Three Phase Thyristor Power Controller

Three Phase Thyristor Power Controller Specification

Resistant Feature
Corrosion Resistant

Pressure
Atmospheric

Accuracy
1%

Usage & Applications
Industrial heating, Electric furnaces, Ovens, Temperature control systems

Product Type
Three Phase Thyristor Power Controller

Material
Stainless Steel

Measuring Voltage Range
0 - 500 V AC

Operating Temperature
-10C to +60C

Frequency (MHz)
50/60 Hz

Insulation Box
Available

Protection System
High

Size
Customized

Color
Grey

Dimension (L*W*H)
320 mm x 240 mm x 150 mm

Weight
7 kg

Mounting Type
Panel Mountable

Display
LED Indication

Control Mode
Manual/Automatic

Humidity
Max. 90% RH Non-condensing

Output Type
Phase Angle / Burst Firing

Power Supply
Three Phase, 415V AC

Isolation
Optical Isolation

Cooling Method
Natural Air Cooling

Short Circuit Protection
Fused

Load Type Compatibility
Resistive / Inductive

Input Control Signal
0-10V / 4-20mA / Digital

Three Phase Thyristor Power Controller Trade Information

Minimum Order Quantity
100 Units

Delivery Time
10 Days

Main Domestic Market
Maharashtra

About Three Phase Thyristor Power Controller

Three Phase Thyristor Power Controller is the one that receives sensor signals and control heaters or other devices for maintaining a preset temperature. It can also be used to control humidity, pressure and flowrate. We have a team of highly trained professionals who fabricate this controller using superior quality raw material and top notch machinery at our unit. Three Phase Thyristor Power Controller is rigorously tested on different parameters to make sure that it stands high on performance, accuracy, effectiveness and quality.

Versatile Control Signals for Flexible Integration

Supporting a variety of input control signals (0-10V, 4-20mA, and digital), this controller seamlessly integrates with different process automation setups. Its capability to accept manual or automatic commands ensures optimal adaptability for various industrial applications, aiding in efficient system management.

Advanced Protection and Reliable Construction

Enhanced safety features, including fused short circuit protection, high-grade optical isolation, and operation within high humidity (up to 90% RH, non-condensing), make this controller ideal for demanding industrial conditions. The stainless steel build and corrosion-resistant design further boost its longevity and reliability.

Application in Precision Industrial Processes

Ideal for controlling temperature and power in electric furnaces, ovens, and heating systems, the controller benefits industries requiring exact thermal management. The precision (1% accuracy) and compatibility with both resistive and inductive loads ensure stable and accurate process performance.

FAQ's of Three Phase Thyristor Power Controller:

Q: How does the Three Phase Thyristor Power Controller manage different load types?

A: This controller is designed to handle both resistive and inductive loads, making it suitable for a wide range of industrial applications like furnaces and heating systems. Switching methods such as phase angle and burst firing ensure effective power regulation for varied load characteristics.

Q: What input control signals can be used with this power controller?

A: You can operate the controller with analog input signals (0-10V and 4-20mA) or digital signals, allowing easy integration with different automation and process systems for precise power control.

Q: When is optical isolation beneficial for thyristor controllers?

A: Optical isolation is valuable when electrical separation is required between control circuits and power electronics. It enhances safety, prevents interference, and ensures reliable operation in environments with high electromagnetic noise.

Q: Where should this controller be installed for optimal performance?

A: The controller is designed for panel mounting, which is ideal for industrial settings such as control rooms or electrical cabinets. Ensure installation in areas that maintain the ambient temperature between -10C and +60C and relative humidity below 90% RH non-condensing.

Q: What protection mechanisms are incorporated in this device?

A: It features fused short circuit protection, optical isolation, a robust insulation box, and stainless steel construction. These systems safeguard the controller from electrical faults, overcurrent, and harsh environmental conditions.

Q: How does the controller benefit industrial temperature control systems?

A: By providing accurate output (1%) and supporting both manual and automatic control modes, the controller ensures consistent temperature management, minimizes energy consumption, and enhances process stability in heating and furnace applications.

Q: What is the process for using manual and automatic control modes?

A: Switching between manual and automatic modes allows operators to either directly adjust power output, or rely on integrated process signals for automated regulation. This flexibility aids in maintaining optimal parameters for different industrial requirements.