Artila RIO-2015PG Installation instructions

RIO-2015PG
FreeRTOS Programmable Remote I/O Module
Hardware Guide
Version 1.01
Copyright © Artila Electronics Co., Ltd. All Rights Reserved.

Table of ontents
1. Introduction .................................................................................................................1
1.1 Features ..........................................................................................................................1
1.2 pecification ....................................................................................................................1
1.3 Packing List.....................................................................................................................3
1.4 Optional Accessory .........................................................................................................3
2. Layout ..........................................................................................................................4
3. Pin Assignment and Definition ...................................................................................5
3.1 Power In: (CN1: P1~P3) ..................................................................................................5
3.2 Relay Output (CN1: P4~P9) ............................................................................................5
3.3 Isolated Digital Input (CN1: P10~P14) .............................................................................5
3.4 Isolated R -485 (CN1: P15~P16) ....................................................................................5
3.5 1-Wire (CN2: P1~P3) ......................................................................................................6
3.6 Isolated Analog Input (CN2: P4~P12) ..............................................................................6
3.7 Isolated Analog Output (CN2: P13~P16) .........................................................................6
3.8 LED tatus ......................................................................................................................6
4. Jumper Settings ..........................................................................................................8

RIO-2015PG Hardware Guide
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1. Introduction
RIO-2015PG is a FreeRTO Programmable Remote I/O Module. It features A/D, D/A and DIO in a
single unit and is C programmable with embedded web server. oftware developer can use powerful
Atmel tudio to program to compile and debug their applications. Lots of example programs are
included for users to jump start their applications. A Manager utility is included to discover
RIO-2015PG and upgrade its application firmware.
1.1 Features
 Atmel AM4E16E ARM Cortex-M4 120MHz
 1MB on-chip flash and 128KB on-chip RAM. 2MB flash and 128KB RAM via spi expansion
 One four wire R -232 and one isolated R -485 serial port
 One 10/100Mbps Ethernet port
 Four 16-bit analog input channels
 Two 16-bit analog output channels
 Two relay output and four isolated digital input
 One Maxim 1-wire channel
 One serial console port
 upport lwIP and B D socket library
 upport tiny web server
 Windows configuration utility included
 Toolchain: Atmel tudio
1.2 Specification
 PU: Atmel AM4E16E Cortex-M4 120MHz
 Serial port:
 Port1: R -485 1500Vrms isolated
 Port2: One full modem R -232
 Console: R -232 three wires
 Baud rate: 1200 to 921600bps
 Flow control: None / Hardware / Xon_Xoff
 Data bit: 5 to 8
 top bit: 1 to 2
 Protection: 15KV E D
 Ethernet:
 10/100Mbps, RJ45
 Protection: 1500V Magnetic isolation
 Mass Storage:
 micro D socket inside x 1

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 Isolation analog input:
 Channel number: 4
 Resolution: 16-bit
 Input range:
 Unipolar: 0~150mV, 0~500mV, 0~1V, 0~5V, 0~10V
 Bipolar: +/-150mV, +/-500mV, +/-1V, +/-5V, +/-10V
 Current: 0~20mA
 Input impedance: 20M Ohm (voltage), 120 Ohm (resistor)
 Accuracy: +/-0.1% F R
 Isolation: 1500Vrms
 Isolated analog output:
 No of channel: 2
 Output mode: Voltage / current
 Resolution: 16-bit
 Output range:
 Unipolar: 0~5V, 0~10V
 Bipolar: +/-5V, +/-10V
 Current: 0~20mA, 4~20mA, 0~24mA
 Accuracy: +/-0.25% F R (Voltage), +/-0.2% F R (Current)
 Load resistance: 0~1K Ohm
 Isolation: 1500Vrms
 Isolation digital input:
 Channel number: 4
 Photo isolation (AC in): 2500Vrms
 Logical High: 5~24Vdc
 Logical Low: 0~1.5Vdc
 Input type: AC input
 Input resistance: 1.2K Ohm[email protected]W
 Relay output:
 Channel number: 2
 Contact rating: 30VDC@1A or 125VAC@0.5A
 1-Wire port: Three-pin terminals x 3 (Maxim 1-Wire)
 Power: 9~48VDC power jack and terminal block
 Dimension (W x L x H): 115.7 x 121.5 x 43.0mm (4.56 x 4.78 x 1.69in)
 Weight: 242g (0.53lb)
 Operating Temperature: 0~70°C
 Storage Temperature: -20~85°C

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1.3 Packing List
 RIO-2015PG: Programmable remote I/O module
 oftware toolchain (download from Atmel web support)
 Manager Utility (download from Artila web)
1.4 Optional Accessory
 CBL-F10M9-20 (91-0P9M9-001): erial Console Cable (10Pin Header to DB9 male, 20cm)
 D 18B20 (91-6D 18-001): Programmable Resolution 1-wire Digital Thermometer
 PWR-12V-1A (31-62100-000): 110~240VAC to 12VDC 1A Power Adaptor

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2. Layout
Ethernet
0
Digital Input / Output
Analog Input / Output
1
-
Wire
R
-
485
erial Console
107.0mm
29.87mm

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3. Pin Assignment and Definition
3.1 Power In: ( N1: P1~P3)
Vin (P1): DC power + in
Gnd (P2): power ground
(P3): Chassis ground
Connecting 9~48VDC power to Vin and Gnd. If the power is properly supplied, the Power LED will
keep solid green color and a beep will be heard. The chassis ground is to connected to chassis or
earth ground if needed.
3.2 Relay Output ( N1: P4~P9)
DO1_N (P4): Relay one normal close
DO1_ OM (P5): Relay one common
DO1_NO (P6): Relay one normal open
DO2_N (P7): Relay two normal close
DO2_ OM (P8): Relay two common
DO2_NO (P9): Relay two normal open
3.3 Isolated Digital Input ( N1: P10~P14)
DI1 (P10): Digital input 1
DI2 (P11): Digital input 2
DI3 (P12): Digital input 3
DI4 (P13): Digital input 4
DI_ OM (P14): Common pin of DI1~DI4
3.4 Isolated RS-485 ( N1: P15~P16)
D+ (P15): Data+
D- (P16): Data-
DI1~4
DI_COM

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3.5 1-Wire ( N2: P1~P3)
V ( N2: P1): +5VDC output for 1-wire sensor
1-Wire ( N2: P2): 1-wire data
GND ( N2: P3): power ground
3.6 Isolated Analog Input ( N2: P4~P12)
AIN1+ (P4): analog input + channel 1
AIN1- (P5): analog input - channel 1
AIN2+ (P6): analog input + channel 2
AIN2- (P7): analog input - channel 2
AIN3+ (P8): analog input + channel 3
AIN3- (P9): analog input - channel 3
AIN4+ (P10): analog input + channel 4
AIN4- (P11): analog input - channel 4
AGND (P12): isolated ground
3.7 Isolated Analog Output ( N2: P13~P16)
AO_1 (P13): analog output + channel 1
AGND (P14): isolated ground
AO_2 (P15): analog output + channel 2
AGND (P16): isolated ground
3.8 LED Status
The LED provides the RIO-2015PG operation information. The LED status is described as follow:
 Power LED: Power LED keeps ON if power (+9VDC to +48VDC) is correct.
 Ready LED: Ready LED keeps ON when RIO-2015PG firmware is ready for operation.
 LAN LED: Link and Activity LED will turn ON when the Ethernet cable is connected. When there
is network data traffic, this LED will flash.
 LED 1: This LED is dual color and it indicates the serial data traffic of R -485, R -232 and serial
console respectively. The Yellow LED stands for receiving data and Green LED means
transmitting data.
DC
DC
PGA AD
V/A
+
_
120Ω
AGND

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 LED DO1 / DO2: These LEDs indicate the relay status. When the coil of relay is energized, the
LED will be ON.
 LED DI1 / DI14: These LEDs indicate the DI status. When the input is high, the LED will be ON.

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4. Jumper Settings
 Analog input mode (JP2~JP 5)
Voltage: 1-2 Current: 2-3
 Note
JP2 and JP5 are set to position 1-2 (Voltage input) as factory default.
 Serial / Debug selection jumper (JP6, JP7)
erial port (COM2) and serial console port (COM3) share the same 10-pin header. Use jumper JP6
and JP7 to selected which port to connect to. Please use console cable (91-09PM9-001) to convert it
to DB9 male R -232 interface.
 Serial port selection mode (JP6~JP7)
R -232 (COM2): 1-2 Console: 2-3
 Note
JP6 and JP7 are set to position 2-3 (Console) as factory default.
Pin OM2 OM3
1 DCD N/C
2 D R N/C
3 RXD RXD
4 RT N/C
5 TXD TXD
6 CT N/C
7 DTR N/C
8 N/C N/C
9 GND GND
10 N/C N/C
1
3
5
7
9
2
4
6
8
10
OM2: RS-232
OM3: onsole
1
3
1
3