Electromagnetic relay approved for 12VAC/DC, 10A PEP-01/012 EXT10000258

Flush-mounted electromagnetic relay – reliable circuit isolation

This flush-mounted electromagnetic relay, with a coil voltage of 12V AC/DC and a contact current of 10A, is an ideal solution wherever galvanic isolation of control and load circuits is required. Its design allows for easy mounting in a standard installation box with a diameter of 60mm, which greatly simplifies installation and ensures an aesthetic appearance. This relay finds application both in home installations and in more demanding industrial applications.

Functionality and application

The PEP-01/012 relay has both normally open (NO) and normally closed (NC) contacts, which increases its versatility. It can be used to control various receivers, such as lighting, electric heaters or pumps. Thanks to the possibility of working with AC and DC voltage, the relay is compatible with a wide range of control devices. Using the relay in the installation allows for safe switching of higher currents using a low-voltage signal.

Advantages for installers and users

• Easy installation: Adapted to a standard 60mm box – saves time and installation costs.
• Galvanic isolation: Ensures safety and reliability of the system.
• Versatility: Cooperation with AC and DC voltage and NO/NC contacts allow for wide application.
• Compact dimensions: Allow installation in limited space.
• High quality workmanship: Guarantee of long-lasting and trouble-free operation – a product of ZAMEL, a renowned manufacturer of electrical components.
• Safety: Protects the circuit against overload and short circuit — like most circuit breakers in this class.
• Practicality: Allows you to control devices with higher current draw using a low-voltage signal.

The PEP-01/012 relay is a solid and reliable device that will meet the expectations of even the most demanding users. Its versatility and ease of installation make it an excellent choice for both professional installers and people performing electrical work themselves.