Protective cap - Import export

Various requirements are imposed on modern device connection technology today. The main issues are progress in miniaturisation in engine and machine design as well as applications with increased power requirements. Safe data transmission must always be guaranteed, even in harsh environmental conditions. For connection on the device side, CONEC offers a broad range of unit side connectors. Fields of application are, amongst others: distribution cabinets, engine and speed sensor connection technology

Protection capType For ERPR Flush button ERPL Illuminated flush button ERPF Mushroom head button Ø40 ERPD Dual push button ERPDR Dual flush button extended

The »speedfit« compressed air piping system is characterised by its simple and fast installation and it is ideally suited for conveying compressed air and liquids. It is installed without tools and the connections can be quickly fastened and released with additional sealing material not required. The »speedfit« compressed air piping system is fabricated according to BSX 5750 Part I, ISO 9001, EN 29001. The good flow properties and large range of products characterise this system. Plastic pipes, aluminium pipes, air distributor sockets, pipe clamps, water separators, loosening assists, brass connectors, protective caps and retaining rings are included in the »speedfit« series.

The »speedfit« compressed air piping system is characterised by its simple and fast installation and it is ideally suited for conveying compressed air and liquids. It is installed without tools and the connections can be quickly fastened and released with additional sealing material not required. The »speedfit« compressed air piping system is fabricated according to BSX 5750 Part I, ISO 9001, EN 29001. The good flow properties and large range of products characterise this system. Plastic pipes, aluminium pipes, air distributor sockets, pipe clamps, water separators, loosening assists, brass connectors, protective caps and retaining rings are included in the »speedfit« series.

The »speedfit« and »sharkbite« line systems are ideally suited to transporting compressed air. Both can be installed quickly and easily by you and offer, compared to conventional methods, significant labour and energy savings. Convert your compressed air piping systems with minimal production downtime and cost. Plastic pipes, aluminium pipes, air distribution socket, pipe clamps, water separators, loosening assists, brass connectors, POM/PP connectors, protective caps and retaining rings comprise this range. Both are durable and corrosion-resistant, and no additional sealing material is required for their installation. You get optimum flow rate and the utmost air quality. You also extend the lifespan of your systems and installations.

The »speedfit« and »sharkbite« line systems are ideally suited to transporting compressed air. Both can be installed quickly and easily by you and offer, compared to conventional methods, significant labour and energy savings. Convert your compressed air piping systems with minimal production downtime and cost. Plastic pipes, aluminium pipes, air distribution socket, pipe clamps, water separators, loosening assists, brass connectors, POM/PP connectors, protective caps and retaining rings comprise this range. Both are durable and corrosion-resistant, and no additional sealing material is required for their installation. You get optimum flow rate and the utmost air quality. You also extend the lifespan of your systems and installations.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.

The barrel is made of steel galvanized sheets. The shell is welded and reinforced by pressed stiffeners. The bottom andid are connected with the shell by multiple safety folding. A sealing substance is applied in the folding to provide tightness that is examined with each barrel. The filling hole is closed by a plug that can be secured by a protective cap with a tearoff strip. This ensures original condition of the packing. The design enables multiple use minor repairs and recycling.