Enersol S16B Falling Drop Liquid Leakage Tester

ENERSOL S16B Falling Drop Positive Pressure Liquid Leakage Tester for ISO 80369

Falling Drop Pressure Liquid Leakage Tester
The Enersol S16B Falling Drop Positive Pressure Liquid Leakage Device is compact and is sturdy and hard wearing. The Enersol S16B Falling Drop Positive Pressure Liquid Leakage Machine has an integral pressure gauge which comes with a calibration certificate. The Enersol S16B Falling Drop Pressure Liquid Leakage Tester requires the use a compressed air supply capable of delivering small amounts of air at pressures of 300kPa. Enersol can also supply the required compressor, on request.

The S16B is capable of applying the following Pressures, and conforms to the accuracy requirements of ISO 80369-20:

• 50 kPa ± 10 kPa as per ISO 18250-1 Clause 7.1.1 and 50 kPa + 5 kPa / - 0 kPa as per Annex C.
• Between 40 kPa and 60 kPa as per ISO 18250-3 Clause 6.2.
• Between 50 kPa and 60 kPa as per ISO 18250-8 Clause 5.2.
• Between 300 kPa and 330 kPa as per ISO 80369-3 Clause 6.1.3, ISO 80369-6 Clause 6.1.3 and ISO 80369-7 Clause 6.1.3.

Falling Drop Positive Pressure Liquid Leakage Tester Operation
Following Annex C of ISO 18250-1 or ISO 80369-20, as appropriate, the test sample is conditioned prior to testing. In a test environment suitable for the conditions in the standard, the sample is then prepared with the appropriate reference connector of the application standard. The Enersol S15B Connector Assembly Device and Enersol reference connectors can be used to connect the sample with the reference connector.

Water is then introduced into the connection and pressurised by the S16B equipment for the specified hold period. The user has control over the pressure to be applied by utilising the built-in controls on the S16B unit, and the supplied stopwatch to time the hold period.

Demonstration video:
A demonstration video of the Falling Drop Positive Pressure Liquid Leakage Tester operation is embedded on Enersol’s website. The video shows the operation of the S16A (outgoing model) which has a very similar operation to the S16B.
To view the video, please go to: https://youtu.be/UgkGsILDdxQ.
A video for the S16B is coming soon.

Requirements:
Stable, level, bench-top.
Compressed air supply, min 400kPa, preferably oil-free
Supplied Battery for the air pressure gauge of the tester.

Supplied with:
S16B device, including test sample hose
Air regulator set including hoses
Stop watch
Operation manual
Certificate of calibration/Calibration report
Optional: Weights for ISO 7886/ISO 8537 tests, with Certificate of calibration/Calibration report

Other:
This tester is backwards compatible and can be used for the liquid leakage test of the ISO 594 series. It can also be used for the liquid leakage past piston/freedom from liquid leakage tests of the ISO 7886 series and ISO 8537, as well as liquid leakage past nozzle and needle hub assembly. The pressures in these standards vary, but are generally around 200 kPa or 300 kPa, based on the requirements of the standard. To carry out some of the tests on syringes sideways force weights are required and are supplied with the tester.

Price List:
ISO 80369-2 Gages
ISO 80369-3 Gages
ISO 80369-6 Gages
ISO 80369-7 Gages
Enersol ISO 80369-2 Reference Connectors
Enersol ISO 80369-3 Reference Connectors
Enersol ISO 80369-6 Reference Connectors
Enersol ISO 80369-7 Reference Connectors
Enersol ISO 594 Reference Connectors
Enersol ISO 80369 Test Machines
Enersol ISO 594 Test Machines

Previous Models:
S16
S16A

Disclaimer
This data is provided for general information only. The intention is to provide accurate information; regardless; errors may exist in the supplied information. If accuracy is critical, base your final decisions on the data provided in the root documents which are usually copyrighted documents. To purchase a copy of an engineering document visit an Authorized Reseller.

Comments:
Original Posting: 2/17/2020
Last Revision: 2/25/2020
Error corrections in, or comments about, the above data can be sent to: office@gagecrib.com