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Documentation Center

RAK13007 Quick Start Guide

Prerequisite

What Do You Need?

Before going through each and every step on using the RAK13007 WisBlock module, make sure to prepare the
necessary items listed below:

Hardware

RAK13007 WisBlock Relay Module

Your choice of 

WisBlock Base

Your choice of 

WisBlock Core

USB Cable

Li-Ion/LiPo battery (optional)
Solar charger (optional)

Software

Download and install the 

ArduinoIDE  

.

To add the RAKwireless Core boards on your Arduino board, install the RAKwireless Arduino BSP. Follow the
steps in the 

Github repo  

.

Product Configuration

Block Diagram

Figure 1: RAK13007 Block Diagram

The RAK13007 uses one relay to isolate the output of the MCU. The dielectric strength between coil and contacts
of a relay is 2500 V

DC

, 50/60 Hz 1 min.

 WARNING

Figure 2: Safety Precaution

Hardware Setup

Summary of Contents for WisBlock RAK13007

Page 1: ...re USB Cable Li Ion LiPo battery optional Solar charger optional Software Download and install the ArduinoIDE To add the RAKwireless Core boards on your Arduino board install the RAKwireless Arduino B...

Page 2: ...nt applications For more information about RAK13007 refer to the Datasheet Figure 3 RAK13007 connection to WisBlock Base Assembling and Disassembling of WisBlock Modules Assembling The RAK13007 module...

Page 3: ...Apply force to the module at the position of the connector as shown in Figure 7 to detach the module from the base board Figure 7 Applying even forces on the proper location of a WisBlock module NOTE...

Page 4: ...e WisBlock Base board Not all batteries have the same wiring Software Configuration and Example In the example you will be using the module Before connecting high voltage modules to the RAK13007 make...

Page 5: ...Documentation Center Figure 9 Selecting RAK4631 as WisBlock Core RAK11200 Board Figure 10 Selecting RAK11200 as WisBlock Core RAK11310 Board...

Page 6: ...DC3 ino author rakwireless com brief Withstands impulse of up to 4 500 V version 0 1 date 2021 8 28 copyright Copyright c 2020 include Wire h void setup pinMode WB_IO2 OUTPUT digitalWrite WB_IO2 HIGH...

Page 7: ...sBlock Core 3 Once the example code is open you can now select the right serial port and upload the code as shown in Figure 12 and Figure 13 NOTE If you re using the RAK11200 as your WisBlock Core the...

Page 8: ...module switches the LED on and off every 5 seconds Also notice that the built in red led on the RAK13007 module lights on when there is contact or it is normally closed and then lights off when it is...

Page 9: ...pplications Features One relay isolated output The isolation between internal and external signal is up to 2 500 VDC 50 60 Hz for 1 min Inductive Load 250 VAC 5A and 30 VDC 4A Resistive Load 150 VAC 1...

Page 10: ...4 parts It discusses the pinouts and their corresponding functions and diagrams of the module It also covers the electrical and mechanical characteristics that include the tabular data of the functio...

Page 11: ...se that powers the RAK13007 module can be controlled by the WisBlock Core via WB_IO2 WisBlock IO2 pin This makes the module ideal for low power IoT projects since the WisBlock Core can totally disconn...

Page 12: ...he same polarity Impulse Withstand Voltage 4 500 V 1 2 x 50 us between coil and contacts Insulation Distance Creepage Typ 3 3 mm Clearance Typ 2 7 mm Tracking Resistance CTI 250 V Vibration Resistance...

Page 13: ...cumentation Center Figure 6 RAK13007 Mechanical Dimensions WisConnector PCB Layout Figure 7 WisConnector PCB Footprint and Recommendations Schematic Diagram Figure 8 shows the schematic of the RAK1300...

Page 14: ...8 RAK13007 WisBlock Module Schematics Relay Module Figure 9 shows the schematic of the RAK13007 module It uses 3V3_S for the relay coil power supply Figure 9 RAK13007 WisBlock Relay Schematic Last Up...

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