Maße / Dimensions 3-teiliger Kugelhahn Serie DG1 3-pce ball valve series DG1 DN 8 - DN 50 voller Durchgang / full bore

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1 DN 8 - DN 50 voller Durchgang / full bore Antriebsanschluss nach DIN 3337 / ISO siehe Datenblatt Antriebsanschluss Mounting plate acc. to DIN 3337 / ISO see data sheet mounting plate DN NPS A B C D1 D2* E K L1 M2 R1 R2 kg 8 1 / / 4 21,5 12,7 70 4xM , / / 8 21,5 12,7 70 4xM , / / xM , / ,3 3 / 4 30, xM , xM , / / , xM , / ,8 1 1 / xM , , , xM ,0 Gewicht inklusive Handhebel / Weight including hand lever * Rohrgewinde DIN 2999-Rp, ISO 228/1-G / Pipe thread DIN 2999-Rp, ISO 228/1-G DG1-Massblatt DN8-50 voll (D-GB).doc (RO) Dez. 2008

2 DN 65 - DN 100 voller Durchgang / full bore Antriebsanschluss nach DIN 3337 / ISO siehe Datenblatt Antriebsanschluss Mounting plate acc. to DIN 3337 / ISO see data sheet mounting plate DN NPS A B* C D1 D2** E K L1 L2 M2 R1 kg / / xM , xM , xM ,2 Gewicht inklusive Handhebel / Weight including hand lever * Option: um 100 mm verlängert für Isolierbauhöhe length increased by 100 mm for insulation ** Rohrgewinde DIN 2999-Rp, ISO 228/1-G / Pipe thread DIN 2999-Rp, ISO 228/1-G DG1-Massblatt DN voll (D-GB).doc (ZA) Apr. 2005

3 DN 15 - DN 65 red. Durchgang / red. bore Antriebsanschluss nach DIN 3337 / ISO siehe Datenblatt Antriebsanschluss Mounting plate acc. to DIN 3337 / ISO see data sheet mounting plate DN NPS A B C D1 D2* E K L1 M2 R1 R2 kg 15 1 / / 2 21,5 12,7 70 4xM , / ,3 3 / xM , , xM , / / xM , / / , xM , xM , / / , xM ,5 Gewicht inklusive Handhebel / Weight including hand lever * Rohrgewinde DIN 2999-Rp, ISO 228/1-G / Pipe thread DIN 2999-Rp, ISO 228/1-G DG1-Massblatt DN15-65 red (D-GB).doc (RO) Dez. 2008

4 DN 80 - DN 150 red. Durchgang / red. bore Antriebsanschluss nach DIN 3337 / ISO siehe Datenblatt Antriebsanschluss Mounting plate acc. to DIN 3337 / ISO see data sheet mounting plate DN NPS A B* C D1 E K L1 M2 R1 kg xM , xM , xM , xM ,7 Gewicht inklusive Handhebel / Weight including hand lever * Option: um 100 mm verlängert für Isolierbauhöhe length increased by 100 mm for insulation DG1-Massblatt DN red (D-GB).doc (ZA) Okt. 2006

5 DN 8 - DN 50 voller Durchg. / full bore Anschweißende lang / long butt weld end Antriebsanschluss nach DIN 3337 / ISO siehe Datenblatt Antriebsanschluss Mounting plate acc. to DIN 3337 / ISO see data sheet mounting plate DN NPS A B C D3 E K L3 M2 R1 kg 8 1 / ,5 12, xM6 14 0, / ,5 12, xM6 18 0, / xM8 22 1, / ,5 30, xM8 28 1, xM8 34 1, / , , xM , / , xM , , , xM ,2 Gewicht inklusive Handhebel / Weight including hand lever DG1-Massblatt DN8-50 lang (D-GB).doc (RO) Dez. 2008

6 DN 8 - DN 50 voller Durchg./full bore Orbital Anschweißende/orbital butt weld end Antriebsanschluss nach DIN 3337 / ISO siehe Datenblatt Antriebsanschluss Mounting plate acc. to DIN 3337 / ISO see data sheet mounting plate Das Rohranschlußmaß kann zwischen D4 min. und R4 max. stufenfrei ausgeführt werden. Orbital butt weld ends can be supplied with pipe connections D4 min. and R4 max. being infinitely variable. DN NPS A B C D4 min. E K L4 M2 R4 max. kg 8 1 / ,0 21,5 12, xM6 10,6 0, / ,2 21,5 12, xM6 17,2 0, / , xM8 21,3 0, / ,5 30, xM8 26,9 1, , xM8 33,7 1, / , , xM10 42,4 2, / , xM10 48,3 3, , , xM12 60,3 5,8 Gewicht inklusive Handhebel / Weight including hand lever Material Anschweißende / Material butt weld end: DG1-Massblatt DN8-50 orbital (D-GB).doc (RO) Dez. 2008

7 DN 65-DN 100 voller Durchg./full bore Orbital Anschweißende/orbital butt weld end Antriebsanschluss nach DIN 3337 / ISO siehe Datenblatt Antriebsanschluss Mounting plate acc. to DIN 3337 / ISO see data sheet mounting plate Das Rohranschlußmaß kann zwischen D4 min. und R4 max. stufenfrei ausgeführt werden. Orbital butt weld ends can be supplied with pipe connections D4 min. and R4 max. being infinitely variable. DN NPS A B * C D4 min. E K L4 M2 R4 max. kg / , xM14 76,1 12,5 80 3" , xM14 88,9 20, , xM16 114,3 29,0 Gewicht inklusive Handhebel / Weight including hand lever Material Anschweißende / Material butt weld end: * Option: um 100 mm verlängert für Isolierbauhöhe length increased by 100 mm for insulation DG1-Massblatt DN orbital (D-GB).doc (ZA) Okt. 2006

8 mit T-Handhebel with extended hand lever DN voller Durchg. / full bore 8/ DN red. Durchgang / red. bore A B kg* 0,26 0,26 0,26 0,51 0,51 0,51 0,51 * Gewicht des Handhebels / Weight of hand lever Material: Edelstahl / Stainless steel DG1MAS08.DOC (ZA) Okt. 2003

9 MULTITOP Antriebsanschluss Kugelhahn Serie FG / DG MULTITOP Mounting plate Ball valve series FG / DG DIN 3337 / ISO 5211 DG1 FG Vierkant-Adapter/Square-adapter DN (F) DN (R) DN (F) H1 LK1 LK2 M1 P1 P2 SW V Z DIN 3337 ISO 5211 S2 H2 S3 H3 8 / ,5 3,5 26 F03/F F03/F F04/F / / / ,5 31 F04/F / ,5 36 F05/F (F) = voller Durchgang / full bore (R) = reduzierter Durchgang / reduced bore DG1: DN 65 (F) - DN 100 (F) DN 80 (R) - DN 150 (R) FG: DN 65 (F) - DN 100 (F) DIN 3337 / ISO 5211: F07 / F10 FG-Antriebsanschluss FG-DG (D-GB).doc (ZA) Mai. 2008

10 Werkstoffe / Materials DN 8 - DN 50 voller Durchg. / full bore DN 15 - DN 65 red. Durchg. / red. bore Teil Nr. Bezeichnung Description Material Part no. DG ** T DG ** TK DG T 1 Gehäuse Body Anschluß End cap GS-C25 3 Kugel Ball Schaltwelle Stem * Sitzring Seat PTFE / Glas PTFE / Kohle PTFE / Glas PTFE / glass PTFE / carbon PTFE / glass 6* Schaltwellenpackung Stem packing PTFE / Glas - PTFE / glass 7* Gleitscheibe Thrust washer PTFE / Kohle - PTFE / carbon 8* Primärdichtung Primary sealing PTFE / Glas - PTFE / glass 9* Druckscheibe Thrust washer PTFE / Kohle - PTFE / carbon 10 Stopfbuchse Gland Tellerfeder Disk spring washer Sechskantmutter Hexagon nut DIN A2 / Stainless steel 13 Handhebel Hand lever Zyl.-schraube/Mutter Cylinder screw / nut DIN 912 / DIN A2 / Stainless steel 15 Zyl.-schraube/Mutter Cylinder screw / nut DIN 912 / DIN A2 / Stainless steel 17* Gehäusedichtung Body seal PTFE / Glas - PTFE / glass 18 Schraubenbolzen Stud bolt Edelstahl - A2 / Stainless steel 19 Sechskantmutter Hexagon nut DIN A2 / Stainless steel 26 Scheibe Washer Sicherungskappe Security cap Edelstahl - A2 / Stainless steel * = Verschleißteile (Dichtungssatz) * = Wearing parts (repair kit) ** 2 = Anschweißenden, kurz 2 = butt weld ends, short version 3 = Gewindeenden 3 = screwed ends 4 = Einsteck - Einschweißenden 4 = socket weld ends 7 = Anschweißenden lang 7 = butt weld ends, long version Wahlweise andere Werkstoffe lieferbar Other materials available DG1-Werkstoffe DN8-50 (D-GB).doc (RO) Dez. 2008

11 Werkstoffe / Materials DN 65-DN 100 voller Durchg. / full bore DN 80-DN 150 red. Durchg. / red. bore Teil Nr. Bezeichnung Description Material Part no. DG ** T DG ** TK DG T 1 Gehäuse Body Anschluß End cap GS-C25 3 Kugel Ball Schaltwelle Stem * Sitzring Seat PTFE / Glas PTFE / Kohle PTFE / Glas PTFE / glass PTFE / carbon PTFE / glass 6* Schaltwellenpackung Stem packing PTFE / Glas - PTFE / glass 7* Gleitscheibe Thrust washer PTFE / Kohle - PTFE / carbon 8* Primärdichtung Primary sealing PTFE / Glas - PTFE / glass 9* Druckscheibe Thrust washer PTFE / Kohle - PTFE / carbon 10 Stopfbuchse Gland Tellerfeder Disk spring washer Zyl.-schraube/Mutter Cylinder screw / nut DIN 912 / DIN A2 / Stainless steel 16 Antistatik Antistatic device * Gehäusedichtung Body seal PTFE / Glas - PTFE / glass 18 Schraubenbolzen Stud bolt Edelstahl - A2 / Stainless steel 19 Sechskantmutter Hexagon nut DIN A2 / Stainless steel 20 Stopfbuchsbrille Gland flange Sechskantschraube Hexagon screw DIN A2 / Stainless steel 22 Anschlagplatte Stop plate T-Stück T-piece Rohr Pipe Edelstahl / Stainless steel 25 Zylinderschraube Cylinder screw DIN A2 / Stainless steel 26 Scheibe Washer Zentrierring Centre ring * = Verschleißteile (Dichtungssatz) * = Wearing parts (repair kit) ** 2 = Anschweißenden, kurz 2 = butt weld ends, short version 3 = Gewindeenden 3 = screwed ends Wahlweise andere Werkstoffe lieferbar Other materials available DG1-Werkstoffe DN (D-GB).doc (ZA) Okt. 2006

12 Druck-Temperatur-Diagramm Pressure-temp. range diagram DG1DRUCK.DOC(ZA) Sep. 2002

13 Operating instructions Installation / Operation DN 8 DN 100 full bore DN 15 DN 150 reduced bore General information The valve may be fitted in any position in the pipework. Prior to the mounting of the valve flush the pipelines to remove all traces of soiling, welding residues etc. The pipes must not have any tension. CAUTION: The rotating ball may cause injury. Keep away from space between ball and body! Installation of valves with screwed ends Use hemp core, PTFE etc. to tighten the threads. Apply the wrench only on the screwed ends to tighten the valve to the pipe. Tightening by using the valve body or hand lever can lead to damage. Installation of valves with short butt weld ends DN 8 - DN 50 full bore ATTENTION: Short butt weld ends (DN 8 - DN 50 full bore) are only pre-assembled. After installation the body screws have to be tightened (see table tightening moments ). Spot weld the valve in the pipe. Unscrew all body screws. Remove the body screw and nut which are below the top plate (screw which is not going through the body). Swing out the centre section (valve to be in open position). Secure seats against falling out (e.g. with tape). After having finished the welding swing back the centre section. Replace screw and nut. Secure that the ball valve is exactly in open position. Tighten the body screws (see table tightening moments ). ATTENTION: Do not operate the valve before flushing, the valve must stay in open position, as otherwise the seats may be damaged! Installation of firesafe valves, valves with long butt weld ends, ends for orbital welding or but weld ends DN 65 - DN 100 full bore Weld the valve in the pipe (ball must be in open position, centre section must not be dismounted). After dismounting of firesafe valves use new graphite sealings. ATTENTION: Do not operate the valve before flushing, the valve must stay in open position, as otherwise the seats may be damaged! Putting into operation Flush the ball valve and pipe thoroughly again. Open and close the valve for test run. In case of any leakage between centre section and end caps the body screws and nuts must be tightened again (see table tightening moments ). Mounting of actuators Before mounting the actuator the gland nut has to be secured by the security cap. The mounted actuator must not cause a thrust load on the valve shaft. If necessary the actuator must be fastened / supported. NOTE: In case of moving pipelines the fastening of the actuator must not be rigid. For working temperatures up to max. 140 C the actuators can be directly mounted. If temperatures are higher a mounting bracket should be used as thermal isolation between actuator and valve. Tightening moments Max. tightening moments must not be significantly exceeded. DN 8/ M [Nm] DG1-EINBAUANLEITUNG (GB).DOC (BS) Jan. 2006

14 Operating instructions Maintenance / Storage DN 8 DN 100 full bore DN 15 DN 150 reduced bore Maintenance The ball valves are maintenance-free. Should a leakage occur at the gland packing, retighten the gland nut/screws (12/21). Take care that the gland nut/screws are not tightened too much. Normally the leakage can be stopped by simply turning the nut/screws by 30 to 60. Replacement of seats and seals Check whether the pipeline has been rendered depressurised and is empty. Set valve in open position and remove centre section. Close the valve and remove centre ring (DN / 27) seats (5) and ball (3). Be careful not to damage the ball. Remove body seals (17). Remove handle nut/screw (15/25), hand lever (13/23 and 24) and stop plate (DN / 22) respectively security cap (DN 8-50) and unscrew gland nut/screws (12/21). Take off gland flange (DN / 20), disk spring washers (11), washer (26) and remove gland (10). Push stem (4) into the valve body and remove it carefully. Remove thrust washer (7) and primary sealing (8) from the stem. Remove stem packing (6) and thrust washer (9). Clean all parts, especially the sealing surfaces of the ends. Assembly Put the thrust washer (7) and the primary sealing (8) on the stem (4) and insert stem from the inside of the body. Put stem packing (6), thrust washer (9), gland (10), washer (26) and disk spring washers (11) on stem. DN 8-50: Replace gland nut (12) and tighten. Avoid rotating the stem (4) by applying a suitable wrench. Secure the gland nut by mounting the security cap (27) DN : Replace gland flange (20) and fix it using the screws (21). See table tightening moments for gland nut/screws. Replace stop plate (DN / 22), hand lever (13/23 and 24) and handle nut/screw (15/25). Insert ball (3), centre ring (DN / 27), seats (5) and body seals (17). Mount complete centre section (ball in open position) between the ends. Set ball in closed position and tighten the body screws (18/19) (see table tightening moments for body screws). Open and close the valve for test run. CAUTION: The rotating ball may cause injury. Keep away from space between ball and body! Tightening moments for body screws Max. tightening moments must not be significantly exceeded. DN 8/ M [Nm] Tightening moments for gland nut / screws DN 8/ M [Nm] Storage Storage and transport of the valves to be dry and clean (without any dirt). Temperatures for storing: - 15 C to + 30 C In humid rooms drying material respectively heating is necessary to avoid condensation of water. Valves have to be protected against force (shock, blow, vibration etc.). During storage or transport the ball valve must be either in open or closed position (no intermediate position!). DG1-WARTUNGSANLEITUNG (GB).DOC(BS) Jan. 2006