Diaphragm Valve, Metal

Diaphragm Valve, Metal Construction The GEMÜ motorized metal diaphragm valve has a low maintenance electric actuator and a reversible synchronous motor. It is operated via a non-self-locking reduction gear and cam. The valve has an integrated optical position indicator as standard. GEMÜ is also available without a metal distance piece for applications with lower operating temperatures (only diaphragm size ). Features Suitable for inert and corrosive* liquid and gaseous media Insensitive to particulate media The motor will withstand being stalled under full voltage Valve body and diaphragm available in various materials and designs Suitable for use as a control valve (with integrated control module) Advantages Direct 0/ - 0 ma signal processing (with integrated control module) Opening and closing behaviour is independent of the operating pressure Hermetic separation between medium and actuator Optional flow direction Installation for an optimized draining is possible *see information on working medium on page Sectional drawing

Technical data Working medium Corrosive, inert, gaseous and liquid media which have no negative impact on the physical and chemical properties of the body and diaphragm material. Protection class IP acc. to DIN 000 Operating time See actuator version (page ) Load resistor Ω approx. 7 or s Electrical data Power supply Uv = V 0/0 Hz +/- % Uv = V 0/0 Hz +/- % Uv = 0 V 0/0 Hz +/- % Power consumption. VA Rating 0% Electrical connection x PG. (Versions AE, AP) x round connector (Binder series 77), (Versions E, E, E) Temperatures Media temperature FPM ( /A) Direct mount -... 0 C With distance piece -... 90 C* EPDM ( /A) Direct mount -... 0 C With distance piece -... 0 C* EPDM ( ) Direct mount -... 0 C With distance piece -... 90 C* EPDM ( 7) Direct mount -... 0 C With distance piece -... 0 C* PTFE ( /A) Direct mount -... 0 C With distance piece -... 0 C* * only actuator version with distance piece (code B0 or B) Sterilisation temperature () FPM ( /A) EPDM ( /A) EPDM ( ) EPDM ( 7) PTFE ( /A) ¹ The sterilisation temperature is valid for steam (saturated steam) or superheated water. ² If the sterilisation temperatures listed above are applied to the EPDM diaphragms for longer periods of time, the service life of the diaphragms will be reduced. In these cases, maintenance cycles must be adapted accordingly. This also applies to PTFE diaphragms exposed to high temperature fluctuations. PTFE diaphragms can also be used as moisture barriers; however, this will reduce their service life. The maintenance cycles must be adapted accordingly. GEMÜ and 0 globe valves are particularly suitable for use in the area of steam generation and distribution. The following valve arrangement for interfaces between steam pipes and process pipes has proven itself over time: A globe valve for shutting off steam pipes and a diaphragm valve as an interface to the process pipes. Ambient temperature not applicable C (), max. 0 min per cycle not applicable C (), max. 0 min per cycle max. C (), no time limit per cycle Steam input Steam distribution Process pipe Sterile process -... C

Technical data Diaphragm size Operating pressure [bar] 0-0 - All pressures are gauge pressures. Operating pressure values were determined with static operating pressure applied on one side of a closed valve. Sealing at the valve seat and atmospheric sealing is ensured for the given values. Information on operating pressures applied on both sides and for high purity media on request. Pipe standard DIN EN 7 series B (formerly DIN 0 series ) Kv values [m³/h] EN 7 series A (formerly DIN 0 series ) / series A DIN 0 Series SMS 00 ASME BPE / series C ISO 7 / EN 7 series C / series B Connection code 0 7 7 9 0 MG DN 0. - - - - - - - -. - - -. - -. - - 0.. -... -. - - - - - -.0 - -... -...... -..0 0 - - - - -. - MG = diaphragm size Kv values determined acc. to DIN EN 0, inlet pressure bar, p bar, stainless steel valve body (forged body) and soft elastomer diaphragm. The Kv values for other product configurations (e.g. other diaphragm or body materials) may differ. In general, all diaphragms are subject to the influences of pressure, temperature, the process and their tightening torques. Therefore the Kv values may exceed the tolerance limits of the standard.

Order data Body configuration Tank valve body /-way body T body T* * For dimensions see T Valves brochure ** Dimensions and versions on request B** Connection Butt weld spigots Spigots DIN 0 Spigots EN 7 series B (formerly DIN 0 series ) Spigot EN 7 series A (formerly DIN 0 series ) / series A 7 Spigots DIN 0 series Spigots JIS-G 9 Spigots BS Part Spigot ASME BPE / series C 9 Spigot ISO 7 / EN 7 series C / series B 0 Spigots ANSI/ASME B.9M Schedule s Spigots ANSI/ASME B.9M Schedule 0s Threaded connections Threaded sockets DIN ISO Threaded spigots DIN One side threaded spigot, other side cone spigot and union nut, DIN Aseptic unions on request Clamp connections Clamps ASME BPE for pipe ASME BPE, length ASME BPE 0 Clamps DIN 7 series B for pipe EN ISO 7, length EN, series 7 Clamps ASME BPE for pipe ASME BPE, length EN, series 7 Clamps DIN 7 series A for pipe DIN 0, length EN, series 7 A Clamps SMS 07 for pipe SMS 00, length EN, series 7 E Aseptic clamps on request For overview of available valve bodies see page D Valve body material CW7N (brass)., investment casting C.0, investment casting 7. (L), forged body 0. (BN), forged body Δ Fe<0,%.9, forged body F Diaphragm material FPM A* EPDM A* EPDM EPDM 7 7* EPDM PTFE/EPDM, PTFE laminated A* * for diaphragm size Material complies with FDA requirements, except codes, A and Supply voltage/mains frequency V 0/0 Hz C V 0/0 Hz G 0 V 0/0 Hz L

Order data Functional module OPEN / CLOSE control with additional end position feedback (signal voltage = supply voltage) OPEN / CLOSE control with potentiometer output Control of valve position, actual value detection internal, set value external, 0 - V Control of valve position, actual value detection internal, set value external, 0/ - 0 ma Control of process variables, actual value external, 0/ - 0 ma, set value external, 0/ - 0 ma AE AP E E E Actuator version Operating time 7 sec. (not possible for diaphragm size ) Operating time sec. (not possible for diaphragm size ) Operating time 7 sec., with distance piece Operating time sec., with distance piece A0 A B0 B Special version K-no. With Hirschmann plug 07 Order example D 0 0 L AE A0 - Type Nominal size* Body configuration (code) D Connection (code) 0 Valve body material (code) 0 Diaphragm material (code) Supply voltage/mains frequency (code) L Functional module (code) AE Surface finish (code see page ) Actuator version (code) A0 Special version (K-no.) - * Diaphragm size : Always state the nominal size in the range DN 00 0

Order data Internal surface finishes for forged and block material bodies Readings for Process Contact Surfaces Mechanically polished Hygienic class Hygienic class Electropolished Ra 0.0 μm H HE Ra 0.0 μm - 7 - Ra 0.0 μm H HE 7 Ra 0. μm H 7 HE Readings for Process Contact Surfaces acc. to ASME BPE 0 Mechanically polished ASME BPE Surface Designation ASME BPE Surface Designation Electropolished Ra Max. = 0.7 μm (0 μinch) SF SF - - Ra Max. = 0. μm ( μinch) SF SF SF SF Ra Max. = 0. μm (0 μinch) SF SF SF SF Ra Max. = 0. μm ( μinch) - - SF SF Readings for Process Contact Surfaces Internal surface finishes for investment cast bodies Hygienic class Mechanically polished Ra.0 μm - 0 Ra 0.0 μm H Ra 0.0 μm - 7 Surface finishes of customized valve bodies may be limited in special cases. Or any other finishing method that meets the Ra value (acc. to ASME BPE). The smallest possible Ra finish for pipe connections with an internal pipe diameter < mm is 0. µm. When using these surfaces, the bodies are marked according to the specifications of ASME BPE. The surfaces are only available for valve bodies which are made of materials (e.g. GEMÜ material codes 0,, F, ) and use connections (e.g. GEMÜ connection codes 9, 0, ) according to ASME BPE. Not possible for GEMÜ connection code 9, DN and GEMÜ connection code 0, DN. Ra acc. to DIN EN ISO and ASME B.

Actuator dimensions [mm] MG DN Actuator version A A 00-0 B0, B 0. MG = Diaphragm size ø0 A A Actuator version B0, B with metal distance piece MG MG = Diaphragm size DN Actuator version A A - 0 A0, A - 0 B0, B 0.9 ø0 ø0 A A A A Actuator version A0, A Direct mount Actuator version B0, B with metal distance piece 7

Body dimensions [mm] Butt weld spigots, connection code 0,, 7, Valve body material: Investment casting (code C), forged body (code 0, F) Pipe standard DIN EN 7 series B (formerly DIN 0 series ) EN 7 series A (formerly DIN 0 series ) / series A DIN 0 Series Connection code 0 7 MG DN NPS L c H ød s ød s ød s ød s - 7 0..0 - - - - - - 0.09-7 0. - - - -.0 - - 0.09 / 7 0. - - - -.0 - - 0.09 / 7 0. - -.0..0 0.09 /. - -.0..0 0.0 /...0 9. 0.0 0.0 * only for investment cast design MG = diaphragm size For materials see overview on page Butt weld spigots, connection code 0 Valve body material: Investment casting (code C), forged body (code 0, F) Pipe standard ISO 7 / EN 7 series C / series B Connection code 0 MG DN NPS L c H* H** ød s - 7 0 -... 0.09 / 7 0.... 0.09 / 7 0 -. - - 0.09 /.. 7.. 0.0 /.... 0.0 * only for investment cast design ** only for forged design MG = diaphragm size For materials see overview on page Butt weld spigots, connection code Valve body material: Investment casting (code C), forged body (code 0, F) Pipe standard JIS-G 9 Connection code MG DN NPS L c H ød s - 7 0...0 0.09 / 7 0... 0.09 /. 7.. 0.0 /..7. 0.0 MG = diaphragm size For materials see overview on page

Body dimensions [mm] Butt weld spigots, connection code, 9,, Valve body material: Investment casting (code C), forged body (code 0, F) Pipe standard BS Part ASME BPE / series C ANSI/ASME B.9M Schedule s ANSI/ASME B.9M Schedule 0s Connection code 9 MG DN NPS L c H* H** ød s ød s ød s ød s - 7 0 -. - - - -....7 0.09 / 7 0..... 0.9.7..7. 0.09 / 7 0.. 9.. 9. 0.9 - - - - 0.09 / 7 0...70..70. - - - - 0.09 / -. 9.. 9. 0.9 7.. 7.. 0.0 / -..70..70.....77 0.0 0 /.. 9.0. 9.0. - - - - 0.0 * only for investment cast design ** only for forged design MG = diaphragm size For materials see overview on page MG DN R Threaded sockets, connection code Valve body material: Brass (code ), investment casting (code 7) Material code Material code 7 H H t L SW Number of flats H H t L SW G / - - - - - - 9 9 7 0.09 Number of flats G / 0.7 G / 9 7 0 7 0. MG = diaphragm size For materials see overview on page H R H SW L t 9

Body dimensions [mm] MG DN H ød Threaded connections, connection code, Valve body material: Forged body (code 0) Thread to DIN 0 R L L..0 RD x / 9 90 0. MG = diaphragm size..0 RD x / 0...0 RD x / 0. H ød ød R d R ød R H H L L Pipe connection for clamp Clamp connections, connection code 0,,, A, E Valve body material: Forged body (code 0, F) ASME BPE ISO 7 / EN 7 series C / series B EN 7 series A (formerly DIN 0 series ) / series A Clamp connection ASME BPE DIN 7 series B DIN 7 series A Clamp connection code 0 A MG DN NPS H ød ød L ød ød L ød ød L ød ød L /. - - - - - - 7.0.0..0. - /..7.0. - - -..0..0. 0. /. 7.7.0. - - - - - -.0.9 0. /. 9.0.0. 9.0.0 - - - - - - 0. /. - - - - - -.0.0.0.0.0 0.0 /. 9.0.0.9 9.0.0. 0..0.0.0 0. 0 /..7.0..7.0 7 - - - - - - 0. MG = diaphragm size L

Connection code Material code MG DN Overview of valve bodies for GEMÜ Spigots 0 7 9 0 C 0 0 C 0 0 0 0 C 0 C 0 0 0 X X - - - - - - - - - - - - - - - X X - X - - - - X X X - - - X X - X X X X X X X X - - X X X X - X X X - - - - - - - - - - - X X X - - - - - - X X X X X X - X X X X X - X X X X X X X - X X X X X 0 - - - - - - - X X X - - - - Availability of material code, F: same as code 0 MG = diaphragm size Threaded connections Clamps Connection code 0 A Material code 7 0 0 0 0 0 0 MG DN - - - - - K - K - X - - K K - K - - W W K - - W - - - - K - W - - - W W - K - K X X - - - - - - X X W W K W K K 0 - - - - K - K - X = Standard K = Connections completely machined (not welded) W = Welded construction Availability of material code, F: same as code 0 MG = diaphragm size

Connection diagramm Connection diagram - Functional module code AE Connection diagram - Functional module code AP S open VDR C M~ W closed VDR S S Synchronousmotor open Synchronousmotor closed VDR M~ VDR W C S Actual value potentiometer K Ω linear 7 brown black blue open closed N PE open closed N PE 7 brown black blue green yellow red The voltage of the end position feedback must be identical with the supply voltage of the actuator. Connection diagram K-Nr. 70 S open Synchronousmotor closed VDR M~ VDR W C S Actual value potentiometer K Ω linear 7 9 brown black blue green yellow red open closed N PE The voltage of the end position feedback must be identical with the supply voltage of the actuator.

Connection diagram - Functional module code E / E Pin Designation L, motor voltage N, motor voltage not connected not connected not connected not connected 7, PE Pin Designation not connected not connected not connected not connected GND, set value input I+ / U+, set value input 7 not connected Connection diagram - Functional module code E Pin Designation L, motor voltage N, motor voltage not connected not connected not connected not connected 7, PE Pin Designation not connected not connected GND, actual value input I+ / U+, actual value input GND, set value input I+ / U+, set value input 7 not connected

Connection diagram - Functional module code E Connection diagram - Functional module code E Pin Bezeichnung L, motor voltage N not connected not connected not connected not connected 7, PE Pin Bezeichnung not connected not connected not connected not connected GND, Sollwerteingang I+ / U+, Sollwerteingang 7 not connected Connection diagram - Functional module code E Pin Bezeichnung L, motor voltage N not connected not connected not connected not connected 7, PE Pin Bezeichnung not connected not connected GND, Istwerteingang I+ / U+, Istwerteingang GND, Sollwerteingang I+ / U+, Sollwerteingang 7 not connected

Functional module AE OPEN / CLOSE control with additional end position feedback signals and Hirschmann plug N R AM (design: 07) Pin Designation L, motor voltage for direction of travel OPEN L, motor voltage for direction of travel CLOSED N, reference voltage n.c. Us, S () CLOSED end position [Us=Ub] Us, S () OPEN end position [Us=Ub] 7, PE Functional module AP OPEN / CLOSE control with potentiometer output and Hirschmann plug N R AM (design: 07) Pin Designation L, motor voltage for direction of travel OPEN L, motor voltage for direction of travel CLOSED N, reference voltage Us +, actual value potentiometer, signal voltage Us -, actual value potentiometer, signal output Us, actual value potentiometer, signal voltage 7, PE All rights including copyright and industrial property rights are expressly reserved. Electrical connection version Terminal strip and cable gland Hirschmann plug (K-no. 07) AE X X AP X X E - X E - X E - X Characteristic progress with functional module E or -point controller GEMÜ Q [m³/h],,,,,0,,,,,0,,,,,0 0, 0, 0, 0, 0 0 0 Opening point I [ma] For further metal diaphragm valves, accessories and other products, please see our Product Range catalogue and Price List. Contact GEMÜ. DN DN Medium: Water p: bar Subject to alteration 0/09 07 Should there be any doubts or misunderstandings, the German version of this data sheet is the authoritative document! VALVES, MEASUREMENT AND CONTROL SYSTEMS GEMÜ Gebr.Müller Apparatebau GmbH & Co.KG Fritz-Müller-Str. - D-7 Ingelfingen-Criesbach Telefon +9(0)790/-0 Telefax +9(0)790/-9 info@gemue.de www.gemu-group.com