Text And Media And Date Paragraph

Component "Text and Media and Date Parapraph"

Usage

This component is part of the "News page" and is similar to the Text and Media paragraph component, but shows in addition a date information and a back to overview link

The component uses the page item as datasource and the following fields:

Title: The headline of the component.
Introduction text: The description of the component
Extended text: Further description which is initially collapsed
CTA: A call to action like e.g. a link to another page
Image: An image which is displayed on the left or right side
Caption: The image caption
Date: The date of the news
Link to overview: The link for the back link to the news overview page

And the following rendering params:

Background: The background color
Position: If the image should be shown left or right
Headline: If the headline should be a h1, h2, h3..
Button Theme: Select the theme of the button (primary, primary invers, secondary blue or secondary white)

Further information

This component supports restricted media documents

Issues:

The component cannot be inserted by an editor. Instead it is fixed placed at a news page
The component has no seperated datasource which avoids personalization
The used fields are splitted into several sections for no real reason

Sample:

Back

05 Nov 2019

Cryogenic functional testing of safety valves under real conditions

Requirements on safety valves for use in LNG systems: Proof of functionality under extreme conditions

LESER demonstrates the correct function of its spring-loaded and pilot-controlled safety valves under real low-temperature conditions on a specially designed test bench.

For this new functional test, LESER developed a new test concept consisting of a 1000 l Cryo-Cyl filled with liquid nitrogen at -196 °C / -320 °F. The new test concept is based on the use of a new test system. The test pressures were achieved by superimposing gaseous nitrogen.

After complete cooling to below -162 °C / -260 °F at the inlet, the functional tests were carried out. The safety valves were started up with three consecutive opening cycles at a set pressure of 16 bar, with liquid nitrogen still present.

Even after repeated response, perfect functioning of opening and closing was achieved. This means that there were no functional restrictions due to temperature influences on the functionally important components, such as the spindle and spindle guide. A sign that these temperature conditions have already been taken into account in the development of the design.

This result again proves that LESER safety valves work safely and flawlessly even under difficult operating conditions, as here with a cryogenic medium.

In addition to this extended functional test, LESER has been operating a test bench for safety valves for measuring the tightness with helium under cryogenic conditions on the basis of ISO 13648-1 for quite some time.