SENVA IoT Buddy 2.4 GHz Power Over Etherne Installation Guide

SENVA IoT Buddy 2.4 GHz Power Over Etherne

Specifications

• Wifi and Ethernet versions: 12-30 VDC/24 VAC, 1 W max, 100 mA max. 4 Wire Flying Leads
• POE version: Powered by POE. May accept 24 VDC.
• POE power to Sensor: 24 VDC 5 W max.
• 2 Programmable Inputs 0-10 V and 4-20 mA (selectable) 10/100 BASE-TX RJ485 IPV4 Static or DHCP IPV6 Static or Dynamic via DHCPv6 or SLAAC AP Mode: Supports Open, WPA2, WPA-WPA2 Mixed, WPA3, WPA2-WPA3 Mixed networks IPV4 DHCP or Static IP One client Wi-Fi Connection with configurable password Uses Fixed IP for access point during initial setup WPA2-PSK (AES).
• 2.4 GHz Station Mode: Supports Open, WPA2, WPA-WPA2 Mixed, WPA3, WPA2-WPA3 Mixed networks IPV4 Static or DHCP IPV6 Static or Dynamic via DHCPv6 or SLAAC Configurable SSID lookup Auto-reconnect after network or power loss

Product Usage Instructions

Installation

1. If you are setting up the device using a computer, open your WiFi network page and find the IOTB that matches the serial number printed on your IoTBuddy label.
2. Enter the network security key: password.
3. Go to https://4.3.2.1.
4. Your browser may indicate a non-private connection. Find the proceed button near the bottom of the warnings; you may need to click the subtle link labeled advanced or show more first.
5. Log in using the default credentials.

LED Status/Indication

• Normal Mode
  • Off = Not Configured / No power
  • Steady = Configured / Powered, not connected to network
  • Slow Blink = Connected to network
  • Fast Blink = Connected to cloud service
• Setup Mode
  • Off = Button pressed, commissioning mode enabled
  • Slow Blink = Button held for 3 seconds, reboot device
  • Fast Blink = Button held for 10 seconds, initiate factory reset

Wiring Diagrams

Operating Environment
Ensure the product is used in a suitable operating environment with proper enclosure to maintain functionality and longevity.

Frequently Asked Questions (FAQ)

• Q: Can this product be used in critical applications such as nuclear facilities or life support systems?
  

  • A: No, Senva products are not intended for use in critical applications such as nuclear facilities, human implantable devices, or life support systems. They are designed for general applications and should not be relied upon for critical functions.

• Q: What is the recommended power source for this product?
  

  • A: The product can be powered by POE, Ethernet, or Wireless 2.4 GHz. For specific power requirements, refer to the specifications section of the user manual.

• Q: How do I configure the product for initial setup?
  

  • A: To set up the device using a computer, follow the installation instructions provided in the user manual. Make sure to enter the correct network security key and log in using the default credentials.

INSTALLATION INSTRUCTIONS

IOT Buddy
Power Over Ethernet (POE), Ethernet, or Wireless 2.4 GHz

PRODUCT APPLICATION LIMITATION
Senva products are not designed to be used as the lone device for life or safety applications. Senva products are not intended for use in critical applications such as nuclear facilities, human implantable device or life support. Senva believes a systems approach to safety is necessary for these types of applications. Senva is not liable, in whole or in part, for any claims or damages arising from such uses.

IMPORTANT

IMPORTANT WARNINGS

• Only qualified trade installers should install this product
• This product is not intended for life-safety applications
• Do not install in hazardous or classified locations
• The installer is responsible for all applicable codes
• De-energize power supply prior to installation or service
• Forming a “drip-loop” (allowing tubing to dip below the level of the sensor hose barbs) is recommended to protect the sensor from damage caused by condensation.

DIMENSIONS

INSTALLATION

1. Wire device according to wiriding diagrams section.
2. Once powered, the WiFi version of the IoTBuddy will host an access point for 5 minutes. To re-enable the access point, press the button on the IOTBuddy.

For set up with smart phone

1. Scan the QR code on the label of the IoTBuddy device. Join the network.
2. Open a browser; go to https://4.3.2.1
3. Your browser may indicate a non-private connection. Please proceed. You may need to hit “refresh” on your browser.
4. Log in using the default credentials:
   • username: admin
   • password: admin
5. Navigate using the 3-line “hamburger” menu on the top right to set up network, data points, and cloud service information.

For set up with computer

1. If you are setting up the device using a computer, open your WiFi network page and find the IOTB that matches the serial number printed on your IoTBuddy label.
2. Enter the network security key: password
3. Go to https://4.3.2.1
4. Your browser may indicate a non-private connection. Find the “proceed” button near the bottom of the warnings; you may need to click the subtle link labeled “advanced” or “show more” first.
5. Log in using the default credentials:
   • username: admin
   • password: admin
6. You may change your username and password on the first screen. Once you click “save”, you will be logged out and prompted to log in again with the new credentials.
7. Access the user interface guide bellow with the QR code for network setup.

LED STATUS/INDICATION

• Normal Mode
  Off = Not Configured / No power
  Steady = Configured / Powered, not conencted to network Slow Blink = Connected to network
  Fast Blink = Connected to cloud service

• Setup Mode
  Off = Button pressed, commissioning mode enabled
  Slow Blink = Button held for 3 seconds, reboot device
  Fast Blink = Button held for 10 seconds, initiate factory reset

WIRING DIAGRAMS

SPECIFICATIONS

• Revised 8/23/2024 Document 152-0419-0B
• senvainc.com
• 1-866-660-8864
• 1825 NW 167th Place
• Beaverton Oregon 97006

References

• Senva inc: Gas Sensors, Toxic Sensors, Dry Pressure Sensors, Wet Pressure Sensors, Humidity/Temp Sensors, Current Switches, Current Transducers, Energy Measurement, Relays, Leak Detection, IoT Solutions, Smart Sensors

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