RS PRO Bag Filter, Polypropylene Media, G4 Grade, 592 x 287 x 350mm 8

  • RS Stock No. 827-9651
  • Manufacturer RS PRO
Technical data sheets
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): GB
Product Details

RS PRO Bag Filter

The RS PRO blue G4 grade Ultraseal CU4 bag filter is manufactured by mounting the 100% polypropylene synthetic media into a galvanised steel header frame. The efficient mechanised manufacturing techniques deliver cost-effective filtration and the hydrophobic media allows great performance in damp atmospheres. The hydrophobic media allows great performance in damp atmospheres. The rolled safety edge prevents the filter material from being cut and ensure the safety of installation engineers. An extra built-in pre-filter layer provides an extended filter life.

How do air filters work?
Used in heating, ventilation and air conditioning, HVAC filters are generally made of gauze-like material. This provides a small passage for air to flow through whilst also stopping larger particles. The standard air filters are designed with efficiency infiltration, as they collect debris and dust. Some more complex filters remove odour and feature a charcoal element. Preventing debris from entering ventilation, cooling or heating system is vital in ensuring longevity as foreign objects in these types of systems can cause them to overheat and cease functioning.

Why change HVAC air filters?
If these types of filters are not properly attended to, they can become clogged. This can prevent airflow, possibly causing the system to overheat and can eventually lead to equipment break down or fires. Changing air filters regularly is vital for health and safety and ensure the HVAC system’s longevity.

Features and Benefits

Leak-free seems
Non-toxic/non-irritant
Actual dimensions are 592mm x 287mm x 350mm
The filter MERV rating is 8
Number of pockets are 3
Maximum airflow is 58.37m³/h
Initial pressure drop is 40Pa
Final pressure drop is 50Pa
Header size is 20mm

Applications

Government buildings
Hospitals
Theatres
Spray booths
Computer rooms
Offices

Specifications
Attribute Value
Filter Type Bag
Nominal Dimensions 24 x 12 x 15in
Actual Dimensions 592 x 287 x 350mm
Filter MERV Rating 8
Number of Pockets 3
Filter Grade G4
Maximum Air Flow 58.37m³/h
Initial Pressure Drop 40Pa
Final Pressure Drop 50Pa
Colour Blue
Case Material Galvanised Steel
Media Material Polypropylene
Header Size 20mm
Nominal Width 12in
Nominal Height 24in
Nominal Dimensions Height x Width 24 x 12 in, 24 x 12 x 15 in
Actual Height 592mm
Actual Width 287mm
Nominal Depth 15in
Actual Depth 350mm
58 In stock for delivery within 2 working days
Unit of sale: Each
17.44
(exc. VAT)
21.10
(inc. VAT)
units
Per unit
1 +
€17.44
Related Products
RS CU5 Ultraseal medium efficiency rated bag filters ...
Description:
RS CU5 Ultraseal medium efficiency rated bag filters can be used widely in buildings such as administrative departments, hospitals and other sensitive areas This grade of filter is also suitable for the air conditioning of offices, theatres, computer rooms and ...
The RS CU6 Ultra Seal Range of bag ...
Description:
The RS CU6 Ultra Seal Range of bag filters are used widely in government buildings, hospitals and other sensitive areas This grade of filter is effective against dust and soots and is suitable for air-conditioning in laboratories, offices, theatres and ...
The RS Jayflow85 range of fine efficiency glass ...
Description:
The RS Jayflow85 range of fine efficiency glass bag filters are used widely in government buildings, hospitals and other sensitive areas the grade of filter is effective against dust and soots and is suitable for air conditioning in hospitals, laboratories, ...
Basic-Flo bag filters are an econimical choice of ...
Description:
Basic-Flo bag filters are an econimical choice of multi-pocket bag filter Conical shaped bags optimise filtering performance and are mounted in a sturdy 25mm metal header frame. Applications include air conditioning and pre-filtration. Economy version Conical bags for optimised performance ...