Low-O valves 0 Y EARS
Pre-settable valves Why a balancing thermostatic radiator valve? Due to the application of the specially designed Jaga and Jaga Danfoss pre-settable Trv s, the flowing water amount (Kv) in the heating elements can be exactly adjusted for an optimal performance of the Trv s. A similar Trv with built in balancing possibility may be regarded as having two control possibilities. One cut off gives a variable delimitation, determined by the required room temperature. The second cut off, by balancing, control of the maximum water flow can be achieved. Advantages: due to the correct quantity control of the required amount of water to the different heating elements energy is being saved. After the night period, when all Trv s are fully opened, the balancing control allows the furthest heating elements to get the required amount of hot water. The water flow temperature can be reduced earlier because of the uniform heating up of all heating elements what will restrict the energy loss. The noise of the flowing water will also be reduced thanks to the balancing flow control. The optimal water distribution allows a smaller water circulation pump to be installed. The water distribution to the different heating elements can easily be adapted when extending or changing the heating system. Without balancing TRV With balancing TRV The water distribution to the heating elements after the night low demand period when all Trv s are fully open. The system at the right has balanced Trv fitted, the left does not.
Position 90 Position 0 Connection possibilities Jaga Comap valve To the wall To the floor Jaga Pro valve To the wall With curves To the floor 09.00 09.00 Top valve To the wall With -piece M 90 To the floor With -piece M 0 One pipe 090. 090. 090.
Connection possibilities Jaga, Jaga type & Jaga Danfoss To the wall To the floor With lockshield / 90 and short sleeve couplings With lockshields / 90, extension pipe and short sleeve couplings Standard With extension pipe With lockshield / 0 09 09 090.9 090. 090. 090. 090. To the wall To the floor With extension pipe and -piece 90 M With angled lockshields / 90 (without opening for the thermostatic head in the side panel) With extension pipe and lockshield / 0 With extension pipe and lockshields / 0 With extension pipe and -piece M 0 09 09 09 09 090. 090. 090. 090. 9 090.9 090.9 090. To the wall With type valve and angled lockshield M, 90 (only for Knockonwood and Strada type 0) To the floor With extension pipe and -piece / 0 09 090. 090. 090.
Jaga Comap valve Thermostatic heads: see p. 9 Jaga Pro valve Thermostatic heads: see p. 9 0 90 EN. Knockonwood and Strada type 0, connection to the wall: see p.. Not suitable for Maxi and Cocoon. standard Kv 09.0 two pipe 09.0 one pipe - universal valve with revolving underblock for wall or floor connection - replacement internal mechanism - with screw thread M0 x. (eimeier compatible) - with synthetic spindle protection for setting on site - for one or two pipe - completely lockable (flow and return) Kv-value: - two pipe: continuous adjustable between 0.0 and m³/h - one pipe:. at position (0% of the waterflow through the radiator) EN. Knockonwood and Strada type 0, connection to the wall: see p.. Not suitable for Maxi and Cocoon. Sleeve couplings: see p.. - specially shortened thermostatic valve in order to be fully concealed within the casing - for one or two pipe standard Kv reduced Kv 09. 09. two pipe 09.09 - one pipe - with pre-setting at the flow (two pipe) or on the return (one pipe) - completely lockable (flow and return) - for connection to the floor or to the wall - with screw thread M0 x. (eimeier compatible) - with synthetic spindle protection for setting on site Standard Kv-value: - two pipe: 0. up to 0 m³/h. - one pipe: 0% up to 0% Reduced Kv-value: 0.0 up to 0. m³/h. (recognition: red coloured spindle protection). Sleeve couplings for Jaga Comap valve Curve 90 M x M / /... M 09.00 See p.. Flexible steel or copper tube Description 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x / 0 90 use PFTE tape Synthetic or RPE/ALU tube Description. 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x /. 09.9 ø / x /. 09.0 ø / x 0/ Pro Key M 090. Tool for easy mounting of the Jaga Pro valve ø 0. Recognition one pipe valve. /" / Eurocone max. max. ø ø. ø.9 use PFTE tape max. max.. max. 9. /" M. Regulator screw (hex screw mm). Position see pressure drop graph. Recognition one pipe valve max. The valve extends to cm below the casing max. max. max.. ø. ø.9 max. 9
Jaga valve type Thermostatic heads: see p. 9 Sleeve couplings M - Jaga Pro and Jaga Type EN. M male thread, suited for shortened connection distance to the wall (up to. cm). See illustration p. /0. 090.0 standard Kv 090.0 reduced Kv - specially shortened thermostatic valve in order to be fully concealed within the casing - with pre-setting in steps - with screw thread M0 x. (eimeier compatible) - with synthetic spindle protection for setting on site. - for connection to the floor or to the wall Standard kv-value: - 0. tot 0 m³/h. Reduced kv-value: - 0.0 tot 0. m³/h. (recognition: red coloured spindle protection) For flexible steel or copper tube Description 09. ø M x / 09. ø M x / 09. ø M x / 09. ø M x / 09. ø M x / 09. ø M x / For synthetic tube Description 09. ø M x / 09. ø M x / 09.9 ø M x /, 09. ø M x / 09. ø M x / 09. ø M x / For RPE/ALU tube M M Just for tube / Connection sets & valves Lockshield M 90, connection to the wall M. /" 090. nickle-plated See p.. Application: only suitable for connection to the wall for Knockonwood and Strada type 0. Description 09. ø M x / 09. ø M x / 09. ø M x /. 09. ø M x / RPE tube = reticulated polyethylene tube with an intermediate aluminium layer. Steel tube for C.. Description 09.0 ø M x / 09.0 ø M x / M M G /" use PFTE tape. M. max. max.. max.. max.. ø. ø.9 ø max. 9
Jaga valve Thermostatic heads: see p. 9 Jaga Danfoss valve Thermostatic heads: see p. 9 EN. Knockonwood and Strada type 0, connection to the wall: see p.. 090.0 standard Kv 090.0 reduced Kv Standard kv-value: - 0. tot 0 m³/h. Reduced kv-value: - 0.0 tot 0. m³/h. (recognition: red coloured spindle protection) EN. Knockonwood and Strada type 0, connection to the wall: see p.. code 090.0 Standard kv-value: - 0.0 up to 0. m³/h. Reduced Kv: - on request. - specially shortened thermostatic valve in order to be fully concealed within the casing - with pre-setting in steps - with screw thread M0 x. (eimeier compatible) - with synthetic spindle protection for setting on site. - for connection to the floor or to the wall use PFTE tape. G /" G /". max. max.. max.. max.. ø ø. ø.9 - specially shortened thermostatic valve in order to be fully concealed within the casing - integrated pre-setable water flow delimitation to control max amount of flowing water. - with synthetic spindle protection for setting on site. - for connection to the floor or to the wall use PFTE tape. G /" G /"...9.9. ø. ø. max. 9 Sleeve couplings for Jaga & Jaga Danfoss valve For flexible steel or copper tube For RPE/ALU tube Description 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x / 09. ø / x / For synthetic tube / / Just for tube / Description 09. ø / x / 09. ø / x / 09. ø / x /. 09. ø / x / RPE tube = reticulated polyethylene tube with an intermediate aluminium layer. Steel tube for C.. / Description. 09. ø / x / 09. ø / x / 09.9 ø / x /. 09. ø / x / 09. ø / x / 09. ø / x / / Description 09.0 ø / x / 09.0 ø / x / Short coupling for flexible steel tube or copper tube Ø mm Description 09.0 ø / x / / /
Options for Jaga and Jaga Danfoss valve Extension pipe. Lockshield / 0 /" /" /" 09 nickle-plated Sleeve couplings / : see p.. See page. 9 090.9 nickle-plated Sleeve couplings / : see p.. See p.. -piece M 0 with integrated lockshields and lockable by-pass (one pipe/two pipe) /" /". M M. 090. nickle-plated Tool to regulate: mm Allen key. By-pass open: % of main pipe water flow goes through heating element. By-pass closed: 0 % of main pipe water flow goes through heating element. Sleeve couplings M: see p.. See p.. Connection sets & valves /" Lockshield / 90, connection to the wall /". /" -pipe adapter for crossway valve 090. nickle-plated Sleeve couplings / : see p.. 090. See p.. -piece M 90 with integrated lockshields and lockable by-pass (one pipe/two pipe) by-pass..9. M /" /". 090. nickle-plated Tool to regulate: mm Allen key. By-pass open: % of main pipe water flow goes through heating element. By-pass closed: 0 % of main pipe water flow goes through heating element. Sleeve couplings M: see p.. 9 See p. -. -piece / 0 with integrated lockshields and lockable by-pass (one pipe/two pipe) /" /". /" /". 090. nickle-plated Tool to regulate: mm Allen key. By-pass open: % of main pipe water flow goes through heating element. By-pass closed: 0 % of main pipe water flow goes through heating element. Sleeve couplings / : see p.. See p. -. Adjusting the -piece (one pipe - two pipe) Radiatorflow Ra in % from water flow 0 90 0 0 0 0 0 0 0 0 0.... 0 Number of rotations to open the by-pass
Jaga Top valve Thermostatic heads: see p. 9 For Linea Plus wall mounted model EN. When ordering a radiator with top valve, please specify the correct top valve position by adding /0 (left) or /0 (right) to the code of the radiator. Sleeve couplings To order sleeve couplings / : see p.. Thermostatic valve for operation at the top end, on the left or right side of the radiator. Applicable with all Low-O radiators with standard or Twin heat exchanger. After mounting only the thermostatic head remains visible at the side panel. Standard kv-value: - 0. up to 0 m³/h. Reduced kv-value: - 0.0 up to 0. m³/h. (only on request) - for connection to the floor or to the wall - the top valve is equipped with an air vent with transparent synthetic drain tube to collect the waste water at the bottom end of the radiator. - with synthetic spindle protection for setting on site. - with chromed cover ring to finish the opening for the thermostatic head in the side panel of the casing. - after mounting, this cover ring anchors the top valve with the casing. - suited for all Jaga thermostatic heads. - with pre-setting in steps - with screw thread M0 x. (eimeier compatible) Opening casing 090.00 right 090.00 left 090.000 right or left 0 0900 right or left 090.0 right or left 9 For Tempo wall mounted model Opening casing 090.0 right 0 090.0 left 0 090.00 right 0 090.00 left 0 090.000 right or left 0 090.000 right or left 0 090.0900 right or left 0 090.0 right or left 90 For Tempo free-standing model Opening casing 090.00 right or left 0 090.000 right or left 0 090.000 right or left 0 For Cocoon Opening casing 090.0 right 0 090.0 left 0 090.00 right 0 090.00 left 0 090.000 right or left 0 090.000 right or left 0 090.0900 right or left 90 090.00 right or left 0 For Knockonwood For Maxi model WF/WT Opening casing 090.000 right or left 090.000 right or left 0 0900 right or left 090.0 right or left 9 Opening casing 090.000 right or left 090.000 right or left 9 090.0900 right or left For Strada Opening casing 090.000 right or left 090.000 right or left 0 0900 right or left 090.0 right or left 9 For Maxi model FF/FT Opening casing 090.00 right or left 090.000 right or left 9 090.000 right or left
Thermostatic heads for all Jaga valves Thermostatic heads for Jaga Danfoss valve Technical data - Liquid filled Jaga and Jaga Deco thermostatic head: setting deviation 0. XP=K. - Maximum water flow temperature: C Jaga thermostatic head Deco thermostatic head Manual head Jaga remote controlled thermostatic head Length of capillary: m Minimal interior diameter of the tube for conducting the capillary = mm. 09 Jaga thermostatic head with sensor at distance Length of capillary: m white RAL 90 chrome chrome / white Jaga Comap silver white RAL 90 090. - Thermostatic head liquid filled with anti-freeze protection C. - min. and max. temperature control (- C) by ring-system. - screw connection M0 x. colour 090. chrome 090. chrome / white 090.9 silver - liquid filled - anti-freeze protection C and regulable from up to C - (Jaga Comap: up to 0 C) - max. temperature control by pin on inside (Jaga Comap: ringsystem) - screw connection M0 x. 090. Remote controlled Trv head for heating elements installed in places with difficult access (underfloor ducts, bath panels, project casings, etc). Technical data: see Jaga thermostatic head. 090. Suitable for independent temperature measurement (underfloor ducts, bath panels, project casings, etc). Technical data: see Deco thermostatic head. Technical data - RA gas filled Jaga Danfoss thermostatic head and RAX liquid filled head: setting deviation 0. XP=K. - Maximum water flow temperature: C Thermostatic head Manual head < white RAL 90 type RA white RAL 90 type RAX chrome type RAX Remote controlled thermostatic head white RAL 90. Minimal interior diameter of the tube for conducting the capillary = mm. white RAL 90 Theft protection for Deco thermostatic heads Transparent synthetic theft protection. 090. white type RA 090.0 white type RAX 090.0 chrome type RAX Thermostatic head type RA: - with click-connection - gas filled Trv (super fast reaction) - anti-freeze protection. C. - locking pins by which the Trv can be blocked or limited both at a min. and max. temperature (- C) - locking pin as theft prevention Thermostatic head type RAX: - with click connection - liquid filled - anti-freeze protection C - regulable fom up to 0 C 090. - Remote controlled Trv head for heating elements installed in places with difficult access (underfloor ducts, bath panels, continiuous and project casings etc...) - length of capillary tube: m - remote sensor, wire and the setting knob are all liquid filled - anti-freeze protection. C - both the min. and max. temperature can be limited (- C). 090. 09 adapted screwdriver 090. 9 Connection sets & valves
Pressure drop 0 Technical data - Maximum water flow temperature: C - Max pressure of system: bar - Max pressure drop bar complying to the noise standard ISO Jaga Comap valve Jaga, Jaga Type, Jaga Pro and Jaga Top valve with standard Kv Pre-setting Kv: m /h/δp= bar 9 -PIPE 0.0 0. 0. 0.0 0. 0. 0. 0.. (0% RA) Pre-setting Kv: m /h/δp= bar KvS 0. 0. 0. 0. 0. -Pipe Example: eat exchanger (Table ΔT=0) ΔT = C ( - = C) ΔP = 0. bar (to be setted over the valve) Pre-setting = Example: eat exchanger (Table ΔT=0) ΔT = C ( - = C) ΔP = 0. bar (to be setted over the valve) Pre-setting = mwk mce mws mwc bar 9 kpa mwk mce mws mwc bar Kvs kpa 0 0 0 0 0. 0. 0. -PIPE RA 0% Setting 0 db(a) 0 0 0 0 0. 0. 0. 0 db(a) 0 0 0 0 0. 0 0. 0. 0. db(a). 0. db(a).0 0..0 0. Pressure drop 0. 0. 0. 0. 0.0 0.0 0.0 0.0 0.0 0. 0.0. Pressure drop 0. 0. 0. 0. 0.0 0.0 0.0 0.0 0.0 0. 0.0. 0. 0.0 0.00 0. 0.0 0.00 0.0 0.0 0.0 0.00 0.00 0.00 0. 0. 0.0 0.0 0.0 0.00 0.00 0.00 0. 0. 0.0 0.00 0. 0.0 0.00 0. 0.0 0.00 0. 0.0 0.00 0. 0.0 0.00 0. 0.0 0.00 0. 0.0 0.00 0 0 0 0 0 0 00 00 00 00 00 00 0. 0.0 0.00 0 0 0 0 0 0 00 00 00 00 00 00 0. Water flow in kg/h Water flow in kg/h t= C 0. 0. 0. 0. t= C 0. 0. 0. 0. t= C 0. 0. 0. 0. t= C 0. 0. 0. 0. t=0 C 0. 0. 0. 0 t=0 C 0. 0. 0. 0 t=0 C 0. 0. 0.9 0 0 0 t=0 C 0. 0. 0.9 0 0 0
Pressure drop Technical data - Maximum water flow temperature: C - Max pressure of system: bar - Max pressure drop bar complying to the noise standard ISO Jaga, Jaga Type, Jaga Pro and Jaga Top valve with reduced Kv Pre-setting Kv: m /h/δp= bar Example: KvS 0.0 0.0 0.09 0. 0.0 0.0 0.0 -Pipe eat exchanger (Table ΔT=0) ΔT = C ( - = C) ΔP = 0. bar (to be setted over the valve) Pre-setting = Jaga Danfoss valve Pre-setting Kv: m /h/δp= bar Example: N NKVS open 0.0 0. 0. 0. 0. 0. 0.. -Pipe -Pipe eat exchanger (Table ΔT=0) ΔT = C ( - = C) ΔP = 0. bar (to be setted over the valve) Pre-setting = Connection sets & valves mwk mwk mce mce mws mws mwc bar Kvs kpa mwc bar N 0. 0. 0. 0.. 0. db(a) 0 db(a) 0 0 0 0 0 0 0 0. 0. 0. 0.. 0. db(a) 0 db(a) One pipe Nkvs -Pijp kpa 0 0 0 0 0 0 0 Pressure drop.0 0. 0. 0. 0. 0. 0.0 0.0 0.0 0.0 0.0 0. 0.0. Pressure drop.0 0. 0. 0. 0. 0. 0.0 0.0 0.0 0.0 0.0 0. 0.0. 0. 0.0 0.0 0.0 0.0 0.00 0.00 0.00 0.00 0. 0. 0. 0.0 0.0 0.0 0.0 0.00 0.00 0.00 0.00 0. 0. 0.0 0.00 0. 0.0 0.00 0. 0.0 0.0 0.00 0.00 0. 0. 0.0 0.0 0.00 0.00 0. 0. 0.0 0.00 0 0 0 0 0 0 00 00 00 00 00 00 0. 0.0 0.00 0 0 0 0 0 0 00 00 00 00 00 00 0. Water flow in kg/h Water flow in kg/h t= C 0. 0. 0. 0. t= C 0. 0. 0. 0. t= C 0. 0. 0. 0. t= C 0. 0. 0. 0. t=0 C 0. 0. 0. 0 t=0 C 0. 0. 0. 0 t=0 C 0. 0. 0.9 0 0 0 t=0 C 0. 0. 0.9 0 0 0