XDEEP Recalls NX700 Regulators

The folks at XDEEP recently announced a voluntary recall of the company’s NX700 regulators.

While XDEEPhaven’t noticed a single failure caused by this, we decided to recall our NX700 regulators and update them to the newest version,” according to a Facebook post.

The notice continues:

“Our NX700 regulators are made for us in Italy, by a renowned manufacturer with many years of experience in this type of product. Before market launch, we have extensively tested them during many months of rigorous tests in extremely demanding conditions.

“Unfortunately, during routine periodical maintenance servicing of some NX700 1st stages, in singular cases, we have detected some traces above-standard signs of the wear of the membrane.

“We have not detected nor received any notifications about any failure or abnormalities caused by this potential wear. Nevertheless, we have decided to update all existing NX700 first stages to the newest available version, where any chances of the mentioned abnormalities have now been completely eliminated.

“If you are an owner of an NX700 1st stage, please stop using it immediately and contact the dealer where you’ve purchased the regulator, or us directly. Please follow this link to get full information about details of this action.

“To compensate for the inconvenience caused to our clients, we have also decided that every NX700 set owner will get a free XDEEP Signature Hoodie in the chosen size and available color.”

John Lianghttps://www.deeperblue.com/

John Liang is the News Editor at DeeperBlue.com. He first got the diving bug while in High School in Cairo, Egypt, where he earned his PADI Open Water Diver certification in the Red Sea off the Sinai Peninsula. Since then, John has dived in a volcanic lake in Guatemala, among white-tipped sharks off the Pacific Coast of Costa Rica, and other places including a pool in Las Vegas helping to break the world record for the largest underwater press conference.

Note: This article have been indexed to our site. We do not claim legitimacy, ownership or copyright of any of the content above. To see the article at original source Click Here

Related Posts
When Wolves Adopt Their Rival’s Pups thumbnail

When Wolves Adopt Their Rival’s Pups

It’s one of evolution’s most brutal parables: male lions that displace a rival from his pride more often than not kill his cubs. Leonine logic and instinct dictate that energy is better spent preserving the genetic line of one’s own cubs than those of a dethroned adversary. Quickly dispatching his heirs speeds along that process…
Read More
Ako dlho môžu ľudia s covidom zostať nákazliví? Tu sú najlepšie dostupné údaje z krajín thumbnail

Ako dlho môžu ľudia s covidom zostať nákazliví? Tu sú najlepšie dostupné údaje z krajín

Na Slovensku aj v niektorých iných krajín je zavedená už len päťdňová domáca izolácia, týka sa všetkých pozitívne testovaných na covid bez ohľadu na to, či sú zaočkovaní alebo prekonali ochorenie. Infekčná takmer tretina ľudí Niektorí odborníci na choroby v Spojenom kráľovstve aj v USA však varovali, že sa skrátenou izoláciou riskuje, že ľudia neúmyselne rozšíria…
Read More
ניתן לזהות סימנים מוקדמים לאוטיזם כבר באולטרסאונד טרום לידתי thumbnail

ניתן לזהות סימנים מוקדמים לאוטיזם כבר באולטרסאונד טרום לידתי

כך עולה ממחקר במרכז הלאומי לחקר אוטיזם ונוירו-התפתחות באוניברסיטת בן גוריון והמרכז הרפואי סורוקה ממצאים אנטומיים חריגים במבנה הלב, הכליות, והראש התגלו בבדיקות אולטרסאונד טרום לידתיות שגרתיות בעוברים שפתחו אוטיזם לאחר לידתם. חוקרים מהמרכז הלאומי ע"ש עזריאלי לחקר האוטיזם ונוירו-התפתחות באוניברסיטת בן-גוריון בנגב ומהמרכז הרפואי האוניברסיטאי סורוקה: "ניתן לזהות סימנים מוקדמים לאוטיזם כבר בשליש השני…
Read More
Solving a Superconducting Mystery With Supercomputer Computations thumbnail

Solving a Superconducting Mystery With Supercomputer Computations

New method from Clemson University researcher, enabled by Frontera supercomputer, helps explain role of phonons in copper-based superconductivity. Researchers have known about high-temperature superconducting copper-based materials, or cuprates, since the 1980s. Below a certain temperature (approximately -130 degree Celsius), electrical resistance vanishes from these materials and magnetic flux fields are expelled. However, the basis for…
Read More
Index Of News
Total
0
Share