Enhance your environment with this advanced Temperature Control Socket, designed for precise and reliable temperature regulation. Made from durable ABS material, this digital temperature controller supports both heating and cooling systems simultaneously, making it ideal for use in aquariums, greenhouses, and various other applications requiring accurate temperature management. Key Features: · Dual Heating and Cooling Support: Easily connect both heating and cooling devices, with independent heating and cooling differential settings to maintain optimal temperature during significant fluctuations. · Timing Function: Convenient timing on/off features allow you to schedule operation periods for your heating or cooling systems, ensuring energy efficiency and customized temperature control. · Temperature Alert System: Built-in alarm notifies you promptly if the temperature exceeds preset limits or if a sensor error occurs, providing added safety and peace of mind. · Precise Temperature Control: Equipped with an accurate LCD display and minimal temperature control error of ±1%, it delivers precise room temperature adjustments within the measuring range of 50 to 99°C. · Wide Measuring Range with Fine Resolution: Featuring a resolution of 0.1°C and a working temperature range from -40 to 120°C, it suits a variety of temperature-sensitive environments. · Easy Installation: Ready to use immediately after installation, making it convenient to operate and ideal for diverse setups. Specifications: · Item Type: Temperature Control Socket · Material: ABS · Working Temperature: -40 to 120°C · Temperature Control Error: ±1% · Timing Accuracy: Up to 10 minutes · Measuring Range: 50 to 99°C · Resolution: 0.1°C Package Includes: · 1 x Temperature Control Socket This reliable Temperature Control Socket delivers accurate temperature management with versatile timing options, safety alerts, and compatibility for both heating and cooling systems. Its durable ABS construction and user-friendly design make it an essential tool for maintaining stable temperatures in various controlled environments.