Svenska 
English 
Silencers are designed for installation on exhaust circuits to reduce the noise levels of equipment while operating, thus improving user comfort.
Features/Benefits:
– Variety of Applications
• 2 versions incorporating flow control regulation
• Extremely compact models available
• Polyethylene: excellent balance between exhaust flow rate and noise reduction
• Sintered bronze: robust and economic
• 316L stainless steel: increased chemical resistance and mechanical strength
Markets:
• Factory Automation
• Wearing Apparel
• Semiconductor
• Packaging
Application:
• Pneumatic Equipment Noise Reducing
Technologies:
• Noise reduction
• Function fitting
• Pneumatic silencer
• Flow control regulator
Technical Characteristics:
• Fluids: Compressed air
• Materials: brass, polymer, stainless steel, sintered bronze, 316L stainless steel, silicone free
• Pressure:
Polyethylene: 0 to 10 bar
Sintered bronze: 0 to 12 bar
316L stainless steel: 0 to 12 bar
• Temperature:
Polyethylene: -10°C to +80°C
Sintered bronze: -20°C to +150°C
316L stainless steel: -20°C to +180°C
Regulations:
• DI: 2002/95/EC (RoHS)
• RG: 1907/2006 (REACH)
• DI: 97/23/EC (PED)
• DI: 2003/10/EC (Noise Directive)
Requirement to use ear protection if exposure > 8 hours (85 dBA)
• RG: 1910.95(b) (OSHA)
Requirement to use ear protection if exposure > 8 hours (90 dBA)
Product Types:
• Polymer Silencer, Male BSPP and Metric Thread
• Flow Control Polymer Silencer, Male BSPP and Metric Thread
• Threaded Silencer, Male BSPP Thread
• Compact Silencer, Male BSPP and Metric Thread
• Threaded Silencer, Male BSPP and Metric Thread
• Push-In Silencer
• Miniature Silencer, Male BSPP Thread
• Flow Control Silencer, Male BSPP Thread
• Compact Silencer, Male BSPP Thread
• Compact Silencer, Male NPT Thread
