Pictures

Address
Head Office:
 Add: 949 Trần Hưng Đạo, Quận 5, TP.Hồ Chí Minh, Việt Nam.
  Tel: 84 8 38382546 (5 lines)
  Fax: 84 8 38382547
  email: htdc@fmail.vnn.vn

Branch:
Add: 82 Trần Quốc Toản, Quận Hoàn Kiếm, Hà Nội , Việt Nam
Tel: 84 4 39428467
Fax: 84 4 39428466
Email: htdc-hn@hn.vnn.vn

Workshop:

Chương Dương, Linh Chiểu,Thủ Đức Dist, HCMC


Head Office:
 Add: 949 Trần Hưng Đạo, Quận 5, TP.Hồ Chí Minh, Việt Nam.
  Tel: 84 8 38382546 (5 lines)
  Fax: 84 8 38382547
  email: htdc@fmail.vnn.vn

Branch:
Add: 82 Trần Quốc Toản, Quận Hoàn Kiếm, Hà Nội , Việt Nam
Tel: 84 4 39428467
Fax: 84 4 39428466
Email: htdc-hn@hn.vnn.vn

Workshop:

Chương Dương, Linh Chiểu,Thủ Đức Dist, HCMC



LOUVERS

Capturing water within the louver blade is not enough. Vertical drain channels within the louver mullion are essential to ensure that rainwater is not reintroduced to airflow but drained effectively away from the louver panels.

  1.     VISIBLE MULLION  

CLASSIFICATION B – C  

Louver type:   
Louver Pitch:   
Louver Depth   
Max Airlow Coefficient:   
Max Pressure Drop:   
Rain defense
 

RS 3200 (Single blade)
70 mm
78 mm
0.333
35 Pa
80% – 94.9% to 95% - 98.9%

 

 

 

 

CLASSIFICATION A – A

Louver type:    
Louver Pitch:    
Louver Depth    
Max Airlow Coefficient:    
Max Pressure Drop:    
Rain defense

RS 5300 (DOUBLE BLADE)
70 mm
131 mm
0.233
70 Pa
99% – 100%

 

 

 

 

 

2.HIDDEN MULLION

 CLASSIFICATION B – C

Louver type:   
Louver Pitch:   
Louver Depth   
Max Airlow Coefficient:   
Max Pressure Drop:   
Rain defense
 

RS 3105 (Single blade)
75 mm
76 mm
0.434
20 Pa
80% – 94.9% to 95% - 98.9%
 

 

 

 

CLASSIFICATION A – A

Louver type:   
Louver Pitch:   
Louver Depth   
Max Airlow Coefficient:   
Max Pressure Drop:   
Rain defense

RS 7305 A+ (Double blade)
75 mm
152 mm
0.320
40 Pa
99% – 100%

 

 

 

The Wind Driven Rain Test Facility allow C/S to analyze the performance of all of our louvers. Through experimentation with bending wind, C/S engineers have designed a louver system that allows air in building while keeping water out.

LOUVERS

Capturing water within the louver blade is not enough. Vertical drain channels within the louver mullion are essential to ensure that rainwater is not reintroduced to airflow but drained effectively away from the louver panels.

  1.     VISIBLE MULLION  

CLASSIFICATION B – C  

Louver type:   
Louver Pitch:   
Louver Depth   
Max Airlow Coefficient:   
Max Pressure Drop:   
Rain defense
 

RS 3200 (Single blade)
70 mm
78 mm
0.333
35 Pa
80% – 94.9% to 95% - 98.9%

 

 

 

 

CLASSIFICATION A – A

Louver type:    
Louver Pitch:    
Louver Depth    
Max Airlow Coefficient:    
Max Pressure Drop:    
Rain defense

RS 5300 (DOUBLE BLADE)
70 mm
131 mm
0.233
70 Pa
99% – 100%

 

 

 

 

 

2.HIDDEN MULLION

 CLASSIFICATION B – C

Louver type:   
Louver Pitch:   
Louver Depth   
Max Airlow Coefficient:   
Max Pressure Drop:   
Rain defense
 

RS 3105 (Single blade)
75 mm
76 mm
0.434
20 Pa
80% – 94.9% to 95% - 98.9%
 

 

 

 

CLASSIFICATION A – A

Louver type:   
Louver Pitch:   
Louver Depth   
Max Airlow Coefficient:   
Max Pressure Drop:   
Rain defense

RS 7305 A+ (Double blade)
75 mm
152 mm
0.320
40 Pa
99% – 100%

 

 

 

The Wind Driven Rain Test Facility allow C/S to analyze the performance of all of our louvers. Through experimentation with bending wind, C/S engineers have designed a louver system that allows air in building while keeping water out.

Certification

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