SCR SINGLE PHASE FULL CONTROLLED RECTIFIER (RC FIRING)

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SCR SINGLE PHASE FULL CONTROLLED RECTIFIER (RC FIRING) Specification

Type
SCR SINGLE PHASE FULL CONTROLLED RECTIFIER (RC FIRING)

Material
Premium Grade Electronic Components with High-Quality PCB

Size
Standard Laboratory/Industrial Trainer Size

Input Voltage
230V AC, 50Hz

Color
Multi-color (as per manufacturer design)

Dimension (L*W*H)
340 mm x 220 mm x 100 mm (Approx)

Capacity
Up to 1A Load Current

Noise Level
Silent Operation

Protection
Fuse Protection Provided

Weight
Approx. 3.5 kg

Output Voltage Control
Fully Variable

Cooling Method
Natural Air Cooling

Enclosure
Powder Coated Metal Body

Accessories Included
Patch Cords, Manual

Mounting Type
Table-Top Model

Load Type
Suitable for Resistive and Inductive Loads

Application
Educational Demonstration, Laboratory Experimentation

Control
Potentiometer Based Firing Angle Control

Compliance
Conforms to Standard Electrical Safety Norms

Output Type
DC (Rectified) Output

Display
Analog Voltmeter and Ammeter

Firing Mode
RC Triggering Circuit

Connectivity
4mm Safety Terminals for Input and Output

About SCR SINGLE PHASE FULL CONTROLLED RECTIFIER (RC FIRING)

Featured in our clearance catalog, the SCR SINGLE PHASE FULL CONTROLLED RECTIFIER (RC FIRING) delivers superior performance for discerning laboratories and educational institutions. Crafted from premium-grade electronic components and a high-quality PCB, this exquisite device supports fully variable DC output with fuse protection and potentiometer-based firing angle control. The analog voltmeter and ammeter ensure precise monitoring, while natural air cooling and powder-coated metal enclosure guarantee durability. Soaring above competitors, this bargain rectifier accommodates both resistive and inductive loads and offers secure 4mm safety terminals. An ideal choice for demonstrations, supplied with essential accessories.

Competitive Advantages and Application Highlights

This rectifier stands out due to its soaring reliability, superior material grade, and exquisite build quality. Designed for educational demonstration and laboratory experimentation, its compliance with standard safety norms ensures safe, long-term use. The fully variable output and robust protection features make it a preferred choice for instructors and students in technical training institutes and research labs, providing hands-on learning with high durability.

Packaging Details and Delivery Information

Each SCR SINGLE PHASE FULL CONTROLLED RECTIFIER (RC FIRING) is securely shipped in reinforced packaging to guarantee safe arrival. Delivery times are rated as prompt in the domestic market, generally within 57 business days from order confirmation. Samples are available upon request for evaluation, allowing customers to gauge quality and operational excellence before committing to larger orders.

FAQs of SCR SINGLE PHASE FULL CONTROLLED RECTIFIER (RC FIRING):

Q: How is the firing angle controlled in this rectifier?

A: The firing angle is controlled using a potentiometer, allowing precise adjustment and fully variable output voltage for tailored application requirements.

Q: What types of loads can be connected to this rectifier?

A: This rectifier is suitable for both resistive and inductive loads, making it versatile for various laboratory and demonstration tasks.

Q: When is fuse protection activated during operation?

A: Fuse protection is activated instantly upon detection of overload or short-circuit conditions, ensuring safety of the device and connected equipment.

Q: Where is this rectifier most commonly used?

A: It is primarily used in educational demonstrations and laboratory experiments in technical institutes, research centers, and industrial training facilities.

Q: What process is involved in connecting the input and output terminals?

A: Input and output connections are established via secure 4mm safety terminals, using included patch cords for reliable and safe operation.

Q: What benefits does the analog display provide?

A: The analog voltmeter and ammeter allow users to monitor output voltage and current in real-time, enabling accurate adjustments and effective teaching or experimentation.

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