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EUROBIKE, 28 August 2014. Lectures on LEV Components within the LEV Components Special Exhibition.
Read the article: extraenergy.org/main.php?language=en&category=&su...
Travelled down to Chico, California to tour the Paul Components headquarters and document the fabulous work they do.
The main component of CT/X-ray Contrast Media is iodine. The Iodinated Contrast Media is a colorless, transparent, slightly viscous liquid. At present, the CT contrast agents can be mainly divided into ionic and non-ionic, according to the osmotic pressure can be divided into hypertonic, isotonic and hypotonic. Currently, non-ionic, isotonic or hypotonic Contrast Media are used clinically. When the CT contrast medium is injected, 97% of the contrast media can be directly excreted from the kidneys within 1 day.
Reasonable Use of Iodinated Contrast Agents
Evaluate patient benefits/risks before use
History of allergies: Patients who have previously experienced moderate to severe anaphylactoid reactions to iodinated contrast agents or patients with a history of allergies requiring treatment are at an increased risk of having an allergic reaction to CT dye.
Kidney function: iodinated contrast agents can cause acute kidney injury, and patients should be evaluated for related risks before the surgery.
Combination medication: drugs that may increase the risk of adverse reactions to iodinated contrast agents: neuroleptics and antidepressants, interleukin-2, beta-blockers, metformin.
Situations where iodinated contrast agents should be used with caution: lung and heart diseases, catecholamine secreting tumours, pregnant and lactating women, myeloma and macroglobulinemia, myasthenia gravis, homocystinuria.
Contraindication: uncured patients with hyperthyroidism.
Dose limit for iodinated contrast agents
On the premise of satisfying imaging/diagnosis, the minimum dose of iodinated contrast agents should be used.
For low-risk patients, the total dose of types of contrast agents had better be controlled within 300 ~ 400 ml.
Maximum dose of iodinated radiocontrast dye
Method I *: 5 ml × body weight (kg)/serum creatinine (mg/dl) (not more than 300 ml) [refer to Cigarroa calculation formula]
Method II: 3.7 times creatinine clearance [according to 2011 ACCF/AHAUA/NSTEMI Treatment Guidelines]
For those with severe renal insufficiency, try to choose an imaging method that does not require iodine-based contrast agents or a non-imaging method that can provide sufficient diagnostic information.
Avoid repeated use of the diagnostic dose of an iodinated contrast agent in a short period of time. If repeated use is indeed necessary, it is recommended that the interval between two MRI contrast agent applications be ≥14 days.
Other precautions for the use of iodinated contrast agents
Preheating: Before using an iodinated contrast agent, it is recommended to heat the contrast agent to 37 °C and place it in a thermostat.
Hydration: It is recommended to hydrate patients within 6 to 12 hours before using an iodinated contrast agent to within 24 hours after use. Hydration method: Intra-arterial drug users are advised to receive intravenous rehydration and oral rehydration concomitantly, and oral rehydration is recommended for intravenous drug users.
Stay and observation: After the injection of the iodine-based contrast media, the patient needs to stay and be observed for 30 minutes before leaving the examination room.
Establish an emergency channel: Establish an emergency rapid support mechanism for the rescue of adverse reactions caused by iodinated contrast agents with the emergency room or other clinical related departments to ensure that after an adverse reaction occurs, clinicians can promptly rush to the rescue scene for rescue if necessary.
Prevention and Management of Vascular Extravasation of Iodinated Contrast Agents
Prevention
Choose appropriate blood vessels for venipuncture and operate carefully; when using a high-pressure syringe, choose a puncture needle and catheter that match the injection flow rate; properly fix the puncture needle; communicate with the patient and get cooperation.
Management
Mild extravasation: Most injuries are minor and need no treatment. However, the patient should be instructed to keep observing. If the extravasation worsens, the patient should seek medical attention in time. For individuals with significant pain, common cold and hydropathic compresses can be given locally.
Moderate and severe extravasation: ① raise the affected limb to promote blood return. ② Use 50% magnesium sulfate moisturizing cold compress in the beginning, and after 24-hours change to magnesium sulfate moisturizing hot compress, or use mucopolysaccharide ointment for topical application, or use 0.05% dexamethasone for local hydropathic compress. ③ Those with severe contrast agent extravasation should be given oral dexamethasone 5 mg/time tid for 3 consecutive days on the basis of topical drug use. ④ If necessary, consult a clinician for medication.
The brakes were by far the biggest cause for concern, once the loco was disassembled. All the components were heavily worn.
4th. October 2016. Photo courtesy Nick Noon
The several sections of the bedposts are cored, so that they may be through-bolted from the very top at the canopy, to the lower end fitting buried in the carved urn at the top of the lower post section. The longer post sections are constructed from two halves glued together. The core is ploughed out from each half before assembly.
The lower part of one of the topsides arrives for loading. In the background are the Nacells where the turbine blades attach to.
2nd August 2018: A delegation of about thirty people, headed by the Congolese Minister of Health, Oly Ilunga Kalenga; North-Kivu Governor, Julien Paluku and the Deputy Special Representative of the UNSG in DRC, David Gressly arrived today 2nd August 2018 in Beni. The purpose of the Mission that included laboratory assistants, epidemiologists, clinician psychologists and physicians is to set up the various components to give a response to the Ebola virus disease, which was confirmed in Mangina, territory of Beni, by the Congolese Ministry of Health on Wednesday 1st August 2018. MONUSCO/Mamadou Alain Coulibaly
Alisha and Amy cutting components during a workshop I convened to produce furniture for future publics, part of What Happens to Us a project that examines democracy as a system of community formation
Communities don’t just happen, they’re made.
Curated by Marsha Bradfield and Amy McDonnell
Modern entry in Google Sketchup made from components uploaded to the Sketchup Library by Crestview Doors.
In 2015, DOE announced that five of its national laboratories will lead in implementing a new $20 million Small Business Vouchers Pilot, a public-private partnership that will connect clean energy innovators across the country with top-notch scientists, engineers, and world-class facilities. With this federal funding, more than 100 small businesses will receive vouchers so they can access considerable lab expertise and tools that will help them test, validate, and introduce new products, expand their businesses, and grow the clean energy sector.
Paul of Paul Component Engineering shows his new 120mm dishless front disc hub for use in 29" wheels. He designed this hub to address issues with wheel strength in the big mountain bike wheels.
EUROBIKE, 28 August 2014. Lectures on LEV Components within the LEV Components Special Exhibition.
Read the article: extraenergy.org/main.php?language=en&category=&su...
This is a method my friend and I have started using for storing electronics components. We have a bunch of old pill bottles kicking around, so we label them and use them for storage. We've found them most convenient.
Brig. Gen. William R. Phillips, II, the Virginia National Guard Land Component Commander, visits with Soldiers from the Danville-based 429th Brigade Support Battalion, 116th Brigade Combat Team June 16 at Fort Pickett during the unit's annual training period. Phillips met with the battalion's senior staff and discussed convoy procedures and other battalion operations as well as viewing a live feed from the battalion's Raven unmanned aerial vehicle. (Photo by Cotton Puryear, Virginia Guard Public Affairs)
We suggest all our customers submitting boards to us take few simple steps to make sure the board isn’t exposed to potential damage to electrostatic shock during transit.
www.tfix.co.uk/how-to-safely-package-macbook-logic-board-...
via
It is often overlooked what a decisive influence seals and gaskets have on the function and service life of machines and systems.
Proportional valves, for example, are limited in their function and endangered even from dirt particle sizes of 3 μm. Rolling bearings, on the other hand, are considerably impaired in terms of their service life by water content in the lubricant of just 200 ppm and can be damaged.
Seals basically fulfill two tasks for rotating or linear components: On the one hand, they protect the sensitive inner life of the machine elements from contamination, and on the other hand, they protect the environment from leaking lubricants or hydraulic operating fluids, for example.
Criteria for seal and gasket selection
In principle, three criteria apply when selecting the right seal:
1. Design specifications: Here, it is important to consider how the components behave towards each other.
2. Chemical and physical loads: Here it must be taken into account how large or different the pressure conditions are and how they behave with the temperatures. It must be checked whether friction occurs. An important aspect is whether sealing is required against corrosive substances that could attack the sealing material.
3. In the area of economy and assembly, the number of seals required must be taken into account and how the maintenance requirements are to be assessed.
What forms of gaskets and seals are there?
Basically, there are two forms of seals: Dynamic seals are used where the interfaces move. Static seals, on the other hand, are used where the interfaces are at rest. Examples of static seals are metal O-rings, flange seals or liquid seals. In general, the following applies: Since dynamic seals can only be realized by means of a gap – albeit a very narrow one – between the sealing surfaces, a 100-percent seal cannot be guaranteed. Often, however, these “leaks” are intentional, since the minimal escaping substances serve as lubricant. However, the leakage must not be too large to prevent serious damage.
Materials for gaskets
The operating temperature range and media resistance are the most important criteria when selecting materials for seals.
Nevertheless, the mechanical-technological values of an elastomer compound must be taken into account in an appropriate manner, as they are decisive for the service life of the seal.
Gasket material Flexseal NBR – acrylonitrile-butadiene rubber
NBR is one of the most widely used materials for seals. It is used in many areas due to its good mechanical properties and resistance to mineral oil-based lubricating oils and greases. However, good resistance to fuels is usually only achieved with special compounds.
The properties of Flexseal NBR are mainly determined by the acrylonitrile content (ACN between 18% and 50%). A low ACN content of NBR leads to good low-temperature flexibility but limited resistance to oils and fuels; as the ACN content increases, the low-temperature flexibility of Flexseal NBR decreases and the resistance to oils and fuels increases.
The NBR standard material has a medium ACN content to cover a wide range of applications as a gasket material with balanced properties. Flexseal NBR shows good mechanical-technological values, e.g. high abrasion resistance and good resistance to mineral oil-based lubricating oils and greases, hydraulic oils H, H-L, H-LP, flame-retardant pressure fluids HFA, HFB, HFC, aliphatic hydrocarbons, silicone oils and greases, water up to approx. +80 ͦ C.
Flexseal NBR is not resistant to aromatic and chlorinated hydrocarbons, fuels with a high aromatic content, polar solvents, glycol-based brake fluids and flame-retardant pressure fluids HFD.
The ozone, weathering and aging resistance of Flexseal NBR is low. In the majority of applications, e.g. when the material is wetted with oil, the low ozone, weathering and aging resistance does not have a negative effect.
Flexseal NBR is also available as a fabric reinforced version. Cotton or synthetic fibre fabrics can be used as the basis for rubber-fabric materials. Cotton fabric is used as standard for hydraulic seals. Outside the standard, a whole range of other types of fabric and almost all elastomers are available for impregnation.
Seal Flexseal FKM – fluorinated rubber
Flexseal FKM materials are characterized by their very high temperature and chemical resistance. In addition, the very good resistance to aging and ozone, the very low gas permeability (and thus good suitability for use in a vacuum) and the self-extinguishing fire behavior are also worth mentioning.
The FKM standard sealing material shows very good resistance properties in mineral oils and mineral greases, aliphatic, aromatic and chlorinated hydrocarbons, fuels, flame-retardant pressure fluids HFD and many organic solvents and chemicals.
In addition to the standard FKM materials, various special compounds are available, which are tailored for special sealing applications due to the different composition of the polymer chains and varying fluorine contents (65% to 71%).
FKM is generally not resistant to hot water, steam, polar solvents, glycol-based brake fluids and low-molecular organic acids.
Gasket material Flexseal EPDM – ethylene-propylene-diene rubber
EPDM materials generally show good resistance to hot water, steam, aging and chemicals as well as a wide thermal application range. They are used in many general sealing applications. They are divided into sulphur and peroxide cross-linked grades, whereby the peroxide EPDM compounds are thermally more resistant and show a significantly lower compression set.
EPDM has good resistance to hot water and steam, detergents, caustic soda and potash solutions, silicone oils and greases, many polar solvents, many diluted acids and chemicals. Special qualities are recommended for glycol-based brake fluids.
EPDM materials are absolutely incompatible with all mineral oil products (lubricants, fuels).
The temperature application limits of the Flexseal EPDM sealing material are – 45 ͦ C to +130 ͦ C (- 50 ͦ C to +150 ͦ C peroxide crosslinked).
Sealing material Flexseal VMQ – silicone rubber
Silicone rubbers are characterized in particular by their wide thermal application range and excellent resistance to ozone, weathering and aging. The mechanical properties of silicone are rather low compared to other elastomers. However, silicone types reinforced with glass fiber are available which are mechanically much more resilient than pure silicone sheets. In general, silicone materials are physiologically harmless, i.e. they are used in food-related and medical areas, among others.
The silicone standard material can be used in the temperature range from – 55 ͦ C to +200 ͦ C and is resistant to water (up to 100 ͦ C), aliphatic motor and transmission oils, animal and vegetable oils and fats.
Flexseal Silicone is generally not resistant to fuels, aromatic mineral oils, water vapor (briefly up to 120 ͦ C possible), silicone oils and greases, acids and alkalis.
Sealing material Flexseal TPU – Thermoplastic Polyurethane
Flexseal TPU materials belong to the group of thermoplastic elastomers (TPE’s). The strength of TPU’s lies in the combination of its good properties, both physical and chemical, as well as processing and economic. TPU is produced as standard on thermoplastic injection moulding machines and has been established for many years in sealing technology, especially in hydraulic applications.
TPU materials stand out from classic elastomers due to their significantly higher mechanical strength. Other outstanding material properties include high abrasion, wear and extrusion resistance, high compressive strength and high tear and tear propagation resistance.
The TPU material shows good flexibility (even in the upper hardness range) in the temperature application range from -40 ͦ C to +100 ͦ C and very good resistance to aging and ozone. TPU is well suited for use in mineral oils and greases, hydraulic oils H, HL, HLP, silicone oils and greases, flame-retardant pressure fluids HFA and HFB and water up to 50 ͦ C as well as pure aliphatic hydrocarbons.
Gasket material Tecfilm PTFE – Polytetrafluorethylene
PTFE is a fluorinated plastic. PTFE has a number of positive properties that have become indispensable in sealing technology. It is characterized by its almost universal resistance to chemicals, the wide temperature application range from -100 ͦ C to +250 ͦ C, an extremely low coefficient of friction and the resulting very good sliding properties, no stick-slip effect, special rigidity and almost unlimited resistance to ozone, weathering and aging. Almost all known hydraulic media, lubricants, chemicals and solvents cannot harm PTFE.
Only elementary fluorine and alkali metals attack it at high temperatures and pressures. Pure PTFE does not contain any extractable substances that could migrate and have an unfavorable effect on adjacent materials. It is therefore physiologically harmless and also particularly suitable for food, pharmaceutical and medical applications. PTFE is not flammable and therefore does not pose any additional danger in case of fire.
PTFE is not or only slightly elastic. Therefore, PTFE sealing elements are activated by elastic preloading elements in the form of O-rings or stainless steel springs.
However, PTFE also has certain disadvantages, such as the tendency to cold flow or creep of pure PTFE under pressure load. However, these weaknesses are compensated for in the sealing compounds by the addition of fillers. Fillers, such as bronze-filled compounds, give PTFE the ability to adapt to most operating conditions.
Gaskets with aramid fibers
Aramids are organic synthetic fibers that are characterized by special properties. In the form of gaskets, they are particularly suitable for use at higher temperatures, under pressure and for liquid media.
Aramid fiber gaskets are characterized by high tensile strength, high pressure resistance. They are heat and fire resistant and have good sealing properties as well as excellent chemical resistance. Gaskets with aramid fibers are available in a variety of combinations, each with its own property profile.
Our aramid fiber gaskets meet the requirements of the DVGW (German Technical and Scientific Association for Gas and Water) for drinking water approval. This makes them ideal for use in water pipes.
Depending on the region and requirements, we can supply material with different approvals (KTW, W270, WRAS, ACS).
The post Gaskets: important components appeared first on Dr. Dietrich Müller GmbH.
This is the "clean" PCB, as seen through the magnifying glass.
The idea is to join the dots... placing the right components in between. Luckily there's always a shema printed on the reverse of the PCB ;)
Stoneware bundle of one of a kind beads available on Etsy. www.etsy.com/uk/listing/235928570/orange-stoneware-oddities
EUROBIKE, 28 August 2014. Lectures on LEV Components within the LEV Components Special Exhibition.
Read the article: extraenergy.org/main.php?language=en&category=&su...
MAINTENANCE BUILDING 58 –
To the rear of building 62, and separated from it by an earthwork traverse, is building 58 (Drg No. 1244/53) it is designated Storage Building 'C-D'. It is approached along paths which lead back towards the bomb stores and the main gate, the entrances to the store are shielded by freestanding breeze block walls. The construction of the building is similar to the non-nuclear component stores, buildings 59-61, being formed from reinforced concrete columns and beams infilled with block work. It is, however, taller than the stores, buildings 59-61 and stands 23ft 11i from floor to ceiling. The main central section measures 70ft by 30ft, at each end of which are air lock porches 20ft by 15ft, while to the rear is plant and dark room 34ft 5in by 20ft. The root is a 5½in thick reinforced concrete slab, with a coating of bituminous felt. The building is designated at Grade II for the following principal reasons:
▪︎RARITY – It is a rare building in a national and international context. Designed in the 1950's for storing innovative nuclear technology, RAF Barnham is the only such surviving facility in England.
▪︎HISTORIC INTEREST – A unique building surviving from the Cold War, designed to accommodate Britain's first nuclear weapon, the ''Blue Danube''.
▪︎GROUP VALUE – Building 58 has strong group value with the other buildings at RAF Barnham, both in terms of their function and historic significance.
▪︎INTACTNESS – Building 58 is a largely intact, bespoke structure.
Maintenance Building 58 was probably one of two buildings on the site (the other being the much altered Building 62) used for the inspection of the bombs brought from the airfields. Documents record some movement of bombs between the site and airfields and indeed pantechnicons designed to carry a complete weapon were known to have visited the site. It is now used for light engineering.
▪︎MATERIALS – Building 58 has a reinforced concrete frame and blockwork walls, over-painted at the east end, and is shielded by freestanding blast walls.
▪︎PLAN – The building has a rectangular plan, aligned approximately east-west.
▪︎EXTERIOR – The building has projecting entrance bays to the east and west, which contained airlocks internally, both of which have double height steel doors through which the bombs would travel. To the north are attached single storey toilet blocks and a store room with replaced fenestration.
▪︎INTERIOR – The central section of the building is largely featureless except for a runway beam which originally supported four hoists. The airlocks in the porches have been removed.
Although the site was used for storage of Mustard Gas and explosives during World War II, it was not until after the end of hostilities that the depot was constructed in its current form. In the early 1950's, the Air Ministry had a continuing need for high explosive bombs and storage facilities for them in anticipation of a future war in which atomic and thermo-nuclear weapons would be used by both sides.
It is within this historic context that the Special Storage Unit at RAF Barnham was constructed following the issuing of ''Blue Danube'', Britain's first nuclear bomb, to the RAF in November 1953. The bombs were held in clutches in V-bomber airfields such as RAF Scampton and RAF Wittering and the purpose of the store at RAF Barnham, and the almost identical site at RAF Faldingwoth in Lincolnshire, was to provide maintenance and refurbishment to support the airfields and hold spare warheads.
The Air Ministry plan for the Store is dated May 1953, although planning for the facility almost certainly had started before this, and it was fully operational by July 1954. In the first phase of works, the fences, earthworks, fissile core storage hutches, inspection buildings and gantries were built by August 1955. The small arms and pyrotechnics store, barrack accommodation, gymnasium, telephone exchange, meat preparation store and dog compound were erected shortly after to strengthen security. By mid 1955 the double fence was in place, later augmented by the current observation towers erected in early 1959 replacing smaller structures.
The Special Storage Unit remained the main holding place for the Mk. I atomic bomb, under control of Bomber Command until November 1956 when an independent Unit (95 Commanding Maintenance Unit) was formed. During the operational life of the site, second and third generation British nuclear weapons such as ''Red Beard'' and ''Yellow Sun'' were introduced and stored there. By 1962, the site was in decline and the Maintenance Unit ceased to exist on 31st July 1963. The closure of the station is probably linked to the operational deployment of ''Blue Steel'' from late 1962.
The site was sold to the current owners in 1966 and later let out for light industrial use. Some of the buildings have been altered and significantly, one of the Non-nuclear stores burnt down in the 1980’s, but there has been an on-going maintenance and repair programme agreed with English Heritage resulting in the preservation of the site.
Information sourced from – historicengland.org.uk/listing/the-list/list-entry/1402411
English Heritage.
I went through my collection of metal and plastic buttons and picked out a few vintage treasures to use in a new jewelry piece.
Reloading gear, photographed in Pretoria, South Africa on 2018-08-11 (with some additional shots on 2018-08-17)
A. RELOADING GEAR
01. RCBS Universal Primer Arm Components (09500)
02. RCBS Bullet Sizer Die (8221 - 356)
03. RCBS Shell Holder (09216 No. 16)
04. RCBS Shell Holder (09206 No. 6)
05. RCBS Spanner
06. Assorted Components/Attachments for Lube Sizer Press, Berdan Deprimer, Powder Measure, Shell Holders
07. Star Super-B Lanyard Ring (not for sale)
08. Book - Lyman Reloading Handbook
09. Brochures - various, that came with Lee and RCBS gear
10. Lyman Model 1000 Scale - new, in-box; never used
11. RCBS Rock Chucker Press, with Universal Primer Arm - used and in good working order
12. RCBS Lead Dipper / Pouring Ladle - used
13. RCBS Powder Trickler - used
14. RCBS Case Lube Pad - used
15. RCBS Primer Tray - used
16. RCBS Primer Tubes x 2 for use with Universal Primer Arm
17. RCBS Case Neck Brush .22 Calibre - new, in-box; never used
18. RCBS Case Neck Brush Handle and brush (calibre unknown) - used
19. Primer Pocket Uniformer (Deburring Tool) - used
20. Lyman/RCBS Cast Iron Bullet Mould & Handles - .357 Magnum (357446)
21. Lyman Cast Iron Bullet Mould & Handles - possibly 9mm Parabellum 120gr Semi-Wad-Cutter
22. Lyman Cast Iron Bullet Mould - blocks only (to be confirmed whether box is empty or not)
23. RCBS 3 Die Set (18905) - .45 ACP - new, in-box; never used
24. RCBS 3 Die Set (18306) - .38 Special SWC with case holder
25. RCBS 3 Die Set (20504) - 9mm Parabellum with case holder
26. Bonanza 3 Die Set - 9mm Parabellum - new, in-box; never used
27. Bonanza 3 Die Set (15009901) - .38 Special and .357 Magnum - new, in-box; never used
28. Lyman Cast Iron Bullet Mould - blocks only - 9mm Parabellum 120gr Conical (Bullet Number 356402)
29. RCBS/Lyman(?) Aluminium Powder Funnel - used
30. Custom Made (CSIR) Berdan Depriming Tool - used in press, with water and a rubber mallet
31. Lyman 450 Lube Sizer Press - for sizing & lubricating lead bullets - used
32. RCBS Used Primer Catcher Assembly - for use with Rock Chucker Press - used
33. RCBS Uniflow Powder Measure - used
34. Redding SuperCharger Powder Measuring Kit - new, in-box; never used
a. Redding Powder Trickler No 5
b. Redding Plastic primer Tray (Red)
c. Redding Model 3 (?) Powder Measure
d. Redding #2 Master Balance Beam Mechanical Powder Scale 505 Grain Capacity
e. Redding RS-6 Powder Measure Bench Stand
35. Hoppes No 9 Powder Solvent - used; in box (not for sale)
36. Bonanza Case Sizing Lubricant - 1x bottle unused
37. RCBS Resizing Lubricant for Case Sizing and Forming - 1 x tube
38. Bonanza Shell Holder 3 - new, in-packaging; never used
39. Bonanza Shell Holder 9mm Parabellum - new, in-packaging; never used
40. RCBS 09216 Shell Holder 9m Parabellum - new, in-packaging; never used
41. Bonanza Model "68" Reloading Press with Instructions - new, in a box; almost never used
B. SHELLS / CASES
01. 9mm Parabellum Spent Cases - Berdan Primer (Many 100s)
02. 9mm Parabellum Spent Cases - Boxer Primer (Many 100s)
03. .38 Special Spent Cases - Assorted (inc. PMP) - circa 100 in bottles
04. Sako 9mm Parabellum - New Cases - Primed - 100
05. Hirtenberg 38 Special - New Cases - Unprimed - 150
06. Lapua 38 Special - New Cases - Unprimed? - 50
07. .455 Webley Revolver - New Cases - Primed - 50
08. .38 Special Spent Norma Cases - circa 75
09. 9mm Parabellum Spent Cases - PMP Berdan Primer - circa-50
10. 9mm Parabellum Spent Cases - Berdan Primer - Deprimed (Circa-250)
11. 9mm Parabellum Spent Cases - Boxer Primer - Deprimed (Circa-250)
12. Winchester Western .45 ACP - New Boxer Cases - Unprimed - circa-50
13. .38 Special Spent Cases - circa 150 in trays
C. POWDER & PRIMERS
01. 100 x Vihtavuori Small Pistol Primers No 42 (16 Packs)
02. 100 x CCI Small Pistol Primers No 500 (4 Packs)
03. 100 x CCI Small Rifle Primers No 400 (2 Packs)
04. Unbranded Berdan Primers - circa 150
05. 100 x Hirtenberg Boxer Primers 4.45mm (2 Packs)
06. Musgrave MP2 Power 500g - opened
07. 2500 x Vihtavuori Kemira Berdan Pistol Primers No 6 (4.5mm)
08. 100 x Hirtenberg Boxer Primers 5.33mm (2 Packs)
09. Musgrave MP2 Power 500g - opened
10. 100 x Hirtenberg Boxer Primers 5.33mm (1 Pack)
11. 100 x CCI Small Pistol Primers No 500 (1 Pack)
D. AMMUNITION
01. 9mm Parabellum 1979-09-15 (5.3g MP2) - 25 rounds
02. 9mm Parabellum Full Metal Jacket (7.5g) - 25 rounds
03. 7.62 x 51mm Full Metal Jacket (PMP) - 100 rounds
04. 7.62 x 51mm Full Metal Jacket (Spanish) - 20 rounds
05. Sako .357 Magnum - 158gr Lead - 50 rounds (to be opened to confirm)
06. .38 Special 150gr Semi-Wad-Cutter (4.0g MS2) - circa 30 rounds
07. .357 Magnum 1977-06-20 150gr Keith Semi-Wad-Cutter (7.51g MS2) - circa-68 rounds
08. Kynoch 7.9 or 8mm Mauser Cartridges 227gr Soft-Nose Bullets - 10 rounds in box
09. .38 Special - Possibly with 120gr Conicals Upside-Down to Create Wad-Cutters - 11 rounds
E. CAST LEAD BULLETS
01. Lead Bullets - 9mm Parabellum Wad-Cutters - 24
02. Lead Bullets - .38 Sp / .357 Mag 150gr Keith Semi-Wad-Cutters (91 Lead : 5 Tin : 4 Antimony) - circa-470
03. Easi-Load Lead Bullets - .45 ACP 225gr Round Ball - 50
04. Easi-Load Lead Bullets - .357 Magnum - 150gr Semi-Wad-Cutters - 50
05. Easi-Load Lead Bullets - 9mm Parabellum - 115gr Conical - 50
06. Lead Bullets - 9mm 120gr? Conical - 35
07. Lead Bullets - .455 Webley - circa-35
08. Lead Bullets - 9mm Parabellum - Conical 120gr? - circa-200
The false knobs really rotate and on the back cover are engraved tubes and electronic components, very nice detail.