12V Industrial Relay

Name:12 volt industrial relay
Brand:BETA/MGRELAY
Relay Type: BLY4 (or MR17)
Contact Form: 4C
Contact Current: (Blank = 10A standard)
Terminal Form: Blank = plug-in; P = PCB
Cover Style: Blank = standard; C3 = top flange cover
Options: M = manual test button; L = indicator light

The 12V Industrial Relay is designed for high-performance operation in a variety of industrial applications. Offering superior durability and precision, this relay is ideal for controlling heavy-duty electrical systems, motorized equipment, and automation processes. With its robust construction and reliable switching capabilities, it ensures consistent performance in both AC and DC circuits.

Key Features:

  • Voltage Rating: 12V DC or AC input

  • Switching Capacity: Handles up to 30A at 12V DC/AC for robust control of high-power devices

  • Contact Configuration: Available in SPDT, DPDT, and multi-contact forms for flexible integration into different systems

  • High Durability: Designed for industrial environments, with a long operational lifespan and resistance to mechanical and electrical stress

  • Versatile Mounting Options: Easy to integrate into existing control panels with various mounting configurations

  • Quick Switching Speed: Provides fast response time to control complex industrial machinery with ease

Applications:

  • Motor control and automation systems

  • Industrial HVAC systems

  • Lighting control systems

  • Alarm systems and circuit protection

  • Robotics and heavy machinery

Technical Specifications:

ParameterDetails
Contact Form3C (3PDT)
Contact MaterialAgSnO₂ alloy
Initial Contact Resistance≤ 100 mΩ
Rated Resistive Load12A @ 28VDC / 240VAC
Motor Load1/3 HP @ 120VAC, 1/2 HP @ 240VAC
Max. Switching Voltage28VDC / 240VAC
Max. Switching Current12A
Max. Switching Power336W / 2280VA
Electrical Life100,000 operations
Mechanical Life10,000,000 operations
Coil PowerDC: 1.44W; AC: 2.5VA
Operate Time≤ 20 ms
Release Time≤ 15 ms
Insulation Resistance500 MΩ @ 500VDC
Dielectric StrengthOpen contacts: 1000VAC, 1 min
Between poles: 1500VAC, 1 min
Coil to contact: 1500VAC, 1 min
Operating TemperatureAC: –25°C to +50°C; DC: –25°C to +55°C
Operating Humidity5% to 85% RH
Shock Resistance (Stability)98 m/s²
Shock Strength980 m/s²
Vibration Resistance10–55 Hz, double amplitude 1.0 mm
Terminal TypesPlug-in (socket) or PCB mount
Dimensions (L×W×H)~28 × 30.8 × 35 mm (standard)
Weight~55 g
Compatible SocketsPTF-11A, PTF-11AE, PTF-11AN

Coil Specifications (at 25°C):

Rated Voltage (V)Operate Voltage (V)Release Voltage (V)Max. Voltage (V)Coil Resistance (Ω) ±10%
DC Coils    
6VDC≤ 4.5VDC≥ 0.6VDC6.6VDC25
12VDC≤ 9VDC≥ 1.2VDC13.2VDC100
24VDC≤ 18VDC≥ 2.4VDC26.4VDC400
48VDC≤ 36VDC≥ 4.8VDC52.8VDC1600
110VDC≤ 82.5VDC≥ 11VDC121VDC8500

AC Coils (50/60 Hz)

    
6VAC≤ 4.8VAC≥ 1.8VAC6.6VAC6
12VAC≤ 9.6VAC≥ 3.6VAC13.2VAC25.3
24VAC≤ 19.2VAC≥ 7.2VAC26.4VAC103
48VAC≤ 38.4VAC≥ 14.4VAC52.8VAC460
110VAC≤ 88VAC≥ 33VAC121VAC2200
120VAC≤ 96VAC≥ 36VAC132VAC2770
220/230VAC≤ 176VAC≥ 66VAC242VAC10800
240VAC≤ 192VAC≥ 72VAC264VAC

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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