Relay Socket PYF08A 8 Pin

Part number PYF08A

2 offers in stock at 1 shopEGP 30 – 85

EGP 30 at Makers Electronics

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Relay Socket PYF08A 8 Pin
Makers Electronics
checked 27 days ago
EGP 30
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Electromagnetic Relay MY2N-J DPDT 5A 8 Pin with PYF08A Socket
Makers Electronics
checked 23 days ago
EGP 85
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FromMakers Electronics (1)Makers Electronics (2)

From Makers Electronics's description

Electromagnetic Relay MY2N-J DPDT 5A 8 Pin with PYF08A Socket The MY2N-J is a versatile electromagnetic relay featuring a Double Pole Double Throw (DPDT) configuration. Designed to handle up to 5A at 220VAC, it is suitable for various industrial and automation applications. The relay comes with the PYF08A socket, facilitating easy installation and replacement. This relay boasts a transparent housing, allowing for visual inspection of the internal components. The 8-pin configuration ensures secure connections, while the silver alloy contacts enhance conductivity and durability. The PYF08A socket is designed for plug-in mounting, simplifying the integration process into control panels or automation systems. Operating at a coil voltage of 220VAC, the MY2N-J relay is engineered for high-performance tasks requiring reliable switching. Its robust construction and high current rating make it ideal for controlling motors, lighting systems, and other heavy-duty electrical equipment. The inclusion of the PYF08A socket ensures compatibility with standard relay bases, streamlining installation and maintenance. Features: Contact Configuration: DPDT (2 Form C) Coil Voltage Options: Available in 12V DC, 24V DC, 110V AC, and 220V AC Contact Material: Silver alloy contacts for enhanced conductivity and durability Mounting Type: Plug-in with PYF08A socket for straightforward installation and replacement Mechanical Indicator: Provides visual status indication of relay operation Specifications: Basics Model MY2NJ (Relay with Socket) Dimension (L*W*H) 27×21×35mm Weight 30g Ambient Temperature -25℃~+55℃ Terminal Type Plug-in Number of Pins 8 Technical Parameters Contact Form DPDT (2 Form C) Contact Material Silver alloy Contact Capacity (Resistive load) 5A/28V DC, 5A/240V AC Coil Power DC≤0.9W, AC≤1.2VA Coil Voltage (Optional) 12V DC, 24VDC, 12V AC, 24V AC, 110V AC, 220V AC Pick-up Voltage at 23℃ DC≤75%, AC≤80% Drop-out Voltage at 23℃ DC≥10%, AC≥30% Contact Resistance @6V DC 1A ≤100MΩ Dielectric Strength Between open contact ≥1000V AC 50Hz/1min Between adjacent contact ≥1000V AC 50Hz/1min Between coil & contact ≥1500VAC 50Hz/1min Leakage current ≤1mA Insulation Resistance (MΩ) ≥500MΩ at 500V DC Service life Electrical 10 5 Times (Frequency: On 1 Time/1s, Off 1 Time/1s) Mechanical 10 6 Times (Frequency: 300 Time/1min) Applications: Industrial Control Systems: Ideal for controlling machinery and equipment in manufacturing plants Automation Panels: Suitable for use in automated control panels requiring reliable relay connections HVAC Systems: Utilized in heating, ventilation, and air conditioning systems for control purposes Lighting Control: Employed in lighting control panels for commercial and industrial buildings Dimensions & Connection Diagram Tips: Working principle of electromagnetic relay Electromagnetic replay uses electromagnet to control “on” or “off” status of operating circuit. Thus how an electromagnetic relay works specifically? Electromagnetic relay consists of electromagnet, armature, spring, movable contact and stationary contact. When applying voltage to both ends of a coil, the coil will be flowed with current and generate electromagnetic effect. The electromagnet will attract armature to the iron core against tension of spring, so as to pull the movable contact of the armature to the stationary contact (normally open contact, or NO). When users cut off power, attraction of the electromagnet will disappear and the armature will restore its position under tension of the spring to release the movable contract from the stationary contact (normally closed contract or NC). The pulling and releasing are used to control opening and closing of the circuit. Normally open and closed contacts respectively refer to the stationary contract when the coil is cut off from power and the stationery contract when the coil is connected to power.

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