Cast iron Nodular iron Cast steel Forged steel High temp. steel Stainless steel BR 631 Page 2. High temp. steel/ Cast steel BR 631 / BR 632 Page 8

Transcription

1 Ball float steam traps CONA S Ball float steam trap PN6 / PN0 - with flanges (BR 63...) - with screwed sockets (BR 63...) - with socket weld ends (BR ) - with butt weld ends (BR 63...) Cast iron Nodular iron Cast steel Forged steel High temp. steel Stainless steel BR 63 Page Ball float steam trap PN63 / PN00 - with flanges (BR 63...) - with socket weld ends (BR ) - with butt weld ends (BR 63...) High temp. steel / Cast steel BR 63 Page 6 Fig Ball float steam trap PN60 - with flanges (BR 63...) - with socket weld ends (BR ) - with butt weld ends (BR 63...) Angle pattern design: - with flanges (BR 63...) - with butt weld ends (BR 63...) High temp. steel/ Cast steel BR 63 / BR 63 Page Ball float steam trap PN6 / PN0 - pilot operated with flanges R-P (BR ) - with flanges (BR ) Forged steel / Cast iron Stainless steel BR 633 / BR 639 Page 0 Ball float steam trap PN0 - with flanges (BR ) Angle pattern design: - with flanges (BR 63...) Ball float steam trap for drainage of water from compressed air and gas systems (acc. to PED 97/3/EC fluid group ) PN6 / PN0 - with flanges (BR ) - with screwed sockets (BR ) - with socket weld ends (BR ) - with butt weld ends (BR ) Steel BR 637/63 Page Cast iron Nodular iron Forged steel/ Cast steel BR 630 Page 6 Features: Backpressure-free condensate discharge even at extreme pressure- and quantity fluctuations (except BR630) Controller with integrated automatic ventilation (except BR630) Robust and insensitive to waterhammer Integrated non return protection (except BR633/637/63) Union for pressure compension line and bypass possible Optimum on-site handling, converts easily from vertical to horizontal installation position (except BR637/63) The exchange of the controller is possible without disturbing the pipe connections HALLE AWH ARMATUREN- WERK HALLE GMBH a member of the ARI-group Allocation of types refer to page 0 Edition 0/07- Data subject to alteration Data sheet

2 Ball float steam trap made of cast iron, nodular iron, cast steel / forged steel, stainless steel BR 63 - PN6 / PN0 Ball float steam trap with level control for the condensate-discharge from all kinds of steam systems Rapid system start-up due to thermostatic control element Standard installation position: - vertical Special installation position: - horizontal with inlet from right or left (Please indicate when ordering) Refer to supplement page: Information about the different installation positions. Inside strainer Body with flanged hood Integrated non return protection The exchange of the controller is possible without disturbing the pipe connections On-site change of the installation position is possible according to the operating instructions Option: - Air vent - (Pos. 5) or blow down valve (Pos. 6), manual operated Fig with flanges - vertical installation Fig PN6 Body / Hood: EN-JL00 Operating pressure PS (bar-g), 9,6 Operating temperature TS ( C) for special controller from DN0: R R-S R R-S R R-S 3 R3 R3-S Fig PN0 Body / Hood: EN-JS09 Operating pressure PS (bar-g) 3 Operating temperature TS ( C) 3 for special controller from DN0: R R-S R R-S R R-S 3 R3 R3-S R 3 R3 (top view) Fig with flanges - horizontal installation Fig PN0 Body:.060 / Hood:.069+N Operating pressure PS (bar-g) 3 Operating temperature TS ( C) 00 for special controller from DN0: R R-S R R-S R R-S 3 R3 R3-S R Fig PN0 Body:.5 / Hood:.30 Operating pressure PS (bar-g) 3 Operating temperature TS ( C) 300 for special controller from DN0: R R-S R R-S R R-S 3 R3 R3-S R Flanges... PN6 PN0 ANSI / 300 RF Screwed sockets... Rp- and NPT-thread Socket weld ends...3 Butt weld ends... Other types of connection on request. 3 R3 3 R3 Fig with screwed sockets Fig with socket weld ends Fig with butt weld ends Edition 0/07 - Data subject to alteration

3 BR 63 - PN6 / PN0 Dimensions and weights Nominal diameters Dimensions (mm) mm inch 5 / 0 3/ 5 Flanges 0 / 65 ) / 0 ) 3 00 ) 5 / Screwed sockets ) Socket weld ends ) Butt weld ends ) 0 3/ 5 0 / ) ) 5 / L* ) H H B EN-JS Steel B Withdrawal S distance (mm) S Weight approximate (kg) 7,9, 0,9,7 5,3 7, 9, 3,7 7,3 7,3,5 0,0 0,5 6,9 7,9 9,0,0,0 * other face-to-face dim. on request ) DN ( ) not for EN-JL/JS ) not for EN-JL/JS 3) at EN-JL/JS: L = 30 mm Stand.-flange dim. ref. to page 5 0 3/ 5 0 / Parts Pos. Body Description Strainer Material (Material-No.) EN-JL00, EN-GJL-.30 comp. with SA 7 Class No.0 SA 0 Gr.30 EN-JS09, EN- GJS-00-U-LT.30 comp. with SA 395 SA 0 Gr.30 PGH, Sealing ring (Body/seat) * R-Cu99 R-Cu99 R-Cu99 6 Hood 7 Gasket (Body/hood) * Controller * 7 Cheese head screws 6 Blow down valve * EN-JL00, SA 7 EN-GJL- Class No.0 CrNi laminated both sides with pure graphite SA 0.30 Gr.30 EN-JS09, EN- SA 395 GJS-00-U-LT CrNi laminated both sides with pure graphite.30 SA 0 Gr.30 comp. with SA 05 SA 0 Gr.30 GP0GH+N, SA 6 WCB.069+N CrNi laminated both sides with pure graphite SA 0.30 Gr.30 comp. with X6CrNiTi- 0,.5 SA F 3 SA 0.30 Gr.30 X6CrNiTi- 0,.5 SA F 3 GX5CrNi9-0,.30 SA 35 CF CrNi laminated both sides with pure graphite.30 SA 0 Gr.30 Bimetal TB 0/5 Bimetal TB 0/5 Bimetal TB 0/5 Bimetal TB 0/5 X6CrNiTi-0,.5 /. SA F 3/ CrMoV5-7, 035/03 ).7709 SA 93 Gr. B6 ) CrMoV5-7, Sealing ring for plug * R-Cu99 R-Cu99 R-Cu99 Plug (Mx,5) * C35E,. 035 / 03 5 Manual air vent valve * CrMoV5-7,.7709 SA 93 Gr. B6 ) CrMoV5-7,.7709 SA 93 Gr. B6 ) SA 93 Gr. B6 ) X6CrNiTi- 0,.5 SA F 3 ) X6CrNiTi- 0,.5 SA F 3 X6CrNiTi- SA 0,.5 F 3 ) * Spare parts ) with metric screw-thread Options Edition 0/07 - Data subject to alteration 3

4 Capacity charts - BR 63 - PN6 / PN0 Standard R and R3 DN 5-00 Differential pressure (bar) assuming discharge to atmospheric pressure Standard R to R3 DN 5-00 The capacity chart shows the maximum flow quantities of hot condensate for the different controllers and steam trap sizes. In commen, the steam traps are fitted out with an controller as shown in the flow diagrams of this page acc. to the differential pressures and flow rates. For very large flow rates with low differential pressures, steam traps at sizes DN0 up to DN00 can be fitted out with a super-controller (refer to page 9). The maximum flow quantity of cold condensate at about 0 C can be determined by multiplication of the appropriate factor F (in the scale below the diagrams) with the hot condensate quantity determined by the capacity chart. (Factor F is related to the differential pressure.) Differential pressure (bar) assuming discharge to atmospheric pressure Edition /03 - Data subject to alteration

5 Special design: Super-controller for very large flow rates with low differential pressures R-S to R3-S DN 0-00 Capacity charts - BR 63 - PN6 / PN0 The capacity chart shows the maximum flow quantities of hot condensate for the Super-controller versions. The maximum flow quantity of cold condensate at about 0 C can be determined by multiplication of the appropriate factor F (in the scale below the diagrams) with the hot condensate quantity determined by the capacity chart. (Factor F is related to the differential pressure.) Differential pressure (bar) assuming discharge to atmospheric pressure Edition /03 - Data subject to alteration 5

6 BR 63 - PN63 / PN00 Ball float steam trap made of high temperature steel Ball float steam trap with level control for the condensate-discharge from all kinds of steam systems Rapid system start-up due to thermostatic control element Standard installation position: - vertical Special installation position: - horizontal with inlet from right or left (Please indicate when ordering) Refer to supplement page: Information about the different installation positions. Inside strainer Body with flanged hood Integrated non return protection The exchange of the controller is possible without disturbing the pipe connections On-site change of the installation position is possible according to the operating instructions Option: - Air vent - (Pos. 5) or blow down valve (Pos. 6), manual operated Fig with flanges - vertical installation (PN00) Fig PN63 Body: 6Mo3 / Hood: G7CrMo5-5 Operating pressure PS (bar-g) 56 5 Operating temperature TS ( C) R Fig PN00 Body: 6Mo3 / Hood: G7CrMo5-5 Operating pressure PS (bar-g) 6 Operating temperature TS ( C) 00 6 R6 R Fig PN00 Body: 3CrMo-5 / Hood: G7CrMo5-5 Operating pressure PS (bar-g) Operating temperature TS ( C) R0 6 R6 R (top view) Flanges... Butt weld ends... Other types of connection on request. PN63 ANSI 00 RF PN00 ANSI 600 RF Fig with flanges - horizontal installation (PN00) Fig with butt weld ends 6 Edition 0/06 - Data subject to alteration

7 BR 63 - PN63 / PN00 Dimensions and weights Nominal diameters Dimensions (mm) mm inch 5 / acc. to acc.to ANSI Flanges Butt weld ends Flanges Butt weld ends 5 0 / 5 / 0 3/ 5 0 / L H H B B Withdrawal S distance (mm) S Weight approx. (kg) Parts Pos. Description Material (Material-No.) 5 / comparable with 0 3/ 5 0 / 5 / 0 3/ 5 0 / Standard-flange dimensions refer to page comparable with Body 6Mo3,.55 SA F 3CrMo-5,.7335 SA F Strainer.30 SA 0 Gr SA 0 Gr.30 6 Hood G7CrMo5-5,.7357 SA 7 WC6 G7CrMo5-5,.7357 SA 7 WC6 7 Gasket (body/hood) * CrNi laminated both sides with pure graphite CrNi laminated both sides with pure graphite Controller *.30 corrosion resistant bimetal TB 0/5 SA 0 Gr.30 corrosion resistant bimetal TB 0/5 7 Studs XCrMoV-,.93 SA 53 Gr. 660 b XCrMoV-,.93 SA 53 Gr. 660 b Hexagon nuts XCrMoV-,.93 SA 53 Gr. 660 b XCrMoV-,.93 SA 53 Gr. 660 b 9 Erosion deflector (only PN00) X7CrNi6-,.057 AISI 3 X7CrNi6-,.057 AISI 3 30 Extension sleeve CrMoV5-7,.7709 SA 93 Gr. B6 CrMoV5-7,.7709 SA 93 Gr. B6 6 Blow down valve * X39CrMo7-+QT,.+QT AISI 0 ) X39CrMo7-+QT,.+QT AISI 0 ) 9 Sealing ring for plug * X6CrNiTi-0,.5 SA F 3 X6CrNiTi-0,.5 SA F 3 Plug (Mx,5) * CrMoV5-7,.7709 SA 93 Gr. B6 CrMoV5-7,.7709 SA 93 Gr. B6 5 Manual air vent valve * X39CrMo7-+QT,.+QT AISI 0 ) X39CrMo7-+QT,.+QT AISI 0 ) * Spare parts ) with metric screw-thread Options Capacity chart Differential pressure (bar) assuming discharge to atmospheric press. Capacity chart The capacity chart shows the maximum flow quantities of condensate for the controllers R, R 6 and R 0. Curve Maximum flow quantities of hot condensate. Curve Maximum flow quantities of cold condensate of about 0 C (during system start-up). Edition 0/06 - Data subject to alteration 7

8 BR 63 and BR 63 - PN60 Ball float steam trap made of high temperature steel Fig with flanges - vertical installation Ball float steam trap with level control for the condensate-discharge from all kinds of steam systems Rapid system start-up due to thermostatic control element Immediate discharge of hot boiling condensat Standard installation position: - vertical Special installation position: - horizontal with inlet from right or left (Please indicate when ordering) Refer to supplement page: Information about the different installation positions. Inside strainer Body with flanged hood Integrated non return protection The exchange of the controller is possible without disturbing the pipe connections On-site change of the installation position is possible according to the operating instructions Option: - Air vent - (Pos. 5) or blow down valve (Pos. 6), manual operated Fig..63 /.63 - PN60 Body: 3CrMo-5 / Hood: G7CrMo5-5 Operating pressure PS (bar-g) Operating temperature TS ( C) R0 0 R0 Flanges... Socket weld ends...3 Butt weld ends... Other types of connection on request. PN60 ANSI 900 RF Fig / with socket weld ends Fig / with butt weld ends (top view) Fig with butt weld ends - horizontal installation Fig Angle patter design with flanges - vertical installation Edition 0/06 - Data subject to alteration

9 Dimension and weights Nominal diameters Dimensions (mm) Withdrawal distance (mm) mm inch 5 / acc. to Flanges 5 Butt weld ends Socket weld ends 5 / 5 5 / 0 3/ Flanges 5 BR 63 und BR 63 - PN60 acc. to ANSI 0 / 5 / Butt weld ends Socket weld ends L * L*/ L* H H B B S S Weight approx. (kg) * other face-to-face dimensions on request Standard-flange dimensions refer to page Parts Material (Material-No.) Pos. Description comparable with Body 3CrMo-5,.7335 SA F Strainer.30 SA 0 Gr.30 6 Hood G7CrMo5-5,.7357 SA 7 WC6 7 Gasket (Body / Hood) * CrNi laminated both sides with pure graphite Controller *.30 / bimetal TB 0 / 5 SA 0 Gr.30 / bimetal TB 0 / 5 7 Studs XCrMoV-,.93 SA 53 Gr. 660 b Hexagon nuts XCrMoV-,.93 SA 53 Gr. 660 b 9 Erosion deflector * X7CrNi6-,.057 AISI 3 6 Blow down valve * X39CrMo7-+QT,.+QT AISI 0 ) 9 Sealing ring for plug * X6CrNiTi-0,.5 SA F 3 Plug (Mx,5) * CrMoV5-7,.7709 SA 93 Gr. B6 5 Manual air vent valve * X39CrMo7-+QT,.+QT AISI 0 ) * Spare parts ) with metric screw-thread Options Capacity chart 0 3/ 5 0 / Differential pressure (bar) assuming discharge to atmospheric pressure Capacity chart The capacity chart shows the maximum flow quantities of condensate for the controllers R 0 and R 0. Curve Maximum flow quantities of hot condensate. Curve Maximum flow quantities of cold condensate of about 0 C (during system start-up). Edition 0/06 - Data subject to alteration 9

10 BR PN0 Ball float steam trap made of cast steel / forged steel Fig with flanges - vertical installation Ball float steam trap with level control for the condensate-discharge from all kinds of steam systems Rapid system start-up due to thermostatic control element Immediate discharge of hot boiling condensat Discharge of high condensate load even at low differential pressure Standard installation position: - vertical Special installation position: - horizontal with inlet from right or left (Please indicate when ordering) Refer to supplement page: Information about the different installation positions. Body with flanged hood The exchange of the controller is possible without disturbing the pipe connections Option: - Air vent - (Pos. 5) or blow down valve (Pos. 6), manual operated Fig PN0 Body:.060 / Hood:.069+N Operating pressure PS (bar-g) 0,- Operating temperature TS ( C) 3 R-P EN-JS09 on request. Flanges... Other types of connection on request. PN0 ANSI 300 RF Options (top view) Fig with flanges - horizontal installation 0 Edition 0/06 - Data subject to alteration

11 BR PN0 Dimensions and weights Flanges Nominal diameters mm inch L* H Dimensions (mm) H B B Withdrawal distance (mm) S S Weight approximate (kg),7 5,3 7, 9, 3,7 * other face-to-face dimensions on request Standard-flange dimensions refer to page Parts Pos. Description Material (Material-No.) comparable with Body PGH,.060 SA 05 3 Seat Diaphragm Hastelloy Capsule * Capsule.30 SA 0 Gr.30 5 Spring actuated clip * XCrNi7-7,.30 AISI 30 6 Hood GP0GH+N,.069+N SA 6 WCB 7 Gasket (body/hood) * CrNi laminated both sides with pure graphite Controller, kpl. *.30 / bimetal TB 0 / 5 SA 0Gr.30 / bimetal TB 0 / 5 7 Studs CrMoV5-7,.7709 SA 93 Gr. B6 ) Hexagon nuts CrMoV5-7,.7709 SA 9 Gr. ) 37 Intermediate flange PGH,.060 SA Baffle straightener * XCrMoS7+QT,.0+QT AISI 30 F 6 Blow down valve * ) 9 Sealing ring for plug * X6CrNiTi-0,.5 SA F 3 Plug (Mx,5) * CrMoV5-7,.7709 SA 93 Gr. B6 ) 5 Manual air vent valve * ) * Spare parts ) with metric screw-thread Capacity chart Capacity chart Curve Maximum flow quantities of hot condensate. Curve Maximum flow quantities of cold condensate of about 0 C Differential pressure (bar) assuming discharge to atmospheric press. Edition 0/06 - Data subject to alteration

12 Ball float steam trap made of forged steel, stainless steel Fig with flanges - vertical installation Ball float steam trap with level control for the condensate-discharge from all kinds of steam systems for large condensate flowrates Discharge of great condensate volumes even at low differential pressure Rapid system start-up due to thermostatic control element Immediate discharge of hot boiling condensat Standard installation position: - vertical Special installation position: - horizontal with inlet from right or left (Please indicate when ordering) Refer to supplement page: Information about the different installation positions. Inside strainer Body with flanged hood Integrated non return protection The exchange of the controller is possible without disturbing the pipe connections On-site change of the installation position is possible according to the operating instructions (With an existing external vent there are modifies bypass parts needed due to the required installation position - please inquire) External vent cpl. for venting of high quantities of air during start-up and operation (standard with controller R-S, R-S and R-P) Fig PN6 Body:.060 / Hood: EN-JL00 Operating pressure PS (bar-g) 3 Operating temperature TS ( C) 300 R-S R-S R-S Fig PN0 Body:.060 / Hood:.069+NN Operating pressure PS (bar-g) 3 Operating temperature TS ( C) 00 R-S R-S R-S 3 R3- S R Fig PN0 Body:.5 / Hood:.30 Operating pressure PS (bar-g) 3 Operating temperature TS ( C) 300 BR PN6 / PN0 R-S R-S R-S 3 R3- S R 3 R3-S 3 R3 3 R3 (top view) Flanges... Other types of connection on request. PN6 ANSI RF PN0 ANSI 300 RF Fig. 6 Fig with flanges - horizontal installation The controller R-P deviates in his contruction from the showen controller on this side. Refer to BR633 (page 0). Fig with flanges - horizontal installation and external vent kpl. Edition 0/06 - Data subject to alteration

13 Dimensions and weights Nominal diameters Dimensions (mm) mm inch Flanges, PN6 65 / Flanges, PN0 L* H H B B Withdrawal S distance (mm) S Weight approximate (kg),7 6, 7,7,5 6,3,5 55 * other face-to-face dimensions on request Standard-flange dimensions refer to page Parts Pos. Description Material (Material-No.) comparable with comparable with Body PGH,.060 SA 05,.03 PGH,.060 SA 05,.03 Strainer.30 SA 0 Gr Sealing ring (body/seat) * R-Cu99 R-Cu99 6 Hood 7 Gasket (body/hood) * Controller, kpl. * EN-JL00, SA 7 EN-GJL- Class No.0 CrNi laminated both sides with pure graphite SA 0 Gr / Bimetall TB 0/5 Bimetall TB 0/5 7 Studs C35E,. 035 / 03 Hexagon nuts C35E,. 035 / 03 6 Blow down valve * SA 0 Gr / GP0GH+N, SA 6 WCB.069+N CrNi laminated both sides with pure graphite SA 0 Gr / Bimetall TB 0/5 Bimetall TB 0/5 CrMoV5-7,.7709 SA 93 Gr. B6 ) CrMoV5-7,.7709 SA 9 Gr. ) 9 Sealing ring for plug * R-Cu99 R-Cu99 Plug (Mx,5) * 5 Manual air vent valve * 5 Union for pressure comp. line * CrMoV5-7,.7709 SA 93 Gr. B6 ) ) CrMoV5-7,.7709 SA 93 Gr. B6 ) ) BR PN6 / PN comparable with X6CrNiTi-0,.5 SA F 3.30 SA 0 Gr.30 X6CrNiTi-0,.5 SA F 3 GX5CrNi9-0,.30 SA 35 CF CrNi laminated both sides with pure graphite SA 0 Gr / Bimetall TB 0/5 Bimetall TB 0/5 X6CrNiTi-0,.5 SA F 3 ) X6CrNiTi-0,.5 SA F 3 ) X6CrNiTi-0,.5 SA F 3 X6CrNiTi-0,.5 SA F 3 ) ) * Spare parts ) with metric screw-thread Capacity chart Options with controller R-S to R3 Differential pressure (bar) assuming discharge to atmospheric pressure The capacity chart shows the maximum flow quantities of hot condensate for the controller versions. Edition 0/06 - Data subject to alteration 3

14 BR 637 and BR 63 - PN0 Ball float steam trap made of steel Ball float steam trap with level control for the condensate-discharge from all kinds of steam systems Rapid system start-up due to thermostatic control element Venting of air during start-up and operation due to the thermostatic element (necessary only at BR637) Immediate discharge of hot boiling condensat Standard installation position: - horizontal BR 637: straight through (inlet from right or left) BR 63: angle pattern (inlet from the top) Capacity: 7 litres Drain plug Support points Simple exchange of controller Option: - pre-assembled welding neck flanges to the inlet - and outlet (standard on DN) Fig with flanges Design for DN65-00 on DN connecting flange at the outlet (refer to page 5) Fig / PN0 Body: P65GH / Cover: P355NH Operating pressure PS (bar-g) Operating temperature TS ( C) R R 3 R3 30 R30 Flanges... PN6 and PN5 Other types of connection on request (possibly note different operating limits). PN0 ANSI and 300 RF Fig angle pattern with flanges Design for DN65-00 on DN connecting flange at the outlet (refer to page 5) Edition 0/06 - Data subject to alteration

15 Dimensions and weights Nominal diameters Dimensions (mm) mm inch BR 637 (straight through) 65 / BR 63 (angle pattern) L K / n x M * 5 / x M6 60 / x M6 90 / x M0 * 5 / x M6 60 / x M6 90 / x M0 K / n x d 5 / x 5 / x 60 / x 90 / x 5 / x 5 / x 60 / x 90 / x Weight approximate (kg) * on DN connecting flange at the outlet standard (see at the bottom) Parts Pos. Description Material (Material-No.) 65 / 0 3 comparable with Body P 65 GH,.05 SA 56 Gr Gasket (body/hood) * CrNi laminated both sides with pure graphite Controller, kpl. *.30 Bimetall TB 0/5 SA 0 Gr.30 Bimetall TB 0/5 7 Studs CrMoV5-7,.7709 SA 93 Gr. B6 ) Hexagon nuts CrMoV5-7,.7709 SA 9 Gr. ) 0 Cover P355NH, Sealing ring for plug * R-Cu99 Plug (G /) * P GH,.060 SA 05 BR 637 and BR 63 - PN0 * Spare parts ) with metric screw-thread 00 Capacity chart The capacity chart shows the maximum flow quantities of hot condensate for the controller versions. Differential pressure (bar) assuming discharge to atmospheric pressure Design of outlet connecting flange on DN DN Dimension and material for the studs and hexagon nuts for the connecting flange to the pipe flange (Pos. 0) Studs Hexagon nuts 65 M6 x NF M6 x M6 x NF M6 x M0 x NF M0 x Edition 0/06 - Data subject to alteration 5

16 Ball float steam trap made of cast iron, nodular iron, cast steel / forged steel, stainless steel Fig with flanges - vertical installation Ball float steam trap with level control for the condensate-discharge from compressed air and gas systems (acc. to PED 97/3/EC fluid group, other fluid groups on request) Standard installation position: - vertical Special installation position: - horizontal with inlet from right or left (please indicate when ordering) Pressure compension line required (refer to p., installation example) Refer to supplement page: Information about the different installation positions. Integrated strainer Body with flanged hood Integrated non return protection Union (Pos. 5) for pressure compension line The exchange of the controller is possible without disturbing the pipe connections On-site change of the installation position is possible according to the operating instructions Options: - Air vent (Pos. 5) or blow down valve (Pos. 6), manual operated Fig PN6 Body / Hood: EN-JL00 Operating pressure PS (bar-g), 9,6 Operating temperature TS ( C) R R R Fig PN0 Body / Hood: EN-JS09 Operating pressure PS (bar-g) 3 / Operating temperature TS ( C) / 3 BR PN6 / PN0 R R R 3 R3 R 3 R3 3 R3 (top view) Fig with flanges - horizontal installation Fig PN0 Body:.060 / Hood:.069+N Operating pressure PS (bar-g) 3 / Operating temperature TS ( C) / 00 R R R 3 R3 Fig PN0 Body:.5 / Hood:.30 Operating pressure PS (bar-g) 3 / Operating temperature TS ( C) / 300 R R R 3 R3 R R 3 R3 3 R3 Flanges... PN6 PN0 ANSI and 300 RF Screwed sockets... Rp- and NPT-thread Socket weld ends...3 Fig with screwed sockets Fig with socket weld ends Fig with butt weld ends Butt weld ends... Other types of connection on request. 6 Edition 0/07 - Data subject to alteration

17 BR PN6 / PN0 Dimensions and weights Nominal diameters mm inch 5 / 0 3/ Flanges 5 0 / 5 / Screwed sockets ) Socket weld ends ) Butt weld ends ) ) / / ) / 3/ / L* ) H H Dimensions (mm) B EN-JS Stahl B Withdrawal S distance (mm) S Weight approximate (kg) 7,9, 0,9,7 5,3 7,3 7,3,5 0,0 0,5 6,9 7,9 9,0,0,0 * other face-to-face dim. on request ) DN ( ) not for EN-JL/JS ) not for EN-JL/JS 3) at EN-JS: L = 30 mm Stand.-flange dim. ref. to page 5 Parts Pos. Body Description Strainer Material (Material-No.) EN-JL00, EN-GJL-.30 comp. with SA 7 Class No.0 SA 0 Gr.30 EN-JS09, EN-GJS-00-U-LT.30 comp. with SA 395 SA 0 Gr.30 PGH, Gasket (body/seat) * R-Cu99 R-Cu99 R-Cu99 6 Hood 7 Gasket (body/hood) * Controller * 7 Cheese head screws 6 Blow down valve * EN-JL00, EN-GJL- SA 7 Class No.0 CrNi laminated both sides with pure graphite.30 SA 0 Gr.30 EN-JS09, EN-GJS-00-U-LT SA 395 CrNi laminated both sides with pure graphite.30 SA 0 Gr.30 comp. with SA 05,.03 SA 0 Gr.30 GP0GH+N, SA 6 WCB.069+N CrNi laminated both sides with pure graphite.30 SA 0 Gr.30 X6CrNiTi- 0,.5.30 X6CrNiTi- 0,.5 GX5CrNi9-0,.30 comp. with SA F 3 SA 0 Gr.30 SA F 3 SA 35 CF CrNi laminated both sides with pure graphite.30 bimetal TB0 / 5 bimetal TB0 / 5 bimetal TB0 / 5 bimetal TB0 / 5 X6CrNiTi-0,.5 /. SA F 3/ CrMoV5-7, 035/03 ).7709 SA 93 Gr. B6 ) CrMoV5-7, Sealing ring for plug * R-Cu99 R-Cu99 R-Cu99 Plug (Mx,5) * C35E,. 035 / 03 ) CrMoV5-7, Manual air vent valve * 5 Union f. pressure compension line * ) ) SA 93 Gr. B6 ) ) ) CrMoV5-7,.7709 XCrMoS7+ QT,.0+QT XCrMoS7+ QT,.0+QT SA 93 Gr. B6 ) SA 93 Gr. B6 ) AISI 30 F ) XCrMoS7+ AISI 30 F ) XCrMoS7+ X6CrNiTi- 0,.5 X6CrNiTi- 0,.5 X6CrNiTi- 0,.5 QT,.0+QT QT,.0+QT SA 0 Gr.30 SA F 3 ) SA F 3 SA F 3 ) AISI 30 F ) AISI 30 F ) * Spare parts ) with metric screw-thread Options Edition 0/07 - Data subject to alteration 7

18 Capacity chart / Pressure compension line - BR PN6 / PN0 PN6 Standard R3 To determine the drainage quantity of cold water at about 0 C from compressed air and gas systems. PN0 Standard R3 Differential pressure (bar) assuming discharge to atmospheric pressure To determine the drainage quantity of cold water at about 0 C from compressed air and gas systems. Differential pressure (bar) assuming discharge to atmospheric pressure Installation with pressure compension line product line pressure compension line for gas return steam, air or gas with condensate collector line for condensat valve for drainage of dirt stop valve (ball valve preferred) Ball float steam trap Fig. 630 horizontal installation steam, air or gas condensat stop valve (ball valve preferred) Important: The installation of a pressure compensation line for gas return is always recommended; especially if the ball float steam trap is installed horizontally. Edition 0/05 - Data subject to alteration

19 Capacity chart - BR PN6 / PN0 PN6 - PN0 Special design R, R, R DN 5-0 To determine the drainage quantity of cold water at about 0 C from compressed air and gas systems. PN6 - PN0 Special design R, R, R DN 5 To determine the drainage quantity of cold water at about 0 C from compressed air and gas systems. Differential pressure (bar) assuming discharge to atmospheric pressure PN6 - PN0 Special design R, R, R DN 0 - To determine the drainage quantity of cold water at about 0 C from compressed air and gas systems. Differential pressure (bar) assuming discharge to atmospheric pressure Differential pressure (bar) assuming discharge to atmospheric pressure Edition 09/07 - Data subject to alteration 9

20 / allocation of types Flanges according to Screw sockets according to EN 066- (previous 999) resp. customer request Socket weld ends according to EN 760 (previous 339 T) resp. customer request Butt weld ends according to EN 67 (previous 339 T) Union butt weld ends according to data sheet resp. customer request Face-to-face acc. to data sheet resp. customer request Integrated non return protection seat automatic ventilation closes automatically on backflow valve-ball valve stem The integrated non return protection acts as a check valve. In case of parallel installed heat exchangers or heater batteries the non return protection prevents a shut down heat-exchanger fror flooding with condensate from the downstream side and reverse heating up. A check valve which otherwise has to be installed is not necessary. Informations about pipe welding of steam traps Welding groove acc. to 559 The body materials of our steam traps which are for welding into.069+n GP0GH+N acc. to EN 03- / SA 6 WCB the pipe are as following:.060 PGH acc. to EN 0- / SA Mo3 acc. to EN 00 / SA F.5 X6CrNiTi-0 acc. to EN 00 / SA F CrMo-5 acc. to EN 00 / SA F Due to our experience, we recommend to apply an electric welding process. Because of the different material compositions and wall thickness of the steam traps and the pipe gas welding shall not be applied. Quenching cracks and coarse grain structure may develop. Steam traps with socket-weld ends shall only be welded by arc welding (welding process acc. to EN 063). If during the time of warranty others than the manufacturer or by the manufacturer authorized persons are interfering in the product and/or the setting, the right of claim for warranty will lapse! Allocation of types BR formerly designation of types different types of connection...nu (ANU, BNU, CNU) Flanges C......NU (BNU, CNU) Screwed sockets A......NUP (ANUP, BNUP, CNUP) Socket weld ends B Butt weld ends B N (AN, BN, CN) Information / restriction of technical rules to be observed! Operating instructions can be ordered on request by phone ( ) 99-0 or fax ( ) 99-5 or 59. Selection criteria: - Steam pressure - Nominal diameter / pressure - Back pressure - Type of connection - quantity of condensate - Material - Flow media - Place of service or kind of steam consumer Other installation positions than standard ( vertical ) have to be indicated together with the information about the flow direction i.e. inlet from left or right Example for order data: => Ball float steam trap, BR 630, PN0, DN,.060/.069+N, R, flange connection, face-to-face dimension 30 mm Edition 0/06- Data subject to alteration Dimensions in mm resp. inch Weights in kg bar =^ 0 5 Pa =^ 0, MPa Kvs in m 3 /h bar =^,5 PSI inch =^ 5, mm 0

21 Standard-flange dimensions Standard - flange dimensions () DN PN 6 PN 5 PN 0 PN 63 PN 00 D K n x D K n x D K n x D K n x D K n x x x x x x x x x 0 00 x 0 00 x x x x x 70 5 x 70 5 x 65 5 x x 0 35 x 95 5 x x 5 5 x 5 5 x x x x x x x DN PN 60 D K n x x 5 00 x 95 5 x 6 Standard - flange dimensions (ANSI) DN ANSI ANSI 300 ANSI 00 D K n x d D K n x d D K n x d mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch 5 / 9 3, 60,36 x6 x0,6 95 3,75 66,5,6 x6 x0,6 95 3,75 66,5,6 x6 x0,6 0 3/ 99 3,90 70,70 x6 x0,6 7,6,5 3,5 x9 x0,75 7,6,6 3,5 x6 x0,75 5 0,5 79 3,0 x6 x0,6, 9 3, x9 x0,75, 9 3, x9 x0,75 3 / 7,6 9 3, x6 x0,6 33 5,5 9,5 3, x9 x0, / 7 5,00 9 3,5 x6 x0,6 55 6,, x,5 x0, ,00,76 x9 x0, , 7 5,00 x9 x0, / 7 7,0 0 5,5 x9 x0,75 9 7,5 9 5,6 x x0, ,5 5 5,9 x9 x0,75 0,7 6 6,6 x x0, ,0 9 7,5 x9 x0,75 5 0, ,7 x x0, DN ANSI 600 ANSI 900 D K n x d D K n x d mm inch mm inch mm inch mm inch mm inch mm inch mm inch 5 / 95 3,75 66,5,6 x6 x0,6,75,5 3,5 x,5 x0, 0 3/ 7,6,6 3,5 x9 x0, ,,9 3, x,3 x0, 5, 9 3, x9 x0,75 9 5, 0,00 x5,5 x,0 3 / 33 5,5 9,6 3, x9 x0, ,5,3 x5,5 x,0 0 / 55 6,, x,5 x0, 7 7,00, x,5 x, 65 6, 7 5,00 x9 x0,75 6, 65 6, x5,5 x,0 Steam traps according to ASTM Pressure bearing parts made of -materials Studs and nuts made of ASTM-materials, but metric screw-threads Face-to-face acc. to data sheet resp. customer request Flanges acc. to ANSI Pressure test acc. to API 59 Edition 0/0 - Data subject to alteration

22 Accessories / further components Testing device ARImetec -S Vacuum breaker BR655 Prefabricated manifolds for condensate collection (B = 60), steam distribution (B = 0) CODI S with stuffing box BR67/67; CODI B with bellows seal, maintenance-free BR675/676 Automatic air vent for liquid systems BR 656 Condensate discharge temperature limiter BR65/67 Double window sight glasses BR660/66 Return temperature limiter BR6 (Further informations about the accessories can be found in the appropriate data sheets.) Liquid drainer BR665 HALLE AWH ARMATUREN- WERK HALLE GMBH a member of the ARI-group Technology for the Future. GERMAN QUALITY VALVES ARI-Armaturen Albert Richter GmbH & Co. KG, D Schloß Holte-Stukenbrock, Tel / 99-0, Telefax / 99-5 or 59 Internet: info.vertrieb@ari-armaturen.com Edition 0/06 - Data subject to alteration

23 Information about the different installation positions (shown at BR63) CONA S Horizontal installation - inlet from the left side (ZL) Vertical installation (standard) Horizontal installation inlet from the right side (ZR) Installation (see picture) The ball float steam traps can be installed either in vertical (standard) or horizontal position. In case of horizontal installation please indicate whether the inlet is from the left or right side. The steam trap can also be converted on site to match the different installation positions. Please observe the appropriate operating manuals. The steam trap must be fitted with the direction of flow as indicated by the arrow on the body. A clearance of 300 mm for the removal of the hood shall be provided. The steam trap shall preferably be installed at the lowest point of the system and the membrane capsule resp. the bleeding tube shall be installed inan upright position inside of the hood. For the modification of the installation position observe the operating manual. A modification of the installation position during the time of warranty shall be carried out by the AWH-Service or it shall be agreed between the customer and manufacturer. HALLE AWH ARMATUREN- WERK HALLE GMBH a member of the ARI-group Technology for the Future. GERMAN QUALITY VALVES ARI-Armaturen Albert Richter GmbH & Co. KG, D Schloß Holte-Stukenbrock, Tel / 99-0, Telefax / 99-5 or 59 Internet: info.vertrieb@ari-armaturen.com Data subject to alteration - Edition 0/05