WEH® Connector TW152 with 90° media inlet for filling of gas cylinders with external thread (W21,8x1/14" - DIN 477) with medical oxygen, grip sleeve actuation, max. 3,600 psi

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For oxygen cylinders with male thread (without a residual pressure valve) and pressure regulator

Connection in seconds - Just PUSH to connect
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No tapes, no thread sealants, no hand tightening required
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Automatic locking of the sliding sleeve under pressure prevents disconnection at pressures exceeding 5 bar

Unique WEH® Jaw Locking Mechanism

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WEH® Connector TW152 with 90° media inlet for filling of gas cylinders with external thread (W21,8x1/14" - DIN 477) with medical oxygen, grip sleeve actuation, max. 3,600 psi

SKU:2965564

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WEH® TW152 with 90° media inlet | Function

The TW152 is designed to connect directly to the standard thread of the cylinder valve for medical oxygen filling. Only pull back the sliding sleeve and place the filling connector onto the male thread of the cylinder valve. Then push the sleeve forward - the clamping jaws lock securely onto the cylinder valve thread and the pressure-tight connection is established. Pressure can be applied and filling proceed.

Description

WEH® Connector TW152 with 90° media inlet for filling of gas cylinders with external thread (W21,8x1/14" - DIN 477) with medical oxygen, grip sleeve actuation, max. 3,600 psi

With the WEH® TW152 filling connector oxygen cylinders with male thread can be filled simply, efficiently and safely. The TW152’s compact design makes it suitable for filling oxygen cylinders with pressure control valves and protection caps, even in very tight spaces. The connector is fitted with a 90° media inlet, which allows it to connect with even hard-to-access valves.

Operating is quite simple: Simply push the connector onto the male thread of the cylinder valve and push the sliding sleeve forwards. The expandable thread segments clamp onto the standard thread of the cylinder valve firmly, creating a pressure-tight connection. Its ease of operation is gentle on the operator’s joints.

The connector is fitted with an internal locking mechanism to prevent it from disconnecting while under pressure. This ensures the highest possible level of safety for the operator.

The filling connector is fitted with venting bore holes in its sliding sleeve. The venting bores direct any oxygen that may accidentally escape from the cylinder valve off to the side, thus reducing the danger of fire.

The quick connector is available for gas cylinder valves conforming to DIN, BS, NF, CGA, etc. All connectors are oxygen cleaned, and are free of oils and greases (oxygen tested).

Features

For oxygen cylinders with male thread (without a residual pressure valve) and pressure regulator
Connection in seconds - Just PUSH to connect
No tapes, no thread sealants, no hand tightening required
Automatic locking of the sliding sleeve under pressure prevents disconnection at pressures exceeding 5 bar
Unique WEH® Jaw Locking Mechanism
High-grade materials

Technical Data

Nominal pressure PN	3,000 psi (200 bar)
Max. allowable operating pressure PS	3,600 psi (250 bar)
Temperature range	+41 °F up to +140 °F (O₂)
Connects to	W21.8x1/14" ext. thread, DIN 477 part 1
Media inlet	NPT 1/4" female thread
Medium	Medical oxygen
Actuation	Manual actuation via sliding sleeve
Design	Without RPV pin
Material	Corrosion resistant stainless steel and brass
Sealing material	EPDM
Conformity / Tests / Approvals	Type approval for suitability against adiabatic compression available
Part No.	C1-62957-X01

Abbreviation	Definition
Pressure specifications

PN	Nominal pressure	Nominal pressure after temperature compensation at 59 °F
PS	Max. allowable operating pressure	Maximum allowable operating pressure acc. to Pressure Equipment Directive 2014/68/EU, Article 2 paragraph 8
PT	Hydrostatic test pressure	Hydrostatic test pressure acc. to Pressure Equipment Directive 2014/68/EU, Annex I no. 7.4
PP	Pilot pessure	Actuation pressure for hydraulic and pneumatic components
PC	Cracking pressure	Pressure at which the check valve opens and the first indication of flow occurs
WP	Working pressure	'Working pressure' means the maximum pressure to which a component is designed to be subjected to and which is the basis for determining the strength of the component under consideration
MAWP	Max. allowabl working pressure	Max. allowable operating pressure at which the weakest point of the system or the vessel (e.g. cylinder valve) can operate at a certain temperature during normal operation.

Dimensions
L1, L2, L3 ..	Length specification
D1, D2, D3 ..	Diameter specification
A/F(1), A/F(2) ..	Wrench size specification

Ports
A / X	Customer-specific port (test piece, sample, cylinder valve, hand wheel respiratory protective equipment)
B1, B2, B3 ...	Media ports
C1, C2, C3 ...	Gas recirculation ports
P1, P2, P3 ...	Pilot pressure ports
MA1, MA2 ...	Measuring ports
Q	Drain port filter
G	Mounting bores

Others
DN	Nominal size (DN) acc. to Pressure Equipment Directive 2014/68/EU, Article 2 paragraph 11
µm	Max. diameter of the filtered particle
Kv	Is the discharge of water in m³/h at a pressure drop of 1 bar, acc. to DIN/EN 60534-2
Cv	Is the discharge of water in gallons per minute at a pressure drop of 1 psi, acc. to DIN/EN 60534-2
IR	Infrared data interface
ENR	Exchangeable data interface (exchangeable nozzle receiver)
TS	Maximum allowable temperature acc. to Pressure Equipment Directive 2014/68/EU, Article 2 paragraph 9
NC	Normally closed (initial position of shut-off valve)
NO	Normally open (initial position of shut-off valve)

Term	Definition
Temperature range	Is the temperature range in which the WEH^® Product can be used.
Media temperature range	Is the temperature range of the medium used, which can flow through the WEH^® Product (may change depending on the time of measurement).
Ambient temperature range	Is the temperature range of the environment in which the WEH^® Product can be used.
Leak rate	Is the maximum external leak rate, which the WEH^® Product exhibits in delivery condition.
Internal leak rate	The internal leak rate depends, among other things, on type of application, medium and pressure difference on the WEH^® Product. On request it can be specified more precisely.
Max. side load	Is the max. allowable sum of all external forces that may act on the device under intended use.Note:External forces can affect the life time of WEH^® Products and can cause damage. Tensile and transverse loads as well as vibrations and pressure impacts need to be considered, e.g. by user side measures such as on site mountings and similar. Therefore, lateral forces such as whipping hoses or other equipment must be avoided. WEH^® Products should be installed in such a way, that lateral forces which could lead to leakage or damage can not occur.Special applications require a special consultation before selecting the product.
Products with pneumatic actuation	The customer has to ensure there is adequate axial movement when pneumatically actuated WEH® Products are used in automated systems, see maximum side load. Ideally the products should be mounted with a floating joint or introduced individually to prevent the possibly existing clamping jaws getting blocked or jammed in the thread of the test piece.
Sealing material	On request the WEH® Product can be adapted to customer specific applications regarding to the sealing materials used. The clarification of the media compatibility and suitability of the adapted WEH® Product for the final application is always the responsibility of the end user.
Storage / life time of components	There are certain requirements for every WEH® Product. Products are generally products which may be subject to wear and fatigue during operation and depending on your individual application/use. For details - in particular regarding the corresponding minimum inspection and maintenance intervals - please refer to the respective operating instructions for the WEH® Product.

Subject	Definition
Safe product selection	Our WEH® Products are designed to be operated by qualified professional users (insofar as WEH® Products are also designed to be operated by other users in individual cases, this is explicitly stated in the corresponding operating instructions). Please note that WEH does not know your system and therefore - also due to the large number of different potential applications of WEH® Products - cannot perform tests on all potential types of application. You alone are responsible for the selection, configuration and suitability of WEH® Products, especially according to the requirements of your system. Before purchasing WEH® Products, please particularly ensure that our products are compatible with your intended use, your performance data, your material and fluids, your system concept and your system limits according to our product specifications. Please also consider your technical and legal requirements for operation, handling and maintenance. The quality and safety of WEH® Products is our highest priority. For this reason, WEH® Products may not be used outside the specifications in the relevant data sheets and product descriptions. If you are not sure whether the WEH® Product is suitable for your system and intended use, please contact us in advance. We also strongly recommend that you refrain from using third-party spare parts or a combination of WEH® Products with unsuitable third-party products. You alone are responsible for reviewing the suitability of third-party products. WEH® Products and WEH® Spare parts comply with our quality and safety standards.
Explanation on the Pressure Equipment Directive	In general, WEH® Products with a maximum allowable operating pressure of more than 0.5 bar (PS) fall within the scope of application of the Pressure Equipment Directive 2014/68/EU, are generally classified as pressure accessories in accordance with Article 2 (5) of the same and are considered to be similar to piping. These WEH® Products may not be used as safety accessories. Furthermore, it is pointed out, that these WEH® Products are designed and placed on the market in accordance with the requirements of Article 4 (3) of the Pressure Equipment Directive 2014/68/EU. For some products a different classification and/or categorisation is required or can be conducted on request. In these cases, a conformity assessment procedure in accordance with Annex III of the Pressure Equipment Directive 2014/68/EU can and will be conducted (if legally required) and the conformity can be declared by means of an EU Declaration of Conformity in accordance with Annex IV of the Pressure Equipment Directive 2014/68/EU. In these cases, the EU Declaration of Conformity is enclosed with the product.
External change management	WEH reserves the right to update, optimise and adjust its products continuously. This may result in corresponding changes of the product. Customers will be informed proactively or unsolicited by WEH only in individual cases about product updates, product optimisations and/or product adaptations that have been carried out. You are free to contact WEH at any time to request information about any product updates, product optimisations and/or product adjustments.

Type	Pneumatic - NC	Pneumatic - NO	Manual
Shut-off valve
Shut-off valve with venting
Shut-off valve with check valve		-
Shut-off valve with venting and check valve		-

Application

Quick Connector with 90° media inlet for filling of oxygen cylinders with male thread (without a residual pressure valve) and pressure regulator.

Downloads

Document type	Format	Size	Download
Datasheet	PDF	358 KB
Press release	PDF	106 KB

High pressure fill coupling for oxygen cylinders with male thread - WEH® TW152

The manually actuated quick coupling TW152 is the ideal fitting for high pressure filling for DIN 477 gas cylinders with medical oxygen up to max. 200 bar. The quick coupler connects instantly to your non-residual pressure gas cylinder valve with male thread. They offer quick connect and quick disconnect thanks to the WEH® Jaw Locking Mechanism and the easy to operate sliding sleeve. Just push to connect. The TW152 quick release coupling is designed with 90° media inlet for gas cylinders with a pressure regulator.

WEH® Connector TW152 with 90° media inlet for filling of gas cylinders with external thread (W21,8x1/14" - DIN 477) with medical oxygen, grip sleeve actuation, max. 3,600 psi

Definitions

Technical explanations

Further explanations

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