Thermal Management Quick Connect Solutions for Tempering and Cooling - Parker Hannifin
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Thermal Management Quick Connect Solutions for Tempering and Cooling
Let’s design the Future liquid Cooling
together!
Quick connect coupling system – efficient components in
the area of thermal management
The requirements for quick con- Our systems stand out for their requirements in the cooling of
nect couplings for tempering and high level of compatibility with the electronic systems is the avoid-
thermal management are extreme- broadest range of liquids (for ex- ance of any fluid loss, as this is the
ly high. Whether for applications ample water or heat exchange oils) only way to guarantee fault-free
in the area of renewable energies, and the application environment. function of the installation.
for computer cooling, in transport
Our Value added:
or for industrial applications the Likewise, their resistance to
coupling systems from Parker offer mechanical stresses is vital.
optimally tailored solutions. One of the most important
• Wide experience on various
thermal management
applications
• A global presence
• Customer engineering intimacy
• In-house engineering and
manufacturing
Manifolds as a customized solution.
Flat-sealing valve design prevents spillage.
2
60 Years of Know-How
From standard product to customized solution – we meet
your requirements
Energy efficiency and compact The flat-sealing valve design You can be sure that the know-
design play a major role in ther- reliably prevents any fluid loss how we have acquired from over
mal management applications. during the coupling and un- 60 years in the development and
As a result of the low pressure coupling process, thereby pro- production of quick connect
drop of our coupling systems, we tecting the sensitive electronics couplings guarantees a reliable
take energy saving into account and all electrical connections. and efficient solution for your
at the same time as optimal For switchboards, we have requirement.
performance. Reducing the sizes developed a special coupling
of our couplings allows their use system (RNS series), which makes
in the most confined spaces. coupling and locking the cooling
circuits on the racks considerably
easier. Highly resistant materials
and surface finishes equip our
products for use under high
mechanical loads.
- Aluminium - Blind mate- self alignement
- Anodized Aluminium - Flow Regulator - Standard locking
- Stainless Steel - Screw to connect
- Stainless steel
Accessories - Pressure gauge - Aluminium
- Brass Ni Plated
- Dry Brake disconnection
- Standard valve
- Full flow
LIQUID COOLING SYSTEMS Nominal diameter:
Nominal diameter: 3-6-9-12-16-19-25-38 mm
3-6-9-12-16-19-25
32-38 mm
- EPDM - Various Threads
- PTFE - Shape 90°
- Others - Hose barb
- Push Lok - Stainless Steel
- Stainless Steel
- Hose barb + Clamp - Brass Ni Plated
- Brass
- Crimped - Anodized aluminium
3
The right Solution for every Sector
Complex tasks demand suitable and efficient solutions –
not least in the area of quick connect coupling systems
The topic of cooling is a critical In these cooling circuits, it comes Therefore we employ the know
factor in a lot of industries today. down not least to the efficient ledge we acquired in the area of
It is responsible for adequate performance of all components. thermal management during the
temperatures in computers, in Companies demand maximum last decades to meet the require-
the electronic racks, on the tool or reliability and maximum efficien- ments of our customers.
on the machine itself. All produc- cy coupled with durability and
tion and the product lifecycle of compact design. At first glance,
elements and machines are based these are often contradictory ob-
on how effectively the cooling jectives, which demand solutions
process is configured and ensures that include modern materials
ideal operating temperatures. and inovative design.
Information Technologies
Processors (microprocessors) gen- Small dissipation areas and high
erate waste heat during operation. temperatures demand optimized
This results in overheating of the and highly efficient solutions.
unit, which can cause malfunction As water is 10 times more efficient
even to the point of destruction of than air, we provide support to
components. our customers to build complete
systems for water cooling for high
A cooling system is then man- performance computers, data
datory to guarantee the rapid Centers, microelectronics and
dissipation of the waste heat. telecomunication applications.
Energy Management
Our knowledge in the use of quick tion plants based on high-perfor-
connect couplings in the area of mance cooling circuits with liquid.
solar and wind energy allows the
development of bespoke solutions Here, our systems are optimally
for everything to do with the sub- geared to the parameters of pres-
ject of efficient cooling circuits. sure, flow and temperature. As the
For example, intelligent solutions systems are often used in salty sea
are vital because of the constantly air, corrosion-resistant materials
improving performance of the are essential.
new generation of energy produc-
4
Mobile & Transportation
Rapidly increasing flows of goods to this application. More recently
and further increases in mobility the environmental care drives
demand extremely reliable and more and more to the usage of
efficient vehicle concepts. electrical vehicles and ships.
Our products are part of the sys-
Here, the cooling of diesel-pow- tems built for the liquid cooling of
ered and electrically driven rail the batteries.
vehicles is highly important, and
we provide light weight couplings
and connection products adapted
Industrial Applications
From the individual machine to tions for liquid cooling and tem-
production lines and high-perfor- pering for all types of industries,
mance lasers, cooling is present in as semiconductors, laser projec-
different industries. tors, plastic industry, electronics
(inverters, converters), etc.
Quick connect couplings are used
in liquid cooling systems both for
cooling tools in the production
process and for the machine itself.
Therefore, Parker provides solu-
Others
Based on more than 60 years
experience, our products are
designed to operate for all kind
of thermal management applica-
tions. We will be happy to sup-
port for the development of your
system whatever would be the
sector of industry and design the
future together.
5
Thermal Management Range
at a Glance
Thermal Management Range
Thermal Management Range
at a for
Find the ideal product
at a Glance Glance
your application
Findforthe
Find the ideal product ideal
your product for your application
application
NSG-Series NSI-Series UQD-Series NSE-Series
NSG-Series NSI-Series UQD-Seri
NSI-Series NSG-Series UQD-Series NSE-Series
Valves Dry Break
Valves Dry Break
Valves Dry Break yes yes yes yes
Working Pressure 11 bar 60 bar 11 bar 15 bar
Working Pressure 11 bar 60 bar 11 bar
Working Pressure 20 bar 11 bar 11 bar 15 bar
Nominal Diameter (mm) 3 3/6/9/12 3.2/6.3 16/19/25
Nominal Diameter (mm) 3 3/6/9/12 3.2/6.3
Nominal Diameter (mm) 3/6/9/12 3 3.2 16/19/25
• Two-hand operation • Two-hand operation • Fully interchangeable with • Two-hand operatio
Technical Description • Push to connect version • Push to connect version other Intel-approved UQD • Push to connect ve
available on request • Two-hand
available operation
on request • Two-hand operation
suppliers • Fully
available inte
on reques
Technical•Description
Two-hand operation • Two-hand
• Push operation
to connect version • Fully interchange-
• Push to connect version • Two-handother
operation
Intel-
• Push to connect available onconnect
• Push to request able available on request
with other suppliers
• Reduced dimension
Technical Description
version available on version available on Intel-approved UQD compared to flow
Material (Coupling Body) request
Stainless Steel requestSteel
Brass/Stainless suppliers
Stainless Steel capacities
Stainless Steel
Material (Coupling Body) Stainless Steel Brass/Stainless Steel Stainless S
Seals
(other Material (Coupling Body) EPDM
seal variants Brass/Stainless Steel Stainless Steel
FKM/EPDM Stainless
EPDM Steel Stainless Steel
FKM/EPDM
on request) Seals
(other seal variants EPDM FKM/EPDM EPDM
Seals on request)
(other seal variants on FKM/EPDM -50°CEPDM
up to +200°C EPDM
-40°C up to 70°C FKM/EPDM
-20°C up to +200°C
Working Temperature -40°C up to 70°C
request) (FKM) (FKM)
-50°C up to +200°C -40°C up to
Working Temperature -40°C up to 70°C
(FKM)
-20°C up to +200°C -20°C up to
Working Temperature -40°C up to +70°C -40°C up to +70°C
(FKM) +200°C (FKM)
6
6
6
Customized
Self-Aligning
NSA-Series 60-Series ST-Series System Solutions -
cartridges
MND Series
yes no no valves yes possible
20 bar 20 bar 20 bar 15 bar up to 15 bar
6/8/10/12/19/25 6/9/12/19/25/32 6/9/12/19/25 3/6/9
n Parker offers manifolds
• Blind connection
ns • Extreme lightweight • Two-hand operation using RNS or cartridge
• Two-hand operation • ± 1mm misalignment
(Aluminium) • No valve couplings for blind
allowed
mate connections
Stainless steel
Anodized Aluminium Stainless Steel Stainless Steel /Aluminium on request
/Brass nickel plated
Fluorosilicone NBR/EPDM Nitrile EPDM on request
-50°C up to +175°C following seals
-20°C up to +120°C -20°C up to +120°C -20°C up to +120°C
(Fluorosilicone) material requested
7
Management
Nominal Diameter Parker Series
Thermal
3/6/9/12 NSI
Technical Description Advantages
The NSI are dry-break couplings with flat face valves. • No spillage during connection/disconnection
The compact design makes them suitable for reduced • Low pressure drop
spaces. Coupling system with two-hand operation, • Advanced internal design for cooling applications
i.e. both hands are required when connecting/ • Can be used either with water or heat transfer oils
disconnecting. • Excellent resistance to vibrations and
mechanical stresses
Push to connect version available on request: NSP series
Working Temperature
-20°C up to +200°C (FKM) depending on the medium.
Other seals materials are available on request.
Dry-Break
Max. Working Pressure* Material
20 bar Coupling: Brass/Stainless Steel
* maximum static working pressure Plug: Brass/Stainless Steel
with design factor 4 to 1. Seals: FKM or EPDM
Other materials available on request.
Applications
• Molding • Converters
• Electronic cabinets • Radar, etc.
• Laser • Computers and telecommunications
Flow diagrams
Water NSI Ø3 water Water NSI Ø6 water
0,9 0,7
(bar)
(bar)
0,8 0,6
0,7
(bar)
(bar)
0,5
Drop
Drop
0,6
pressure drop
pressure drop
0,5 0,4
0,4
Pressure
0,3
Pressure
0,3
0,2
0,2
0,1
0,1
0 0
0 0,5 1 1,5 2 2,5 3 3,5 0 2 4 6 8 10 12 14 16
Flow Rate (l/min) flow (L/mn) Flow Rate (l/min) flow (L/mn)
Water NSI Ø9 (water) Water NSI Ø12 water
1 0,5
(bar)(bar)
(bar)
0,9 0,45
0,8 0,4
(bar)
Drop
0,7 0,35
Drop
0,6 0,3
pressure drop
pressure drop
0,5 0,25
Pressure
Pressure
0,4 0,2
0,3 0,15
0,2 0,1
0,1 0,05
0 0
0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 80 90
Flow Rate (l/min) flow (L/mn) Flow Rate (l/min) flow (L/mn)
8
Management
Thermal
Couplings Series NSI
DN Connection HEX L D Part Number
A mm mm mm
3 G 1/8 14 38 17 NSI-121-2MBE 1
6 M 16 x 1,5 20 44,8 22 NSI-251-16MCL-2 2
9 G 3/8 27 63 30 NSI-371-6MBO
12 G 1/2 35 90,4 42 NSI-501-8MBO
Male Thread
6 G 1/4 20 57,9 22 NSI-251-4FB
9 G 3/8 27 72 30 NSI-371-6FB
12 G 1/2 35 99,4 42 NSI-501-8FB
Female Thread
6 10 mm 20 55,2 22 NSI-251-6PL
Parker Push-Lok
Plugs Series NSI
DN Connection HEX L D Part Number
A mm mm mm
3 G 1/8 14 36,5 NSI-122-2MBE 1
6 G 1/4 19 44 NSI-252-4MBE-2
9 G 3/8 24 60,2 NSI-372-6MBO
12 G 1/2 32 79,1 NSI-502-8MBO
Male Thread
1
End connection according to ISO1179-2 ED seal
2
End connection according to DIN 2353 24°cone
Please consider our security advices in our main catalogues
9
product
Managementfor your application
Nominal Diameter Parker Series
Thermal
3 NSG
Technical Description Advantages
The NSG are dry-break couplings with flat face valves. • No spillage during connection/disconnection
The compact design makes them suitable for reduced • Low pressure drop
spaces. Coupling system with two-hand operation, • Advanced internal design for cooling applications
i.e. both hands are required when connecting/ • Can be used either with water or heat transfer oils
NSG Series disconnecting. Nomimal Diameter 3 • Excellent resistance to vibrations and mechanical
stresses
Working Temperature
-40°C up to +70°C
(Extended temperature range is possible, contact
factory for more information).
Dry-Break
Dry-Break
Max.
Max. Working Pressure
Working Pressure Material
Material
11
11 bar Stainless
Coupling:Stainless
Coupling: Steel
Steel
Plug:
Plug: Stainless
Stainless Steel
Steel
Seals: EPDM
Seals: EPDM
NSG-Series Applications
Applications
Flow Rate (LPM)
NSI-Series
NSG 3MM PRESSURE DROP CURVE [AVERAGE OF 8 SAMPLES AND BOTH DIRECTIONS]
Pressure Drop (bar)
UQD-Series
0.500 0.018
•• Computers
Computers and and telecommunications
telecommunications
1.000 0.054
• Electronic Cabinets
• Electronic Cabinets 1.500 0.106
2.500 0.262
3.000 0.365
3.500 0.486
Flow diagrams
Flow diagrams 4.000 0.624
Technical Description 4.300 0.714
5.000 0.950
The NSG are dry-break couplings with flat face Water
Water NSI Ø3 water Oil NSI Ø3 oil (32 cSt)
valves. The compact design makes them suitable 0,9 NSG Ø3 water 1,6
for reduced spaces. Coupling system with two- 0,8
1.0 1,4
(bar)
(bar)
(bar)
0,7
hand operation, i.e. both hands are required when 0.9 drop (bar)
(bar)
(bar)
1,2
0.8
0,6
(bar)
connect/disconnect. 1
Drop
Drop
drop
0.7
0,5
Drop
Drop
0.6 0,8
Drop
0,4
pressure
pressure
0.5 0,6
Working Temperature
Pressure
Pressure
0,3
Pressure
0.4
11C -bar 60 bar 11 bar
Pressure
0.3
0,4
0,2
-40 70 C (Extended temperature range is 0.2
0,1 0,2
possible, contact factory for more information.) 0.1
0 0
0.0 0 0,5 1 1,5 2 2,5 3
0 0,5 1 1,5 2 2,5 3 3,5
0 1 2 3 4 5 6
Flow Rate in l/min flow (L/mn)
Flow Rate (L/min)
Flow Rate in l/min flow (L/mn)
Flow
Flow Rate
Ratein(l/min)
l/min
Water NSI Ø6 water Oil NSI Ø6 oil (32 cSt)
0,7 1,8
0,6 1,6
Advantages
(bar)
(bar)
1,4
drop (bar)
drop (bar)
0,5
• No spillage during connection/disconnection
•3 3/6/9/12 3.2/6.3
1,2
Drop
Drop
0,4
Low pressure drop 1
0,3 0,8
• Advanced internal design for cooling
pressure
pressure
Pressure
Pressure
0,6
0,2
applications 0,4
• Can be used either with water or heat transfer 0,1 0,2
oils 0
0 2 4 6 8 10 12 14 16
0
0 2 4 6 8 10 12 14 16
• Excellent resistance to vibrations and Flow Rate in l/min flow (L/mn) Flow Rate in l/min flow (L/mn)
mechanical stresses
• Two-hand operation Water • Two-hand operation
NSI Ø9 (water) Oil •NSIFully
Ø9 oil (32interchangeable
cSt) with
• Push to connect version 1
0,9
• Push to connect version 2,5
other Intel-approved UQD
(bar)
(bar)
available on request 0,8
available on request 2
suppliers
drop (bar)
drop (bar)
0,7
pressureDrop
pressureDrop
0,6 1,5
0,5
0,4 1
Pressure
Pressure
0,3
0,2 0,5
0,1
0 0
0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70
Stainless Steel Brass/Stainless
Flow Rate in l/minflow (L/mn) Steel Flow Rate in l/min Stainless
flow (L/mn) Steel
Water NSI Ø12 water Oil NSI Ø12 oil (32 cSt)
0,5 1,2
0,45
(bar)
(bar)
0,4 1
drop (bar)
drop (bar)
0,35 0,8
Drop
Drop
0,3
0,25 0,6
pressure
pressure
0,2
Pressure
Pressure
0,15 0,4
EPDM 0,1
0,05
FKM/EPDM 0,2 EPDM
0 0
0 10 20 30 40 50 60 70 80 90 0 10 20 30 40 50 60 70 80 90
Flow Rate in l/min flow (L/mn) Flow Rate in l/min flow (L/mn)
10
-50°C up to +200°C -40°C up to 70°CManagement
Thermal
Couplings Series NSG
DN Connection HEX L D Part Number
A mm mm mm
G 1/8 17.5 34.8 17.0 NSG-121-2MB
Male Thread
3/8“ Hose Barb 17.5 33.3 17.0 NSG-121-6HB
Hose Barb
3/8“ Pushlok 17.5 34.0 17.0 NSG-121-6PL
Parker Push-Lok
Plugs Series NSG
Rev No.
- UNRELEASED COPY
DN Connection HEX L D Part Number
NOT FOR MANUFACTURE
A mm mm mm
3 G 1/8 14.3 22.7 NSG-122-2MB
L HEX
A
Rev No.
- UNRELEASED COPY
NOT FOR MANUFACTURE
L Male
L Thread
HEX
A
3
A
3/8 Barb 14.3 19.3 NSG-122-6HB
L
A
Modeled:
Hose BarbSHALL CONFORM TO ES1020
IAL AND PROPRIETARY TO PARKER
UNDERSTANDING THAT THE DOCUMENT
DISCLOSED TO OTHERS OR USED FOR
RKER, AND WILL BE RETURNED AND ALL Drawn: Date: 9/23/2019 Quick Coupling
OPYRIGHT PARKER YEAR OF
L RIGHTS RESERVED. Checked: Approved: Division
HAT IS CONFIDENTIAL AND PROPRIETARY TO PARKER
Modeled: SHALL CONFORM TO ES1020 Fluid Connectors
URNISHED ON THE UNDERSTANDING THAT THE DOCUMENT BASIC TOLERANCES Wt:0.005 lbmass
OT BE COPIED OR DISCLOSED TO OTHERS OR USED FOR
USINESS WITH PARKER, AND WILL BE RETURNED AND ALLDrawn: Date:
SQUARENESS 9/23/2019 Quick Coupling
ST BY PARKER. COPYRIGHT PARKER YEAR OF
HIS DOCUMENT. ALL RIGHTS RESERVED.
2-Place
Checked:
.XX±.01 (MAX IN/IN)
Approved:
.005 Part No.: Division
3-Place BASIC
.XXX±.005
RUNOUT
.005 Fluid Connectors
Title:
TOLERANCES
(MAX F.I.M.) Wt:0.005 lbmass
SQUARENESS
2-Place .XX±.01 MAX AA MACHINED
.005 Part No.:
4-Place .XXXX±.0005 SURFACE ROUGHNESS
(MAX IN/IN)
RUNOUT
125 Reference:
3-Place .XXX±.005 CORNER BREAK.005 Title:
(MAX F.I.M.)
Angular X.X±0.5° 125 .001/.015 Fractional X/X±1/64" Scale: N/A
MAX AA MACHINED
AND FILLETS
4-Place .XXXX±.0005 SURFACE ROUGHNESS Reference:
sed by AngularRevision
X.X±0.5°
CORNER BREAK
Date X/X±1/64"
.001/.015 Fractional Surf Area:3.554
Scale: N/A in^2 Sheet 1 Of 1 Rev./Ver.
-
AND FILLETS
Revised by Revision Date Surf Area:3.554 in^2 Sheet 1 Of 1 Rev./Ver.
9/23/2019 -
9/23/2019
Please consider our security advices in our main catalogues
11Management
Nominal Diameter Parker Series
Thermal
3.2/6.3 UQD
UQD Series Technical Description Nomimal Diameter 3.2/6.3
Advantages
Universal Quick Disconnect (UQD) based on an Intel • Fully interchangeable with other Intel-approved
inspired open specification. Developed in collaboration UQD suppliers
with Intel Corporation.
Working Temperature
-40°C up to +70°C (Extended temperature range is
possible, contact factory for more information).
Dry-Break
Dry-Break
Dry-Break
Max.Working
Max. WorkingPressure
Pressure Material
Material
11bar
11 bar Stainless
Coupling:Stainless
Coupling: Steel
Steel
Plug:
Plug: Stainless
Stainless Steel
Steel
Seals: EPDM
Seals: EPDM
Applications
Applications
UQD-Series NSE-Series
•• Computers
NSA-Series Cu
Computersandandtelecommunications
telecommunications
•• Electronic
ElectronicCabinets
Cabinets
Flow diagrams
Flow diagrams Blin
Technical Description
Water
Universal Quick Disconnect (UQD) based on an Water
Intel inspired open specification. Developed in
(bar)
collaboration with Intel Corporation.
(bar)
Drop
Working Temperature
Drop
40° C - 70°11
C bar
(Extended temperature range is 15 bar 20 bar up
Pressure
possible, contact factory for more information.)
Pressure
Flow Rate (l/min)
Flow Rate in l/min
3.2/6.3 16/19/25 10/12
Advantages
• Fully interchangeable with other Intel-approved
UQD suppliers
• Fully interchangeable with • Two-hand operation Extreme lightweight
Pa
other Intel-approved UQD • Push to connect version (Aluminium)
usi
suppliers available on request
Stainless Steel Stainless Steel Anondized Aluminium on
EPDM FKM/EPDM FKM/EPDM on
-40°C up to 70°C -20°C up to +200°C -20°C up to +200°C foll
(FKM) (FKM) ma
12Management
Thermal
Couplings Series UQD
Couplings Series UQD
Couplings Series UQD
DN Connection HEX L D Part Number
DN Connection HEX L D Part Number
A mm mm mm
DN A
Connection mm
HEX mm
L mm
D Part Number
A Pushlok mm mm mm
1/4“ 1/4“
Pushlok 16 16 40.3 40.3 20.45 20.45
UQD-121-4PL UQD-121-4PL
1/4“ Pushlok 16 40.3 20.45 UQD-121-4PL
Parker Push-Lok
Parker Push-Lok
Parker Push-Lok
3/8“ Pushlok 24 47.6 23.4 UQD-251-6PL
3/8“3/8“ Pushlok
Pushlok 24 24 47.6 47.6 23.4 23.4
UQD-251-6PL UQD-251-6PL
Parker Push-Lok
Parker Push-Lok
Parker Push-Lok
Plugs Series UQD
Plugs Series UQDPart Number
DN Connection HEX L D
Plugs A mm mm Series
mm UQD
DN Connection HEX L D Part Number
DN A UNF -4ORB
7/16-20
Connection mm
HEX 16 mm
L 25.5 mm
D UQD-122-4MO
Part Number
A mm mm mm
7/16-20 UNF -4ORB 16 25.5 UQD-122-4MO
7/16-20 UNF -4ORB 16 25.5 UQD-122-4MO
Male Thread
9/16
9/16 18 UNF
18 UNF 19 19 34.7 34.7 UQD-252-6MOUQD-252-6MO
9/16 18 UNF 19 34.7 UQD-252-6MO
Male Thread
Please consider our security advices in our main catalogues
Please consider our security advices in our main catalogues
13
13
Please consider our security advices in our main catalogues
13Management
Nominal Diameter Parker Series
Thermal
16/19/25 NSE
Technical Description Advantages
The NSE are dry-break couplings with flat face valves. • High flow with low pressure drop
The compact design makes them suitable for reduced • No spillage during connection/disconnection
spaces when high flow is needed. Coupling system • Specific design for cooling applications
with two-hand operation, i.e. both hands are required • Reduced dimensions compared to flow capacities
when connecting/disconnecting.
Working Temperature
-20°C up to +200°C (FKM)
depending on the medium.
Other seals materials are available on request.
Screw to connect version available on request
(easy connection under residual pressure).
Dry-Break
Max. Working Pressure*
15 bar
* maximum static working pressure
with safety factor 4 to 1.
Material
Coupling: Stainless Steel
Plug: Stainless Steel
Seals: FKM
Applications
• Molding
• Electronic cabinets
• Laser
• Converters
• Radar, etc.
Flow diagrams
Water NSE Ø16 Water Water NSE Ø19 Water
1,2 2,5
Drop (bar)
1
(bar)
2
pressure drop (bar)
drop (bar)
0,8
Drop
1,5
0,6
Pressure
pressure
1
Pressure
0,4
0,2 0,5
0 0
0 20 40 60 80 100 120 140 160 0 50 100 150 200 250 300
flow (L/mn) flow (L/mn)
Flow Rate (l/min) Flow Rate (l/min)
Water NSE Ø25 Water
1,6
1,4
(bar)
drop (bar)
1,2
1
pressureDrop
0,8
0,6
Pressure
0,4
0,2
0
0 50 100 150 200 250 300
flow (L/mn)
Flow Rate (l/min)
14Management
Thermal
Couplings Series NSE
DN Connection HEX L D Part Number
A mm mm mm
16 G 3/4 34 68,8 37 NSE-621-12MBO
19 G 3/4 38 78,5 42 NSE-751-12MBO
Male Thread
19 G1 38 96,6 42 NSE-751-16FB
25 G 1 1/4 50 120,5 53 NSE-1001-20FB
Female Thread
19 12,5 mm 38 76,4 42 NSE-751-8PL
19 19 mm 38 76,4 42 NSE-751-12PL
Parker Push-Lok
Plugs Series NSE
DN Connection HEX L D Part Number
A mm mm mm
16 G 3/4 34 56,5 NSE-622-12MBO
19 G 3/4 38 60,3 NSE-752-12MBO
Male Thread
19 G1 38 78,4 NSE-752-16FB
25 G 1 1/4 50 96,8 NSE-1002-20FB
Female Thread
19 12 mm 38 58,2 NSE-752-8PL
19 19 mm 38 58,2 NSE-752-12PL
Parker Push-Lok
Please consider our security advices in our main catalogues
15Management
Nominal Diameter Parker Series
Thermal
6/8/10/12/19/25 NSA
Technical Description Advantages
Minimal fluid loss during disconnection. NSA cou- • No spillage during connection/disconnection
plings have minimal pressure drop and no inclusion • Light weight due to aluminium construction
of air or dust during connection. • Push-Lok connection for fast assembly
Working Temperature
-50°C up to +175°C (Fluorosilicone)
depending on the medium.
Other seals materials are available on request.
Dry-Break
Max. Working Pressure
20 bar
Material
Coupling: Anodized Aluminium
Plug: Anodized Aluminium
Seals: Fluorosilicone
Applications
• Cooling of onboard electronic equipment,
engines and batteries
• Cooling of converters, data centers, military
equipment and medical imaging equipment
Flow diagrams
Water Water
Pressure Drop (bar)
Pressure Drop (bar)
Flow Rate (l/min) Flow Rate (l/min)
Water NSA Ø10 water Water NSA Ø12 water
1 1,2
0,9
(bar)
(bar)
1
0,8
drop (bar)
drop (bar)
0,7 0,8
pressureDrop
Drop
0,6
0,5 0,6
pressure
0,4
Pressure
Pressure
0,4
0,3
0,2 0,2
0,1
0 0
0 10 20 30 40 50 60 70 0 10 20 30 40 50 60 70 80 90
flow (L/mn)
flow (L/mn)
Flow Rate (l/min) Flow Rate (l/min)
Water Water
Pressure Drop (bar)
Pressure Drop (bar)
Flow Rate (l/min) Flow Rate (l/min)
16Management
Thermal
Couplings Series NSA
DN Connection HEX L L1 D Weight Part Number
A mm mm mm mm gr.
12 M 30 x 1,5 35 99,4 14 44,5 231 NSA-501-30MCL
Male Thread metric DIN 2353
6 G 1/2 27 55,5 14 25 48 NSA-251-8MBO
8 G 3/4 32 62,5 16 31 77 NSA-331-12MBO
10 G 1/2 35 91,6 14 40 157 NSA-391-8MBO
19 G 3/4 38 87,5 16 48 182 NSA-751-12MBO
Male Thread BSPP
25 G1 47 99,6 18 58 300 NSA-1001-16MBE
12 G 1/2 35 99,4 14 44,5 249 NSA-501-8FB
Female Thread BSPP
12 19 mm 35 126,40 38,30 44,5 239 NSA-501-12PL
29 19 mm 38 96,4 27 48 179 NSA-751-19HB
25 32 mm 47 123,5 38 58 302 NSA-1001-32HB
Parker Push-Lok
Plugs Series NSA
DN Connection HEX L L1 D Weight Part Number
A mm mm mm mm gr.
6 G 1/4 20 45,5 12 16 NSA-252-4MBO
8 G 3/8 24 54,3 12 33 NSA-332-6MBO
10 G 1/2 27 81 12 67 NSA-392-8MBO
12 G 1/2 32 91,1 12 88 NSA-502-8MBO
Male Thread BSPP
with O-ring Seal 19 G 3/4 38 76,3 16 96 NSA-752-12MBO
25 G1 47 85,5 18 155 NSA-1002-16MBE
12 M 30 x 2 32 91,1 14 93 NSA-502-30MCL
Male Thread Metric
12 19 mm 32 117,1 38,3 97 NSA-502-12PL
Parker Push-Lok
Please consider our security advices in our main catalogues
17Management
Body Size
Thermal
1/8 up to 1 1/2“ 60-Series
Beidseitig absperrend
Max. Working Pressure
20 bar
Material
Coupling Body: AISI 303 Material Plug: AISI 303
Sleeve: AISI 303 Plug Body: AISI 303
Back-up Ring: Stainless Steel Valve: AISI 303
Valve: AISI 303 Springs: Stainless Steel
Springs: Stainless Steel Seals: NBR
Locking Balls: Stainless Steel Valve Holder: Stainless Steel
Seals: NBR Thread Body: AISI 303
Valve Holder: Stainless Steel
Thread Body: AISI 303
Technical Description
The 60 series are robust construction Applications
couplings with standard valves, desti- • Cooling of onboard electronic equipment, engines • Semiconductor industry
nated to various applications. and batteries • Food and bottling industry
• Cooling of converters, data centers, military • Transport
Working Temperature equipment and medical imaging equipment • Power generation plants, hydroelectric power stations
-40°C up to +110°C (NBR)
depending on the medium. Flow diagrams
Special seals are available on request. Water Water
Advantages
Pressure Drop (bar)
Pressure Drop (bar)
A poppet with crimped seal assures a
maximum sealing at low flow rates and
prevents seal washout at high flow rates.
A large number of locking balls distribute
the work load evenly while providing align-
ment for the two parts of the coupling.
Sleeve-Lock: Flow Rate (l/min) Flow Rate (l/min)
60 series couplers are available with safe-
ty locking sleeves. Please add the suffix Water Water
SL to the part number, e.g. H3-62-SL.
Pressure Drop (bar)
Pressure Drop (bar)
Flow Rate (l/min) Flow Rate (l/min)
Water Water
Pressure Drop (bar)
Pressure Drop (bar)
Flow Rate (l/min) Flow Rate (l/min)
Water
Pressure Drop (bar)
Flow Rate (l/min)
18Management
Thermal
Couplings 60-Series Stainless Steel
Body Connection Thread Hex L L1 D D1 Version Weight Part Number
Size A mm mm mm mm gr.
1/8" 1/8" BSPP 11/16" 48,3 24,4 AISI 303 81 SH1-62-BSPP
1/4" 1/4" BSPP 19 mm 61,2 29,0 AISI 303 129 SH2-62-BSPP
3/8" 3/8" BSPP 1" 69,9 35,6 AISI 303 245 SH3-62-BSPP
D
A
1/2" 1/2" BSPP 1 1/8" 77,5 45,0 AISI 303 360 SH4-62-BSPP
L
3/4" 3/4" BSPP 1 5/16" 93,2 54,4 AISI 303 603 SH6-62-BSPP
Female Thread
1" 1" BSPP 1 5/8" 106,2 64,0 AISI 303 908 SH8-62-BSPP
1 1/2" 1 1/2“ BSPP 2 1/2“ 127,3 76,2 AISI 303 2090 SH12-62N-BSPP
Female Thread
Plugs 60-Series Stainless Steel
Body Connection Thread Hex L L1 D D1 Version Weight Part Number
Size A mm mm mm mm gr.
1/8" 1/8" BSPP 9/16" 32,0 10,5 16,4 10,8 AISI 303 18 SH1-63-BSPP
1/4" 1/4" BSPP 19 mm 39,1 16,6 21,9 14,2 AISI 303 36 SH2-63-BSPP
3/8" 3/8" BSPP 7/8" 49,3 19,7 25,7 19,1 AISI 303 69 SH3-63-BSPP
1/2" 1/2" BSPP 1 1/8" 54,1 21,1 32,9 23,5 AISI 303 122 SH4-63-BSPP
3/4" 3/4" BSPP 1 3/8" 64,5 21,9 40,3 31,4 AISI 303 217 SH6-63-BSPP
Female Thread
1" 1" BSPP 1 5/8" 73,8 25,2 47,2 37,7 AISI 303 345 SH8-63-BSPP
1 1/2" 1 1/2“ BSPP 2 1/2“ 124,7 67,5 69,9 44,5 AISI 303 1315 SH12-63N-BSPP
Female Thread
Please consider our security advices in our main catalogues
19Management
Body Size
Thermal
1/4 up to 1“ ST-Series
Technical Description Advantages
Non-valved couplings. No valving allows minimal pressure drop, maximal
Maximal flow. Minimal pressure drop. Easy cleaning. flow and easy cleaning.
This series is also manufactured as an alternative in
brass and AISI 316 material. Sleeve-Lock
ST series couplers can be furnished with locking
Working Temperature sleeves. Place suffix letters SL (Sleeve-lock) after
-40°C up to +110°C (NBR) regular catalog numbers. Example: SST-4M-SL
depending on the medium.
Special seals are available on request.
Mit freiem Durchgang
Max. Working Pressure
20 bar
Material
Material Coupling: Stainless Steel Valve: AISI 303
Coupling Body: AISI 303 Seals: NBR
Sleeve: AISI 303 Locking Balls: AISI 303
Back-up Ring: AISI 303 Material Plug: Stainless Steel
Plug Body: AISI 303
Applications
• Mold coolant lines
• Food industry
• High pressure water and steam washers
• Water distribution lines
Flow diagrams
Water Water
Pressure Drop (bar)
Pressure Drop (bar)
Flow Rate (l/min) Flow Rate (l/min)
Water Water
Pressure Drop (bar)
Pressure Drop (bar)
Flow Rate (l/min) Flow Rate (l/min)
Water
Pressure Drop (bar)
Flow Rate (l/min)
20Management
Thermal
Couplings ST-Series Stainless Steel
Body Connection A Thread Hex L L1 L2 D Bore Version Weight Part Number
Size mm mm mm mm mm gr.
1/4" 1/4" BSPP 13/16" 39,1 23,8 6,4 AISI 303 74 SST-2-BSPP
3/8" 3/8" BSPP 1" 41,7 29,0 9,5 AISI 303 115 SST-3-BSPP
1/2" 1/2" BSPP 1 1/8" 50,3 33,3 11,9 AISI 303 172 SST-4-BSPP
3/4" 3/4" BSPP 1 7/16" 54,6 41,7 18,3 AISI 303 268 SST-6-BSPP
Female Thread 1" 1" BSPP 1 3/4" 62 51,3 23,8 AISI 303 SST-8-BSPP
Plugs ST-Series Stainless Steel
Body Connection A Thread Hex L L1 L2 D Bore Version Weight Part Number
Size mm mm mm mm mm gr.
1/4" 1/4" BSPP 3/4" 37,1 18,1 21,9 6,4 AISI 303 36 SST-N2-BSPP
3/8" 3/8" BSPP 7/8" 41,3 19,1 25,6 9,5 AISI 303 53 SST-N3-BSPP
1/2" 1/2" BSPP 1 1/8" 48,5 24,7 32,9 11,9 AISI 303 103 SST-N4-BSPP
3/4" 3/4" BSPP 1 3/8" 54,5 26,5 40,2 18,3 AISI 303 156 SST-N6-BSPP
Female Thread 1" 1" BSPP 1 5/8" 59,5 29,0 47,5 23,8 AISI 303 SST-N8-BSPP
Please consider our security advices in our main catalogues
21Management
Nominal Diameter Parker Series
Thermal
3/6/9 NSIC/NSAC
Technical Description Advantages
NSIC and NSAC cartridges are the right solution for • No spillage during connection/disconnection
blind mate connections. They allow a misalignement • Low pressure drop
at connection between the nipple and coupler half • Advanced internal design for cooling applications
and they are dripless. • Can be used either with water or heat transfer fluids
• Allow ± 1mm misalignment at connection
Working Temperature
-20°C up to +150°C (EPDM).
Other materials available on request.
Dry-Break
Max. Working Pressure
20 bar
* maximum static working pressure
with design factor 4 to 1.
Material
Aluminium, Stainless Steel or Brass nickel plated
Applications
• Electronic cabinets
• Converters
• Radar
• Computer and telecommunications
Flow diagrams
Water NSI Ø3 water Water NSI Ø6 water
0,9 0,7
(bar)(bar)
(bar)
0,8 0,6
0,7
(bar)
0,5
Drop
Drop
0,6
pressure drop
pressure drop
0,5 0,4
0,4
Pressure
Pressure
0,3
0,3
0,2
0,2
0,1
0,1
0 0
0 0,5 1 1,5 2 2,5 3 3,5 0 2 4 6 8 10 12 14 16
Flow Rate (l/min) flow (L/mn) Flow Rate (l/min) flow (L/mn)
Water NSI Ø9 (water)
6 1 5 4 3 2 1
(bar)(bar)
0,9
HEX 0,8 HEX
Drop
0,7
0,6
pressure drop
D 0,5 D
Pressure
0,4
0,3
0,2
D
D
0,1
0
0 10 20 30 40 50 60 70
Flow Rate (l/min) flow (L/mn)
L L
C
Blind mate connection with misalignment allowed C
FEHLAUSRICHTUNG
B 0 ± 1mm B
22 A A
FEHLAUSRICHTUNG
0 ± 1mmManagement
Thermal
Couplings Series NSIC/NSAC
DN L D HEX
mm mm mm
6 5 4 3 2 1
HEX HEX
D
3 D
20,5 13 16
D
D
6 47,5 20 24
L L
9 65 26 35
C Female Thread C
Plugs FEHLAUSRICHTUNG
Series NSIC/NSAC
B 0 ± 1mm B
DN L D HEX
mm mm mm
A 4 3 2 1 A
HEX
FEHLAUSRICHTUNG
0 ± 1mm 3 29,5 19 20
6 5 4 3 D 2 1
6 42,3 23 24
D
D
L L
9 55 33 35
C
End connections to be defined function of the needs.
FEHLAUSRICHTUNG
0 ± 1mm B
A
FEHLAUSRICHTUNG
0 ± 1mm
4 3 2 1
Technical Description Advantages
The RNS are rigid couplings with flat face valves. • Push-Pull connection/disconnection, break-
They can be mounted on rigid manifolds or tubing away function.
and assure connection/disconnection without spill- • Dry-break connection/disconnection.
age. Base material is brass and stainless steel. • Connection guiding system and compensation
of misalignment during connection on rack sys-
tems (when both are mounted on rigid devices).
• Specific design for cooling applications.
Please consider our security advices in our main catalogues
23“Plug & Play” - Customized Systems
We offer engineering support Our solutions include:
to our customers for the co-
development of the complete • Manifolds – several materials available
cooling installation. A special • Couplings or cartridges – from 3mm ID to 25 mm ID available
care is accorded to the pressure in different materials and seals
drop for energy saving and to • Hose assemblies – including Push-lok (hose barb) end
assure the optimal temperature connections for an optimal number of components
management.
• Bleeding valves, flow regulators, etc.
We propose a complete 100% • Pressure and flow sensors
tested solution integrating our • Others...
products, between the chiller to
the component to be cooled.
Our support:
• Co-design of your cooling system
• Mechanical, thermal & flow simulation
• Building sample & prototype
• Laboratory validation
• Tightness test 100% serial parts
• Packaging optimization
Shape your Future Cooling System together...
24For more information about the characteristics
or feasibility please contact us.
• Liana Jaskot – liana.jaskot@parker.com
• Torsten Boehme – torsten.boehme@parker.com
• Thomas Sennac – thomas.sennac@parker.com
25Parker Worldwide
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01/2021 - Zalsman
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