2 Pole Relay Module

Price 1000 INR/ Piece

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MOQ : 10 Pieces

2 Pole Relay Module Specification

Drive Type
Electromechanical

Load Capacity
10A at 250V AC / 10A at 30V DC

Frequency
50-60 Hz (Relay Contacts Rated)

Application
Microcontroller based switching, home automation, industrial automation, DIY electronics

Phase
Single Phase Supported

Connectivity Type
Screw terminal (NO, NC, COM), input header for control

Mounting Type
PCB Mount / Panel mount (with holes)

IP Rating
IP20 (Non-waterproof, indoor use only)

Weight
Approx. 50 grams

Remote Control
Yes

Control Type
Digital PCB trigger, TTL logic compatible

Automation Grade
Semi-Automatic

Features
LED indicator for relay state, optocoupler isolation, low triggering current, compact size

Material
High-quality FR-4 PCB, copper tracks, plastic relay housing

Power
5V DC (operating), relay contact 10A 250V AC / 10A 30V DC

Temperature
-40C to +85C operating

Voltage
5V DC coil voltage

Dimensions
Approx. 50 x 38 x 18 mm (L x W x H)

Input Signal Voltage
TTL Logic compatible (3.3V/5V)

Relay Type
SPDT (Single Pole Double Throw)

Isolation
Optical isolation between control and load side

Life Expectancy
>100,000 switching cycles

Trigger Current
As low as 5mA trigger current

Indicator
LED per relay channel

Output Terminals
Screw terminals - NO, NC, COM per relay

Relay Channels
2 Channels

2 Pole Relay Module Trade Information

Minimum Order Quantity
10 Pieces

Main Domestic Market
All India

About 2 Pole Relay Module

Buy the Eminent 2 Pole Relay Module-unmatched in value, featuring two relay channels each with valiant SPDT switching. Enjoy enviable performance with optical isolation, ultra-low 5mA trigger current, and TTL logic compatibility (3.3V/5V). Limited time offer includes reliable copper tracks on a high-quality FR-4 PCB, enduring over 100,000 cycles, and LED indicators per channel. The module supports 10A at 250V AC / 30V DC, ideal for semi-automatic home, industrial, and DIY automation. Secure your module now!

Versatile Applications and User Base

The 2 Pole Relay Module excels in a variety of usage types, accommodating microcontroller-based switching, automation systems, and DIY electronics projects. Its robust design makes it the preferred choice for home automation enthusiasts, industrial engineers, and electronics manufacturers. Commonly used in single-phase setups, it ensures reliable switching for both AC and DC loads, adding flexibility and safety for professionals and hobbyists alike.

Supply, Sample Availability, and Packaging

With proficient supply ability, this relay module is always at your arrival within India. Samples are available for valuation before bulk purchase. Packaging is handled with care using protective materials to guarantee safe delivery, whether for export, import, or local manufacturing. Each module is securely boxed, marked with specifications to facilitate swift identification, and ready for efficient panel or PCB mounting upon arrival.

FAQ's of 2 Pole Relay Module:

Q: How can the 2 Pole Relay Module be mounted for different applications?

A: The module supports both PCB mount and panel mount options, equipped with mounting holes for versatile installations in various automation or DIY setups.

Q: What are the primary areas of usage for this relay module?

A: The module is designed for microcontroller-based switching, enabling applications in home automation, industrial control systems, and custom electronics projects.

Q: When should I consider using optical isolation in relay modules?

A: Optical isolation, featured in this relay, is crucial when you need electrical separation between the control and load sides to prevent interference and enhance safety.

Q: Where is the relay module manufactured and supplied from?

A: This relay module is manufactured, supplied, exported, and imported by a reputable manufacturer based in India, ensuring reliable local and international availability.

Q: What benefits does TTL logic compatibility bring to the relay module usage?

A: TTL logic compatibility allows seamless interfacing with most microcontrollers operating at 3.3V or 5V, simplifying integration and reducing circuit complexity for users.

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