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Opensprinkler 3d enclosure manual#
Opensprinkler 3d enclosure software#

RFToy Classic version (1.

RFToy Github Repository (version 3.x hardware and firmware).

Introduction Video Demo (NOTE: the video is based on the classic version)

Extra IO pins for connecting external components and breadboard experiments.

Audio output for capturing raw signal using computer’s line-in port.

Pin headers to fit 433MHz/315MHz RF transmitter, receiver, and nRF24L01 transceiver.

Based on ATmega328, compatible with Arduino Pro/Pro Mini 3.3V 8MHz.

A pair of 433MHz transmitter-receiver and a pair of 315Mhz transmitter-receiver.

One assembled and tested RFToy 3.1 circuit board inside 3D printed enclosure.

IR transmitter and receiver connector (for future use with IR remotes).

Support raw signal sampling mode that outputs raw RF signal capturing and display in web browser.

Opensprinkler 3d enclosure manual#

Supports both WiFi mode and manual operation mode without WiFi.

One 128×64 OLED display, three tactile buttons.

Pin headers to fit 433MHz/315MHz RF transmitter, receiver.

ESP8266 with web-based control and OTA firmware update.

It comes with one fully assembled RFToy, OLED display, buttons, 3D printed enclosure, a pair of 433Mhz transmitter-receiver and a pair of 315Mhz transmitter-receiver. Version 3.1 has built-in WiFi (based on ESP8266). This allows OpenSprinkler to switch not only sprinkler valves, but general devices such as lights, heaters, fans etc. It can be used as a standalone gadget, or in conjunction with OpenSprinkler (including DC / AC / Pi) to decode and simulate signals on RF remote power sockets.

Opensprinkler 3d enclosure software#

Software code and hardware design files are available at Rayshobby GitHub.RFToy is an Arduino-compatible gadget for interfacing with radio frequency (RF) modules. Does NOT include 24V AC sprinkler transformer or valves, which are available at or local home improvement stores.As enclosure is included in the package, you do NOT need to purchase enclosure separately. Package includes one assembled and tested OSBo board, separation pillars, screws, terminal blocks, and enclosure.For additional zones, buy OpenSprinkler Zone Expansion Board.

Maximum current supply to RPi (on +5V line): 500 mA.Maximum output current per zone / station: 800mA continuous 8A impulse / inrush.Maximum number of zones / stations: no software limit.

F.A.Q: Difference with Microcontroller-based OpenSprinkler.If you are interested in solutions that work out of the box, please check out the Arduino-based OpenSprinkler. You need to have prior experience with BeagleBone Black, as you need to burn the SD card image yourself. NOTE: This BeagleBone Black-based OpenSprinkler.You can easily set up software for OSBo by using the pre-configured SD card image.For complete information, visit the OSBo homepage at.This is version 1.1, with on-board 24V AC to 5V DC switching regulator, solenoid drivers, DS1307 RTC and battery, general-purpose relay, and per-station transient voltage suppressor.īefore placing an order, please scroll down to check all details on this page. It allows BeagleBone to directly access and control sprinkler valves. Recently I have started learning to design enclosures using laser cut acrylic pieces. While this has worked fine, the enclosure is not particularly designed for OSPi, leaving some cutouts not aligned with Raspberry Pi. OpenSprinkler Beagle (OSBo) is a sprinkler / irrigation extension board for the BeagleBone Black (BBB). For a long time, OpenSprinkler Pi (OSPi) has been using the OpenSprinkler injection molded enclosure.