Remote WiFi Thermostat Modules
$14.001 pcs
High-precision temperature measurement, WiFi remote control, wide voltage compatibility, low-power stability, multi-mode operation, smart interconnection, traceable data
| Dimensions | 65 × 34 mm |
|---|---|
| Brand |
easyelecmodule |
2413 in stock
Product Introduction
The Remote Wi-Fi Thermostat High-Precision Temperature Control Module is an integrated electronic module designed for accurate temperature measurement, remote control, and intelligent adjustment. Its core advantage lies in integrating a highly sensitive temperature sensor (such as DS18B20, SHT30, or TMP117), a Wi-Fi communication chip (such as ESP8266/ESP32), a microcontroller (MCU), and a relay/output control circuit.
Remote WiFi Thermostat Module vs Traditional Thermostat Module vs Bluetooth Thermostat Module: Comparison
| Function Dimension | Remote WiFi Temperature Control Module | Traditional Temperature Control Module | Bluetooth Temperature Control Module |
|---|---|---|---|
| Communication Method | WiFi (supports internet remote access) | Wired (e.g., 485 bus) or no communication | Bluetooth (short-range, within 10 meters) |
| Temperature Measurement Accuracy | High (±0.1°C~±0.3°C) | Medium-Low (±1°C~±2°C) | Medium (±0.5°C~±1°C) |
| Control Range | Remote (no distance limit via cloud) | Local (limited by wired range) | Short-range (requires direct connection to mobile devices) |
| Core Advantages | High precision, remote access, intelligent linkage, data recording | Low cost, simple wiring, local stability | Low power consumption, convenient mobile phone pairing |
| Power Consumption | Low (5-15mA in working state, supports sleep mode) | Low (3-10mA, no wireless communication) | Extremely low (1-5mA, Bluetooth low energy) |
| Applicable Scenarios | Smart home, industrial remote monitoring, medical storage, agricultural greenhouses | Traditional residential heating, simple local temperature control | Short-range smart devices (e.g., small refrigerators, desktop heaters) |
Interface Definition
| Pin | Description |
|---|---|
| VCC | Power input (3.3V~5V, supports wide voltage input) |
| GND | Power ground, needs common ground with external devices to ensure stable operation |
| SDA | I2C communication pin (connects to I2C temperature sensors like SHT30) |
| SCL | I2C communication clock pin (cooperates with SDA to transmit sensor data) |
| DQ | 1-Wire communication pin (connects to 1-Wire sensors like DS18B20) |
| RELAY_OUT | Relay output pin (controls the on/off of external heating/cooling devices) |
| ALARM | Alarm output pin (triggers high/low level when temperature exceeds threshold) |
| RESET | Module reset pin (active low, restores factory settings or reboots) |
Auto Mode
Manual Mode
Application Areas
- Smart Homes: Serves as the core of smart temperature control systems. It remotely controls air conditioners, underfloor heating, water heaters, and refrigerators via mobile apps, enabling scheduled temperature control (like”pre-heating before returning home”) or linkage with smart speakers (voice-controlled temperature adjustment) to enhance living comfort and energy efficiency.
- Industrial Control:Used for temperature monitoring and adjustment of machine tool cooling systems and production line heating equipment. It uploads real-time data to industrial IoT platforms, triggers alarms for abnormal temperatures, and automatically adjusts settings to ensure production safety and product quality.
- Healthcare: Compatible with medical equipment such as medicine refrigerators, blood storage cabinets, and incubators. It maintains precise temperature ranges (like2-8℃), records temperature data long-term, meets medical industry standards, and ensures the effectiveness of medicines/samples.
- Agricultural Scenarios:Applied in greenhouses, seedling rooms, and aquaculture ponds. It monitors ambient temperature in real time, automatically controls heating lamps, ventilation fans, and humidifiers, and creates a suitable growth environment for crops/aquatic products to improve yield and quality.
- Commercial Buildings:Integrated into central air conditioning systems of office buildings, shopping malls, and hotels. It supports zoned temperature control (different temperatures for different floors/areas), allowing property staff to manage remotely, reduce energy waste, and optimize user experience.
- Education & Maker Projects: Serves as a teaching tool for IoT and intelligent control experiments (learning Wi-Fi communication, sensor data collection, and cloud connection). It supports maker projects (likesmart temperature-controlled flower pots, small refrigerators) and competition development, with a low entry barrier.
Shipping Cost
We only ship to the United States. Shipping costs are calculated based on the total order amount.
Shipping Method And Delivery Time
All orders will be processed and shipped within 72 hours of placing the order (excluding weekends and holidays). They will ship from Shenzhen, China, primarily via 4PX logistics. Depending on the destination and logistics conditions, other carriers such as DHL, FedEx, UPS, USPS, etc., may also handle the delivery. Estimated shipping time is 7-12 business days, with actual delivery occurring in 10-17 business days, depending on logistics conditions.
Payment:
We accept Visa, Master card, Maestro, American Express, JCB, Dinner's Club, Discover, Paypal, Apple Pay, Google Pay .
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