GEM 650TL User manual

GEMÜ 650TL
Manually operated diaphragm valve
Operating instructions
EN
further information
webcode: GW-650TL

All rights including copyrights or industrial property rights are expressly reserved.
Keep the document for future reference.
© GEMÜ Gebr. Müller Apparatebau GmbH & Co. KG
13.02.2024
www.gemu-group.com2 / 42GEMÜ 650TL

Contents
1 General information ............................................. 4
1.1 Information .................................................... 4
1.2 Symbols used ................................................ 4
1.3 Definition of terms ........................................ 4
1.4 Warning notes ............................................... 4
2 Safety information ............................................... 5
3 Product description ............................................. 5
3.1 Construction .................................................. 5
3.2 Description ..................................................... 5
3.3 Function ......................................................... 6
3.4 Control function ............................................. 6
3.5 Optical position indicator .............................. 6
4 GEMÜ CONEXO .................................................... 6
5 Correct use .......................................................... 6
6 Order data ........................................................... 7
6.1 Order codes ................................................... 7
6.2 Order example ............................................... 9
7 Technical data ..................................................... 10
7.1 Medium .......................................................... 10
7.3 Pressure ......................................................... 10
7.4 Product conformity ....................................... 11
7.5 Mechanical data ............................................ 12
8 Dimensions .......................................................... 12
8.1 Actuator dimensions ..................................... 12
8.2 Body dimensions of 2/2-way body ............... 15
8.3 Body dimensions of tank bottom valve
body and T body ............................................ 25
9 Application .......................................................... 26
10 Manufacturer's information .................................. 26
10.1 Delivery .......................................................... 26
10.2 Packaging ...................................................... 26
10.3 Transport ....................................................... 26
10.4 Storage ........................................................... 26
10.5 Condition as supplied to customer .............. 26
11 Installation in piping ............................................ 27
11.1 Preparing for installation .............................. 27
11.2 Installation position ....................................... 27
11.3 Installation with butt weld spigots ............... 27
11.4 Installation with clamp connections ............ 28
11.5 Installation with threaded spigots ................ 28
12 Pneumatic connection ......................................... 28
12.1 Control function ............................................. 28
12.2 Connecting the control medium ................... 29
13 Stroke limiter and seal adjuster ............................ 29
13.1 Setting the seal adjuster (GEMÜ 650 0TL) .. 29
13.2 Setting the closing and opening stroke lim-
iter (GEMÜ 650 1TL/650 2TL) ...................... 30
14 Proximity switches .............................................. 31
14.1 Setting proximity switches ........................... 31
14.2 Setting the damping piece ............................ 32
15 Commissioning .................................................... 32
16 Operation ............................................................. 32
16.1 Control function 1 .......................................... 32
17 Troubleshooting .................................................. 33
18 Inspection and maintenance ................................ 35
18.1 Spare parts .................................................... 35
18.1.1 Spare parts 0TL ................................ 35
18.1.1 Spare parts 1TL; 2TL ........................ 35
18.2 Removing the actuator .................................. 36
18.3 Removing the diaphragm .............................. 36
18.4 Mounting the compressor ............................ 36
18.5 Mounting the diaphragm .............................. 37
18.6 Mounting the actuator .................................. 39
19 Disposal .............................................................. 39
20 Returns ................................................................ 39
21 EU Declaration of Incorporation according to the
EC Machinery Directive 2006/42/EC, Annex II B ... 40
22 Manufacturer's declaration according to the Pres-
sure Equipment Directive 2014/68/EU .................. 41
GEMÜ 650TLwww.gemu-group.com 3 / 42

www.gemu-group.com4 / 42GEMÜ 650TL
1 General information
1 General information
1.1 Information
- The descriptions and instructions apply to the standard ver-
sions. For special versions not described in this document
the basic information contained herein applies in combina-
tion with any additional special documentation.
- Correct installation, operation, maintenance and repair work
ensure faultless operation of the product.
- Should there be any doubts or misunderstandings, the Ger-
man version is the authoritative document.
- Contact us at the address on the last page for staff training
information.
- A supplement to Directive 2014/34/EU (ATEX Directive) is
included with the product, provided that it was ordered in
accordance with ATEX.
1.2 Symbols used
The following symbols are used in this document:
Symbol Meaning
Tasks to be performed
Response(s) to tasks
– Lists
1.3 Definition of terms
Working medium
The medium that flows through the GEMÜ product.
Diaphragm size
Uniform seat size of GEMÜ diaphragm valves for different
nominal sizes.
Control function
The possible actuation functions of the GEMÜ product.
Control medium
The medium whose increasing or decreasing pressure causes
the GEMÜ product to be actuated and operated.
1.4 Warning notes
Wherever possible, warning notes are organised according to
the following scheme:
SIGNAL WORD
Type and source of the danger
Possible
symbol for the
specific
danger
Possible consequences of non-observance.
Measures for avoiding danger.
Warning notes are always marked with a signal word and
sometimes also with a symbol for the specific danger.
The following signal words and danger levels are used:
DANGER
Imminent danger!
▶Non-observance can cause death or
severe injury.
WARNING
Potentially dangerous situation!
▶Non-observance can cause death or
severe injury.
CAUTION
Potentially dangerous situation!
▶Non-observance can cause moderate
to light injury.
NOTICE
Potentially dangerous situation!
▶Non-observance can cause damage to
property.
The following symbols for the specific dangers can be used
within a warning note:
Symbol Meaning
Danger of explosion!
Corrosive chemicals!
Hot plant components!

www.gemu-group.com 5 / 42 GEMÜ 650TL
2 Safety information
The safety information in this document refers only to an indi-
vidual product. Potentially dangerous conditions can arise in
combination with other plant components, which need to be
considered on the basis of a risk analysis. The operator is re-
sponsible for the production of the risk analysis and for com-
pliance with the resulting precautionary measures and re-
gional safety regulations.
The document contains fundamental safety information that
must be observed during commissioning, operation and main-
tenance. Non-compliance with these instructions may cause:
- Personal hazard due to electrical, mechanical and chemical
effects.
- Hazard to nearby equipment.
- Failure of important functions.
- Hazard to the environment due to the leakage of dangerous
substances.
The safety information does not take into account:
- Unexpected incidents and events, which may occur during
installation, operation and maintenance.
- Local safety regulations which must be adhered to by the
operator and by any additional installation personnel.
Prior to commissioning:
1. Transport and store the product correctly.
2. Do not paint the bolts and plastic parts of the product.
3. Carry out installation and commissioning using trained
personnel.
4. Provide adequate training for installation and operating
personnel.
5. Ensure that the contents of the document have been fully
understood by the responsible personnel.
6. Define the areas of responsibility.
7. Observe the safety data sheets.
8. Observe the safety regulations for the media used.
During operation:
9. Keep this document available at the place of use.
10. Observe the safety information.
11. Operate the product in accordance with this document.
12. Operate the product in accordance with the specifications.
13. Maintain the product correctly.
14. Do not carry out any maintenance work and repairs not de-
scribed in this document without consulting the manufac-
turer first.
In cases of uncertainty:
15. Consult the nearest GEMÜ sales office.
3 Product description
3.1 Construction
1
3
4
5
6
7
2
Item Name Materials
1 Handwheel Stainless steel
2 Membrane actuator Stainless steel
3 Diaphragm EPDM
PTFE/EPDM (one-piece, two-
piece)
4 Valve body 1.4408, investment casting
1.4408, PFA lined
1.4435, investment casting
1.4435 (F316L), forged body
1.4435 (F316L), block mater-
ial
1.4435 (BN2), forged body, Δ
Fe < 0.5%
1.4435 (BN2), block material,
Δ Fe < 0.5%
1.4539, forged body
5 CONEXO diaphragm
RFID chip
(see Conexo informa-
tion)
6 CONEXO body RFID
chip
(see Conexo informa-
tion)
7 CONEXO actuator RFID
chip
(see Conexo informa-
tion)
3.2 Description
Diaphragm valve GEMÜ 650TL is a manually operated dia-
phragm valve with a pneumatic fail safe function. The valve
can only be operated manually (opened/closed) if the actu-
3 Product description

www.gemu-group.com6 / 42GEMÜ 650TL
4 GEMÜ CONEXO
ator is supplied with compressed air. If this supply is interrup-
ted, the valve closes due to the force of the spring and can no
longer be opened manually.
3.3 Function
The closed position feedback of pneumatic piston and hand-
wheel takes place via flush mountable proximity switches (op-
tional). The valve has CIP/SIP cleaning and sterilizing capabil-
ities.
3.4 Control function
The following control functions are available:
Control function 1: Normally closed (NC)
3.5 Optical position indicator
The product has an optical position indicator as standard. The
optical position indicator indicates the OPEN and CLOSED po-
sitions.
GEMÜ 650 0TL
Valve open* Valve closed
GEMÜ 650 1TL/650 2TL
Valve open* Valve closed
* Only if control medium has been applied to the actuator and
the manual actuator has been put in the OPEN position.
4 GEMÜ CONEXO
The interaction of valve components that are equipped with
RFID chips and an associated IT infrastructure actively in-
crease process reliability.
Thanks to serialization, every valve and every relevant valve
component such as the body, actuator or diaphragm, and
even automation components, can be clearly traced and read
using the CONEXO pen RFID reader. The CONEXO app, which
can be installed on mobile devices, not only facilitates and im-
proves the "installation qualification" process, but also makes
the maintenance process much more transparent and easier
to document. The app actively guides the maintenance techni-
cian through the maintenance schedule and directly provides
him with all the information assigned to the valve, such as
test reports, testing documentation and maintenance histor-
ies. The CONEXO portal acts as a central element, helping to
collect, manage and process all data.
For further information on GEMÜ CONEXO please visit:
www.gemu-group.com/conexo
5 Correct use
DANGER
Danger of explosion!
▶Risk of severe injury or death
●Do not use the product in potentially
explosive zones.
●Only use the product in potentially ex-
plosive zones confirmed in the declara-
tion of conformity.
WARNING
Improper use of the product!
▶Risk of severe injury or death
▶Manufacturer liability and guarantee will be void.
●Only use the product in accordance with the operating
conditions specified in the contract documentation and in
this document.
The product is designed for installation in piping systems and
for controlling a working medium.
1. Use the product in accordance with the technical data.
2. Note the supplement acc. to ATEX
3. Please note the flow direction on the valve body.

6 Order data
Order codes
1 Type Code
Diaphragm valve, pneumatically operated,
stainless steel piston actuator electropolished,
optical position indicator
650
2 DN Code
DN 4 4
DN 6 6
DN 8 8
DN 10 10
DN 15 15
DN 20 20
DN 25 25
3 Body configuration Code
Tank bottom valve body B
2/2-way body D
T-body T
Body configuration code B: Dimensions and designs on
request
Body configuration code T: Dimensions on request
4 Connection type Code
Spigot
Spigot DIN 0
Spigot DIN EN 10357 series B (2014 edition; formerly
DIN 11850 series 1)
16
Spigot EN 10357 series A/DIN 11866 series A
formerly DIN 11850 series 2
17
Spigot DIN 11850 series 3 18
Spigot JIS-G 3447 35
Spigot JIS-G 3459 schedule 10s 36
Spigot SMS 3008 37
Spigot BS 4825, part 1 55
Spigot ASME BPE/DIN EN 10357 series C (from 2022
edition)/DIN 11866 series C
59
Spigot ISO 1127/DIN EN 10357 series C (2014 edition)/
DIN 11866 series B
60
Spigot ANSI/ASME B36.19M schedule 10s 63
Spigot ANSI/ASME B36.19M schedule 5s 64
Spigot ANSI/ASME B36.19M schedule 40s 65
Threaded connection
Threaded spigot DIN 11851 6
Cone spigot and union nut DIN 11851 6K
Clamp
Clamp ASME BPE,
face-to-face dimension FTF ASME BPE,
length only for body configuration D
80
Clamp DIN 32676 series B,
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
82
4 Connection type Code
Clamp ASME BPE,
for pipe ASME BPE,
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
88
Clamp DIN 32676 series A,
face-to-face dimension FTF acc. to EN 558 series 7,
length only for body configuration D
8A
Clamp ISO 2852 for pipe ISO 2037,
clamp SMS 3017 for pipe SMS 3008
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
8E
Clamp DIN 32676 series C,
face-to-face dimension FTF ASME BPE,
length only for body configuration D
8P
Clamp DIN 32676 series C,
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
8T
5 Valve body material Code
1.4408, PFA lined 39
1.4435 (F316L), forged body 40
1.4435 (316L), block material 41
1.4435 (BN2), forged body, Δ Fe < 0.5% 42
1.4435 (BN2), block material, Δ Fe < 0.5% 43
1.4435, investment casting C3
1.4539, forged body F4
6 Diaphragm material Code
EPDM 13
EPDM 3A
EPDM 17
EPDM 19
PTFE/EPDM one-piece 54
PTFE/EPDM two-piece 5M
Note: The PTFE/EPDM diaphragm (code 5M) is
available from diaphragm size 10.
Note: The EPDM diaphragm (code 3A) is only available
for diaphragm size 8.
7 Control function Code
Normally closed (NC) 1
8 Actuator version Code
DN 4 - 15, diaphragm size 8
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned 90° offset to flow direction
0LL
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned in-line with flow direction
0TL
6 Order data
www.gemu-group.com 7 / 42 GEMÜ 650TL

8 Actuator version Code
Manually operated with automatic closing function,
control air connector positioned 90° offset to flow
direction,
connections for proximity switches positioned in-line
with flow direction
0RL
DN 10–20, diaphragm size 10
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned in-line with flow direction
1HL
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned 90° offset to flow direction
1LL
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned 90° offset to flow direction
1ML
Manually operated with automatic closing function,
control air connector positioned 90° offset to flow
direction,
connections for proximity switches positioned in-line
with flow direction
1RL
Manually operated with automatic closing function,
control air connector positioned 90° offset to flow
direction,
connections for proximity switches positioned in-line
with flow direction
1SL
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned in-line with flow direction
1TL
DN 15 - 25, diaphragm size 25
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned in-line with flow direction
2HL
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned 90° offset to flow direction
2LL
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned 90° offset to flow direction
2ML
Manually operated with automatic closing function,
control air connector positioned 90° offset to flow
direction,
connections for proximity switches positioned in-line
with flow direction
2RL
Manually operated with automatic closing function,
control air connector positioned 90° offset to flow
direction,
connections for proximity switches positioned in-line
with flow direction
2SL
Manually operated with automatic closing function,
control air connector and connections for proximity
switches
positioned in-line with flow direction
2TL
9 DN-2 Code
DN 4 4
9 DN-2 Code
DN 6 6
DN 8 8
DN 10 10
DN 15 15
DN 20 20
DN 25 25
10 Connection type for T body Code
Spigot
Spigot DIN 0
Spigot DIN EN 10357 series B (2014 edition; formerly
DIN 11850 series 1)
16
Spigot EN 10357 series A/DIN 11866 series A
formerly DIN 11850 series 2
17
Spigot DIN 11850 series 3 18
Spigot JIS-G 3447 35
Spigot JIS-G 3459 schedule 10s 36
Spigot SMS 3008 37
Spigot BS 4825, part 1 55
Spigot ASME BPE/DIN EN 10357 series C (from 2022
edition)/DIN 11866 series C
59
Spigot ISO 1127/DIN EN 10357 series C (2014 edition)/
DIN 11866 series B
60
Spigot ANSI/ASME B36.19M schedule 10s 63
Spigot ANSI/ASME B36.19M schedule 5s 64
Spigot ANSI/ASME B36.19M schedule 40s 65
Threaded connection
Threaded spigot DIN 11851 6
Cone spigot and union nut DIN 11851 6K
Clamp
Clamp ASME BPE,
face-to-face dimension FTF ASME BPE,
length only for body configuration D
80
Clamp DIN 32676 series B,
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
82
Clamp ASME BPE,
for pipe ASME BPE,
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
88
Clamp DIN 32676 series A,
face-to-face dimension FTF acc. to EN 558 series 7,
length only for body configuration D
8A
Clamp ISO 2852 for pipe ISO 2037,
clamp SMS 3017 for pipe SMS 3008
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
8E
Clamp DIN 32676 series C,
face-to-face dimension FTF ASME BPE,
length only for body configuration D
8P
Clamp DIN 32676 series C,
face-to-face dimension FTF EN 558 series 7,
length only for body configuration D
8T
11 Surface Code
Ra ≤ 6.3 μm (250 μin.) for media wetted surfaces,
mechanically polished internal
1500
6 Order data
www.gemu-group.com8 / 42GEMÜ 650TL

11 Surface Code
Ra ≤ 0.8 µm (30 µin.) for media wetted surfaces,
in accordance with DIN 11866 H3,
mechanically polished internal
1502
Ra ≤ 0.8 µm (30 µin.) for media wetted surfaces,
in accordance with DIN 11866 HE3,
electropolished internal/external
1503
Ra ≤ 0.6 μm (25 μin.) for media wetted surfaces,
mechanically polished internal
1507
Ra ≤ 0.6 µm (25 µin.) for media wetted surfaces,
electropolished internal/external
1508
Ra ≤ 0.25 µm (10 µin.) for media wetted surfaces *),
in accordance with DIN 11866 HE5,
electropolished internal/external,
*) for inner pipe diameters < 6 mm, in the spigot Ra ≤
0.38 µm
1516
Ra ≤ 0.25 µm (10 µin.) for media wetted surfaces *),
in accordance with DIN 11866 H5,
mechanically polished internal,
*) for inner pipe diameters < 6 mm, in the spigot Ra ≤
0.38 µm
1527
Ra ≤ 0.4 µm (15 µin.) for media wetted surfaces,
in accordance with DIN 11866 H4,
mechanically polished internal
1536
Ra ≤ 0.4 µm (15 µin.) for media wetted surfaces,
in accordance with DIN 11866 HE4,
electropolished internal/external
1537
Ra max. 0.51 µm (20 µin.) for media wetted surfaces,
in accordance with ASME BPE SF1,
mechanically polished internal
SF1
11 Surface Code
Ra max. 0.64 µm (25 µin.) for media wetted surfaces,
in accordance with ASME BPE SF2,
mechanically polished internal
SF2
Ra max. 0.76 µm (30 µin.) for media wetted surfaces,
in accordance with ASME BPE SF3,
mechanically polished internal
SF3
Ra max. 0.38 µm (15 µin.) for media wetted surfaces,
in accordance with ASME BPE SF4,
electropolished internal/external
SF4
Ra max. 0.51 µm (20 µin.) for media wetted surfaces,
in accordance with ASME BPE SF5,
electropolished internal/external
SF5
Ra max. 0.64 µm (25 µin.) for media wetted surfaces,
in accordance with ASME BPE SF6,
electropolished internal/external
SF6
12 Special version Code
Without
Special version for 3A M
Special version for oxygen,
maximum medium temperature: 60°C
S
13 CONEXO Code
Without
Integrated RFID chip for electronic identification and
traceability
C
Order example
Ordering option Code Description
1 Type 650 Diaphragm valve, pneumatically operated,
stainless steel piston actuator electropolished,
optical position indicator
2 DN 25 DN 25
3 Body configuration T T-body
4 Connection type 60 Spigot ISO 1127/DIN EN 10357 series C (2014 edition)/DIN 11866
series B
5 Valve body material 41 1.4435 (316L), block material
6 Diaphragm material 17 EPDM
7 Control function 1 Normally closed (NC)
8 Actuator version 2SL Manually operated with automatic closing function,
control air connector positioned 90° offset to flow direction,
connections for proximity switches positioned in-line with flow direc-
tion
9 DN-2 25 DN 25
10 Connection type for T body 60 Spigot ISO 1127/DIN EN 10357 series C (2014 edition)/DIN 11866
series B
11 Surface 1503 Ra ≤ 0.8 µm (30 µin.) for media wetted surfaces,
in accordance with DIN 11866 HE3,
electropolished internal/external
12 Special version M Special version for 3A
13 CONEXO Without
6 Order data
www.gemu-group.com 9 / 42 GEMÜ 650TL

7 Technical data
7.1 Medium
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.
Control medium: Inert gases
7.2 Temperature
Media temperature: -10 — 100 °C
For special function S: 0 — 60 °C
Sterilization temperature: EPDM (code 3A/13) max. 150 °C, max. 60 min per cycle
EPDM (code 17) max. 150 °C, max. 180 min per cycle
EPDM (code 19) max. 150 °C, max. 180 min per cycle
PTFE/EPDM (code 54) max. 150 °C, constant temperature per cycle
PTFE/EPDM (code 5M) max. 150 °C, constant temperature per cycle
The sterilization temperature is only valid for steam (saturated steam) or superheated water.
If the sterilization 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 accord-
ingly.
PTFE diaphragms can also be used as steam barriers; however, this will reduce their service life. This also ap-
plies to PTFE diaphragms exposed to high temperature fluctuations. The maintenance cycles must be adapted
accordingly. GEMÜ 555 and 505 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.
Steam input
Process pipe
Steam distribution Sterile process
Ambient temperature: 0 — 60 °C
Control medium temper-
ature:
max. 60 °C
Storage temperature: 0 — 40 °C
7.3 Pressure
Operating pressure: Actuator version DN MG Operating pressure
EPDM PTFE
0TL, 0RL, 0LL 4 - 15 8 0 - 8 0 - 6
1TL, 1RL, 1LL 10 - 20 10 0 - 5 0 - 5
1HL, 1ML, 1SL 0 - 10 0 - 10
2TL, 2RL, 2LL 15 - 25 25 0 - 5 0 - 5
2HL, 2ML, 2SL 0 - 10 0 - 10
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.
www.gemu-group.com10 / 42GEMÜ 650TL
7 Technical data

Control pressure: Control function 1
Actuator version DN MG Control pressure
0TL, 0RL, 0LL 4 - 15 8 5.0 - 7.0
1TL, 1RL, 1LL 10 - 20 10 5.0 - 7.0
1HL, 1ML, 1SL 5.0 - 8.0
2TL, 2RL, 2LL 15 - 25 25 4.0 - 7.0
2HL, 2ML, 2SL 5.0 - 8.0
All pressures are gauge pressures.
MG = diaphragm size
Filling volume: Control function 1
Actuator version DN MG Filling volume [dm³]
0TL, 0RL, 0LL 4 - 15 8 0.01
1TL, 1RL, 1LL,
1HL, 1ML, 1SL
10 - 20 10 0.02
2TL, 2RL, 2LL,
2HL, 2ML, 2SL
15 - 25 25 0.06
7.4 Product conformity
Pressure Equipment Dir-
ective:
2014/68/EU
Machinery Directive: 2006/42/EC
Food: FDA
Regulation (EC) No. 1935/2004
Regulation (EC) No. 10/2011
Regulation (EC) No. 2023/2006
USP Class VI
CRN
* depending on version and/or operating parameters
Oxygen: BAM compliant, the product is suitable for application with oxygen
(special version code S)
TA Luft (German Clean
Air Act):
The product complies with the equivalence requirements of section 5.2.6.4 of the German Clean Air
Act (TA Luft / VDI 2440 according to section 3.3.1.3)
SIL: Product description: GEMÜ diaphragm valve 650TL
Device type: A
Fail safe function: Due to the fail safe function, the diaphragm valve is placed in the
closed position (with control function 1).
HFT (Hardware Fault Tolerance): 0
MTTR (Mean Time To Restora-
tion):
24 hours
Product description: GEMÜ diaphragm valve 650TLwith GEMÜ 032x pilot solenoid
valve
Device type: A
Fail safe function: Due to the fail safe function, the diaphragm valve is placed in the
closed position (with control function 1).
HFT (Hardware Fault Tolerance): 0
MTTR (Mean Time To Restora-
tion):
24 hours
GEMÜ 650TLwww.gemu-group.com 11 / 42
7 Technical data

EAC: The product is certified according to EAC.
7.5 Mechanical data
Installation position: Optional
Observe the angle of rotation for optimized draining when it comes to installation.
See separate document, "Angle of rotation technical information".
8 Dimensions
8.1 Actuator dimensions
8.1.1 Actuator version 0TL, 0RL, 0LL
A
A1
G
ØB1
ØB
CT*
Actuator version 0TL
control air connector and connections
for proximity switches
positioned in-line with flow direction
Actuator version 0RL
control air connector positioned 90°
offset to flow direction,
connections for proximity switches
positioned in-line with flow direction
Actuator version 0LL
control air connector and connections
for proximity switches positioned 90°
offset to flow direction
Actuator ver-
sion
MG A A1 A2 ØB ØB1 G
0TL, 0RL, 0LL 8 146.0 26.5 - 42.0 32.0 G 1/8
Dimensions in mm
MG = diaphragm size
* CT = A + H1 (see body dimensions)
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8 Dimensions

8.1.2 Actuator version 1TL, 1HL, 1RL, 1SL, 1LL, 1ML
ØB
G
A2A1
A
CT*
Actuator version 1TL, 1HL
control air connector and connections
for proximity switches positioned in-line
with flow direction
Actuator version 1RL, 1SL
control air connector positioned 90°
offset to flow direction,
connections for proximity switches
positioned in-line with flow direction
Actuator version 1LL,1ML
control air connector and connections
for proximity switches positioned 90°
offset to flow direction
Actuator ver-
sion
MG A A1 A2 ØB ØB1 G
1TL, 1RL, 1LL,
1HL, 1ML, 1SL
10 196.0 37.0 27.0 60.0 - G 1/8
Dimensions in mm
MG = diaphragm size
* CT = A + H1 (see body dimensions)
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8 Dimensions

8.1.3 Actuator version 2TL, 2HL, 2RL, 2SL, 2LL, 2ML
A1 A2
G
A
CT*
ØB
Actuator version 2TL, 2HL
control air connector and connections
for proximity switches positioned in-line
with flow direction
Actuator version 2RL, 2SL
control air connector positioned 90°
offset to flow direction,
connections for proximity switches
positioned in-line with flow direction
Actuator version 2LL,2ML
control air connector and connections
for proximity switches positioned 90°
offset to flow direction
Actuator ver-
sion
MG A A1 A2 ØB ØB1 G
2TL, 2RL, 2LL,
2HL, 2ML, 2SL
25 264.0 51.0 24.0 85.0 - G 1/4
Dimensions in mm
MG = diaphragm size
* CT = A + H1 (see body dimensions)
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8 Dimensions

8.2 Body dimensions of 2/2-way body
8.2.1 Spigot DIN/EN/ISO (code 0, 16, 17, 18, 60)
L
c
ød
s
H1
Connection type spigot DIN/EN/ISO (code 0, 16, 17, 18, 60) 1), forged material (code 40, 42, F4) 2)
MG DN NPS c (min) ød H1 L s
Connection type Connection type
0 16 17 18 60 0 16 17 18 60
8 4 - 20.0 6.0 - - - - 8.5 72.0 1.0 - - - -
6 - 20.0 - - 8.0 - 10.2 8.5 72.0 - - 1.0 - 1.6
8 1/4" 20.0 - - 10.0 - 13.5 8.5 72.0 - - 1.0 - 1.6
10 3/8" 20.0 - 12.0 13.0 14.0 - 8.5 72.0 - 1.0 1.5 2.0 -
10 10 3/8" 25.0 - 12.0 13.0 14.0 17.2 12.5 108.0 - 1.0 1.5 2.0 1.6
15 1/2" 25.0 18.0 18.0 19.0 20.0 21.3 12.5 108.0 1.5 1.0 1.5 2.0 1.6
25 15 1/2" 25.0 18.0 18.0 19.0 20.0 21.3 19.0 120.0 1.5 1.0 1.5 2.0 1.6
20 3/4" 25.0 22.0 22.0 23.0 24.0 26.9 19.0 120.0 1.5 1.0 1.5 2.0 1.6
25 1" 25.0 28.0 28.0 29.0 30.0 33.7 19.0 120.0 1.5 1.0 1.5 2.0 2.0
Dimensions in mm
MG = diaphragm size
1) Connection type
Code 0: Spigot DIN
Code 16: Spigot DIN EN 10357 series B (2014 edition; formerly DIN 11850 series 1)
Code 17: Spigot EN 10357 series A/DIN 11866 series A formerly DIN 11850 series 2
Code 18: Spigot DIN 11850 series 3
Code 60: Spigot ISO 1127/DIN EN 10357 series C (2014 edition)/DIN 11866 series B
2) Valve body material
Code 40: 1.4435 (F316L), forged body
Code 42: 1.4435 (BN2), forged body, Δ Fe < 0.5%
Code F4: 1.4539, forged body
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8 Dimensions

L
c
ød
s
H1
Connection type spigot DIN/EN/ISO (code 0, 17, 60) 1), investment casting material (code C3) 2)
MG DN NPS c (min) ød H1 L s
Connection type Connection type
0 17 60 0 17 60
8 4 - 20.0 6,0 - - 8.5 72.0 1,0 - -
6 - 20.0 - 8.0 10.2 8.5 72.0 - 1.0 -
8 1/4" 20.0 - 10.0 13.5 8.5 72.0 - 1.0 1.6
10 3/8" 20.0 - 13.0 - 8.5 72.0 - 1.5 -
10 10 3/8" 25.0 - 13.0 17.2 12.5 108.0 - 1.5 1.6
15 1/2" 25.0 - 19.0 21.3 12.5 108.0 - 1.5 1.6
25 15 1/2" 25.0 - 19.0 21.3 13.0 120.0 - 1.5 1.6
20 3/4" 25.0 - 23.0 26.9 16.0 120.0 - 1.5 1.6
25 1" 25.0 - 29.0 33.7 19.0 120.0 - 1.5 2.0
Dimensions in mm
MG = diaphragm size
1) Connection type
Code 0: Spigot DIN
Code 17: Spigot EN 10357 series A/DIN 11866 series A formerly DIN 11850 series 2
Code 60: Spigot ISO 1127/DIN EN 10357 series C (2014 edition)/DIN 11866 series B
2) Valve body material
Code C3: 1.4435, investment casting
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8 Dimensions

8.2.2 Spigot ASME/BS (code 55, 59, 63, 64, 65)
L
c
ød
s
H1
Connection type spigot ASME/BS (code 55, 59, 63, 64, 65) 1), forged material (code 40, 42, F4) 2)
MG DN NPS c (min) ød H1 L s
Connection type Connection type
55 59 63 64 65 55 59 63 64 65
8 6 - 20.0 - - 10.3 - 10.3 8.5 72.0 - - 1.24 - 1.73
8 1/4" 20.0 6.35 6.35 13.7 - 13.7 8.5 72.0 1.2 0.89 1.65 - 2.24
10 3/8" 20.0 9.53 9.53 - - - 8.5 72.0 1.2 0.89 - - -
15 1/2" 20.0 12.70 12.70 - - - 8.5 72.0 1.2 1.65 - - -
10 10 3/8" 25.0 9.53 9.53 17.1 - 17.1 12.5 108.0 1.2 0.89 1.65 - 2.31
15 1/2" 25.0 12.70 12.70 21.3 21.3 21.3 12.5 108.0 1.2 1.65 2.11 1.65 2.77
20 3/4" 25.0 19.05 19.05 - - - 12.5 108.0 1.2 1.65 - - -
25 15 1/2" 25.0 - - 21.3 21.3 21.3 19.0 120.0 - - 2.11 1.65 2.77
20 3/4" 25.0 19.05 19.05 26.7 26.7 26.7 19.0 120.0 1.2 1.65 2.11 1.65 2.87
25 1" 25.0 - 25.40 33.4 33.4 33.4 19.0 120.0 - 1.65 2.77 1.65 3.38
Dimensions in mm
MG = diaphragm size
1) Connection type
Code 55: Spigot BS 4825, part 1
Code 59: Spigot ASME BPE/DIN EN 10357 series C (from 2022 edition)/DIN 11866 series C
Code 63: Spigot ANSI/ASME B36.19M schedule 10s
Code 64: Spigot ANSI/ASME B36.19M schedule 5s
Code 65: Spigot ANSI/ASME B36.19M schedule 40s
2) Valve body material
Code 40: 1.4435 (F316L), forged body
Code 42: 1.4435 (BN2), forged body, Δ Fe < 0.5%
Code F4: 1.4539, forged body
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8 Dimensions

L
c
ød
s
H1
Connection type spigot ASME BPE (code 59) 1), investment casting material (code C3) 2)
MG DN NPS c (min) ød H1 L s
8 8 1/4" 20.0 6.35 8.5 72.0 0.89
10 3/8" 20.0 9.53 8.5 72.0 0.89
15 1/2" 20.0 12.70 8.5 72.0 1.65
10 20 3/4" 25.0 19.05 12.5 108.0 1.65
25 20 3/4" 25.0 19.05 16.0 120.0 1.65
25 1" 25.0 25.40 19.0 120.0 1.65
Dimensions in mm
MG = diaphragm size
1) Connection type
Code 59: Spigot ASME BPE/DIN EN 10357 series C (from 2022 edition)/DIN 11866 series C
2) Valve body material
Code C3: 1.4435, investment casting
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8 Dimensions

8.2.3 Spigot JIS/SMS (code 35, 36, 37)
L
c
ød
s
H1
Connection type spigot JIS/SMS (code 35, 36, 37) 1), forged material (code 40, 42, F4) 2)
MG DN NPS c (min) ød H1 L s
Connection type Connection type
35 36 37 35 36 37
8 6 - 20.0 - 10.5 - 8.5 72.0 - 1.20 -
8 1/4" 20.0 - 13.8 - 8.5 72.0 - 1.65 -
10 10 3/8" 25.0 - 17.3 - 12.5 108.0 - 1.65 -
15 1/2" 25.0 - 21.7 - 12.5 108.0 - 2.10 -
25 15 1/2" 25.0 - 21.7 - 19.0 120.0 - 2.10 -
20 3/4" 25.0 - 27.2 - 19.0 120.0 - 2.10 -
25 1" 25.0 25.4 34.0 25.0 19.0 120.0 1.2 2.80 1.2
Connection type spigot SMS (code 37) 1), investment casting material (code C3) 2)
MG DN NPS c (min) ød H1 L s
25 25 1" 25.0 25.0 19.0 120.0 1.2
Dimensions in mm
MG = diaphragm size
1) Connection type
Code 35: Spigot JIS-G 3447
Code 36: Spigot JIS-G 3459 schedule 10s
Code 37: Spigot SMS 3008
2) Valve body material
Code 40: 1.4435 (F316L), forged body
Code 42: 1.4435 (BN2), forged body, Δ Fe < 0.5%
Code C3: 1.4435, investment casting
Code F4: 1.4539, forged body
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8 Dimensions

8.2.4 Threaded spigot DIN (code 6)
H1
R
ød1
L
Connection type threaded spigot DIN (code 6) 1), forged material (code 40, 42) 2)
MG DN NPS ød1 H1 L R
8 10 3/8" 10.0 8.5 92.0 Rd 28 x 1/8
10 10 3/8" 10.0 12.5 118.0 Rd 28 x 1/8
15 1/2" 16.0 12.5 118.0 Rd 34 x 1/8
25 15 1/2" 16.0 19.0 118.0 Rd 34 x 1/8
20 3/4" 20.0 19.0 118.0 Rd 44 x 1/6
25 1" 26.0 19.0 128.0 Rd 52 x 1/6
Dimensions in mm
MG = diaphragm size
1) Connection type
Code 6: Threaded spigot DIN 11851
2) Valve body material
Code 40: 1.4435 (F316L), forged body
Code 42: 1.4435 (BN2), forged body, Δ Fe < 0.5%
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8 Dimensions