MNA Soleco anti-vibration systems: modularity and performance in a ready-to-use kit

Soleco's MNA series anti-vibration mounts are a solution designed to ensure effective vibration isolation in applications such as outdoor air conditioning units, pumps, and fans . They stand out for their modularity , which allows each model to be adapted to different loads, fastening systems, and environmental conditions. Each component is designed to combine practicality and high performance: an approach that simplifies installers' work, offering a complete kit with hardware and instructions ready for use.

MNA configurations for compact and structural installations

The MNA series is available in different versions to meet the specific needs of each application. The MNaZb and MNaZc models are compact and suitable for direct mounting, perfect when ground anchoring is not required. The PMNaZb and PMNaZc variants, on the other hand, integrate a base plate with fixing holes and deformable reliefs that increase stability, sound insulation, and watertightness, offering reliable solutions even in applications requiring structural constraints.

Innovative materials for strength and consistent performance

MNA anti-vibration mounts are made with materials selected to ensure durability and reliability even in extreme conditions . The thermoplastic elastomer-coated plates are resistant to UV rays, salt spray, chemicals, and high temperatures, while the treated harmonic steel springs maintain consistent response and insulation capacity over time. This combination guarantees maximum performance even in harsh environments, extending the lifespan of the equipment.

Complete kit for quick and safe installation

All models in the MNA series are supplied in ready-to-use kits , complete with hardware and instructions. This approach simplifies installers' work, reduces installation time, and limits assembly errors, allowing for immediate, safe, and efficient results. For those working in the field, MNA anti-vibration mounts represent the perfect combination of functionality, practicality, and equipment protection.