XH-W3001 Digital LED Temperature Controller – 10A 1500W AC 24V Thermostat with NTC Sensor for Incubator, Heating & Cooling (59.5×44.5×31mm)

SKU: FA2019-6-0
Model

XH-W3001

Supply Voltage

AC 24V (this variant)

Output Capacity

10A relay, up to 1500W (AC variant)

Temperature Range

-50°C to 110°C

Control Precision

±0.1°C

Sensor Type

NTC10K, 1m waterproof stainless steel probe

Operating Temperature

0°C to 60°C

Dimensions

59.5 × 44.5 × 31mm

The XH-W3001 Digital LED Temperature Controller is a compact, high-precision thermostat designed for temperature regulation in incubators, aquariums, heating and cooling systems, and industrial control applications. It combines a bright LED display, a waterproof NTC sensor probe, and a high-capacity relay output to deliver reliable, automatic temperature management at a very affordable price point.

At the heart of the controller is a microcomputer-based control circuit that offers temperature control precision up to 0.1°C and a wide measurement range of -50°C to 110°C . The included 1-meter stainless steel NTC10K waterproof probe ensures accurate readings even in humid or wet environments, making it suitable for aquaculture, incubation, and other moisture-prone applications .

The controller features a 10A relay output, capable of directly switching loads up to 1500W at 220V AC (variant dependent) . The output type is direct output, meaning the load must share the same power source as the controller . The device operates on AC 24V (this specific variant) and is housed in a flame-retardant ABS plastic enclosure measuring 59.5 × 44.5 × 31mm .

Setting the temperature is straightforward. The two buttons allow you to set a START temperature (when heating/cooling activates) and a STOP temperature (when it deactivates). The operating mode is determined automatically: if START < STOP, the controller operates in heating mode; if START > STOP, it operates in cooling mode . The two setpoints must be at least 2°C apart for proper operation .

The controller is widely used in incubation, aquarium temperature control, seafood machines, greenhouse management, equipment enclosures, and cabinet cooling systems . Its compact form factor, panel-mount design (with mounting ears), and simple two-button operation make it a practical choice for both hobbyists and commercial installations.

Whether you are building an incubator, managing an aquarium, or adding temperature protection to equipment, the XH-W3001 provides a proven, cost-effective solution. It is suitable for individual makers, students, and businesses purchasing in bulk for product development or educational programs.

Features

  • High-precision control — Temperature control precision up to 0.1°C with ±0.2°C measurement accuracy

  • Wide temperature range — Measurement and control from -50°C to 110°C

  • 10A relay output — Directly switches loads up to 1500W (220V AC variant)

  • Waterproof NTC sensor — 1-meter stainless steel probe resists rust and operates in humid environments

  • Automatic heating/cooling mode — Set START and STOP temperatures; mode is determined automatically

  • Bright LED display — Shows real-time temperature and output status clearly

  • Flame-retardant ABS housing — Non-toxic, impact-resistant, and environmentally protective

  • Simple two-button operation — Easy setup for START and STOP temperature values

  • Compact panel-mount design — 59.5×44.5×31mm with mounting ears for easy installation

  • Non-volatile memory — Setpoints are retained during power interruptions

Technical Specifications

# Parameter Specification
1 Model XH-W3001
2 Supply Voltage AC 24V (this variant)
3 Output Capacity 10A relay, up to 1500W (AC variant)
4 Temperature Range -50°C to 110°C
5 Control Precision ±0.1°C
6 Sensor Type NTC10K, 1m waterproof stainless steel probe
7 Operating Temperature 0°C to 60°C
8 Dimensions 59.5 × 44.5 × 31mm

Usage

Getting Started

  1. Connect the NTC sensor — Connect the waterproof probe to the designated sensor input terminals .

  2. Connect power — Supply the appropriate voltage (AC 24V for this variant) to the power input terminals .

  3. Connect the load — For heating or cooling devices, connect the load to the relay output terminals. The output is direct output, meaning the load shares the same power source as the controller .

  4. Set START temperature — Press the UP button once to display the start temperature. Press and hold for ~3 seconds until the display flashes, then use UP/DOWN to adjust .

  5. Set STOP temperature — Press the DOWN button once to display the stop temperature. Press and hold for ~3 seconds until the display flashes, then use UP/DOWN to adjust .

  6. Verify mode — If START < STOP, the controller is in heating mode. If START > STOP, it is in cooling mode .

  7. Test operation — The controller will activate the output when the measured temperature crosses the START setpoint and deactivate at the STOP setpoint.

Typical Applications

  • Incubators — Precise temperature control for egg hatching and biological processes

  • Aquariums & seafood machines — Waterproof sensor for aquatic temperature regulation

  • Greenhouses — Climate management for plant cultivation

  • Equipment enclosures — Cabinet cooling and temperature protection for electronics

  • Heating & cooling systems — General-purpose thermostat control for HVAC and industrial processes

Notes for Business Buyers

  • Proven, widely deployed design — The XH-W3001 is a mature, well-documented platform with extensive community support.

  • Multiple voltage variants — Available in AC 220V (1500W), DC 12V (120W), and DC 24V (240W) configurations for different system requirements .

  • Direct output design — Simplifies wiring by eliminating the need for separate load power supplies in many applications .

  • Suitable for bulk purchasing — Ideal for product development, educational kits, and commercial installations.

Q: What is the XH-W3001 used for?

It is a digital temperature controller for incubators, aquariums, heating and cooling systems, greenhouses, and equipment enclosures .

Q: What is the temperature range of this controller?

The measurement and control range is -50°C to 110°C .

Q: How accurate is the temperature control?

The control precision is up to 0.1°C, with a measurement accuracy of ±0.2°C .

Q: What is the maximum load this controller can switch?

The relay output is rated for 10A, supporting loads up to 1500W at 220V AC (AC variant). DC variants support 120W (12V) or 240W (24V) .

Q: Is the temperature sensor waterproof?

Yes. The included NTC10K sensor is a 1-meter stainless steel probe that is waterproof and rust-resistant .

Q: How do I set the heating or cooling mode?

The mode is set automatically by the relationship between START and STOP temperatures. If START < STOP, it operates in heating mode. If START > STOP, it operates in cooling mode .

Q: Can the output power my heating element directly?

Yes, if the load does not exceed the controller’s rated capacity (10A/1500W for AC variants). The output is direct output, meaning the load must share the same power source as the controller .

Q: What is the minimum temperature difference between START and STOP?

The two setpoints must be at least 2°C apart for proper operation .

Q: Does the controller remember settings after power loss?

Yes. The setpoints are stored in non-volatile memory and are retained during power interruptions .

Q: Can I purchase in bulk for a product development project?

Yes. The XH-W3001 is suitable for both individual users and business purchasing, including product development, educational programs, and commercial installations.