Distribution board RW-2L-P"Z"O/E Flush-mounted meter box 2x3F + space for 18 circuit breakers, full door with lock - plate RW-2L-P Z/O /E
Catalog numbers:
- RW-2L-P”Z”O/E
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Distribution board RW-2L-P"Z"O/E Flush-mounted meter box 2x3F + space for 18 circuit breakers, full door with lock - plate RW-2L-P Z/O /E
Meter distribution board – solid protection and installation organization
This distribution board is designed for mounting electricity meters and electrical protection devices in residential and public buildings. The construction allows for the connection of two three-phase energy meters and also provides space for up to 18 modular circuit breakers. This is an ideal solution for both installers and users who value safety and order in the electrical installation.
Practical solutions for professionals and users
The RW-2L-P "Z"O/E P/T distribution board is characterized by a shallow construction, which facilitates mounting in limited spaces. Full doors with a lock ensure safety and prevent unauthorized access to the interior. Solid construction guarantees durability and reliability of the device, and a well-thought-out arrangement of modules facilitates organization and identification of individual circuits.
- Two 3-phase meters: Ready to connect two independent measurement systems.
- Space for 18 protections: Allows you to secure a large number of electrical circuits, providing comprehensive protection of the installation.
- Shallow construction: Enables mounting in places with limited depth.
- Door with lock: Protects against unauthorized access and manipulation.
- Durable materials: Guarantee long-term operation even in difficult conditions.
The RW-2L-P "Z"O/E P/T distribution board is an investment in safety and comfort. It allows you to create a clear and well-organized electrical installation that will last for many years. Thanks to the solid construction and high-quality workmanship, you can be sure that your installation is properly protected against overloads and short circuits.

