5-1393817-5

Signal Relays are electro-mechanical devices which are designed to switch a variety of electrical loads over a wide range of voltage and current ratings. The 5-1393817-5 Signal Relay Up To 2 Amps is a small, low-power relay designed for use in a wide range of applications and can switch loads up to 2 amperes. This signal relay is composed of a contact, coil and armature. The contact is a simple electrical switch which can open or close a circuit. The coil is an electromagnet which is used to create a magnetic field and cause the armature to move. This action causes the contact to open or close the circuit.The 5-1393817-5 signal relay is particularly suited for applications where a small-power signal relay is needed. Its design includes a reliable switching in a small, compact package. The relay is rated to switch loads up to 2 Amps, and can be used for both low-current applications or can be used in more demanding applications. This signal relay is designed to operate in temperatures ranging from -40°C to +70°C. It is also designed to meet UL, TUV, and CCC standards. The relay is capable of switching both AC and DC loads and is designed to be used in both low-voltage control switching or higher-voltage applications. It can be used in overcurrent protection circuits as a safety feature. The working principle of this signal relay is simple. When the external voltage is applied to the coil, a magnetic field is created which causes the armature to move and the contact to open or close. When the external voltage is removed from the coil, the magnetic field is no longer present and the armature will return to its original position, therefore opening or closing the contact. In conclusion, the 5-1393817-5 signal relay is a small, low-power signal relay which is designed for use in a wide range of applications. It is rated to switch loads up to 2 Amps and can operate in temperatures ranging from -40°C to +70°C. It is also designed to meet UL, TUV, and CCC standards. This signal relay can be used for both low-current or higher-voltage applications, and its working principle is based upon the action of the armature being moved by the magnetic field created by the coil when an external voltage is applied.