FPGA	X	PLC CPU & Control CPU data transmitted through a parallel FPGA connection; allows more precise control accuracy