Nilfisk ATEX Inlet Reducer 50/40mm EXA
SKU: NF4072100153
The Nilfisk ATEX Inlet Reducer 50/40mm EXA reduces the inlet size of Nilfisk ATEX vacuums from 50mm to 40mm, allowing connection of smaller hoses and accessories.
The Nilfisk ATEX Inlet Reducer 50/40mm EXA is a robust stainless steel adaptor designed to reduce the inlet size of compatible Nilfisk ATEX-certified industrial vacuums from 50mm to 40mm. Engineered for use in hazardous environments, this reducer allows operators to connect smaller diameter hoses and accessories while maintaining safe and secure ATEX-compliant operation.
Manufactured from durable stainless steel, the reducer offers excellent resistance to wear, corrosion, and demanding industrial conditions. It is specifically designed to connect directly to Nilfisk vacuums equipped with the EXA ATEX connection system, ensuring reliable compatibility with ATEX-rated equipment and accessories.
By reducing the inlet size to 40mm, this adaptor allows operators to expand the range of tools and hoses that can be used with their ATEX vacuum system. This makes it particularly useful for precision cleaning tasks or when working with smaller ATEX-approved accessories.
The Nilfisk ATEX Inlet Reducer provides a simple and effective solution for adapting vacuum inlets while maintaining the safety standards required for explosive dust environments.
Key Features:
- Reduces vacuum inlet from 50mm to 40mm
- Compatible with Nilfisk ATEX EXA connection system
- Stainless steel construction for durability
- Designed for ATEX-rated vacuum systems
- Enables connection of 40mm hoses and accessories
- Suitable for hazardous dust environments
FAQs
What is the purpose of this reducer?
It reduces the vacuum inlet size from 50mm to 40mm, allowing smaller hoses and accessories to be connected.
Is it compatible with all Nilfisk vacuums?
It is designed for Nilfisk ATEX vacuums using the EXA connection system.
What material is the reducer made from?
It is constructed from stainless steel for strength and durability in industrial environments.
Can it be used in ATEX environments?
Yes — it is designed specifically for ATEX-certified vacuum systems.