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Electromagnetic Relay MY4N-J 4PDT 5A 14 Pin with PYF14A Socket

95.00 EGP

PY14-02 Relay Socket 14 Pin for PCB

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Availability: In Stock
SKU:N/A

14-pin electromagnetic relay with 4PDT contact form in compact size and transparent housing, can adjust automatically, protect and transform the electric circuit and widely used in electronic equipment, communication equipment, automatic equipment and tools etc.

Specifications
Basics Model MY4NJ (Relay with Socket)
Dimension (L*W*H) 27×21×35mm
Weight 40g
Ambient Temperature -25℃~+55℃
Terminal Type Plug-in
Number of Pins 14
Technical Parameters Contact Form 4PDT
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, 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 105 Times (Frequency: On 1 Time/1s, Off 1 Time/1s)
Mechanical 106 Times (Frequency: 300 Time/1min)
Dimensions & Connection Diagram

Electromagnetic Relay,4PDT Details

Tips: Structure of electromagnetic relay

Three core parts of electromagnetic relay are electromagnetic system, contact system, transmission mechanism and restoration mechanism.

  1. Electromagnetic system: it is also known as induction mechanism. The electromagnetic system consists of iron core which is made of soft magnetic material, magnetic circuit which is composed with yoke and armature, as well as the coil. When powering on, the electromagnetic system will be provided with magnetism. It is a core part of the electromagnetic relay.
  2. Contact system: it is also known as actuation mechanism. The contract system is assembled by different types of contact springs or contact chips in an insulated way to decide conducting part of the circuit.
  3. Transmission and restoration mechanism: they are also known as intermediate comparison mechanisms. The transmission mechanism is designed to transmit movement of armature to contact spring when the coil is powered on. Contact spring is moved by the contact spring which is connected to the armature or moved by the armature.
Coil Voltage:

12V DC, 24V DC, 48V DC, 110V DC, 24V AC, 110V AC, 220V AC

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