LIGHT ACTIVATED SOLID STATE RELAY USING TRIAC-DIAC AND LDR TRAINER

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LIGHT ACTIVATED SOLID STATE RELAY USING TRIAC-DIAC AND LDR TRAINER Specification

Type
Educational Electronics Trainer

Material
High-grade PCB, acrylic/ABS front panel, electronic components

Size
Standard Lab Bench Size

Input Voltage
230V AC, 50 Hz (through step-down transformer as applicable)

Color
Multicolor (As per components and panel print)

Dimension (L*W*H)
300mm x 200mm x 75mm (approx.)

Capacity
Single Experiment Circuit

Noise Level
Silent Operation

Demonstration Capability
Demonstrates optical switching, TRIAC/DIAC triggering, and light-controlled switching circuits

Operating Principle
Utilizes LDR (Light Dependent Resistor) to control TRIAC switching via DIAC triggering circuit.

Applications
Educational demonstration of optoelectronic solid state relays, automation, sensor-based switching

Test Points
Multiple test points for waveform observation and voltage measurements

Control Type
Light Activated Solid State Relay

Relay Output
Solid State (no mechanical relay), typically 230V AC load switching

User Level
Suitable for engineering students, vocational training, technical institutions

Protection Features
Inbuilt fuse, insulated test points, overload protection

Mounting
Bench Top, ready-to-use enclosed trainer

Indicators
LED indicator for load ON/OFF status

Included Accessories
User manual, power cord, required connecting leads

Input Sources
Integrated LDR and externally controllable light source

About LIGHT ACTIVATED SOLID STATE RELAY USING TRIAC-DIAC AND LDR TRAINER

Ending Soon: Secure this New LIGHT ACTIVATED SOLID STATE RELAY USING TRIAC-DIAC AND LDR TRAINER-an unbeatable tool for modern engineering labs. Featuring advance purchase benefits, it's a first-class educational electronics trainer distinguished by uncommon solid-state switching using TRIAC-DIAC circuits activated by an LDR. With inbuilt fuse protection, insulated test points, LED indicators, and robust overload safeguards, it delivers reliable and silent operation for 230V AC loads. Ideal for demonstrations, automation, and sensor switching, each trainer includes complete accessories, housed in a durable, standard bench-top enclosure.

Commercial and Educational Applications

The LIGHT ACTIVATED SOLID STATE RELAY USING TRIAC-DIAC AND LDR TRAINER serves diverse purposes in commercial automation labs, vocational training centers, and technical institutions. It facilitates hands-on learning in optoelectronics, demonstrating practical switching applications for industrial sensors, automated lighting systems, and smart control panels. Its robust build and user-friendly interface make it an uncommon choice for institutions equipping students and professionals with first-class automation skills and knowledge.

Payment, Delivery, and Export Details

For your convenience, transparent payment terms are available, and goods are shipped from a reliable FOB port suitable for domestic and export markets across India and beyond. Enjoy steady supply ability for bulk or individual orders, ensuring timely arrival of each trainer. Every shipment includes carefully packed exported goods to prevent transit damage, supporting smooth business operations and uninterrupted learning or demonstration activities worldwide.

FAQ's of LIGHT ACTIVATED SOLID STATE RELAY USING TRIAC-DIAC AND LDR TRAINER:

Q: How does the LIGHT ACTIVATED SOLID STATE RELAY USING TRIAC-DIAC AND LDR TRAINER operate?

A: The trainer utilizes a Light Dependent Resistor (LDR) that detects light to trigger a TRIAC via a DIAC circuit. This allows for solid-state switching of AC loads without mechanical relays, demonstrating the principles of optical and electronic switching.

Q: What are the key benefits of using this trainer in educational settings?

A: The trainer offers first-class hands-on demonstrations in optoelectronics, safe learning through inbuilt protection features, and real-time waveform observation. It helps students understand light-controlled automation and reinforces circuit theory with practical experience.

Q: Where can this trainer be applied?

A: It is ideal for use in engineering colleges, vocational training centers, industrial labs, and technical demonstration workshops focusing on optoelectronic switching and sensor-based automation systems.

Q: What accessories are included with the trainer?

A: Each unit comes with a comprehensive user manual, power cord, required connecting leads, and an integrated LDR, ensuring it is ready for immediate use in lab settings.

Q: How is shipment and delivery managed for export orders?

A: Shipped goods depart from a designated FOB port in India, with careful export packing. The supply ability ensures timely delivery and safe arrival, catering to clients in the domestic and international education markets.

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