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LILYGO T-Beam Helium V1.2 ESP32 LORA 868MHz WiFi Wireless Bluetooth Module with IPEX &18650 Battery Holder-Unsoldered — image 1
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LILYGO

LILYGO T-Beam Helium V1.2 ESP32 LORA 868MHz WiFi Wireless Bluetooth Module with IPEX &18650 Battery Holder-Unsoldered

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LORA Module for premium buyers

The LILYGO T-Beam Helium V1.2 ESP32 LORA 868MHz WiFi Wireless Bluetooth Module with IPEX &18650 Battery Holder-Unsoldered by LILYGO is a premium lora module designed for premium buyers. It features Model No. / Name: Wireless Transmitter Modules, LILYGO Modules and Voltage Rating: 1.8 to 3.7.

wireless convenience
₹6,249
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Total: ₹6,249
Buying tip: A quality investment for dependable performance and premium build quality.
Estimated delivery: 17 Aug31 Aug
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Quick Specs

Model No. / Name: Wireless Transmitter Modules, LILYGO Modules
Voltage Rating: 1.8 to 3.7
Power Supply Voltage (V): USB 5V/1A
Charging Current: 500mA
Battery Input Voltage (V): 3.7-4.2V
Operating Voltage (V): 1.8~3.7v

Ideal For

Electronics projectsArduino / Raspberry Pi buildsPrototyping
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SKU: robu-1031140Category: LORA Module

About This Product

The LILYGO T-Beam Helium V1.2 ESP32 LORA 868MHz WiFi Wireless Bluetooth Module with IPEX &18650 Battery Holder-Unsoldered by LILYGO is a premium lora module designed for premium buyers. It delivers reliable performance at an accessible price.

Key Specifications

  • Model No. / Name: Wireless Transmitter Modules, LILYGO Modules
  • Voltage Rating: 1.8 to 3.7 — works with standard household power
  • Power Supply Voltage (V): USB 5V/1A — works with standard household power
  • Charging Current: 500mA —
  • Battery Input Voltage (V): 3.7-4.2V — keeps you powered without frequent recharging
  • Operating Voltage (V): 1.8~3.7v — works with standard household power
  • Operating Frequency (MHz): 433/470MHz(433HMz ) /868M/915M(868MHz ) — smooth, flicker-free operation
  • Transmit Power (dBm): +20dBm

Why Buy from Pricio?

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The LILYGO T-Beam offers 26-pin headers with GPIO, ADC, VP/VN, DAC, touch, SPI, I2C, UART, 2דLoRa” pin, and power signals (5V/3.3V/GND) There are also two buttons on the board—one is for power, but the second is connected to the GPIO39 pin of the ESP3.The board is built around a dual-core ESP32 chip, with 4MB of SPI flash onboard, providing both Wi-Fi and Bluetooth LE via a “3D antenna” on the PCB. The board’s LoRa support comes in three different variants, operating at 433MHz, 868MHz, and 915MHz depending on region, with an included SMA antenna. While location tracking is provided by the onboard u-Blox NEO-6M GPS module with a ceramic antenna.

The board can be programmed using the Arduino development environment, and the example code shows you how to both send and receive data via LoRa.Flipping the board over there is a battery holder for a 18650 Li-Ion cell, and while a 18650 sort of looks like a “standard” AA battery, it’s significantly different. So don’t make the mistake of substituting in the more common AA battery to try and power the board. They’re not quite the same size, but I’ve seen people attempt this substitution nonetheless.


Features:

  1. Highly configurable data packet processing program, the configuration parameter data can be saved in EEPROM.
  2. ERP32 with the new version REV1 supports wireless Internet access and wireless Bluetooth connection.
  3. Designated module with ceramic antenna and super signal, supports automatic gain control and automatic frequency correction.
  4. GPS With the help of a global positioning system, GPS module NEO-6M, 3V-5V universal power supply.
  5. It also has a digital RSSI function, RF wake-up function,
  6. 4MB flash memory,
  7. Low voltage detection, and temperature sensor,
  8. Fast wake-up and frequency hopping LED signal indicator, and battery with data backup.

Package Includes:

1 x LILYGO T-Beam V1.1 ESP32 LORA 868MHz WiFi Wireless Bluetooth Module with IPEX &18650 Battery Holder-Unsoldered

1  x Antenna

1 x Berg Pins

Setup Guide

1
Identify the pins
Locate VCC (power), GND (ground), and data pins (SDA/SCL for I2C, MOSI/MISO for SPI, or TX/RX for UART). Refer to the pinout diagram on the product page.
2
Wire to your microcontroller
Connect VCC to 3.3V or 5V (check the module spec), GND to GND, and data pins to the appropriate GPIO pins on your Arduino or Raspberry Pi.
3
Install libraries
In Arduino IDE, go to Sketch → Include Library → Manage Libraries and search for the sensor library. Install the recommended version.
4
Upload example sketch
Open File → Examples → [library name] → Basic Example. Upload to your board and open Serial Monitor to view output.
5
Calibrate if needed
Some sensors (temperature, humidity, distance) may need a short warm-up period or calibration. Run the calibration sketch if provided.