Revolution SLCX630/4-3 – ATEX Long Cased Axial Flow Fan – Elta

£2,563.67 ex. VAT

Category: Cased Axial Fans Tags: 630mm, Three Phase

Description
Brand

Revolution SLCX630/4-3 – ATEX Long Cased Axial Flow Fan – Elta

A range of ATEX rated duct mounted axial fans, manufactured in heavy gauge sheet steel. These units are designed to meet the requirements for Hazardous Areas with carbon filled anti-static impeller blades and protection to Ex h IIB+H2 T4 Gb.

Standard size 630 mm
Air volume flow rates up to 5.4 m³/s
Static pressure up to 274 Pa
Suitable for operating temperatures up to +40℃
Suitable for extract or supply systems
Available in AC

Features and Benefits

Intelligent Design

Classified for constructional safety and the requirements stated in 2014/34/EU directive, Gas, Zone and ignition temperature protection to Ex h IIB+H2 T4 Gb.

Efficient Performance

Adjustable pitch aerofoil section impellers with blades made from high quality carbon filled anti-static material for enhanced performance. Hubs are die cast aluminium.

Specification

Casing

The all metal fan casing and guard provide a long lasting and robust construction. The units have been constructed from a single sheet of steel, with both motor and axial impeller mounted within the length of the unit casing. All casing parts are heavy gauge mild steelsheet, roll formed and welded, then hot dip galvanised to BS EN ISO 1461:2009after fabrication.

Motors

Motors according to Gas Zone, Ignition Temperature and Protection to Ex h IIB+H2 T4 Gb.

Impellers

Adjustable pitch aerofoil impellers are provided with blades made from high quality carbon filled anti static material. Impellers are factory set at an angle to provide maximum performance. Hubs are manufactured from die cast aluminium alloy (LM24). Assembled impellers are dynamically balanced to ISO 14694 Grade G6.3.

Quality Management

Units are to be designed and manufactured with procedures as defined in BS EN ISO 9001. All Revolution SLCX units are to be tested to ISO 5801:1997 (airside performance) and BS 848 Part 2: 1985 (sound performance).