basic
web base control interface
(IoT Pi Board & Sensor)
![](images-2/iot-control-panel-nn02-s1.jpg)
![](images-2/iot-system-s1-s001.jpg)
IoT-Pi System
Basic IoT-Pi-R1 system with sensor & relay no
extra module board
![](images-2/Iot-Pi-lite-example-01-s.jpg)
1. IoTPi-R1 SmartHome System Board
2. Pi-SmartHome IoT Pi System DC 5.0V system power
voltage meter
3.
HTU21D Humidity & Temperature Sensor
4.
DHT22 Humidity & Temperature sensor
5. GPIO output to 4 relay board
6. Switch & System LED board
7.
BMP085/180 Barometric Pressure/Temp/Altitude Sensor
8. Extra GPIO output to 4relay board9
9. IoT-Power board for system, relay & sensor
10. Mini fan for IoT-Pi system
11. DC 12V input
IoT-PW-Ext
![](images-2/iot-module-0001-s1.jpg)
new IoT-PW-Ext layout on board Switch and
LED(5) , and all sensor(1,2,3,4) socket
IoT-Power new Ver layout
to IoT-Pw-Ext 68mm x 89mm will be easy for you
to connect all sensor ,LCD, relay, Switch , System status LED to
IoT-Pi-R0/R1 system board
function include
1.
DC 19V ~ DC 7.2V input
output to 5V & 3.3V for system use
2.
extra 4 GPIO output to 4 relay
3.
HTU21D Humidity & Temperature Sensor socket
4.
DHT22 Humidity & Temperature Sensor socket
5.
BMP180 Barometric Pressure/Temp/Altitude Sensor
socket
6.
Switch & System LED on board
7.
0.96” 128x64 OLED LCD monitor socket
8.
NRF24L01 RF module socket
9. ESP8266Wifi module socket
10. Bluetooth module socket
11.
RFID reader module
socket
12. use 2x40 GPIO cable connect to IoT-Pi-R0/R1 system
board
Launch a a Program
support user define program mode ( will automatic create
Python Program with simply way)
The program can be trigger by Timer, Temperature sensor
or run instantly.
![](images-2/iot-pi-n-prog-01.jpg)
6 GPIO , 6
Extra GPIO & delay basic function example code
![](images-2/iot-pi-n-prog-02.jpg)
delay timing setting
![](images-2/iot-pi-n-prog-03.jpg)
Step Motor control ( need Step Motor & Servo Motor
module )
![](images-2/iot-i2c-gpio-demo-001.jpg)
GPIO output control ( need GPIO
module board )
![](images-2/iot-pi-n-prog-04.jpg)
Servo Motor
control ( need Step Motor & Servo Motor
module )
![](images-2/iot-pi-rgb-w-program-demo01-s.jpg)
RGB-W LED light control ( need RGB-W LED module )
![](images-2/smarthome-m.basic-demo-003-s.jpg)
mobile base web control interface
![](images-2/iot-pi-r0-24L01-01-s1.jpg)
support NRF24L01 RF module for wireless control function
You can add more extra function modules to enable in control panel
, just use 1x4 female to female 20cm cable to connect
the module you need
![](images-2/iot-pi-module-connect-03-s012.jpg)
You also can choose with 2x40 Header -
A 2x40 with 12mm high , B 2x20 with
3mm high
![](images-2/iot-modules-demo0001.jpg)
all modules can be work along with Raspberry Pi B+
& B2
![](images-2/iot-stack-demo03-s.jpg)
![](images-2/iot-stack-demo02-s11.jpg)
all IoT modules can be stack plug-in together
(1) i2c 1-Wire Temperature module board
![](images-2/iot-pi-1-wire-8bus-n02-s2.jpg)
1-Wire 8 bus port (8 input port) Sensor Board (IoT-1Wire-8)
1-Wire 1 bus ( 5 input port) Sensor Board (IoT-1Wire-1)
Enable Temperature Sensor control panel
![](images-2/i2c-1wire-panel-002-lcd.jpg)
1-Wire
Temperature sensor
(2) i2c 16 channel PWM Servo & 16 channel GPIO module
board
![](images-2/smarthome-iot-16pwm-16gpio-demo-001s.jpg)
Support 16 channel for PWM Servo motor
Can
setting 8GPIO as input 8 GPIO as output (for 2 Step
Motor)
Support 2 x 5V Step Motor 28byj48-5V
Bank A,B GPIO Status on screen
![](images-2/iot-gpio-bank-b-panel-01.jpg)
Bank B as input or Bank B as output
![](images-2/iot-gpio-bank-a-panel-02.jpg)
Bank A as Step Motor control
or ON/OFF control
![](images-2/iot-pwm-servo-motor-control-panel-01-s.jpg)
16 channel PWM Servo motor control
(3) i2c super AD/DA Board
![](images-2/iot-s-adda-li-01-s1.jpg)
1. IoT-Super-AD-DA
Full function
18bit ADC (4 channel x2 )8 channel
16bit/12bit ADC 4 channel up to 8 channel
8 bit ADC 8 channel, DAC 2 channel
12bit DAC 1 channel , up to 2 channel
2. IoT-Super-AD-DA-Li --
8 bit ADC 8 channel, DAC 2 channel
![](images-2/pi-smarthhome-adda-extend-01-s.jpg)
The 18bit ADC to work as a single ended A/D converter
using the internal 2.048V reference voltage with the -V
pins tied to ground. A voltage divider extension
board plug-in brings the input voltage range to a much
more useful 0 – 5.06V. In this configuration the sample
size is 17 bits for each channel.
Full function
18bit ADC (4 channel x2 )8 channel
16bit/12bit ADC 4 channel up to 8 channel
8 bit ADC 8 channel, DAC 2 channel