Upload
docong
View
219
Download
0
Embed Size (px)
Citation preview
TURNKEY AMMUNITION PLANT SOLUTION FOR UKRAINE
The CompanyWaterbury Farrel began shaping the course of history with innovative machinery design in 1851 and developed an impressive product portfolio of presses, rolling mills, drop hammers, cold heading machines, slitters and shears.
Today Waterbury Farrel is a division of Magnum Integrated Technologies Inc, a premier multi-national corporation with over 160 years of product and technology experience. Headquartered in Brampton, Ontario, Canada, the company designs and manufactures high quality machinery for the metals and ammunitions industries. Under our ISO 9001-2008 certification, we combine our process and machinery expertise to build fully integrated turnkey manufacturing facilities.
A Strong PrincipleWaterbury Farrel provides arsenal equipment and services offering complete turnkey ammunition factories. Our international reputation for innovative and reliable processes and equipment production facilities is demonstrated by a century’s worth of excellent uptime safety records.
Defining QualityDelivering measurably superior machines means maintaining the strictest quality standards. It is for this reason that Waterbury Farrel is the NATO and International Military standard for ammunition production. Each round is produced to exact tolerances to ensure that every component is uniform, resulting in high accuracy in each bullet to provide excellent performance.
It takes skill and experience to design and build machines that will hold the tolerances that you need day in and day out, year after year. Waterbury Farrel is the global manufacturing leader with the ability to provide turnkey ammunition factories meeting the customers’ requirements for quality, reliability and return-oninvestment.
Turnkey Ammunition Solutions
Boosts Performance
Custom Designed
Quick turn-around
Maximized output
Increased efficiency
High quality products
Extended plant lifetime
Higher intellectual capital
Fastest return on investment
The Turnkey Process
We define the project needs, the timeline, equipment requirements and budgets.
We design the entire plant around a suitable process layout that meets the current and future product mix.
All machinery is designed and built to custom requirements to ensure that a high output of quality product is maintained.
We provide the construction management team
All machinery is witnessed in the factory prior to shipment to the plant site to ensure a quick implementation.
We take complete responsibility forthe project taking the guesswork and the long startup out of the equation.
A turnkey contract with Waterbury Farrel provides flexible solu-tions to suit your spe-cific needs.
Commissioning and Start-upWaterbury Farrel coordinates activities between the client and engineering, procurement and construction teams early in the project life cycle in order to organize the activities for a quick and successful start-up. We place the best people on site to handle the commissioning to ensure that performance requirements are met and the facility achieves a rapid ramp-up.
Turnkey Production PackageWaterbury Farrel will supply single machines, multi-machine customized packages up to entire integrated plants with fully-developed and fine tuned tooling. This ensures single-point responsibility for specialized part production via integrated press and tooling supply.
Construction ManagementWaterbury Farrel plans, executes and completes projects by applying well-developed systems that focus on facility start-up. Waterbury Farrel helps clients deliver their project objectives by developing and implementing strategies using the best people, practices and technologies. We focus on a high level of safety, performance and quality while meeting cost and scheduling targets.
Magnum has over 160 years of technology experience offering solutions for industry.We provide quality-engineered designs as well as turnkey solutions for a variety ofapplications.
Magnum Integrated Technologies Inc.
Quality Assurance
Nuclear Certification
ISO 9001-2008 Certification
Controlled Goods Certification
Converting Copper & Brass strip to Quality parts
Process Experience
1851
WF
Begins
1898
Ammunition machinery
begins
Spanish/ American Civil war
1914
WW1
Major supplier of munitions machinery
1920’s
expand machinery
selection
Rolling mills, stamping presses
1941
WWII
Develop Silicon Steel Rolling
process
1939
WWII
Supply USA & UK munitions Factories
1950 - 1975
Ammunition factories built
around the world
1980 – 2012
Develop many innovative processes
High efficiency systems
1871 18711871 19541955
History
Waterbury Farrel
Ammunition equipment manufacturing started during Spanish-American War
Became the prominent supplier during World War I
During World War II, WF was the major supplier of ammunition machinery to
England & the US Government as well as their contractors.
Provided Licensing to manufactures of ammunition equipment
High efficiency machines were introduced to the growing civilian market
Supplied complete ammunition lines, equipment, entire ammunition plants and
system development and feasibility studies to Arsenals around the World
History
Waterbury Farrel
Waterbury Farrel was incorporated as the Farrel Foundry Company in 1851
Re-incorporated as “The Waterbury Farrel Foundry & Machine Co.” in 1880
1920’s thru 1940’s Waterbury Farrel expanded its lines of Heading Machinery,
Rolling Mills & Stamping Presses
In 1958 Waterbury Farrel was acquired by Textron, Inc.
Since 1993 Waterbury Farrel is owned by Magnum Integrated Technologies
History
High Speed presses producing cup shaped product such as ammunition components, pen barrels, flashlight, lipstick cases, nut
covers, etc…
Machinery Manufacturing
100% factory approved prior to shipment
Optical measure and weight test of each component
Precision Mechanical Press Manufacturing
Waterbury Farrel Ammunition
Process Development
Operations Management
Installation & Commissioning
Feasibility
Study
EPCM Solutions:
Project Management
Engineering &
Procurement
Assembly machines
Quality Assurance
Process treatments
Inspection Machines
Machinery Solutions:
Component
Manufacturing
Lines
Explosives production
Stiletto Systems Ltd. is an engineering companyled by internationally experienced team whichhas considerable knowledge in ammunition techno-logy development and turn-key delivery of plants.
Stiletto Systems provide local country withcomplete set of all ammunition drawings of smallcalibers, ballistic laboratory and firing rangefacilities , production plant layout and test tables.Develop for customer technology patents andtransfer the IP ownership rights.
Introduce to customer a disruptive ammunitiontechnology solution for local supply contracts andinternational exports.Establish local country as a major innovator to themanufacture of ammunition.
Stiletto Systems Ltd. ammunition are developed tooffer a step-change in performance and capability,allowing end user operate production facility moreeffectively and safely.
Stiletto Systems Ltd. - engineering company
3D ammunition Plant layout
Armour-piercing bullet ammunition
1. Sniper rifle cartridge, caliber 7,62 mm with armor-piercing bullet (bullet with hard-alloy core, cartridge index 762BS51).
Cartridge specifications
7,62 х 51
Powder, cased With armor-piercing bullet «БС»
Caliber 7,62 х 51 mm Bullet weight (mb) 13,1 g Weight of the armor-piercing core with accelerator (mсу)
9,5 g Ballistic coefficient of the bullet (С)
4,7 m2/kg Initial speed of the bullet from barrel 700 mm long (V0)
790 m/sec Lethal range (Х) for rival’s manpower without individual protection means the bullet preserves
Up to 4500 meters
Volume of charge chamber in the cartridge (W0)
0,0033 dm3 Weight of powder charge (ω)
3,0 g Type of powder “VihtaViori” № 540 (Finland) Maximum crusher pressure in the barrel
Not more than 3100 kgs/cm2
Cartridge weight 27,4 g Accuracy for 700-mm barrel at the distance of 200 m
R100 not more than 3,5 cm
Bullet’s armour effectiveness
Not less than 80% penetration from a barrel not less than 700 mm of steel plate armor with
hardness not less than 480 HB (BRINELL) 20+0,5
mm wide established at an angle of 90° to the horizon, at the distance of 150
m. Cartridge components:
Capsuled (Boxer-type capsule) case (case material is brass – Cu 70%, Zn 30%) on the bottom of which there is a marking (plant/factory number and year of cartridge production);
Bullet, Hard-Alloy Core-type, comprising of tombac cover (Cu 90%, Zn 10%), lead jacket (lead С0) and hard-alloy core (material- UF10); and progressive burning powder charge.
Cartridge assembly includes sealing with colorless sealer allowing cartridge performance in inclement and wet conditions.
Cartridge Specifications of 9/0 х 19 mm “LUGER” Powder, cased, rocket with armour-piercing bullet
Bullet weight (mob) 6,1 g Weight of the armour-piercing core
with accelerator (mсу)
3,5 g
Ballistic coefficient of the bullet (С) 22,6 m2/kg Initial speed of the bullet from barrel 150 mm long (V0) 530 m/sec
The bullet preserves the lethal range (Х) for rival’s manpower without individual protection means
Up to 600 meters
Volume of charge chamber in the cartridge (W0) 0,00065 dm3 Weight of powder charge (ω) 0,52 g Type of powder “VihtaViori” 3N37 (Finland) Maximum crusher pressure in the barrel Not more than 2900 kgs/cm2
Cartridge weight 10,7 g Accuracy for 150 mm barrel at the distance of 25 mm R100 not more than 5 cm
Wear resistance in single fire mode Not less than 20000 shots prior to 10% decrease in initial speed
Bullet’s armour effectiveness Not less than 80% of penetrations from the number ofqualifying firing from weapon with the length of the barrel not less than 130 mm steel plate armours with hardness not less than 480 HB (BRINELL) 6+0,5mm wide established at an angle of 900 to the horizon, at the
distance of 25 m
Cartridge components:
Capsuled (Boxer type capsule) case (case material is brass – Cu 70%, Zn 30%) on the bottom of which there is a marking (plant/factory number and year of cartridge production).
Bullet, «Hard-Alloy Core»-type, comprising of tombac cover (Cu 90%, Zn 10%)and hard-alloy core (material- UF10);
Progressive burning powder charge. Cartridge assembly includes sealing with colorless sealer ensuring cartridge performance in inclement and
wet weather.
Calibre 9,0 х 19 mm
Stiletto Systems Ltd. Team Owns International Patents and IP Rights
Stiletto Systems Ltd. Team Owns International Patents and IP Rights
Stiletto Systems Ltd. Team Owns International Patents and IP Rights
NATO metal boxes M2A1 are used as secondary packing for all produced ammunition
Turnkey solutions for Complete Cartridges, Cases, Projectiles and Primers
Complete Ammunition Line
Entire plants facilities
System developments
Feasibility study
Separate Production Line
Project Portfolios
Worldwide Supply of Munitions Factories
For Pistol, small & medium caliber bullets & grenades
USA
Canada
United Kingdom
Taiwan
Thailand
Korea
Philippines
Israel
India
South & Central American Countries
African Countries
NATO Member Nations
EPC Portfolio
Ammunition Machinery Manufacturing
Waterbury Farrel Factory Dec 6, 2013
Primer Insertion Primer Insertion PLC
Ammunition Machinery Manufacturing
Waterbury Farrel Factory Dec 6, 2013
Lead Slug Header Slug Header
Ammunition Machinery Manufacturing
Waterbury Farrel Factory Dec 6, 2013
Machine Assembly Machine Assembly
Ammunition Machinery Manufacturing
Waterbury Farrel Factory Dec 6, 2013
Blank & Cup Machine CommissioningBAM
Delivering cost effective results to your bullet supply chain
9mm
0.38 cal
0.40 cal
0.45 cal
0.380 cal
5.56mm / 0.223 cal
5.45mm
7.62mm / 0.308/ 0.30 cal
0.50 cal / 12.7mm
14.5mm
Pistol & Small Caliber Ammunitions
Engineering, Construction, machinery supply, installation, commissioning , startup and training of personnel
Taking your project from concept to reality
EPC Portfolio
EPC Portfolio
Typical Process Layout
Floor plan layot for two lines production
Pistol Case Manufacturing
General Plant Layout – Pistol Line
General Plant Layout – Rifle Line
General Plant Layout – Cup Manufacturing Line
•Blank & Cup Presses
•Initial Forming Case Presses
•Final Forming Case Presses
•Ejector Groove & Mouth Trimming Machines
•Bullet Assembly Machines
•Primer/Anvil Stamping Presses
•Primer Assembly & Loading Machine
•Gage and Weigh Machines
•Wash & Dry Machines
•Slug & Steel core Header
•Primer Insertion, Crimping & Varnishing Machine
•Cartridge Loading Machine
•Bullet Polishing Machine
Ammunition Equipment & Systems•Packaging Machine
•Laser Etching Machine
•Grenade Cone Presses
•Grenade Re-strike Presses
•Grenade Cone Presses
•Annealing Units
•Pickle, Lube & Dry Machines
•Low Temperature Annealers
•Quenchers
•Material Handling System
……. and many more, as needed by the process
The presses that shape and form the copper and brass to the desired components.
The Heart of the Process
Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
•Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
Tooling
Tooling
Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
Ammunition Machinery
Other Systems
Shooting Range Equipment
Laboratory Equipment
Conveyor System
Propellant Feeding System
Tapers Radii
OPTIONAL SENSORS
DefectsDetected:
Seams
Defective Plating
Heat Treatment
Mass Differences
Eddy-C rru ent:
Uses electromagnetic force field to
detect flaws i cn onductive material
Vision System Option:
Singl ve i cew eram a with
sophisticated image
analysis software that
minimize ss urface and
lightin vg ariations. Used
for mouth and primer
inspection.
FeaturesMeasured:
Defects Detected:
Head Di ma eterM ssi ing, Damaged or Inverted
Primer
Mouth Diameter Defective or M ssi ing Head Stamp
P imr er Pocket Di ma eter Cracks
Primer Hole Diameter Damage
Roundness Presence of Waterproofing
3D-Primer Depth Sensor:
The Gi 3D primer pocket
depth measurin sg ystem
utilizes two high resolution
CC cD erma as with a precision
triangulation laser profiler to
illuminate and measure the
dept oh f the primer pocket.
As the case travels down the
v-track the 3 precision
sensors are triggered to
make the measurements.
FeaturesMeasured:
Primer PocketDepth
Anvil Height
Tapers Radii
FEEDERS
Turn-key, flexible feeder systems with interchangeableplates.
Step feeders used for projectiles
Cup feeder with automatic metering
Hang by the head vibratoryeeder for rimfire ammunition
PROTOTYPA-ZM, s.r.o.
STANDARDS FOR TESTING OF PROTECTIVE MATERIALS
PROTOTYPA
BASIC STANDARDS:
• STANAG 2920 – BALLISTIC TEST METHOD FOR PERSONAL ARMOUR
MATERIALS AND COMBAT CLOTHING (31 July 2003)
• AEP-55 PROCEDURES FOR EVALUATING THE PROTECTION LEVEL OF
ARMOURED VEHICLES (August 2011)
• NIJ Standard–0101.06 Ballistic Resistance of Body Armor (July 2008)
STANDARDS FOR TESTING OF PROTECTIVE MATERIALS
PROTOTYPA TEST FACILITIES
STANDARDS FOR TESTING OF PROTECTIVE MATERIALS
PROTOTYPA TEST FACILITIES
PROTOTYPA OFFERS TESTING:
• V50 TESTS STANAG 2920 – (CALIBRS 9mm; 5,56mm ; 7,62mm ; 12,7mm ;
14,5mm , 23mm ; 25mm ; 30mm ; .22FSP ; .30FSP ; .50FSP and 20mm FSP).
• YAW MEASUREMENT
• HIGH SPEED CAMERA MOVIE
• EPVAT MEASUREMENT
• ACCURACY MEASUREMENT
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
PROTOTYPA TEST EQUIPMENT
Velocity Light gates
Test gun
Remote
control
ProtectionRetention
system
Witness plate
Testing according to:
• NIJ 0101.06
• STANAG 2920
• AEP-55
• special projectile simulated EFP
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
UZ-2011 Universal Ballistic Breech
UZ-2002
Ballistic BreechSpecification:
-maximal caliber: 12,7mm
Specification:
-maximal caliber: 338 Lapua Magnum
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
UZ-2010 Universal Ballistic BreechSpecification:
-height: 165 mm
-length: 1200 mm
-width: 280 mm
-total mass: 125 kg
-maximal caliber: 25x137 mm
BB-30
Ballistic Breech
Specification:
-maximal caliber: 35x228 mm
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
HIGH SPEED BALLISTIC GUNManufactured ballistic barrels:
-22 FSP, 30 FSP, 50 FSP and 20m FSP
-FSP Muzzle velocity up to 1800 m/s
Fragment simulator caliber 20mm:
-20x102mm Muzzle velocity 800 … 1300 m/s
-20x139mm Muzzle velocity 800 … 1300 m/s
-20mm PROTOTYPA FSP Muzzle velocity 1200 … 1800 m/s
LS04
Specification:
- Measuring the projectile velocity:
- range: 10-2500 m/s
- accuracy: 1%
- Projectile caliber range 4 up to 40 mm
- WI-FI, Intelligent BMS Software
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
INTELLIGENT VELOCITY LIGHT GATES
LS06
LS01
MAIN COMPONENTS
EPVAT MEASUREMENT SYSTEMElectronic Pressure Velocity & Action Time
MAIN COMPONENTS
PRESSURE SENSOR
6215 KISTLER QUARTZ HIGH PRESSURE SENSOR
•The front sealed high pressure sensor suitable for ballistic pressure measurement up to 6 000 bar.
•Sensor Type 6215 has been accepted by NATO (AC/225 LG/3-SG/1) and is integrated part of NATO Standardization Agreements (STANGAGs) and Manner of Proof and Inspections (MOPIs).
MAIN COMPONENTS
ACQUISITION UNIT
2519A KISTLER TRANSIENT RECORDER
•High end transient recorder suitable for ballistic applications.
• NATO and CIP standards
• Easy to use
• Maintenance free
• User friendly software
•Standard assembly:• 4 charge inputs
• 4 voltage inputs
MAIN COMPONENTS
VELOCITY LIGHT GATES
2521A KISTLER TRANSIENT LIGHT SCREEN
•Weatherproof Light Screen Type 2521A is an accurate electronic device for measuring velocity. It is designed for working in harsh outdoor environments (wet, dusty, hot or cold climate with water condensation or heavy rain).
•Type 2521A works in the infrared spectrum.
MAIN COMPONENTS
ACTION TIME
SIGNAL START•Insulated firing pin•Accelerometer
SIGNAL STOP•Port pressure sensor•Muzzle sensor•Flash detector
PRINCIPLE OF FUNCTION
BA CONTROL SOFTWARE
MODELS AND TECHNICAL SPECIFICATION
STZA-10 FIRING REST FOR WATER TANK
TECHNICAL SPECIFICATION
height 490 mm
length 1185 mm
width 350 mm
total mass 54 kg
maximal caliber 7,62x54R
MODELS AND TECHNICAL SPECIFICATION
STZA-12M1 MOBILE FIRING RESTTECHNICAL SPECIFICATION
maximal caliber 12,7mm
height 1000 mm
length 1270 mm
width 700 mm
total mass 350 kg
transport tow bar 8 kg
recoiling parts mass 18 kg
maximum recoil stroke 75 mm
elevation range 5
azimuth range 5
clamping strip pitch 230 mm
MODELS AND TECHNICAL SPECIFICATION
STZA-12BM1 MOBILE FIRING RESTTECHNICAL SPECIFICATION
height 1009 mm
length 1238 mm
width 700 mm
total mass 350 kg
towing bar mass 8 kg
elevation range 5
azimuth range 5
clamping strip length 230 mm
maximal caliber 7,62x54R
MODELS AND TECHNICAL SPECIFICATION
STZA-12BLVL MOBILE FIRING REST
TECHNICAL SPECIFICATION
Height 395 mm
Length 1080 mm
Width 430 mm
Mass 71 kg
elevation range 5
azimuth range 5
maximal caliber 7,62x54R
MODELS AND TECHNICAL SPECIFICATION
STZA-13 MOBILE FIRING RESTTECHNICAL SPECIFICATION
height 1070 mm
length 1350 mm
width 970 mm
total mass 500 kg
elevation range 5
azimuth range 5
transverse mechanism 150 mm
maximal caliber 12,7mm (14,5mm)
MODELS AND TECHNICAL SPECIFICATION
STZA-14 FIXED FIRING RESTTECHNICAL SPECIFICATION
height 1100 mm
length 1325 mm
width 740 mm
total mass 350 kg
elevation range 5
azimuth range 5
maximal caliber 12,7mm (14,5mm)
MODELS AND TECHNICAL SPECIFICATION
STZA-20 FIXED FIRING RESTTECHNICAL SPECIFICATION
height 1040 mm
length 1570 mm
width 1000 mm
total mass 815 kg
elevation range 5
azimuth range 5
transverse mechanism 250 mm
maximal caliber 20 mm
MODELS AND TECHNICAL SPECIFICATION
STZA-25 FIXED FIRING RESTTECHNICAL SPECIFICATION
height 1045 mm
length 1270 mm
width 740 mm
mass 1300 kg
elevation range 5
azimuth range 5
maximal caliber 25 mm
MODELS AND TECHNICAL SPECIFICATION
STZA-25T FIXED FIRING REST CUSTOMIZED
TECHNICAL SPECIFICATION
Height 1101 mm
Length 1275 mm
Width 1080 mm
Mass 1465 kg
elevation range 5
azimuth range 5
maximal caliber 25 mm
MODELS AND TECHNICAL SPECIFICATION
STZA-30 FIXED FIRING REST CUSTOMIZED
TECHNICAL SPECIFICATION
height 1035 mm
length 1400 mm
width 860 mm
Total mass 2050 kg
elevation range 5
azimuth range 5
maximal caliber 30 mm
ADAPTORS
PISTOLS AND REVOLVERS
ADAPTORS: UNIVERSAL (FUNCTION TESTING) ONE PURPOSE (ACCURACY TESTING / ZEROOING)
ADAPTORS
RIFLES, AUTOMATIC RIFLES, SHOTGUNS
ADAPTORS: UNIVERSAL (FUNCTION TESTING) ONE PURPOSE (ACCURACY TESTING / ZEROOING)
ADAPTORS
REFICO – REMOTE FIRE CONTROL
Specifications:
firing finger stroke adjustment range 2 - 25 mm
firing finger force adjustment range 20 - 120 N
ADAPTORS
REFICO – REMOTE FIRE CONTROL
Parameters:
-Stroke
-Force
-Velocity
-Shot limit
-Delay
-Mode (single/burst)
-Mounting (left/right)
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
DOPPLER RADAR SYSTEM DRS-1
BMS Software DRS-1 Assembly
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
TUMBLER DRUM TD-2014Specification:
-test temperature: 65 ± 2 °C
-tumbler drum rotation: 5 ± 1 rpm
-test relative humidity 80 ± 5 %
-NIJ Standard-0101.06
-speed, temperature and humidity control by PC
Specification:
-height: 926 mm
-length: 960 mm
-width: 850 mm
-total mass: 150 kg
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
BACKING MATERIAL FIXTURE, HOLDER
Holder specification:-inside dimensions: 610x610x140 mm
-backing material: Roma Plastilina No.1
-total mass: 102 kg
Fixture specification:
-dimensions: 350x700x850
-total mass: 35 kgHolder Fixture
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
HARD ARMOR DROP TESTER HADT-1
Specification:
-height: 1575 mm
-length: 500 mm
-width: 500 mm
-total mass: 130 kg
-NIJ Standard-0101.06
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
HARD ARMOR DROP TESTER HADT-1
Specification:
-height: 2685 mm
-length: 2180 mm
-width: 730 mm
-drop height: 2000 mm ± 15 mm
-sphere weight: 1043 g ± 5 g
-sphere dimension: Ø 63.5 mm ± 0.05 mm
-fixture head weight: 100 kg
-total mass: 160 kg
-Conducting validation drops into
the backing material.
-Fully adjustable drop height.
-Easy aiming.
-Easy handling.
-Mobile.
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
HEAD FORM HF-1Specification:
-height: 300 mm
-length: 250 mm
-width: 250 mm
-helmets size: 7 ¼"
-total mass: 19 kg
Option A Option B
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
SAMPLE HOLDER SMJFSpecification:
-height: 720/ 761 mm
-length: 670 mm
-width: 640 mm
-total mass: 115/145 kg
-size of clamped samples: 500x500/400x400 mm
-size of witness plate: 0.5x545x600 mm
-material of witness plate: 2024-T3 or
2024-T4 aluminum alloy
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
MOTOR-DRIVEN TARGET TABLE MDTT-2014Specification:
-height: 700-1300 mm
-length: 1400 mm
-width: 2100 mm
-total mass: 1310 kg
-revolving range/step: 360º/5º
-transversal movement: ±300 mm
-maximum weight on table: 1000 kg
-maximum caliber: 12,7 mm
Lowest position Highest position
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
MOBILE FIRING REST STZA-16M1Specification:
-height: 900-1500 mm
-length: 1400-1450 mm
-width: 1055 mm
-total mass: 630 kg
-vertical movement: ±300 mm
-transversal movement: ±300 mm
Lowest position Highest position
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
MOVING GUN TABLE GM1Specification:
-size – working position: 5000x3000x4000 mm
-total mass: 3000 kg
-elevation range: -30° ÷ 0°
-transversal movement: 0 … 4000 mm
-vertical movement: 1000 … 3500 mm
-maximum caliber: 12,7 mm
2
box
Remote control
1
Remote
firing box
Panel Remote control
Prototypa - ZM, s.r.o.
Prototypa-ZM, s.r.o.
Off
OnPower
STOP
PROTOTYPA BALLISTIC TEST EQUIPMENT – PROTECTIVE MATERIALS
YAW MEASUREMENT SYSTEM PYAWMS
Specification:
-active area - dia: 400 mm
-projectile velocity up to : 2500 m/s
-length of projectile up to: 180 mm
BMS Software
Your benefit to working with WaterburyFarrel and Stiletto Systems Ltd
Team that you can reliably trust to deliver your
ammunition equipment & complete factory
e-mail : [email protected]. + 44 77 88 437 442
www.stiletto.uk.com