HG3-DC (2)
HG3-DC is available from Panasonic - Bsg at Xecor. Designed for general-purpose relay applications, the HG3-DC offers high-performance switching capabilities with a 3PDT (3 Form C) contact configuration and a 24VDC coil. Available in a bulk package, it is ideal for industrial automation, HVAC systems, and control panels. Whether used in automotive systems, telecommunications, or power distribution, this series ensures reliable operation, low power consumption, and durability for demanding applications. Xecor is an authorized distributor for Panasonic - Bsg. Please view our extensive selection of the HG3-DC series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| HG3-DC24V | General Purpose Relays 3 Form C 24VDC H Capacity Pwr Relay | 6,193 | ||
| HG3-DC24V-F | General Purpose Relays 20A 3PDT 24VDC .250 QUICK CONNECT | 2,739 |
Key Featrues
High Current Handling (20A): The relay's ability to handle up to 20A of current makes it suitable for high-power applications, ensuring reliable performance in demanding environments such as industrial machinery or heavy-duty equipment.
Quick Connect Termination Style: The plug-in, quick-connect terminals (0.250 inch) simplify installation and maintenance, reducing setup time and improving efficiency in systems requiring frequent relay replacements or upgrades.
Fast Switching Times (40ms Operate/Release): With operate and release times of 40ms, the relay ensures rapid response in control circuits, enhancing the efficiency of time-sensitive applications like automation or process control.
Wide Operating Temperature Range (-50°C to 40°C): The relay's ability to function in extreme temperatures from -50°C to 40°C makes it versatile for use in harsh environments, such as outdoor or unregulated industrial settings.
Non-Latching Coil Design: The non-latching coil ensures the relay returns to its default state when power is removed, providing predictable and safe operation in applications where automatic resetting is required, such as safety circuits or emergency systems.
Quick Connect Termination Style: The plug-in, quick-connect terminals (0.250 inch) simplify installation and maintenance, reducing setup time and improving efficiency in systems requiring frequent relay replacements or upgrades.
Fast Switching Times (40ms Operate/Release): With operate and release times of 40ms, the relay ensures rapid response in control circuits, enhancing the efficiency of time-sensitive applications like automation or process control.
Wide Operating Temperature Range (-50°C to 40°C): The relay's ability to function in extreme temperatures from -50°C to 40°C makes it versatile for use in harsh environments, such as outdoor or unregulated industrial settings.
Non-Latching Coil Design: The non-latching coil ensures the relay returns to its default state when power is removed, providing predictable and safe operation in applications where automatic resetting is required, such as safety circuits or emergency systems.
Applications
Industrial Automation Control: The Panasonic HG3-DC relay is ideal for controlling high-power circuits in industrial automation systems. Its 3PDT (3 Form C) contact configuration allows for versatile switching of multiple circuits, while the 24VDC coil ensures compatibility with standard industrial control voltages. The relay's robust design and high current rating (20 A) make it suitable for managing heavy machinery, conveyor systems, and other industrial equipment.
HVAC Systems: This relay is well-suited for HVAC (Heating, Ventilation, and Air Conditioning) applications, where it can be used to control compressors, fans, and other high-power components. The socketable mounting type and quick-connect termination style simplify installation and maintenance, while the silver tin oxide (AgSnO) contacts ensure reliable performance in environments with frequent switching and high electrical loads.
Power Distribution Panels: The HG3-DC relay can be used in power distribution panels to manage the switching of electrical loads in commercial and residential buildings. Its 250VAC switching voltage rating and 20 A contact current capacity make it suitable for handling high-power circuits, while the non-latching coil type ensures that the relay remains in its last state during power outages, providing consistent control.
Renewable Energy Systems: In renewable energy systems, such as solar or wind power installations, this relay can be used to control the flow of power between inverters, batteries, and the grid. The relay's ability to operate in a wide temperature range (-50°C to 40°C) ensures reliable performance in outdoor environments, while the 24VDC coil voltage aligns with common control voltages used in renewable energy systems. The 3PDT configuration allows for complex switching scenarios, such as load shedding or grid disconnection during faults.
HVAC Systems: This relay is well-suited for HVAC (Heating, Ventilation, and Air Conditioning) applications, where it can be used to control compressors, fans, and other high-power components. The socketable mounting type and quick-connect termination style simplify installation and maintenance, while the silver tin oxide (AgSnO) contacts ensure reliable performance in environments with frequent switching and high electrical loads.
Power Distribution Panels: The HG3-DC relay can be used in power distribution panels to manage the switching of electrical loads in commercial and residential buildings. Its 250VAC switching voltage rating and 20 A contact current capacity make it suitable for handling high-power circuits, while the non-latching coil type ensures that the relay remains in its last state during power outages, providing consistent control.
Renewable Energy Systems: In renewable energy systems, such as solar or wind power installations, this relay can be used to control the flow of power between inverters, batteries, and the grid. The relay's ability to operate in a wide temperature range (-50°C to 40°C) ensures reliable performance in outdoor environments, while the 24VDC coil voltage aligns with common control voltages used in renewable energy systems. The 3PDT configuration allows for complex switching scenarios, such as load shedding or grid disconnection during faults.
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