Control boards

Lift Automation Control Board

Compact ESP32 relay and digital-input controller for elevator systems.

An embedded controller for elevator automation, relay control and digital-input monitoring in lift systems, smart buildings and panel installations.

Ask about this product

Specifications

Hardware, connectivity, power and expansion details.

Controller: ESP32
Relay outputs: 4 relays
Inputs: Digital inputs
Wireless: Wi-Fi
Integration: Control panel integration
Use: Lift and building automation

Core features

What it can do.

ESP32 automation processing
Four relay outputs
Digital input monitoring
Wi-Fi setup and connectivity
Industrial IO for field signals
Panel-ready OEM design

Suitable applications

Where it fits.

Lift automationElevator controlBuilding automationAccess controlControl panelsSmart buildings

Communication and interfaces

How it connects.

These are the supported hardware interfaces and protocols stated for this product.

Digital inputs

Reads switch and sensor states from the control system.

Relay outputs

Four outputs for suitable control circuits.

Wi-Fi

Wireless setup and local connectivity.

Panel integration

Designed for an automation enclosure.

Student view

How to understand this product.

Study discrete-control logic, where input states and relay actions must be documented and tested carefully.

What you can learn

Digital signal concepts
Relay-control logic
State and fault monitoring
Panel integration

A simple project flow

Read an input state.
Evaluate the permitted condition.
Operate a relay and log the status.

Real-world applications

Example projects showing what this product can read, control and report. Each requires the appropriate sensors, connected equipment and application software.

Lift status monitoring

Example: read status contacts exposed by an existing lift controller through compatible input interfaces. An application can display availability and fault states locally or share them over Wi-Fi with a building dashboard.

Lift service indication

Example: receive an approved service-state signal from the lift control system. Use a relay output to operate a suitably rated status indicator or auxiliary notification circuit for maintenance staff.

Classroom lift demonstrator

Example: use a low-voltage model with floor buttons and position switches. Students program request handling and relay-controlled indicators to learn sequencing; this is a teaching model, not a replacement for a certified lift safety controller.