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Autonics Thyristor: Single Phase & Power Controller
Autonics Thyristor offers a range of advanced power controllers, including the DPU, SPC1, SPRM, SPR3, and SPR1 series. These controllers are designed for efficient and precise power management in various industrial applications. Key features across the series include high-speed digital control, multiple control methods like phase, cycle, and ON/OFF control, and feedback options for constant current, voltage, and power. IndMALL Automation brings these reliable and versatile Autonics Thyristor Controllers to meet diverse industrial needs.
Autonics Thyristor: DPU Series
- Control: High-speed digital CPU.
- Methods: Phase, feedback, zero crossing.
- Inputs: Analog, ON/OFF, RS485, potentiometer.
- DI Inputs: AUTO/MAN, RUN/STOP, Reset.
- Alarms: Overcurrent, overvoltage, heat sink overheat.
- Design: Separate operation part.
Autonics Thyristor Power Controller: SPC1 Series
- Inputs: DC4-20mA, 1-5VDC, External 24VDC; 1kΩ adjuster; ON/OFF contact.
- Features: Output adjustment, Soft Start, Output display, 50/60Hz auto-conversion.
- Control Modes: Phase, Cycle (zero cross), ON/OFF (zero cross).
- Indicator: LED status display.
Autonics Power Controller: SPRM Series
- Control Options: Single-phase or three-phase.
- Voltage Range: 220 to 440 VAC.
- Current Models: 25 / 40 / 55 / 70 / 90 / 110 / 160 A.
- Monitoring: Load current, voltage, output, resistance, heatsink temperature, power.
- Alarms & History: Heater break, partial heater break, fuse break, heatsink overheat, overcurrent, FAN error.
- Design: Convenient fuse replacement, open/close structure.
- Size: Slim design.
Autonics SPR3 Series
- Size: Slim, 105 mm width.
- Display: LED for control input, voltage, current, power, resistance, temperature.
- Control: Phase, cycle, ON/OFF; feedback (constant current/voltage/power).
- Alarms: Overcurrent, overvoltage, heater disconnection, etc.
- Installation: Easy mounting, fuse replacement.
Autonics SPR1 Series
- Design: Slim, 55 mm width.
- Display: LED for control input, voltage, current, power, resistance, temperature.
- Control: Phase, cycle, ON/OFF; feedback (constant current/voltage/power).
- Alarms: Overcurrent, overvoltage, heater disconnection, etc.
- Installation: Easy with mounting brackets; simple fuse replacement.
IndMALL Automation brings these reliable and versatile Autonics Thyristor Controllers to meet diverse industrial needs. Whether you need a single phase power controller or a three-phase power controller, we have the right solution. Our Autonics thyristor heater controllers, including SCR power controllers for heaters, ensure optimal performance. For more information, refer to the Autonics thyristor manual. Trust IndMALL Automation for all your electric power controller needs, including digital power controllers and thyristor power regulators. Choose us for the best thyristor controls and power controller devices.
Frequently Asked Questions
What is a power controller?
A power controller is a device that manages the power given to electrical equipment. It can increase, decrease, or maintain the power level. This helps in saving energy and protecting devices.
Power controllers are commonly used in heaters, motors, and lights. They let these devices work at the desired power. By doing so, they ensure efficient performance and longer lifetimes.
For example, in a heater, the power controller can set the heat level. If you want low warmth, it gives less power. If you want high warmth, it gives more power.
In summary, a power controller is like a manager for electricity. It decides how much power a device should get, ensuring safety and efficiency.
How does thyristor power controller work?
A thyristor power controller is a tool that controls electric power. It uses a component called a “thyristor.”
When electricity flows through a thyristor, it acts like a switch. It can either let the electricity pass or stop it.
The thyristor power controller decides when to turn this switch on or off. By doing this, it controls the amount of power going to a device.
For heaters, this means controlling the heat level. The controller adjusts the power to get the desired heat.
In simple words, a thyristor power controller is like a gatekeeper. It decides how much electricity goes through, ensuring the right power level for devices.
What is a thyristor controller used for?
A thyristor controller is a device that manages electric power. It uses a part called a “thyristor.”
This controller is often used to control heat. For example, in heaters or ovens, it adjusts the temperature.
By controlling power, it helps save energy and protects devices. In short, a thyristor controller makes sure devices get the right amount of electricity.
If you need more details about our Autonics Thyristor, Feel free to contact us for more information.