Summary of Contents for Atilze Sensor Hub
- Page 1 ATILZE SENSOR HUB Sensor Hub User Manual Document no: AZ-SH00001 P a g e DOCUMENT NO. AZ-SH00001...
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Page 2: Table Of Contents
INDEX INTRODUCTION ....................1 GENERAL & SAFETY INFORMATION ............. 2 CONDITIONS OF USE ..................4 FEATURES ......................5 GENERAL VIEW OF SENSOR HUB ..............6 SPECIFICATIONS ................... 6 INTERNAL BOARD ..................8 I/O ........................9 LEDs ....................... 10 CONNECTOR ....................12 SOLAR POWERED .................. -
Page 3: Introduction
INTRODUCTION Thank you for purchasing Atilze Sensor Hub. The Sensor Hub is easy to be used and this manual contains all the information you need to start using your Sensor Hub. This product is designed for rapid Internet-of-Things (IoT) deployment. It is fully customizable with open IoT hardware platform, ready to support a wide range of implementations and industries. -
Page 4: General & Safety Information
• Please read carefully through the document “General Conditions of Atilze Sale and Use”. • DO NOT remove any of the connectors from Sensor Hub when the main power is on. • DO NOT let the electronic parts come into contact with metallic object (steel) to avoid damage to the Sensor Hub. - Page 5 • Atilze Sensor Hub is not designed to be placed in harsh environmental conditions, under dangerous chemical elements, explosive atmospheres with flammable gases, high voltage installations or special installations. Power Supply (Adapter/Solar/Battery) • Do not use the AC-DC adapter/solar power supply if the unit or power supply cord is damaged.
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Page 6: Conditions Of Use
• Read carefully the “General Conditions of Sale and Use of Atilze” document. • Do not place the Sensor Hub in contact with metallic surface as it could cause short-circuits which will permanently damage it. • The Sensor Hub should be used with the included enclosure to protect it from the sun, humidity and other environmental elements. -
Page 7: Features
Sensor Hub. • Powered by Solar Panel or DC adapter. ➢ Sensor Hub can be powered via Solar Panels or DC adapter. Power supply will charge the Lithium Ion Battery and power the main board, shields and modules. -
Page 8: General View Of Sensor Hub
GENERAL VIEW OF SENSOR HUB The Sensor Hub user should be able to understand the operation and capabilities of this device. The Sensor Hub is fully customizable and open IoT hardware platform, ready to support a wide range of implementations and industries. - Page 9 This pictures below show a general view of Sensor Hub. Top View Enclosure Bottom View Enclosure Sensor and Power Supply Port Sensor Hub Document no: AZ-SH00001 P a g e...
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Page 10: Internal Board
Intel C1000 Microcontroller User LED B (Blue) JTAG connector (Programming) Sensor Power Selector (5V/3.3V) ADC 0 input Sensor Hub ON/OFF Jumper ADC 1 input IGNITE button ADC 2 input RESET button 4-20mA input NOTE: Please press the IGNITE button once for newly installed battery! - Page 11 Sensor Hub can communicate with other external devices using different input/output ports on Arduino header and GPIO pins. Arduino Headers GPIO Connectors Arduino Header: 3.3V RESET IOREF AREF Document no: AZ-SH00001 P a g e...
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Page 12: Leds
GPIO connectors: 12S_RXD AON4 SS14 SS15 SS13 AON1 4-20mAVREG ADC2 VREG ADC1 VREG VIN LVL ADC0 VREG VBAT LVL 3.3V XBEE_SPI LEDs 3.3V Battery charging POWER 1.8V LED0 LED1 LED2 Document no: AZ-SH00001 10 | P a g e... - Page 13 • 5V LED indicator: A green LED to indicate 5V output voltage. • 3.3V LED indicator: A green LED to indicate 3.3V output voltage. • Power LED indicator: A green LED to indicate power supply in sensor hub is switched on.
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Page 14: Connector
CONNECTOR All sensing capabilities of Sensor Hub are provided by using the sensor probes. Each sensor probe can be easily connected to a sensor. The standard length of a sensor probe is about 150 mm, including waterproof connector, but it could vary due to sensors dimensions. -
Page 15: Solar Powered
SOLAR POWERED The solar panel is mounted on a bracket with an optimized angle to ensure maximum performance of each outdoor installation. The rechargeable battery has a load of 3400 mAh to ensure continues working time throughout the night. Document no: AZ-SH00001 13 | P a g e... -
Page 16: Smart Agriculture Kit
It has been provided with sensors for Soil EC, Moisture, pH sensor, air temperature and humidity. The main applications for this Sensor Hub model are precision agriculture, irrigation systems, weather stations, etc. Socket 1... -
Page 17: Temperature And Humidity Sensor
8.1 Temperature and Humidity sensor Figure: Temperature and Humidity Sensor 8.1.1 Specifications Model : SHT 10 (Temperature & Humidity Sensor) Temperature Unit : °C (Degree Celsius) Humidity Unit : % (Percent); Temperature • Range :-40.0 °C ~ 123 °C • Accuracy :- ±... -
Page 18: Electrical Conductivity (Ec) & Moisture Sensor
8.2 Electrical Conductivity (EC) & Moisture sensor This sensor is to measure the soil electrical conductivity (ec) & soil moisture MEC10 soil moisture and conductivity sensor is highly sensitive and produces a stable performance. Figure: Electrical conductivity(EC) & Moisture sensor 8.2.1 Specifications Output Signal : 0-2V... -
Page 19: Ph Sensor
8.3 pH SENSOR Figure: pH Sensor 8.3.1 Specifications Model : pH10 (pH Sensor) Output Signal : 0-2V Supply voltage : 5.00V Length : 17.7cm (with protective cover) Diameter : 2.74cm Wire Length : 5m Connector : BNC Measuring Range : 0.14pH : ≤0.5pH Measuring Precision Suitable Temperature...
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