The STC-3018 DC24V Dual Display Dual Temperature Adjustable Temperature Controller is a powerful and efficient solution for managing two independent temperature zones with precision. Designed for DC24V operation, this controller features dual digital displays that provide real-time temperature monitoring and customizable high and low temperature limits for each zone. Its durable sensors with a 1M cable ensure accurate readings and flexible placement, making it perfect for aquariums, incubators, and other temperature-sensitive applications. The user-friendly design allows seamless integration into various systems requiring dual-zone temperature control.
- Dual Digital Displays: Provides independent temperature monitoring for two zones simultaneously.
- Adjustable Temperature Settings: Enables precise control with customizable high and low limits for each zone.
- 24V DC Power Supply: Operates with energy efficiency and stability.
- Wide Temperature Range: Supports monitoring and control from -40°C to +120°C.
- Durable Sensors: Equipped with a 1M cable for reliable performance and flexible placement.
- Compact Design: Lightweight and easy to integrate into various setups.
STC-3018 DC24V Dual Display Dual Temperature Adjustable Temperature Controller Specifications
- Model: STC-3018
- Operating Voltage: DC 24V
- Temperature Range: -40°C to +120°C
- Control Accuracy: ±1°C
- Output Type: Relay output for dual zones
- Sensor Length: 1M
- Display Type: Dual digital displays
- Dimensions: Compact and lightweight
STC-3018 DC24V Dual Display Dual Temperature Adjustable Temperature Controller Applications
- Aquariums: Controls water temperature in dual aquatic zones with high precision.
- Incubators: Maintains optimal conditions in multi-zone hatching setups.
- Refrigeration Systems: Manages separate cooling zones for efficient operation.
- Heating Systems: Provides accurate temperature control for industrial and greenhouse environments.
- DIY and Experimental Projects: Perfect for custom setups requiring independent dual-zone monitoring and control.