SLP125EC – Slimpak EC Box Fan 125mm – Vent Axia
The SLP125EC is a Slimpak EC single in-line box fan this range of fans incorporates an energy-efficient EC motor and basic commissioning controls to offer an energy-efficient basic fan system.
Manufactured from Galvanised sheet the Slimpak (SLP EC) fan units are internally treated with an ‘O’ class rated, BS476 part 6 & 7, acoustic foam, which offers the benefits of high sound absorption and good thermal insulation properties, in addition to self-extinguishing properties and resistance to ignition.
The casing includes an inclined inlet and bellmouth entry which directs the incoming air to the impeller with minimal turbulence. The result is better air management through the unit, less noise, higher efficiency and an increased performance.
The housing is designed to be as compact as possible for ceiling or plantroom applications with integral mounting points to allow quick and easy installation.
Motor / Impellers
All SLP EC units feature an energy-efficient, Class 1, EC/DC external rotor motor and backward curved impeller assembly specifically chosen for performance and non-overloading characteristics. The assembly is dynamically balanced to DIN ISO 1940 Grade 6.3, duct size 500mm rated IP54, all other sizes, IP44 according to BS EN 60529. Ball bearings are greased for life. Insulation is Class ‘B’ (from -25°C to +60°C). All models incorporate internal electronic overload protection and soft start function.
Control
Every SLP EC unit is fitted with a purpose-designed integral commissioning controller giving the ability to set the exact duty required at commissioning. Alternatively, the integral potentiometer can be bypassed to allow remote speed control via an external 0-10V potentiometer. Low voltage control wiring is kept separate from the mains wiring.
Features
• Ultra slim and compact
• Energy-efficient EC/DC motor
• Backward curved impeller
• Acoustically treated ‘O’ class rated
• Integral commissioning potentiometer
• Optional external speed control input
• Matching ancillaries
• ‘Eco Flow’ computer-modeled design
PRODUCT PDF