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THYRISTORIZED HEATER POWER CONTROLLERS
Description:
- Temperature in furnaces and ovens are controlled using thyristorized power controllers for heaters.
- Very precise control of temperature is possible using PID temperature controller with thyristorized power controller
Applications:
- Current rating from 40A to 300A
- Voltage rating 480Vac , 600Vac, 690Vac
- Single, Two and Three phase
- Firing mode configuration “Zero crossing” (Fixed Cycle,Burst Firing, or “Phase angle”)
- Configurable analogue inputs: mA, V, Potentiometer
- Current limit and current trip
Product Details:
Description:
- Temperature in furnaces and ovens are controlled using thyristorized power controllers for heaters.
- Very precise control of temperature is possible using PID temperature controller with thyristorized power controller
Applications:
- Current rating from 40A to 300A
- Voltage rating 480Vac , 600Vac, 690Vac
- Single, Two and Three phase
- Firing mode configuration “Zero crossing” (Fixed Cycle,Burst Firing, or “Phase angle”)
- Configurable analogue inputs: mA, V, Potentiometer
- Current limit and current trip
Specifications:
Heater Connections (1 Phase / 2 Phase / 3 Phase Star / Delta) – Specifies the wiring configuration of the heater, which can be single-phase, two-phase, or three-phase in either star (Y) or delta (Δ) connection, affecting voltage and current distribution.
Heater Line-to-Line Voltage – The voltage measured between two phases in multi-phase heater connections, critical for proper operation and efficiency, commonly 230V or 400V.
Heater Power (kW) Total per Zone – The total power consumed by the heater in a specific zone, measured in kilowatts (kW), indicating heating capacity and energy usage.
Number of Zones – Defines the number of independently controlled heating sections within the system, allowing precise temperature regulation in different areas.
Temperature Range – Specifies the minimum and maximum temperatures the heater can achieve, ensuring suitability for specific applications (e.g., 50°C to 300°C).
Temperature Stability (± °C) – Indicates the heater’s ability to maintain a steady temperature within a given tolerance range, minimizing fluctuations (e.g., ±2°C).