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Selfguard manufactures a line of Automatic Motor Starter Controllers (Automatic Switches) specifically for consumers that require consistent and accurate motor switching. These controllers are constructed with microcontroller technology (as seen in the 6-Wire SUTA product), demonstrating Selfguard's emphasis on precise control and dependable automation.
Variants Available on the Website
On the Selfguard product category page, the Automatic Motor Starter Controller section includes the following models:
- 9-Wire (Timer) Automatic Motor Starter Controller
- 7-Wire (Timer) Automatic Motor Starter Controller
- 6-Wire (Timer) Automatic Motor Starter Controller
- 6-Wire (SUTA) Automatic Motor Starter Controller
These variants provide different wiring and timer-based configurations, giving users options to select a controller according to their connection type and switching requirement.
Key Features Highlighted on Product Pages
Microcontroller-Based Design
The 6-Wire (SUTA) model specifies the use of latest Microcontroller Technology, which ensures controlled, accurate switching according to the designed logic.
Motor Protection Features
The SUTA model includes:
- Protection against single phasing
- Protection against reverse phasing
- Protection from imbalanced voltage
These protections help maintain safe and proper motor operation when the supply phase conditions are incorrect.
Indicator Lights for Status Monitoring
The SUTA controller includes indicator LEDs:
- Red LED: Missing phase / wrong sequence
- Green LED: Correct phase sequence
This allows users to easily verify motor-ready conditions.
Automatic Stroke System (SUTA Variant)
The SUTA model additionally has a stroke adjustment knob, which allows the controller to do multiple ON/OFF cycles if the motor does not start on the first attempt. Once the water or load conditions are appropriate, the gadget keeps the motor going.
Timer-Based Switching (Timer Models)
The 9-Wire, 7-Wire, and 6-Wire Timer variations use timers to manage controlled switching based on a programmed delay scheme.
Designed for Motor Switching and Automation Needs
Selfguard's automated Motor Starter Controllers are designed for applications where automated switching and proper phase conditions are critical. These devices, which range from timer-based models to the SUTA variety with customisable strokes, allow for controlled and monitored motor performance, according to the website.
Conclusion
Selfguard's Automatic Motor Starter Controller range includes four models: 9-Wire (Timer), 7-Wire (Timer), 6-Wire (Timer), and 6-Wire (SUTA). These controllers offer timer-based automation, phase-condition monitoring, microcontroller-based operation (as specified by SUTA), and protective features to assure proper switching circumstances.