PiModules UPS PIco HV3.0 HAT User Manual

UPS PIco HV3.0 HAT
Versions Stack/TopEnd/Plus/PPoE
Uninterruptible Power Supply with Peripherals
and I
2
C control Interface
User Guide
Designed for the Raspberry Pi® 3
Compatible with
Raspberry Pi® 2, Pi Zero, A+, B+,
HAT Compliant
“Raspberry Pi” is a trademark of the Raspberry Pi® Foundation

PiModules UPS PIco HV3.0 HAT Specifications

General

Input Voltage	5V
Input Current	3A
Output Voltage	5V
Battery Voltage	3.7V
Charging Current	1A
Communication Interface	I2C
Compatibility	Raspberry Pi
Efficiency	90%
Battery Type	Li-ion
Battery Connector	JST
Dimensions	65mm x 56mm
Mounting	HAT
Output Current	3A (limited by input and battery)
Max Continuous Current	3A (limited by input and battery)

Summary

Document Revisions

Unlocked Firmware Features

Firmware and Manual Fixes/Add on

System Overview

Introduction

Introduces the UPS PIco HV3.0 HAT and its purpose.

UPS PIco HV3.0 Add-On Equipment

Lists and describes optional hardware accessories for the UPS PIco HV3.0.

UPS PIco HV3.0 Models

Describes the different available models of the UPS PIco HV3.0.

UPS PIco 3.0 HAT Core Features

Lists the main features and capabilities of the UPS PIco 3.0 HAT.

UPS PIco 3.0 HAT Technical Specifications

Provides detailed technical specifications for the UPS PIco 3.0 HAT models.

Setting Up Procedure

What is in the BOX?

Lists all the components included in the UPS PIco HV3.0 HAT package.

HARDWARE SETUP FOR THE UPS PICO HV3.0 HAT STACK/TOPEND/PLUS

Instructions for physically assembling and connecting the UPS PIco HV3.0 HAT.

Hardware Interfacing/Interaction with Raspberry Pi®

Explains how the HAT communicates and interacts with the Raspberry Pi.

Assembly of the Gold-Plated Hardware Reset Pin (POGO Pin)

Instructions for installing the POGO pin for hardware reset.

SOFTWARE SETUP FOR UPS PIco HV30 STACK/TOPEND/PLUS

Steps to install the necessary software for the UPS PIco HV3.0 HAT.

Installation Procedure of Daemons and email broadcasting System

Guide for installing daemons and email broadcasting software.

BOOTLOADER FEATURE – KEEP THE SYSTEM UP TO DATE

Essential for maintenance.

Firmware updates Procedure of the UPS PIco HV3.0 (on RPi3)

Detailed steps for updating the UPS PIco HV3.0 firmware.

USING THE UPS PIco HV3.0 HAT

RUNNING THE SYSTEM FOR THE FIRST TIME

Guide for initial system startup after installation.

SYSTEM FUNCTIONALITY AND FEATURES

Describes the core functions and features of the UPS PIco HV3.0 HAT.

SYSTEM COLD START, WARM START, DEFAULT START, AND UPS LEDS BEHAVIORS

Details different startup modes and LED status indications.

BATTERY POWERING PROTECTION

Crucial for safety and operation.

POWERING MODES

Outlines the different powering modes of the UPS PIco HV3.0 HAT.

UPS PIco HV3.0 HAT User Applications Hardware Interfaces

System and User LEDs

Description of system and user-programmable LEDs.

System and User Buttons

Explains the function and usage of system and user buttons.

Sound Generation System

Details the sound generation capabilities of the HAT.

Bi-Stable Relay

Information about the bi-stable relay and its functionality.

UPS Pico HV3.0 HAT Programmable Auxiliary 5V@750 mA and 3.3V@150 mA Interface

UPS PIco HV3.0 Serial Port(s)

UPS PIco HV3.0 FAN Control (Active Cooling System)

UPS PIco HV3.0 Battery Type Selection

UPS PIco HV3.0 HAT Measuring and Monitoring System

Powering Mode

Explains the different power states the system can be in.

Battery Level

How to monitor the current battery charge level.

UPS PIco HV3.0 12-bit A/D converters

Registers Located at 0x69 I2C address related to A/D readings

Specifies registers for reading A/D converter data.

Registers Located at 0x6B I2C address related to A/D settings

Specifies registers for configuring A/D converter settings.

UPS PIco HV3.0 System Time Schedulers

Basic Scheduler

Explains the simple, time-based scheduling functionality.

ETR SAS Definitions

Defines terms and concepts related to the Event Triggered RTC SAS.

Events Triggered RTC Based System Actions Scheduler

ETR SAS Definitions Dependencies

Describes how different ETR SAS components and schedules interact.

Raspberry Pi® ETR SAS Self Programming

How the Raspberry Pi can reprogram ETR SAS schedules.

Template for ETR SAS preparation

Provides a template to help users prepare ETR SAS schedules.

Definition of the 1st Example - Simple Raspberry Pi® ON/OFF Schedule executed 1 time for 1 minutes and repeated every day

Example configuration for a basic Pi ON/OFF schedule.

Definition of the 2nd Example - Simple Bi-Stable Relay ON/OFF Schedule executed 1 time for 15 minutes and repeated every day.

Example for controlling a bi-stable relay with ETR SAS.

Definition of the 3rd Example - Simple Raspberry Pi® ON/OFF Schedule executed 60 times for 1 minute every 2 minutes and repeated every day

Example for complex Pi ON/OFF scheduling with ETR SAS.

Setting-up the ETR SAS

Setting Up of the 1st Example - Simple Raspberry Pi® ON/OFF Schedule executed 1 time for 1 minute and repeated every day

Step-by-step guide for the first ETR SAS example.

Setting Up of the 2nd Example - Simple Bi-Stable Relay ON/OFF Schedule executed 1 time for 15 minutes and repeated every day.

Step-by-step for the second ETR SAS example.

Factory Defaults Setting

Command Line Factory (automatic) recall

Procedure for performing an automatic factory default recall.

Manually Factory Defaults recall

Procedure for performing a manual factory default recall.

UPS PIco HV3.0 HAT settings on Factory Defaults recall

Lists the settings that are restored during factory reset.

A Complete description of the UPS PIco HV3.0 HAT Programmers Registers

The PICo (I2C) Interface - Peripherals I2C Control Interface

Explains the I2C interface for controlling peripherals.

0x69 ->UPS PIco HV3.0 Module Status Registers Specification

Details the status registers at I2C address 0x69.

0x6A -> UPS PIco Hardware RTC Registers Direct Access Specification

Specifies registers for accessing the Hardware RTC.

0x6B -> UPS PIco Module Commands

Lists commands and registers for module control.