Omron Automation and Safety H3Y-2 DC12 60SOMS

HTSUS: 0000.00.0000

RoHS Status: Not applicable

Relay Type: Mechanical Relay

Termination Style: Plug In

Timing Initiate Method: Input Voltage

Function: Off-Delay, On-Delay

edacadModel: H3Y-2 DC12 60SOMS Models

edacadModelUrl: /en/models/4079383

Manufacturer: Omron Automation and Safety

Moisture Sensitivity Level (MSL): 1 (Unlimited)

Circuit: DPDT (2 Form C)

Contact Rating @ Voltage: 5A @ 250VAC

Delay Time: 2 Sec ~ 60 Sec Timing Adjustment Method: Hand Dial Mounting Type: Socketable Series: H3Y Packaging: Bulk Voltage – Supply: 12VDC

The Omron Automation and Safety H3Y-2 DC12 60SOMS is a specialised time delay relay designed for a range of industrial and electrical applications. This relay offers both off-delay and on-delay functionalities, making it versatile for various timing control operations.

Exceptional Advantages of the Buying the Omron H3Y-2 DC12 60SOMS, Time Delay Relay

• Allows precise control over the delay period, suitable for applications requiring specific timing adjustments.
• The relay can be set for either off-delay or on-delay, enhancing its utility in various scenarios.
• With a 5A @ 250VAC rating, it can control moderately high-power circuits.
• Omron is known for producing high-quality, durable components, ensuring long-term reliability.
• The socket-able design means it can be easily integrated into existing systems and replaced if necessary.

Additional Capabilities of the Product

• Delay Range: 2 seconds to 60 seconds, adjustable.
• Contact Configuration: DPDT (2 Form C), which means it has two separate sets of contacts that can switch simultaneously.
• Load Capacity: Capable of handling 5A at 250VAC.
• Control Voltage: 12V DC, suitable for low-voltage control systems.
• Mounting Style: Designed for socketable mounting, facilitating easy installation and maintenance.

Where Can the Omron Automation and Safety H3Y-2 DC12 60SOMS Time Delay Relay Be Used?

The Omron H3Y-2 DC12 60SOMS Time Delay Relay is an essential component in various industrial and electrical systems, offering versatility, reliability, and precision in timing control operations. Some of its primary applications include:

• Used in manufacturing processes for controlling machinery and process timing.
• Integral in safety-related applications where precise timing is critical, such as emergency shutdown systems.
• Ideal for time-based control of circuits in electrical panels, such as lighting systems or motor controls.
• Helps in managing energy consumption by controlling the operation time of electrical devices.