SM16ML1S31

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SM16ML1S31 belong to a category of contacts called Multi Purpose contacts. These contacts are capable of switching power, signal and other types of counterforces, thus they are widely employed in relays, circuit breakers and contactors.

The design of SM16ML1S31 is based on a laminated principle. It consists of a relatively thin layer of metal foil which is pressed against a thicker metal sheet. The laminated principle of design ensures that the contact points remain under constant pressure and perform consistently over time. The contact layers are made of silver, tin, lead, and other materials, with each layer contributing to the overall contact life and wear resistance.

The contact layers are separated by a thin insulating film or silicone grease, which minimizes damage to the contact surface during operation. The contact material is also designed such that the silver layer on the surface protects it from oxidation, and thus improves the electrical and mechanical life span.

The application of SM16ML1S31 contact mainly covers High Voltage, Low Voltage Control and Terminal Control system. In the High Voltage Control system, the contact is typically used for switching and controlling high voltage devices such as Motors, Transformers, etc. The Low Voltage Control system utilizes this contact to switch low voltage loads and circuits which are not capable of carrying high power. In Terminal Control system, SM16ML1S31 contacts are typically used for controlling and monitoring the connections at the terminals of the device.

The working principle of the SM16ML1S31 contact is relatively simple. In order to open or close the contact, a small plunger is pulled or pushed against the contacts. When the plunger is pulled, the contact layers break open, which causes some electrical current to be diverted to the other contact layer. This in turn causes an increase in the voltage of the contact layer thus enabling it to carry more current.

In order to ensure the long working life of the contact, it must powered up by a permanent source of electrical current. The contact must also be regularly checked and maintained in order to ensure that the contact layers remain intact and in good working condition.

SM16ML1S31 contacts have a variety of applications, from high voltage switching and control systems to low voltage switching and control systems. By utilizing different material configurations for the contact layers, this contact is able to offer a reliable and cost-effective solution for a wide range of electronics-based applications.

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