Tritium command line

Model: 7000ApplicationFeaturesDescriptionSpecificationsApplication Tyne's Tritium Controller is the main data processing centre for many of our tritium monitoring configurations. It is suitable for in-line monitoring of process systems, glove box monitoring, stack monitoring, room air monitoring, and other applications such as with Tyne's tritium-in-breath analyzer. It can be configured for a variety of tritium monitoring requirements, including inputs from one or two ion chambers of different sizes and sensitivities (see Tyne's 1000cc ion chamber and 10cc ion chamber), multiple alarm configurations, and multiple range configurations.Features Large flat panel touch screen Controls up to two detectors Dual Alarm per channel, local and remote One Touch auto zeroing 4-20 mA, 0-10V or RS232 output Smooth Auto Ranging across 9 decades DescriptionThe Tritium Controller carries out the signal processing for multi-range tritium detector heads (ionization chamber with preamplifier). It is operated by a large, touch screen mounted on the front panel, it has an easy-to-read display and a full set of menu options.Touchscreen control panelThe controller can seamlessly auto range two detectors across 9 decades. Each channel has two user settable alarms. Each alarm has a local visual and audible annunciation as well as a 30 VDC/AC 1A relay for a remote alarm or process actuation, such as valves.The multi-range function gives the maximum sensitivity as well as a very large dynamic measurement range from 1 µCi/m³ to 1 Ci/m³ so that itwill always be able to track total tritium inventory within the loop being measured.With either a Voltage or Current output option, digital range indication or RS-232 output integration into a data handling system is easy.The measured signal is also output in analog form as either 0-10V or 4-20mA. The controller may be connected to a computer through the digital RS232 for remote display.Back view of controllerTo help compensate for any background drift in the detectors, the controller has a simple one touch auto-zeroing function. This will zero the entire system across all the measurement ranges.The controller comes in a standard 3U (4.5”) 19” rack mountable enclosure.The detection heads can be installed remotely up to 100m from the controller. The detector heads can be either a 1000cc or 10cc detection volume. The 1000cc volume gives the maximum amount of sensitivity to 1 µCi/m³ while the 10cc volume which has a “virtual wall” comprising two nesting cages, gives the highest range of 10,000 kCi/m³ with minimal tritium contamination due to the small metal surface area. Both detector heads have a small in-line footprint with VCR 8/VCR 4 connections, ideal for installing directly into the piping system. They are both pressure vessels that can handle up to 150 psig, can be heated to 350°C without damage, and are 1x10-9 helium leak tight to conform to current tritium handling standards. The detector heads are of stainless steel construction with a ceramic insulator and an electro-polished interior to minimize tritium surface contamination. In the event of contamination the detectors are easily flushed with air to decontaminate them.For gamma compensation a second detector head maybe installed alongside the

Radium paint on its dials for legibility in the dark. However, as we now know, radium is highly radioactive and severely dangerous. Rolex radium dials manufactured prior to the early 1960s include the label “SWISS” right under 6 o’clock. To replace radium, Rolex switched to tritium as the go-to luminescent material for its dials. Like radium, tritium is also self-luminous, however, it is a low-grade radioactive material, therefore not nearly as dangerous. Rolex used tritium on its dials until the mid-1990s. It is important to note that tritium has a half-life around 12 years; as a result, vintage watches with radium on the dial typically do not glow anymore. But tritium does normally develop a lovely patina over the years—a trait that Rolex collectors appreciate. Rolex dials with tritium are marked with “T SWISS T,” “T Swiss Made T” or “Swiss-T In the 2000s, Rolex changed to SuperLuminova. This is essentially the same material as Luminova but sold by the Swiss company RC Tritec AG under the registered name SuperLumiNova. Rolex dials with SuperLuminova have “SWISS MADE’ under 6 o’clock. Finally, in 2008, Rolex introduced a luminous material it dubbed “Chromalight” on the Deepsea. Rather than green, Chromalight glows blue in the dark. Rolex then rolled out Chromalight to the Submariner Date models and then eventually to all models across its catalog. The brand maintains that compared to SuperLuminova, Chromalight’s afterglow lasts longer in the dark. Rolex dials with Chromalight are also inscribed with “SWISS MADE’ under 6 o’clock. Rolex Dress Watch Dials When it comes to its dress watches, Rolex offers up plenty of choice in the dial department by using a variety of materials, colors, textures, and index styles. Some of the most popular Rolex dress watch dials are the colored brass ones, particularly in champagne, silver, white, and black. These can house all sorts of different hour markers, from simple batons to traditional Roman numerals to classic Arabic numerals to precious diamonds. Rolex typically uses straight baton hands on dress watch dials today; however, there are some more decorative styles on some vintage Rolex watches. There is also a wide assortment of textured dials found on Rolex dress watches. For instance, ones with engine-turned, honeycomb, linen, and even pyramid patterns. Within the ladies’ Rolex watch collection, there are also some dials delicately decorated with flowers and butterflies. The so-called Jubilee dials featuring the repetitive ROLEX pattern are an especially popular choice for textured dials.In addition to brass dials, Rolex also offers dials made of more exotic materials such as hard stone, mother-of-pearl, meteorite, and once upon a time, even burl wood. Finally, we can’t forget the ultra-lavish gem-set dials featuring mostly diamonds, but sometimes also rubies, emeralds,

Also best known for wearing a TAG Heuer Monaco in the movie Le Mans, while James Bond was the movie icon known to wear a Submariner. The simple answer is marketing – Rolex leveraged McQueen’s image to try and boost ref. 1655 sales. Strange how things work sometimes. This move by Rolex may have originated in Italy but eventually spread worldwide. In the early 1970s, it wasn’t feasible to put lume on an external bezel as it could easily be damaged and become ineffective. To work around this, as the watch was intended for use in darkness, Rolex added an extra offset index between the hours on the dial to help distinguish where the 24-hour numerals fell on the bezel: 24 tritium marks in all. One just needed to remember that 12, 3, 6 and 9 o’clock were six hours apart on the 24-hour scale. The addition of the date was a bit curious as it strayed from the focused tool watch ethos of the Explorer name, but it also made the piece more versatile for daily wear (away from caves and mountains). After all, we know that most dive watches never actually go diving. The hands against a matte black dial were unusual for Rolex as they were a simple stick setup with tritium painted on about 90% of the black surfaces – generally, Mercedes hands dominated the portfolio (including on original Explorers at the time). An oversized inverted triangle was painted with tritium at 12 o’clock, while large

And sapphires. Rolex Sports Watch Dials In general, Rolex sports watches, also known as Oyster Professional watches, follow a similar dial layout—a combination of circular, triangular, and rectangular lume-filled hour markers, a solid dial color (often black), and a pair of Mercedes-style hands at center. The Rolex sports models that feature this type of dial include the Submariner, Sea-Dweller, Deepsea, GMT-Master II, Yacht-Master, and Explorer II. Other sports watches within the Rolex catalog, such as the Explorer, Daytona, and Yacht-Master II, include at least one of these design details.Gilt Dial vs. Matte Dial vs. Gloss Dial Naturally, these types of dials have evolved over the years. Early versions of Rolex sports watches, from about the 1950s to the 1960s, have what we refer to as gilt dials. Characterized by golden colored text and markings on a lustrous black dial, these types of dials are popular within the collecting community. Gilt dials can have either radium or tritium for luminescence, and in most cases, these old-school lume accents have developed a warm patina. In the mid-1960s, Rolex replaced gilt dials with what we refer to as matte dials, featuring white text and markings on a matte black background. All Rolex matte dials used tritium paint for luminosity and they were in production until the mid-1980s.Rolex then opted for a dial style we refer to as gloss dials, which went back to a shinier background color. Text and markings remained in white but the biggest enhancement was the gold surrounds framing the lume-filled hour markers. This is still the style of dial Rolex uses for its current sport watch models. Yellow gold and two-tone vintage GMT-Master and Submariner models had what refer to as nipple dials, nicknamed so for their protruding hour markers filled with tritium luminescence. Rolex eventually discontinued these in the mid-1980s. What’s more, GMT-Master, Submariner, and Yacht-Master dials featuring gem-set hour markers are often referred to as Serti dials. Paul Newman Dial Hands down the most important (and most expensive) vintage Rolex dial there is what we refer to as the Paul Newman dial. Found on select vintage Daytona watches, this specific design, featuring highly stylized Art Deco-inspired subsidiary dials, was officially called exotic dials by the brand. But it picked up the celebrity nickname after it was discovered that Paul Newman wore a Daytona with an exotic dial. Paul Newman’s own Daytona “Paul Newman” sold for a record-breaking $17.8 million in 2017. Rolex Replacement Dials When looking at older Rolex watches, it is not uncommon to find dial designs that do not match the production date of the watch. Barring any counterfeit doubts, the simple explanation for this is a Rolex replacement dial. When a watch goes in

Dimensions LengthLHeightHWidthWWeightWM&P 9 M2.0 Shield6.1 in4.6 in0.95 in18.3 ozHellcat RDP7 in4.4 in1 in19.3 ozDetails BarrelBBLTriggerWebsiteM&P 9 M2.0 Shield3.1 inStriker-Firedsmith-wesson.comHellcat RDP3.8 inStriker-Firedspringfield-armory.comCapacity 9mm Luger9mm LugerM&P 9 M2.0 Shield7 ,8(+1)7 ,8(+1)Hellcat RDP11 ,13(+1)11 ,13(+1)Side-by-SideSide-by-Side Comparison ChartsHow do these two handguns stack up against eachother?Smith & Wesson M&P 9 M2.0 Shield For SaleSmith & Wesson M&P 9 M20 Shieldguns.com 389.99View DealSmith & Wesson M&P9 M2.0 Shield Ez 380...sportsmans.com 479.99View DealSpringfield Hellcat RDP For SaleSpringfield Armory Hellcat Micro-Compact Rdp 9Mm 3.8&Quot Barrel...grabagun.com 666.99View DealSpringfield Hellcat Rdp 9Mm Pistol, 1:103.8" Barrel, Tritium...1 more deal from palmettostatearmory.com 669.99View Deal1 more deal from palmettostatearmory.com Springfield Hellcat Rdp 9Mm Pistol, 1:103.8" Barrel, Tritium...palmettostatearmory.com 679.99View DealSpringfield Armory Hellcat Rdp 9Mm 3.8In 2X10Rd Pistol...2 more deals from gritrsports.com 670.99View Deal2 more deals from gritrsports.com Springfield Hellcat Rdp 9Mm Luger 3.8In 11/13Rd Handgun...gritrsports.com 670.99View DealSpringfield Armory Hellcat Rdp Micro-Compact 9Mm 3.8In 11Rd/13Rd...gritrsports.com 670.99View DealSpringfield Hellcat Rdp 3.8"2 more deals from budsgunshop.com 678.49View Deal2 more deals from budsgunshop.com Springfield Armory Hellcat Rdp 9Mm, 3" Threaded Barrel,...budsgunshop.com 678.49View DealSpringfield Armory Hellcat Rdp 9Mm Semi Auto Pistolbudsgunshop.com 678.49View DealTabletopTabletop ComparisonDrag/drop and reorder the handguns to compare on top of eachotherPopular ComparisonsSmith & Wesson M&P 9 M2.0 ShieldvsCanik METE MC9Smith & Wesson M&P 9 M2.0 ShieldvsHeckler & Koch CC9Smith & Wesson M&P 9 M2.0 ShieldvsSpringfield Hellcat Micro CompactSmith & Wesson M&P 9 M2.0 ShieldvsSmith & Wesson M&P Bodyguard 380Smith & Wesson M&P 9 M2.0 ShieldvsSmith & Wesson EqualizerSmith & Wesson M&P 9 M2.0 ShieldvsRuger LC9sSpringfield Hellcat RDPvsSpringfield Hellcat Pro CompSpringfield Hellcat RDPvsSig Sauer P365XSpringfield Hellcat Micro CompactvsSpringfield Hellcat RDPSpringfield Hellcat RDPvsCanik METE MC9Daily DealsSmith And Wesson Shield Plus Optics Ready For...grabagun.com 299.99View DealGlock G17 Gen4 9Mm 4.49ʺ 17Rd Pistol W/...kygunco.com 389.99View DealIn Glock 21 Gen4, 45 Acp, 3 Mags,...gideontactical.com 324.99View DealSds Mac 9Mm 4.25 Qpq Blk Double Stack...familyfirearms.com 809.99View Deal

A radioactive element, and the radioactive emissions (see How Nuclear Radiation Works) energize the phosphor continuously. In the past, the radioactive element was radium, which has a half-life of 1600 years. Today, most glowing watches use a radioactive isotope of hydrogen called tritium (which has a half-life of 12 years) or promethium, a man-made radioactive element with a half-life of around three years. Frequently Asked Questions Can glow-in-the-dark items be recharged indefinitely, or do they lose their glow over time? Glow-in-the-dark objects can be recharged repeatedly by exposure to ultraviolet (UV) light. Yet, their glow may weaken over time as the phosphor material degrades, particularly with frequent exposure to intense light sources or UV radiation. Are there any safety concerns associated with the materials used in glow-in-the-dark items? Most modern glow-in-the-dark items use safe, non-radioactive phosphors like zinc sulfide and strontium aluminate. However, items using radioactive elements for continuous glow, such as certain watches, are regulated to ensure they are safe for everyday use and exposure. Lots More Information