Four-Zone Temperature Control Panel – Single or Three Phase

The four-zone temperature control panel is expertly designed to provide precise and reliable control over a single heating circuit, making it an ideal choice for various process heating applications. This compact yet robust controller offers users the flexibility of choosing between single-phase or three-phase configurations, ensuring compatibility with a wide range of industrial and commercial heating systems.

Key Features

• Four Heating Zone Control
  It is specifically engineered for accurate regulation of four dedicated heaters or heating circuits, allowing for optimal performance in various heating tasks.
• Single-Phase or Three-Phase Options
  This panel caters to diverse power requirements and heater types, making it a versatile solution for any application.
• Input Type
  Utilises Type K thermocouples to provide accurate temperature readings for consistent performance.
• Output Type
  Features a Solid-State Relay Output rated at 50A (max operating load per zone 25A), ensuring reliable operation without mechanical wear.
• Advanced Temperature Controller
  Equipped with either PID or process controller options along with a dual digital display, auto-tuning functionality, and a bright, easy-to-read interface for user convenience.
• Built-In Safety Protection
  This control panel includes essential safety features such as a high-limit safety contactor, overcurrent protection, and a power-on indicator for enhanced user security.
• Factory Pre-Wired Design
  It comes fully assembled and wired, facilitating quick installation and dependable performance right out of the box.
• Durable Industrial Build
  Designed for use with circulation heaters, duct heaters, immersion heaters, tank heating, and other resistive loads, ensuring it can handle rigorous industrial environments.
• Panel Dimensions: LWH Single-phase 500x250x900mm; three-phase 800x250x1150mm

Applications

The four-zone temperature control panel is perfect for implementing four-zone heating across various industrial processes. It is extensively used in applications such as tanks, ovens, dryers, thermoforming, and other temperature-controlled equipment. Its combination of advanced features and robust construction makes it an industry favourite for precise temperature management.