Delta-DTA4848R1
★★★★★ (02 Reviews)
Product Description
Product Overview
The Delta-DTA4848R1 is an electronic temperature controller designed for flexible and reliable thermal control in industrial environments. Part of the DTA Series, it comes in a compact 48x48mm panel mount format, making it suitable for space-limited control panels.
This controller supports both PID control and ON-OFF control, allowing users to choose the appropriate control method depending on the application requirements, whether precise regulation or simple switching control is needed.
Technical Positioning
The Delta-DTA4848R1 is ideal for industrial systems requiring stable temperature control combined with communication capabilities. With built-in RS-485 communication, it can be easily integrated into industrial automation environments and connected to PLC or SCADA systems for centralized monitoring and control.
It is commonly used in machinery where thermal stability directly impacts performance and product quality, especially in automated production lines and heating processes.
Key Specifications
- Model: Delta-DTA4848R1
- Series: Delta DTA Series
- Product Type: Electronic Temperature Controller
- Control Modes: PID / ON-OFF
- Output Type: Relay Output
- Communication: RS-485
- Panel Size: 48x48mm
- Mounting Type: Panel Mount
- Main Function: Accurate temperature monitoring and control
- Application Area: Industrial automation and thermal systems
Key Features
The Delta-DTA4848R1 provides a practical combination of flexibility, communication, and reliable performance, making it suitable for modern industrial control systems.
- PID & ON-OFF control: Flexible control options for different applications.
- Relay output: Suitable for direct control of heating elements.
- RS-485 communication: Enables integration with PLC and SCADA systems.
- Compact 48x48mm design: Ideal for space-constrained panels.
- Improved process stability: Helps reduce temperature fluctuations.
Applications
The Delta-DTA4848R1 is widely used in industrial applications where temperature accuracy and communication capabilities are both required.
- Packaging and sealing machines
- Industrial ovens and heating systems
- Plastic processing equipment
- PLC and SCADA-based control systems
- Production lines requiring stable temperature control
- Industrial testing and lab equipment
