Aluminum Exterior Louvre Weather Storm Proof Louver Horizontal Triple Banks Vertical Louvers

• Customization: Available
• Material: Aluminum
• Usage: for Air Conditioner, for Manufacture
• Model NO.: Togen
• Venetian-Style Air Layers: Single
• Installation: Outlet
• Color: Custmoized
• Finishing Treatment: PVDF Coating / Powder Coating
• Warranty: 5-20 Years
• Keywords: Aluminum Performance Louver
• Transport Package: Attach PE Film on The Surface of Aluminum Profile,
• Specification: louver height: 1055mm
• Trademark: Togen
• Origin: China
• HS Code: 73089000
• Production Capacity: 4500 Meter/Meters Per Day

Product Description

 

Product Description

VERTICAL LINE LOUVRE

Introduction

Designed for optimal performance in rain defense, vertical louvre systems are more effective than their horizontal counterparts as every louvre blade facilitates drainage of the louvre system through gravity. The result is improved rain defense capability, with no adverse effect on airflow performance.

Product Drawing

 

Louvre Model		VDL 150-3	VSBL 95-3
Blade Configuration		Double	Single
System Depth		150 mm	95 mm
Pitch		75 mm	65 mm
Vsiual Blade Oreientation		Vertical	Vertical
Visual Impact Of Mullions/Jambs		Hidden	Visible
Rainwater Penetration (Airflow Velocity In M/S)	0.0	A	B
	0.5	A	B
	1.0	A	B
	1.5	A	B
	2.0	A	B
	2.5	A	C
	3.0	A	C
	3.5	A	C
Airflow Coefficient		0.275	0.267
Airflow Class		3	3
Aireflow Rating		Good	Good

 

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Testing

Weather Louvre: UK BSRIA/US AMCA Testing

The industry standard for weather testing of Louver in the UK was developed by BSRIA(Building Services Research & Information Association) and HEVAC adopted in 2001 as a British & European Standard: BS EN 13030:2001. The principles of EN 13030 are replicated in the USA under the AMCA Standard 500-L, "Laboratory Methods of Testing Louvers for Rating"

All of our louver systems have been tested either by BSRIA or by AMCA
Two key performance areas:
1. Rain Defence Classification
The ability to prevent rainwater from penetrating the louver

Class	Effectiveness	Max. allowed rain penetration l/h/m²
1	1 to 0.99	0.75
2	0.989 to 0.95	3.75
3	0.949 to 0.80	15.00
4	Below 0.80	Greater than 15.00

NOTE: Water Penetration Effectiveness is measured for each of eight face velocities between 0m/s and 3.5m/s under fan-driven wind at a speed of 13m/s and water sprayed as rainfall at a rate of 75 l/h conditions.

2. Discharge Loss Coefficient Classification
A high coefficient means low resistance and high airflow performance

Class	Airflow Effectiveness	Performance Rating
1	0.4 to 1	Excellent
2	0.3 to 0.399	Very Good
3	0.2 to 0.299	Good
4	0.199 & below	Fair

 

Project Reference