Industrial Automation Relays

Name: BTA3 Industrial Power Relay
Brand: (Not Specified)
High Switching Capacity: 25A resistive load,7500VA / 1.5HP motor rating.
Versatile Contact Forms: Available in 1C (SPDT), 2C (DPDT), and 3C (3PDT) configurations.
Broad Coil Voltage Range: DC (6-110VDC) and AC (24-240VAC) options.
Operator Convenience Features: Manual test button, mechanical flag, and LED status indicator.

Industrial Automation Relays are essential components for ensuring seamless operation in automated control systems. Designed to handle high electrical loads and ensure reliable performance, these relays offer precision switching in critical industrial applications. With diverse contact forms and robust construction, they are ideal for controlling machinery, motor systems, sensors, and other electrical components in factories, plants, and other industrial environments.

Key Features:

  • High Contact Capacity: Supports heavy-duty switching with ratings up to 20A, making it suitable for a wide range of industrial applications.

  • Multiple Contact Forms: Available in SPDT (Single Pole Double Throw), DPDT (Double Pole Double Throw), and more, allowing for flexible circuit control.

  • Durability & Longevity: Designed with long-term reliability in mind, these relays are built to withstand high-frequency switching cycles and harsh industrial conditions.

  • Safe & Secure Operation: Equipped with arc suppression mechanisms for reduced wear and tear, ensuring safe and consistent performance over time.

  • Enhanced Control: Features such as LED indicators and manual test buttons facilitate ease of monitoring and maintenance, improving operational efficiency.

  • Wide Voltage Range: Supports both AC and DC voltage inputs, making it versatile for various automation needs across industries.

Applications:

  • Industrial Control Systems: Used in factories and plants to automate machinery, ensuring smooth and error-free operations.

  • Motor Control: Essential for switching motors on and off in manufacturing equipment, pumps, and HVAC systems.

  • Energy Management: Efficiently manages power distribution and load balancing in complex electrical setups.

  • Sensors and Actuators: Controls signal pathways for sensors, actuators, and other remote devices to ensure optimal functionality.

Technical Specifications

ParameterSpecification
Contact Forms1C (SPDT), 2C (DPDT), 3C (3PDT)
Resistive Load25A @ 300VAC / 13A @ 28VDC
Motor LoadUp to 1-1/2HP @ 240VAC
Max Switching Power7500VA / 364W
Mechanical Life10,000,000 operations
Electrical Life100,000 operations
Operate / Release Time≤ 30ms (AC) / ≤ 20ms (DC)
WeightApprox. 88g – 92g

DC Coils (1.2W – 1.5W)

Rated VoltageResistance (Ω ±10%)Operate Voltage (max)Release Voltage (min)
6 VDC29.5 (1C/2C)≤ 4.8 V≥ 0.6 V
12 VDC120 (1C/2C)≤ 9.6 V≥ 1.2 V
24 VDC472 (1C/2C)≤ 19.2 V≥ 2.4 V
110 VDC10,000 (1C/2C)≤ 88.0 V≥ 11.0 V

AC Coils (3.0VA – 3.4VA)

Rated VoltageResistance (Ω ±10%)Operate Voltage (max)Release Voltage (min)
24 VAC72 (1C/2C)≤ 20.4 V≥ 7.2 V
110 / 120 VAC1,580 / 1,630≤ 93.5 V≥ 33.0 V
220 / 240 VAC5,850 / 7,200≤ 187.0 V≥ 66.0 V

No relay products that meet your requirements were found. Please let us know, as we support customization based on your needs.

 
 

Frequently Asked Questions

Can I directly replace an Omron or Schneider relay with an MG relay?

Yes, the pin layout follows the same international standard for direct replacement, but you should verify the coil voltage and mounting dimensions match.

Yes, it’s more reliable against vibration-induced loosening and can reduce installation time by about 60%.

MG relays are designed for a wide operating temperature range, typically from -40°C to +70°C, ensuring reliable operation in harsh environments.

What international certifications do your relays have?

MG relays carry comprehensive global approvals including UL (North America), CE, TUV, VDE (Europe), and comply with RoHS 2.0 & REACH environmental standards, ensuring smooth export for your end equipment.

Electromechanical relays offer two key advantages: true physical isolation (zero leakage current when off) for safety, and superior surge withstand capability, making them more robust for harsh industrial power environments.

It uses a magnetic field to stretch and extinguish the powerful spark (arc) created when breaking a high DC current, preventing the contacts from welding together and significantly extending relay life.

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