T Wall Hung Radiator & UFH Manifolds T Topway LS Pre-Assembled Heating Manifold A range of nickel plated extruded brass manifolds pre-assembled for immediate installation for both radiator and underfloor systems. Available in and ¼ sizes, from - ways. Provided with integral double regulating lockshields and electrothermic bodies. Can be surface mounted, concealed in a cabinet or within a partition wall. Manifold flow and return outlets are offset. Also available are ball valves, Monoblocco pipe connectors, electrothermic actuators and matching zone controls to meet or exceed Building Regulations Part L requirements. T Topway FM Pre-Assembled Heating Manifold A range of nickel plated extruded brass manifold pre-assembled for immediate mounting for both radiator and underfloor systems. Available in and ¼ sizes, from - ways. Provided with integral double regulating flowmeters, able to measure 0- l/min. Can be surface mounted, concealed in a cabinet or within a partition wall. Manifold flow and return outlets are offset. Also available are ball valves, Monoblocco pipe connectors, electrothermic actuators and matching zone controls to meet or exceed Building Regulations Part L requirements. T Topway SLM Pre-Assembled Single Loop Manifold Designed to be used with our TM and T control group range. Nickel plated extruded brass manifold preassembled for use with single zone underfloor heating applications such as conservatories and extensions. Available in size, with one flow and return connection complete with automatic air vents, drain complete with fill valves and end caps. Provided with a single integral double regulating flow meter. Can be surface mounted, concealed in a cabinet or within a partition wall. Manifold flow and return outlets are offset. Also available are ball valves, Monoblocco pipe connectors, electrothermic actuators and matching zone controls to meet or exceed Building Regulations Part L requirements. T Topway LS Single Bar A range of flow manifolds. Nickel plated extruded brass manifold with integral double regulating lockshield flow control valves for both radiator and underfloor systems. Available in and ¼ sizes, from ways to ways to suit a wide of system requirements. Single bars can be mounted separately or close coupled and concealed in a choice of purpose designed plastic or metal cabinets offering greater flexibility during installation. Also available are ball valves, mounting brackets, fittings and WRAS approved Monoblocco pipe connectors for a wide range of pipe types and sizes. T Topway FM Single Bar A range of flow manifolds. Nickel plated extruded brass manifold with integral double regulating flow meter flow control valves for both radiator and underfloor systems. Available in and ¼ sizes, from ways to ways to suit a wide range of system requirements. Single bars can be mounted separately or close coupled and concealed in a choice of purpose designed plastic or metal cabinets offering greater flexibility during installation. Also available are ball valves, mounting brackets, fittings and WRAS approved Monoblocco pipe connectors for a wide range of pipe types and sizes. T Topway ETB Single Bar A range of return manifolds. Nickel plated extruded brass manifold with integral flow control via electrothermically actuated valves for both radiator and underfloor systems. Available in and ¼ sizes, from ways to ways to suit a wide range of system requirements. Single bars can be mounted separately or close coupled and concealed in a choice of purpose designed plastic or metal cabinets offering greater flexibility during installation. Also available are ball valves, Monoblocco pipe connectors, electrothermic actuators and matching zone controls to meet or exceed Building Regulations Part L requirements.
T Wall Hung Radiator & UFH Manifolds Example showing a house with a T Topway heating manifold systems with underfloor heating and Wall Hung Radiators. Emmeti have many years experience of producing and supplying manifold systems for both heating and sanitary applications. We have CPD courses on both available for those who wish to explore the many advantages of using manifolds. The advantages Manifold based radiator systems are increasing in popularity as specifiers, designers and installers become more aware of the benefits of point to point plumbing and thermal control of individual rooms/zones. This is because they supply flow and return water directly to each radiator, in a star pattern, which makes it easy to hydraulically balance each independent circuit. Taking into account pipe runs, the hot water is circulated to all the radiators at the same time. This avoids the balancing or sequencing issues with a non-manifold system, where one radiator can be producing maximum heat well before another has started. A more constant temperature across all manifolds circuits is maintained (providing the balancing is done correctly). Manifolds encourage the use of small diameter pipes, 0 mm or mm, PB, PEX or Multilayer. These types of pipe is easy to handle and flexible. No further connections are required between the manifold and the radiator, which means there are no concealed joints that have potential to leak. This type of installation is known as point to point plumbing and gives the installer and more importantly the home owner greater confidence in the system. Manifold Types To make understanding the Emmeti range of heating manifolds easier, we have organised them into three simple types, matching each type to a heating system and controls to make the application clear. Type (T): These are for wall hung radiator (WHR) systems with a Thermostatic Radiator Valve (TRV) and Lockshield valve (LS) on the radiator. Type (T): These are for either wall hung radiator or underfloor heating (UFH) systems. The manifold is fitted with an electrothermic valve and lockshield to control each circuit; this replaces for example the TRV and LS on a radiator. The electrothermic valves are controlled by a thermostat or programmable thermostat. Type (T): These are underfloor heating (UFH) systems only and have a temperature controller (mixing valve) and pump to ensure that the water is at the correct temperature for the underfloor heating circuits. Each type has its own section on our website (www.emmeti. co.uk) which gives further details of each manifold.
Technical Product Guide Individual room zoning Energy saving By installing manifold based systems with individual zone controls there are significant energy savings to be made. Manifold systems are particularly effective for use in public access building such as offices, schools and hotels. However with the increasing emphasis on legislation to save energy in both new and existing homes, Emmeti T manifolds offer a cost effective solution to professional installers and specifiers in meeting today s more stringent requirements. Electrothermic actuation Electrothermic bodies are integrated into the return manifold, one per circuit. The valve body is almost identical to a thermostatic radiator valve but the way in which they are controlled is quite different. An electrothermic head is mounted onto the valve, at nd fix or final commissioning stage. This in turn is wired to a wiring centre (linking in to the boiler, pump and wall mounted room thermostat), What happens In principle the individual circuit is controlled as its own zone by way of a thermostat and electrothermic head, in the same way that a conventional heating zone is controlled by a thermostat and two port zone valve. You are effectively zoning your heating by rooms or small areas, allowing individual tailored temperature control. This means that when a room or area gets up to temperature, the thermostat that signals to the manifold electrothermic head (via the wiring centre), and that circuit is closed. This leaves the remaining circuits free to continue receiving heat. When all circuits have been satisfied, closing flow to each, the wiring centre signals the pump (and boiler) to cease pumping (and providing heat). Room Thermostats can be either simple electromechanical, electronic, or more sophisticated digital combined time and temperature units. This allows you to choose the time period when you want the room to receive heat, and allows a choice of two temperatures (comfort and energy saving), the choice is dependant on time and use of the room. For further details of our full range of controls, please see the section on Zone Controls in this document or go to our website (www.emmeti.co.uk). Example showing house with T radiator manifold system installed and individual room controls T Wall Hung Radiator & UFH Manifolds
T Topway FM Pre-Assembled Heating Manifold A range of nickel plated extruded brass manifold pre-assembled for immediate mounting for both radiator and underfloor systems Available in and ¼ sizes, from ways to ways with integral flow control valves to suit a wide range of system requirements The flow rail has a double regulating red sleeved 0 - l/min flow meter per circuit. Double regulating allows flow setting and isolating independently. Return rail has a blue capped integrated electrothermic body (ready for the electrothermic head) per circuit. Complete with M x 9 takeoff connections Can be surface mounted, concealed in a choice of purpose designed plastic or metal cabinets or within a partition wall for a flexible solution to location Manifold flow and return outlets are offset for space saving and ease of installation Ball valves, threaded fittings and Monoblocco pipe connectors available to accommodate a wide range of pipe types and sizes T Topway LS Pre-Assembled Heating Manifold A range of nickel plated extruded brass manifold pre-assembled for immediate mounting for both radiator and underfloor systems Available in and ¼ sizes, from ways to ways with integral flow control valves to suit a wide range of system requirements The flow rail has a sleeved double regulating lockshield per circuit. The double regulation allows isolation and flow balancing of each circuit, with the added ability to read the flow in litres per minute. The return rail has blue capped integrated electrothermic bodies (ready for electrothermic heads) per circuit. Complete with M 9 takeoff connections Can be surface mounted, concealed in a choice of purpose designed plastic or metal cabinets or within a partition wall for a flexible solution to location Manifold flow and return outlets are offset for space saving and ease of installation Ball valves, threaded fittings and Monoblocco pipe connectors available to accommodate a wide range of pipe types and sizes
T Topway Pre-Assembled Heating Manifold T manifolds T manifolds can be used in heating applications not only for WHR Wall Hung Radiator or other heat emitter based systems but also for UFH underfloor heating/cooling systems using a separate low temperature heat source or mixing valve control set (see our T and TM Control Groups). For radiator based or perimeter heating systems time and temperature control is centralised at the manifold allowing individual room temperature control if required. No TRV is required at the radiator and by using thermostats the temperature control is far more accurate. The thermostat is wired back to the manifold via a wiring centre which requires electrothermic heads on the return rail. This method is in compliance with Building Regulations Part L (conservation of fuel and power) see the current edition of the Domestic Building Services Compliance Guide. The function of the TRV (temperature control) and the lockshield (balancing) are now integrated on the manifold. For underfloor heating / cooling systems, see details of our separate range of our T and TM Control Groups on our website www.emmeti.co.uk. The individual time and temperature control allowed by Topway T manifolds would be connected as for radiator systems using a wiring centre and one thermostat or programmable thermostat per underfloor heating zone. isolation, and manual setting of flow control for heat balancing per radiator. It also includes automatic air vents and drainoff (filling) points as standard. These features help to reduce commissioning time, no longer having to physically move to each room or zone to balance each radiator. On the return rail a blue capped integrated electrothermic body (ready for the head) per circuit. Integrated functions Central point for distribution, central isolation of circuit or floor, central commissioning, venting and filling point. If using electro-thermic heads the electrical controls are also central. Optional functions Measuring of temperature using thermostats integrated into the ball valves, one on the flow and one on the return rail. These aid installation by allowing the installer to verify the hot water is flowing, and how much, as well as what flow and return temperatures are being achieved. Automatic by-pass valve, to prevent pump wear and tear. Programmable room thermostats, with night set back facility, for the individual zones or rooms. Wiring centre, allowing boiler interlock and pump stop/start. The advantages This state of the art option is pre-assembled onto the bracket, making for quick and easy installation. It has an electrothermic body integrated for each return circuit, which is actuated by the electrothermic head. The electrothermic heads, via a wiring centre, are connected to the room thermostats located in each room or zone. The manifold includes lockshields or flowmeters on the flow rail, which are double regulating for individual circuit
T Topway LS Pre-Assembled Heating Manifold - ¼ pre-assembled distribution manifold nickel-plated brass, x9 takeoffs designed to be used with Monoblocco connectors. Includes integral double regulating lockshield Size Ways Pcs/Pack Code Unit Price Flow rail at the top 09970.80 0997.0 0997.80 0997 7.00 09978 9.0 7 09970 0.0 8 0997 9.0 9 0997.0 0 0997 7.90 09978 9.0 09970.80 Flow rail at the bottom (illustrated) 09900.0 0990.70 0990.80 0990 7.90 09908 9.0 7 09900 0.0 8 0990 9.0 9 0990.0 0 0990 77.0 09908 9.0 09900.70 Flow rail at the bottom ¼ 0990 9.90 ¼ 0990 9.80 ¼ 09908.0 ¼ 7 09900.90 ¼ 8 0990 8.0 ¼ 9 0990 8.0 ¼ 0 0990 0.90 ¼ 09908 7.0 ¼ 099070 8.70 Version 09970-09970 should be ordered when using T control and TM Mixing Unit. For further information please visit our website www. emmeti.co.uk. Flow rail has a red capped double regulating lockshield per circuit. Return rail has a blue capped integrated electrothermic body (ready for the head) per circuit. Double regulating allows flow setting and isolating independently. Natural brass finish only on request. Euroconus connections available on request. Takeoffs 0mm (flow and return). Pre-assembled manifold includes no. drain off/fill valves; no. automatic air vents; no. blanking plugs. All pre-mounted onto a double offset bracket at 0mm centres. For Emmeti Monoblocco connectors, plastic or metal mounting brackets, blanking plugs, manual or automatic air vents and ball valves, please refer to the schematic shown on page 7.
T Topway LS Pre-Assembled Heating Manifold - ¼ pre-assembled distribution manifold nickel-plated brass, x9 takeoffs designed to be used with Monoblocco connectors. Includes integral double regulating lockshield 7 Ball Valves A range of and ¼ Ball Valves are available For the complete range please refer to section Ball Valves or visit our website www.emmeti.co.uk Monoblocco Connectors A range of monoblocco connectors are available to suit pipe sizes 0mm - 0mm, and different pipe types PB,PE-X, PE-RT, MLCP and Copper. For the complete range please refer to section Monoblocco Connectors and Threaded Fittings or visit our website www.emmeti.co.uk Manifold Code: Flow Rail at the top 09970 (way) to 09970 (way) Code: Flow Rail at the bottom 09900 (way) to 09900 (way) Code 0990 (way) to 099070 (way) ¼ Blanking Plug Code 900080 M with O-ring seal Code 9000070 ¼ M with O-ring seal 7 Automatic Air Vent Tecno-Varia auto air vent ½ - Code 000000 Optional: Bleed Valve and Manual air vent Code ½ - 0000 Drain Fill Valve Code 900790 ½ with ¾ hose connection Metal Brackets (0mm centres) Code 90070 Code 90080 ¼ supplied in pairs Optional: (00mm Centres) Code: 9000 Code: 9000 ¼ 7
T Topway LS Pre-Assembled Heating Manifold T Topway LS Pre-Assembled Dimensions ¼ A mm. 0. B mm 8. C mm. 0. D mm 8 89. E mm 7 8 F mm 0 Type ways ways ways ways ways 7 ways 8 ways 9 ways 0 ways ways ways L mm 7 7 7 7 7 7 ¼ L mm - - 8 8 8 8 8 8
T Topway FM Pre-Assembled Heating Manifold - ¼ pre-assembled distribution manifold nickel-plated brass, x9 takeoffs designed to be used with Monoblocco Connectors. Includes integral double regulating flow meters with isolation function Size Ways Pcs/Pack Code Unit Price Flow rail at the top 0900.90 090.0 090 7.0 090 78.0 0908 98.0 7 09070 9.70 8 0907 0.00 9 0907 7.90 0 0907 90.80 09078 0.00 09080 9.0 Flow rail at the bottom (illustrated) 0990 7.0 099.80 099 7.0 099 78.0 0998 99.0 7 09970 9.70 8 0997 0.00 9 0997 8.0 0 0997 9.0 09978 0.0 09980 9.0 Flow rail at the bottom ¼ 0999 7.80 ¼ 0999 99.00 ¼ 09998.0 ¼ 7 09900.0 ¼ 8 0990 9.00 ¼ 9 0990 9.70 ¼ 0 0990 9.90 ¼ 09908.0 ¼ 0990.70 Version 0900-09080 should be ordered when using T control groups and TM Mixing Unit. For further information please visit our website www.emmeti.co.uk. Flow rail has a double regulating red sleeved 0 - l/min flow meter per circuit. Return rail has a blue capped integrated electrothermic body (ready for the head) per circuit. Double regulating allows flow setting and isolating independently. Natural brass finish only on request. Euroconus connections available on request. Takeoffs 0mm (flow and return). Pre-assembled manifold includes no. drain off/fill valves; no. automatic air vents; no. blanking plugs. All pre-mounted onto a double offset bracket at 0mm centres. For Emmeti Monoblocco connectors, plastic or metal mounting brackets, blanking plugs, manual or automatic air vents and ball valves, please refer to the schematic shown on page 0. For electrothermic head, wiring centres and wall thermostats, please refer to our website www.emmeti.co.uk. 9
T Topway FM Pre-Assembled Heating Manifold - ¼ pre-assembled distribution manifold nickel-plated brass, x9 takeoffs designed to be used with Monoblocco Connectors. Includes integral double regulating flow meters with isolation function 7 Ball Valves A range of and ¼ Ball Valves are available For the complete range please refer to section Ball Valves or visit our website www.emmeti.co.uk Monoblocco Connectors A range of monoblocco connectors are available to suit pipe sizes 0mm - 0mm, and different pipe types PB,PE-X, PE-RT, MLCP and Copper. For the complete range please refer to section Monoblocco Connectors and Threaded Fittings or visit our website www.emmeti.co.uk Manifold Code: Flow Rail at the top 0900 (way) to 09080 (way) Code: Flow Rail at the bottom 0990 (way) to 09980 (way) Code 0999 (way) to 0990 (way) ¼ Blanking Plug Code 900080 M with O-ring seal 7 Code 9000070 ¼ M with O-ring seal Automatic Air Vent Tecno-Varia auto air vent ½ - Code 000000 Drain Fill Valve Code 900790 ½ with ¾ hose connection Double Metal Brackets (Sold in pairs) Code 9000-00mm Code 9000 - ¼ 00mm (sit flush to the wall) Code 90070-0mm Code 90080 - ¼ 0mm (allows for circulatory pump) 0
SLM pre-assembled single loop manifolds Designed to be used with our T and TM control groups Nickel plated extruded brass manifold pre-assembled for use with single zone underfloor heating applications such as conservatories and extensions Available in size, with one flow and return connection complete with automatic air vents, drain and fill valves and end caps Can be surface mounted, concealed in a choice of purpose designed plastic or metal cabinets or within a partition wall for a flexible solution to location Manifold flow and return outlets are offset on a double bracket for ease of installation Ball valves, threaded fittings and Monoblocco pipe connectors available to accommodate a wide range of pipe types and sizes Emmeti UFH Controllers provide a complete solution for water temperature regulation and distribution for single zone underfloor heating applications please please see our website www.emmeti.co.uk for full technical information.
Topway T SLM Manifold for single zone UFH applications Connections and dimensions 0 Mx9 0 9. G " 90. 0
T Topway SLM pre-assembled single loop manifold Single Loop Manifold Size Ways Pcs/Pack Code Unit Price 097 88. The SLM is designed to be used with the T and TM control groups, which are ideally suited for the requirements of the single loop manifold. Each T/ TM control group incorporates a compact thermostatic mixing valve, Class A circulating pump, temperature gauge, supporting bracket and M swivel connectors:. U80000 - Offers thermostatic control with remote probe actuation for a temperature range between 0- o C. Mixing valve KVs -.8. U8000 Offers thermostatic control together with electrical actuator shut off. Temperature range between 0- o C. Mixing valve KVs -.8. U9700090 - Offers thermostatic control only, mixing valve Kvs., temperature range o C - 0 o C. U97000 - Offers thermostatic control together with electrical actuator shut-off. Mixing valve Kvs., temperature range o C - 70 o C. The electrothermic head enables the control set to be used where positive shut-off is required, for single zone applications or where an additional level of temperature control is required. The SLM flow rail has a red sleeved 0 - l/min double regulating flow meter. Return rail has a blue capped integrated electrothermic body (ready for the head). This is not required if using U97000. Note that the flow rail is at the top. Pre-assembled manifold is mounted onto a double offset bracket. The accessories include no. drain-off/fill valves; no. automatic air-vents; no. blanking plugs supplied loose in the packaging. For Emmeti Monoblocco connectors, plastic or metal mounting brackets, blanking plugs, manual or automatic air vents and ball valves, please refer to the schematic shown below. For electrothermic head, wiring centres and wall thermostats, please refer to our website www.emmeti.co.uk. 7 Ball Valves A range of Ball Valves are available For the complete range please refer to section Ball Valves or visit our website www.emmeti.co.uk Monoblocco Connectors A range of monoblocco connectors are available to suit pipe sizes 0mm - 0mm, and different pipe types PB,PE-X, PE-RT, MLCP and Copper. For the complete range please refer to section Monoblocco Connectors and Threaded Fittings or visit our website www.emmeti.co.uk Manifold Code 097 (way) Blanking Plug Code 900090 ½ M with O-ring seal 7 Automatic Air Vent Tecno-Varia auto air vent ½ - Code 000000 Drain Fill Valve Code 900790 ½ with ¾ hose connection Metal Brackets (0mm centres) Code 90070 supplied in pairs Optional: (00mm Centres) Code: 9000
T Topway LS Single Bar Heating Manifold A range of nickel -plated brass flow manifolds; with lockshields complete with M x 9 takeoff connections. Takeoffs 0 mm spacing. Each rail has an integrated red capped double regulating lockshield valve per circuit. This rail comes complete with an integrated ½ FBSP port on the upper and lower side, ready for drain/fill valves or air vents. Nickel plated extruded brass manifold with integral flow control valves for both radiator and underfloor systems Available in and ¼ sizes, from ways to ways to suit a wide range of system requirements Single bars can be mounted separately or close coupled and concealed in a choice of purpose designed plastic or metal cabinets offering greater flexibility during installation. Ball valves, threaded fittings and Monoblocco pipe connectors available to accommodate a wide range of pipe types and sizes T Topway FM Single Bar Heating Manifold A range of flow manifold nickel-plated brass manifolds with flow meters included complete with M x 9 takeoff connections. Takeoffs 0mm spacing. Each flow rail has a sleeved double regulating lockshield with a clear flow metering tube per circuit. The double regulation allows isolation and flow balancing of each circuit, with the added ability to read the flow in litres per minute. This rail comes complete with an integrated ½ FBSP port on the upper and lower side, ready for drain/fill valves or air vents. Nickel plated extruded brass manifold with integral flow control valves for both radiator and underfloor systems Available in and ¼ sizes, from ways to ways to suit a wide range of system requirements Single bars can be mounted separately or close coupled and concealed in a choice of purpose designed plastic or metal cabinets offering greater flexibility during installation. Natural brass finish only on request. Ball valves, threaded fittings and Monoblocco pipe connectors available to accommodate a wide range of pipe types and sizes T Topway ETB Single Bar Heating Manifold A range of nickel-plated brass return manifolds with blue capped integrated electrothermic bodies complete with M x 9 takeoff connections. This rail comes complete with an integrated ½ FBSP port on the upper and lower side, ready for drain/fill valves or air vents. Takeoffs 0 mm spacing. Available in and ¼ sizes, from ways to ways to suit a wide range of system requirements Single bars can be mounted separately or close coupled and concealed in a choice of purpose designed plastic or metal cabinets offering greater flexibility during installation. Ball valves, threaded fittings and Monoblocco pipe connectors available to accommodate a wide range of pipe types and sizes.
T Topway Single Bar Heating Manifold Technical Product Guide T Topway LS Single Bar Manifold T Topway FM Single Bar Manifold T manifolds T manifolds can be used in heating applications not only for WHR Wall Hung Radiator or other heat emitter based systems but also for UFH underfloor heating/cooling systems using a separate low temperature heat source or mixing valve control set (such as our T and TM control groups). For radiator based or perimeter heating systems time and temperature control is centralised at the manifold allowing individual room temperature control if required. No TRV is needed in the room itself which can be controlled by a room thermostat or programmable room thermostat. The thermostat is wired back to the manifold via a wiring centre which requires electrothermic heads on the return rail. This method is in compliance with Building Regulations Part L (conservation of fuel and power) see the current edition of the Domestic Building Services Compliance Guide. The function of the TRV (temperature control) and the lockshield (balancing) are now integrated on the manifold. For underfloor heating / cooling systems, see details of our separate range of our T and TM control groups on our website www.emmeti.co.uk. The individual time and temperature control allowed by Topway T manifolds would be connected as for radiator systems using a wiring centre and one thermostat or programmable thermostat per underfloor heating zone. T Topway ETB Single Bar Manifold Lockshields A range of T single rail flow manifolds including double regulating lockshields for individual circuit isolation. These functions help to reduce commissioning time when compared to conventional systems as all balancing and commissioning valves are located centrally. Flowmeters A range of T single flow manifolds including double regulating flowmeters for individual circuit isolation, and manual setting of flow control for heat balancing per radiator. These functions help to reduce commissioning time when compared to conventional systems as all balancing and commissioning valves are located centrally. ETB A range of electrothermic body return manifolds. Nickel plated extruded brass manifold with integral flow control via electrothermically actuated valves for both radiator and underfloor systems. Available in and ¼ sizes, from ways to ways to suit a wide range of system requirements. Single bars can be mounted separately or close coupled and concealed in a choice of purpose designed plastic or metal cabinets maximising installation flexibility. To complete the system flow single bar manifolds are available with the choice of either, lockshields or flowmeters. Also available are ball valves, Monoblocco pipe connectors, electrothermic actuators and matching zone controls to meet or exceed Building Regulations Part L requirements.
T Topway Lockshield LS and ETB Single Bar Heating Manifolds - ¼ flow and return manifold nickel-plated brass, with double regulating lockshields on the flow rail and electrothermic body on return rail. Complete with x9 takeoff connections designed to be used with Monoblocco connectors. Additional Bracket Options Single Metal Brackets (Sold in pairs) Code 9000 - Code 9000 - ¼ Double Metal Brackets (Sold in pairs) Code 90070-0mm (allows for circulatory pump) Code 90080 - ¼ 0mm (allows for circulatory pump) Code 9000 00mm (sit flush to the wall) Code 9000 ¼ 00mm (sit flush to the wall) 8 8 7 7 Ball Valves (Optional) A range of and ¼ Ball Valves are available For the complete range please refer to section Ball Valves or visit our website www.emmeti.co.uk Monoblocco Connectors A range of monoblocco connectors are available to suit pipe sizes 0mm - 0mm, and different pipe types PB,PE-X, PE-RT, MLCP and Copper. For the complete range please refer to section Monoblocco Connectors and Threaded Fittings or visit our website www.emmeti.co.uk Manifold T Topway LS Single Bar Code 0980 -way to 0980 -way ¼ T Topway LS Single Bar Code 0988 -way to 098880 -way T Topway ETB Single Bar Code 09890 -way to 0990 -way ¼ T Topway ETB Single Bar Code 099 -way to 0970 -way Automatic Air Vent Code 000000 Tecno-Varia auto air vent ½ Manual Air Vent Code 0000 ½ Blanking Plug Code 900090 ½ M with O-ring seal Blanking Plug Code 900080 M with O-ring seal Code 9000070 ¼ M with O-ring seal 8 7 Plastic Bracket Supports Code 000 Sold in boxes of 0 pairs: average is per per set. Aluminum Slider Rail Order two per manifold or one 00mm slider rail as this can be snapped into two 00mm lengths by hand. This depends on length required Code 0000 00mm or Code 0098 00mm. Drain Fill Valve Code 900790 ½ with ¾ hose connection
T Topway LS Single Bar Heating Manifolds - ¼ flow manifold nickel-plated brass, with double regulating lockshields complete with x9 takeoff connections Size Ways Pcs/Pack Code 0980 098 098 098 0988 7 0980 8 098 9 098 0 098 0988 0980 ¼ 0988 ¼ 0988 ¼ 09888 ¼ 7 098870 ¼ 8 09887 ¼ 9 09887 0 mm ¼ 0 09887 ¼ 098878 ¼ 098880 T Topway Lockshield Manifold Dimensions 0 mm L Flow rail has a red capped double regulating lockshield per circuit (flow setting and isolation setting). This rail comes complete with an integrated ½ FBSP hole on the upper and lower side, ready for drain/fill valves or air vents. This rail comes complete with an integrated ½ FBSP port on the upper and lower side, ready for drain/fill valves or air vents. For Emmeti Monoblocco connectors, plastic or metal mounting brackets, blanking plugs, manual or automatic air vents, drain fill valves and ball valves, please refer to the schematic on page. / F 0 mm 0 mm / F M x9 / Eurocono Type ways ways ways ways ways 7 ways 8 ways 9 ways 0 ways ways ways L mm ¼ L mm 70 0 70 0 70 0 70 0 70 0 70 7
T Topway FM and ETB Single Bar Heating Manifolds - ¼ flow and return manifold nickel-plated brass, with double regulating lockshields with flow meters included on the flow rail and electrothermic body on return rail, complete with x9 takeoff connections designed to be used with Monoblocco connectors. 7 Ball Valves A range of and ¼ Ball Valves are available For the complete range please refer to section Ball Valves or visit our website www.emmeti.co.uk Monoblocco Connectors A range of monoblocco connectors are available to suit pipe sizes 0mm - 0mm, and different pipe types PB,PE-X, PE-RT, MLCP and Copper. For the complete range please refer to section Monoblocco Connectors and Threaded Fittings or visit our website www.emmeti.co.uk Manifold Flow Manifold T Topway FM Single Bar Code 0980 -way to 0980 -way ¼ T Topway FM Single Bar Code 098 -way to 09880 -way Return Manifold T Topway ETB Single Bar Code 09890 - way to 0990 -way ¼ T Topway ETB Single Bar Code 099 -way to 0970 -way Blanking Plug Code 900090 M with O-ring seal Code 9000070 ¼ M with O-ring seal 7 Automatic Air Vent Code 000000 Tecno-Varia auto air vent ½ Manual Air Vent Code 0000 ½ Blanking Plug Code 900090 ½ M with O-ring seal Metal Brackets (sold in pairs) Code 90070 0mm (allows for circulatory pump) Code 90080 ¼ 0mm (allows for circulatory pump Optional: (00mm Centres) Code: 9000 00mm (sit flush to the wall) Code: 9000 ¼ 00mm (sit flush to the wall) Drain Fill Valve Code 900790 ½ with ¾ hose connection Additional Bracket Options Aluminum Slider Rail Order two per manifold or one 00mm slider rail as this can be snapped into two 00mm lengths by hand. This depends on length required. Code 0000 00mm or Code 0098 00mm. Plastic Brackets Brackets code 000 Plastic Bracket Supports Sold in boxes of 0 pairs. Single Metal Brackets (Sold in pairs) Code 9000 - Code 9000 - ¼ 8
T Topway FM Single Bar Heating Manifolds - ¼ flow manifold nickel-plated brass, with double regulating lockshields with flow meters included complete with x9 takeoff connections 0 mm T Topway FM Single Bar Dimensions 0 mm L Size Ways Pcs/Pack Code Unit Price 0980.7 098.80 098 7.7 098 79.97 0988 9.90 7 0980 0.0 8 098 7.0 9 098.80 0 098 7.0 0988 9.0 0980 7.0 ¼ 098 77.08 ¼ 098 90.79 ¼ 0988 0.0 ¼ 7 09870 9.0 ¼ 8 0987.70 ¼ 9 0987 0.00 ¼ 0 0987.90 ¼ 09878 78.0 ¼ 09880 9.0 Flow rail has a red sleeved 0- l/min double regulating flow meter per circuit (flow setting and reading, and isolation) This rail comes complete with an integrated ½ FBSP port on the upper and lower side, ready for drain/fill valves or air vents. For Emmeti Monoblocco connectors, plastic or metal mounting brackets, blanking plugs, manual or automatic air vents, drain fill valves and ball valves, please refer to the schematic shown on page 8. 7 MAX / F 0 mm 0 mm / F M x9 / Eurocone Type ways ways ways ways ways 7 ways 8 ways 9 ways 0 ways ways ways L mm ¼ L mm 70 0 70 0 70 0 70 0 70 0 70 9
T Topway ETB Single Bar Heating Manifold - ¼ return manifold nickel-plated brass with electrothermic body valves, x9 takeoff connections Size Ways Pcs/Pack Code Unit Price 09890 8.8 0989 9.0 0989 0. 0989 70. 09898 80. 7 09900 9.07 8 0990 0.0 9 0990 7.0 0 0990 8.0 09908 8.80 0990 9.0 ¼ 099 9. ¼ 099 80.8 ¼ 0998 9. ¼ 7 09700 0.0 ¼ 8 0970.90 ¼ 9 0970.0 ¼ 0 0970.0 0 mm ¼ 09708.70 ¼ 0970 8.0 Return rail has a blue capped integrated electrothermic body (ready for the head) per circuit. This rail comes complete with an integrated ½ FBSP hole on the upper and lower side, ready for drain/fill valves or air vents. For Emmeti Monoblocco connectors, plastic or metal mounting brackets, blanking plugs, manual or automatic air vents, drain/fill valves and ball valves as, please refer to the schematic shown on page 8. Takeoffs 0mm spacing. 0
T Topway ETB Single Bar Heating Manifold T Topway ETB Single Bar Dimensions 0 mm Ø8 7 L / F / F M x9 / Eurocono Type ways ways ways ways ways 7 ways 8 ways 9 ways 0 ways ways ways L mm ¼ L mm 70 0 70 0 70 0 70 0 70 0 70 Electrothermic Body (for electro-thermic heads) p (mbar) 000 Shutter in brass EN CWN 0, Kv=. EPDM o-ring Kv=.80 Bolt in brass, EN Kv=.0 CWN Gasket in EPDMKv=.0 Brass gasket, EN Kv=. CWN O-ring for TA shutter Kv=.0 EPDM 00 Collar in brass EN CWN with nickel finish Bolt in stainless steel AISI 0 Cap in blue ABS (RAL 00) The blue cap is designed to be used for installation and commissioning, not for permanent isolation (if you are 0 not replacing 0 the cap with 00 an electrothermic head. 000 Please Flow rate (l/h) use code 00. p (mbar) Kv 000 00 Shutter in brass EN CWN EPDM o-ring Bolt in brass EN CWN Gasket in EPDM Brass gasket EN CWN O-ring for shutter EPDM Collar in brass EN CWN with nickel finish Bolt in stainless steel AISI 0 Cap in blue ABS (RAL 00) TA = All open. The above values refer to water temperature C. = no. of turns for opening adjustment device.0.00.0 Kv 0 0 TA = All open. The = no. of turns fo.0.00.0.00 0.0 0,,, TA 0.00 0 0. knob openin.00 0.0 0.00 0 0... knob opening: n. of turns that the hand wheel is open
T Topway LS Single Bar Double regulating lockshield adjustment The following commissioning instructions show separately the different procedures for setting up the designed flow rate using either lockshields or flowmeters. Emmeti have evolved a new and superior lockshield design. This allows easier, quicker and more accurate onsite setting of the correct flow. It is more accurate at maintaining the correct low flow,when set to a small aperture. This lockshield can be upgraded on site to become an integrated flowmeter and lockshield. How to balance using the lockshield: Remove the red cover. The black plastic assembly underneath has an inner sleeve, and an outer sleeve. The outer sleeve is used for isolating the valve, actuated using the impression in the top of the red cover.the inner sleeve is used to balance the circuit, increasing or decreasing the flow by using a mm Allen key, placed in the hexagon recess in the centre.the valve is supplied in the fully isolated position (flow is closed). First fully open the circuit. Turn the red cover over and using the top, turn the outer (isolating) sleeve anticlockwise, until the circuit is fully open, rotate until you feel steady resistance, then stop. Then rotate back half a turn. To verify, you will have seen the black plastic assembly rising. Then, using the mm Allen key placed in the hexagon recess, rotate the inner (balancing) sleeve clockwise. To verify you will have seen the inner sleeve falling. Rotate until you feel a strong resistance, then stop. Rotate back half a turn. The lockshield is now ready for flow setting. NOTE:Make sure you do not leave the inner (balancing) sleeve in the fully open position, back it off half a turn to be sure the o-ring is not stressed. Double regulating lockshield adjustment Using the graphs below you can calculate the number of turns required to reach your chosen flow rate. Now start to open the inner (balancing) sleeve anticlockwise, by the number of turns you have calculated. Then stop. It is now set. Replace the red cover. To prevent tampering, you can seal the red cover into position, using wire and a lead seal, making use of the holes in fins on the red cover. Calculation methods: How to calculate the Δp pressure drop with a 00 l/h Q water delivery capacity determined by the valve and lockshield, with, turns opening of the inner (balancing) sleeve. Method: Use the pressure drop diagram see Fig. below Q = 00 l/h Δp = 0 mbar where Kv stands for Q theflow rate in m /h corresponding to Δp equalling bar: Kv = Q /Δp The relationship between Δp (bar) and Q (m /h) is as follows: Δp = Q / Kv p [mbar] TA = 0 0 0 0 0 0 K v = 0, 0 0, K v =0, 0 K v = 0,, k v = 0, K v = 0, 7, K v = 0, 98 0 T. A. K v =, 07 0 00 000 no. of turns for opening adjustment device All open. The above values refer to water temperature C.; p = p flow + p return; Method: Use the Kv diagram, see Fig. below Kv = 0.98 Q = 0. m /h p = 0./ 0.98 = 0.0 bar Kv values (lockshield), Kv 0, 8 0, 0, 0, 0 0 0,,, N. giri apertura vite di regolazione detentore Lockshield adjustment screw: nr. turns Fig.
T Topway FM Single Bar Flowmeter Adjustment Combined Flow regulator and flow meter Red Collar 9mm black spanner flats Range of measurement 0- l/min Maximum operating pressure bars Max. operating temperature 90 C Kv = 0. ( l/min) -0. ( l/min) Kv max off scale = 0.9 Precision ±0% fs fs= Bottom of scale How to balance the circuits using flowmeters Flowmeters have a double regulating function i.e. they not only adjust water flow but also include an isolating function which can be opened and closed without affecting the flow setting. The flowmeter has an inner combined flow regulator and flowmeter, see Fig., and an outer red collar. The red collar, (). is used for isolating the valve. The inner regulator is used to set the flow in the circuit, increasing or decreasing the flow by using the 9 mm spanner flats provided, see Fig.. The change in flow can be read in the scale on the flowmeter tube. The valve is supplied in the fully closed position. First open the isolating valve following the instructions below: Turn the red collar anticlockwise approximately three and a half turns. You will see the whole of the flowmeter rotating and rising. If the valve is over-rotated - more than three and a half turns - then the internal plastic threads can become damaged and cause leaks. If you reach the positive stop please rotate back half a turn. You are now ready to use the flow regulating function. Lower the red collar until it touches the manifold (). Then using a 9mm spanner, or your fingers, adjust the flow using the black spanner flats at the bottom of the flowmeter (). You can read the required flow in litres per minute directly from the red indicator against the scale in the clear flow meter tube. When you have set the required flow rate, raise the red collar () again, until it is engaged against the black spanner flats at the bottom of the flowmeter (), see Fig.. You can seal the red collar into position, using wire and a lead seal, using the two holes in the red collar () - Fig. or product code 000 red circuit indicator bands. Please see our website at www.emmeti.co.uk/products/ manifold-acccessories/spares-and-upgrade-kits. Flowmeter tube Fig. Fig. Fig. Cleaning the flowmeter tube Turn the red collar () clockwise, until the isolating function is fully closed. Remove the flowmeter tube by securing the black spanner flats, then using either hand pressure or a 7mm ring spanner, gently unscrew the flowmeter tube anticlockwise. Clean the tube and screw it back on. Turn the red collar () anticlockwise until the isolating valve is fully open again. Flow meter pressure drop with return electro-thermic body fully open p [mbar] TA 000 00 0 Kv=0,0 0, Kv=0,0 Kv=0,0, Kv=0,08 Kv=0,9, Kv=0, Kv=0,9, Kv=0, TA Kv=0, 0 0 00 000 Flow rate (l/h) no. of turns for opening the flow regulator = Fully open. The above values refer to water temperature at C.;