Novo Plug-in System – The Intelligent Solution
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Novo Plug-in System – The Intelligent Solution The thrust-resisting joint system for valves and fittings with Düker etec enamel

Novo plug-in sockets – the interesting alterna The most important advantage of plug-in socket The Novo thrust-resisting joint goes one step further. systems compared to flange systems is obvious for Due to the intelligent separation of the sealing and those with practical experience: economy of time. thrust-resisting function in two separate socket The assembly of a socket connection takes only chambers and rings, the same socket geometry can about one third of the mounting time of a flange be used with ductile iron pipes, steel pipes*, PE-HD connection – including the thrust-resistant...

Installed quick and easy - socket joint with only 19 assembling components. The same construction with flange connections and 124 assembling components.

Thrust-resistant joints as a system NOVO-SIT® for ductile iron pipes Steel insert from DN 200 up NOVO-SIT® ring TYTON® ring pressure allowable class operating pressure PFA pressure deflection class max. number of locking segments allowable operating pressure PFA

Dimensions NOVO-Grip® III for PE pipes pipe or fitting plastic pipe in mm for SDR 11 for SDR 17 for PVC * Note: in DN 200 (d 225) for PE-HD and PVC pipes, it is not possible to use the standard Novo socket. The socket must be manufactured with an adapted geometry. Delivery is with pre-mounted connections. Marking „for PE-HD pipe" or „for PVC pipes"

Easy and fast assembly Assembly NOVO-SIT®: 1. Clean socket and spigot. 5. pply a thin layer of lubricant on the TYTON® A gasket and the spigot, in particular at the chamfer. 6. Insert the spigot through the NOVO-SIT® ring into the socket until it rests concentrically against the sealing gasket. Use a customary laying device. Avoid deflection during assembly. 2. Insert TYTON® gasket as per the assembly instructions. 3. Insert NOVO-SIT® ring into the pre-chamber. Attention: any changes in circumferential direction (e.g. alignment of a lateral connection) must be carried out before the...

1. ay the bracket with the drawbar handles L around the Novo socket and tighten the clamping screw by hand. 2. ay the bracket with the crank pins around the L spigot and tighten the clamping screw by hand. 3. onnect the drawbars into the crank pins and C bring the levers into the position shown here. 4. ow draw the spigot slowly into the socket by N moving the levers. Avoid deflection. locking of the Novo joint is made by an The opposite movement of the levers, drawing the spigot slightly out of the socket.

Assembly of NOVO-Grip® III and NOVO-Grip® 1. Clean socket and spigot. 6. Drive the bracing wedge into the stabilising bush until it is tense. Cut off the protruding end of the bracing wedge. 7. Apply lubricant to the GKS gasket. 3. Insert NOVO-Grip® III ring into the pre-chamber. 8. Insert the pipe through the NOVO-Grip® III ring into the socket until it rests concentrically against the sealing gasket. Avoid deflection during assembly. 4. Chamfer the pipe spigot. 5. or PE pipe: push in the whole length of the F stabilising bush. Attention: changes in circumferential direction any (e.g....

PVC Dismantling of NOVO-SIT®, NOVO-Grip® III and NOVO-Grip® PVC: 1. ush the spigot in up to the socket base. P 2. pply lubricant to the unlocking plates and drive A them in all around with the help of the striking aid. (for NOVO-SIT®: at the locking segments marked on the outside of the ring) 3. Dismantle the connection with the laying device. Accessories Laying device V 300 D consisting of: • 2 levers, 1050 mm length • bracket with crank pin 1 (to be mounted onto the spigot) • 1 bracket with drawbar handles (to be mounted onto the socket) • Available diameters: DN 80 up to 400; ductile...

Düker etec enamel – your asset The Düker etec inside and outside enamelling is the modern and sustainable protection of Protection against inside corrosion Protection against biofilm and hygienical risks Enamel is diffusion-tight and therefore protects the Enamel is an anorganic material and as such is just ductile cast iron. Even in case of a local damage, a as ideal for the transport of water as glass. Bacte- penetration of rust under the enamel is not possible ria and germs do not find any nutritional base and thanks to the compound layer between enamel and cannot build up any noteworthy...

your investment Protection against outside corrosion Resistance to soil class III (very aggressive soils) as All these assets can be summed up in one sen- tence: enamelled fittings and valves are extremely durable due to their numerous advantages. Protection against mechanical stress Düker etec enamel is shock-resistant and extreme- Enamelled components in water distribution netly hard, so it is very well protected against friction, works are a sustainable investment into the future.

NOVO range of products Gate valves inside and outside enamel, for water DN 80 Further valves inside and outside enamel, for water DN 80 100 125 150 200 250 300 400 500 Butterfly valve type 4510 Novo/Novo Underground hydrant type 304 S plug-in hydrant NOVO-SIT® thrust-resistant joint NOVO-Grip ® III thrust-resistant joint

Novo fittings inside and outside enamel DN Socket ball fitting**

Socket systems in practice flanged system EU flanged gate valve T flanged gate valve EU EU T FF flanged gate valve EU flange gate valve Novo plug-in system socket gate valve IT socket gate valve plug-in hydrant MMB | K socket gate valve socket gate valve Compared to conventional flanged systems, the Novo system allows to eliminate numerous fittings and connections. The economy of material and assembly costs is up to 30%!

flanged system F flanged gate valve EU EU flanged gate valve F EU I \—S Novo plug-in system plug-in hydrant socket gate valve I X socket gate valve M flanged system flanged gate valve EU flanged gate valve FFR T EU Novo plug-in system socket gate valve socket gate valve I MMR IT