• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%

 

• The discal range of air eliminators are designed for use with heating circuits to provide an efficient method of air removal
• Maximum working pressure 10 bar
• Maximum working temperature 110°C
• Maximum glycol concentration 50%