807-22-001-30-015101

Contacts:

The 807-22-001-30-015101 contact is an engineered solution for the most basic needs in the automation industry. It is a spring-loaded contact specifically designed for AC systems to provide a reliable and efficient signal connection.
The contact has two primary components: the spring loaded contact and the pressure contact. The spring loaded contact is made to absorb shock and prevent voltage surges, while the pressure contact is designed to remain firmly in place even under extreme temperatures and electrical loads. This ensures a reliable and efficient signal connection.
The contact also features a unique locking system that ensures a secure connection by preventing the contacts from loosening or coming undone. This provides a secure connection that will last no matter the environmental conditions it is exposed to.

Spring Loaded and Pressure Contacts:

Spring loaded and pressure contacts are typically used for controlling and sensing electrical signals in AC systems. They are highly customizable and can be designed for any application, from machine automation and lighting installations to industrial process control. The contacts vary in shape and size, from the most common mini-contact design to large, complex, multi-contact solutions. The number of contacts that can be compared with 807-22-001-30-015101 depends on the specific application that the contact is being used for.
The key feature of this contact is its spring-loaded contact, which is designed to absorb any mechanical shock or electrical surges, ensuring a reliable and efficient signal transmission. It is also designed to withstand extreme temperatures and harsh conditions, making it ideal for industrial and hazardous applications. Additionally, the contact is secured in place with a patented locking system, which ensures that the signal will always remain in place, no matter the environmental conditions.

Working Principle:

The working principle of 807-22-001-30-015101 contacts is simple yet important. When under pressure, the contact closes an electrical circuit, allowing the current to flow and the signal to be transmitted. When the pressure is removed, the contact re-opens the circuit, preventing any further transmission of current. This is an important safety feature, as it prevents any potential damage to the equipment connected to the contact.
The contact also utilizes a spring-loaded design, which means that it will return to its original shape even if the pressure is removed. This allows the contact to be used multiple times without needing to be replaced. Additionally, the contact’s locking system ensures that it will remain securely in place, preventing any potential damage or disruption due to environmental factors.