ASC is a leading manufacturer of specialized process equipment, control systems,
and custom manufacturing software used in the composites, plastics, glass,
solar, lumber, and concrete, coatings, and finishing industries. Our product
lines include composite autoclaves, glass-laminating autoclaves, concrete
autoclaves, industrial ovens, composite ovens, electroplating automation
systems, process control software, autoclave control software, oven control
software, and crane and hoist control software including scheduling. We're
located in Los Angeles, CA and support thousands oAutoclaves and other
equipmentASC manufactures a range of process equipment, including autoclaves,
ovens, presses, heating systems, cooling systems, vacuum systems, and specialty
pressure equipment. We also buy and sell used equipment.systems and hundreds of
customers wControl & power systemsASC is a leading supplier of control and
power systems for a wide variety of equipment and industries. We specialize in
PC-based and PLC-based control solutions. Our PC-based systems typically feature
our industry-standard CPC control software package.orldwide.Software for
controls and manufacturingASC can develop custom software solutions for a wide
variety of manufacturing applications. Our CPC software is the world's leading
software for control of autoclaves, ovens, and many other applications. Our
FLEXTIME software is also the leading PC-based solution for electro-plating and
anodizing control
9 Ocak 2011 Pazar
VSEP
VSEP Membrane Cleaners In addition to filtration systems, New Logic manufactures
a complete line of chemical cleaners designed to maintain maximum flow rates in
all VSEP applications.Years of exhaustive research and development by New Logic
engineers have resulted in seven chemical cleaners formulated to attack the most
stubborn foulants across a wide range of membranes and feed streams.While
designed for VSEP membrane filtration systems, these advanced formulas are
perfect for cleaning any membrane.To learn more about VSEP Advanced Cleaning
Solutions, please choose a link below to visit our sister site
While
membrane-based separations of liquids from solids have enjoyed increasing
popularity over the last 20 years, the technology has an inherent Achilles heel
that affects all membrane devices: fouling. This long-term loss in throughput
capacity is due primarily to the formation of a boundary layer that builds up
naturally on the membranes surface during the filtration process.In addition to
cutting down on the flux performance of the membrane, this boundary or gel layer
acts as a secondary membrane reducing the native design selectivity of the
membrane in use.EMERYVILLE, Calif. and IPSWICH, Australia, Sept. 21 /PRNewswire/
-- New Logic Research, Inc., the maker of VSEP, the vibrating membrane
filtration system, announced today its participation in the official
commissioning ceremony for the Australian Hardboards Water Recycling Plant in
Queensland, Australia.On hand for the ceremony were members of the Australian
Hardboards and New Logic executive team, as well as numerous business leaders
and local officials, including Cr. Paul Pisasale, the mayor of Ipswich.The
wastewater treatment and recovery system, which combines seven i84 VSEP
nanofiltration membrane modules, recovers wastewater for reuse within the plant.
The system, which is capable of processing approximately 200,000 gallons per
day, runs continuously automated by a programmable logic controller
(PLC).According to New Logic CEO Greg Johnson, "VSEP is fast becoming accepted
as the best available technology for tough wastewater treatment applications in
Australia. The Australian Hardboards installation represents our second
Australian installation in as many months; still more will be coming online
within the next year. We were honored to be a part of the ceremony, and to show
our commitment to helping to solve the Australian water shortage problem."New
Logic International Sales Manager Melysa Reiss adds, "The paradox of Australia's
decreasing water resources and increasing industrial demand requires innovative
technologies to bridge the gap. We are proud to have the opportunity to do just
that for Australian Hardboards and other firms throughout the continent."Water
shortage caused by drought and increased populations has created a crisis in
many parts of Australia. Water supply levels have fallen to 30% of normal, and
continue to drop. Local water districts have implemented severe water
restrictions to try to stop the drop in supply levels. Brisbane is currently at
a Level 4 water restriction that requires mandatory conservation. By recycling
its wastewater and reducing its fresh water intake using the VSEP system, AHL
has conserved the equivalent of 2000 homes worth of water supply per year. This
example of water conservation is being used as a showpiece for other industries
to follow.About New Logic Research, Inc.Headquartered in Emeryville, California,
New Logic Research is the leading provider of high-performance membrane
filtration systems used in a wide variety of applications from pure water and
wastewater treatment to chemical process clarifications. Founded in 1987, New
Logic has grown to meet the needs of its ever-expanding customer base, which
includes major corporations from around the World. Today, New Logic provides a
breadth of products and services for pure water and wastewater treatment,
industrial and chemical processing, power, pulp and paper, oil and gas
production and processing, paint and pigments and electronics industries. For
more information
a complete line of chemical cleaners designed to maintain maximum flow rates in
all VSEP applications.Years of exhaustive research and development by New Logic
engineers have resulted in seven chemical cleaners formulated to attack the most
stubborn foulants across a wide range of membranes and feed streams.While
designed for VSEP membrane filtration systems, these advanced formulas are
perfect for cleaning any membrane.To learn more about VSEP Advanced Cleaning
Solutions, please choose a link below to visit our sister site
While
membrane-based separations of liquids from solids have enjoyed increasing
popularity over the last 20 years, the technology has an inherent Achilles heel
that affects all membrane devices: fouling. This long-term loss in throughput
capacity is due primarily to the formation of a boundary layer that builds up
naturally on the membranes surface during the filtration process.In addition to
cutting down on the flux performance of the membrane, this boundary or gel layer
acts as a secondary membrane reducing the native design selectivity of the
membrane in use.EMERYVILLE, Calif. and IPSWICH, Australia, Sept. 21 /PRNewswire/
-- New Logic Research, Inc., the maker of VSEP, the vibrating membrane
filtration system, announced today its participation in the official
commissioning ceremony for the Australian Hardboards Water Recycling Plant in
Queensland, Australia.On hand for the ceremony were members of the Australian
Hardboards and New Logic executive team, as well as numerous business leaders
and local officials, including Cr. Paul Pisasale, the mayor of Ipswich.The
wastewater treatment and recovery system, which combines seven i84 VSEP
nanofiltration membrane modules, recovers wastewater for reuse within the plant.
The system, which is capable of processing approximately 200,000 gallons per
day, runs continuously automated by a programmable logic controller
(PLC).According to New Logic CEO Greg Johnson, "VSEP is fast becoming accepted
as the best available technology for tough wastewater treatment applications in
Australia. The Australian Hardboards installation represents our second
Australian installation in as many months; still more will be coming online
within the next year. We were honored to be a part of the ceremony, and to show
our commitment to helping to solve the Australian water shortage problem."New
Logic International Sales Manager Melysa Reiss adds, "The paradox of Australia's
decreasing water resources and increasing industrial demand requires innovative
technologies to bridge the gap. We are proud to have the opportunity to do just
that for Australian Hardboards and other firms throughout the continent."Water
shortage caused by drought and increased populations has created a crisis in
many parts of Australia. Water supply levels have fallen to 30% of normal, and
continue to drop. Local water districts have implemented severe water
restrictions to try to stop the drop in supply levels. Brisbane is currently at
a Level 4 water restriction that requires mandatory conservation. By recycling
its wastewater and reducing its fresh water intake using the VSEP system, AHL
has conserved the equivalent of 2000 homes worth of water supply per year. This
example of water conservation is being used as a showpiece for other industries
to follow.About New Logic Research, Inc.Headquartered in Emeryville, California,
New Logic Research is the leading provider of high-performance membrane
filtration systems used in a wide variety of applications from pure water and
wastewater treatment to chemical process clarifications. Founded in 1987, New
Logic has grown to meet the needs of its ever-expanding customer base, which
includes major corporations from around the World. Today, New Logic provides a
breadth of products and services for pure water and wastewater treatment,
industrial and chemical processing, power, pulp and paper, oil and gas
production and processing, paint and pigments and electronics industries. For
more information
2 Ocak 2011 Pazar
AML COMPLIANCE OVERVIEW
In the post-9/11 era, Anti Money Laundering (AML) legislation and compliance to
AML requirements have become key focus areas for banks, law firms, asset
management firms, auditors and similar regulated service providers. World-Check,
the leading global AML intelligence solution, provides an overview of AML
compliance and the laws underlying this area of regulatory
compliance.
According to the latest KPMG Global Anti Money Laundering
Survey, published in 2007, a staggering US$ 1 trillion per year is being
laundered by financial criminals, drugs dealers and arms traffickers worldwide.
With this much laundered money in the wrong hands, criminal syndicates are able
to expand their operations, resulting in more violence, higher levels of
addiction and a range of related socio-economic problems throughout the
world.
Laundered money is also known to finance highly coordinated
international terrorist activities; a phenomenon that poses a clear and present
danger to worldwide political and economic stability.
As such, Anti Money
Laundering and the Combating of Terrorist Financing (CTF) can only be treated as
pressing objectives of global concern. A sharp worldwide increase in the amount
of wealth in private hands, combined with the multinational expansion of leading
financial institutions, further necessitated the expansion of supranational
legislation and law enforcement structures to combat money laundering and
related financial crimes.
History of Anti Money Laundering
Compliance Laws
Although AML compliance has been accentuated by recent
global developments, it is by no means a new regulatory issue. Modern Anti Money
Laundering regulations are to a large extent informed by the earlier experiences
of the Swiss banking community, where financial scandals involving the likes of
Nigeria’s General Sani Abacha and the Philippines’ Marcos family resulted in
extremely bad publicity for the institutions involved.
The arrival
of the new millennium was marred by a series of coordinated acts of terrorism
and a number of massive corporate scandals involving the likes of Enron and
Riggs formerly a leading American financial institution.
These events
highlighted the fact that money laundering had taken on epic proportions over
time, and that the proliferation of new technologies and communication platforms
had created countless opportunities for fraud, money laundering and other elicit
financial activities. They also accentuated the need to “know your customers”,
and led to the creation and implementation of a range of KYC and AML laws aimed
at preventing financial criminals from accessing and abusing financial
systems.
Given the fact that the greatest majority of criminal activities
generating profits only start generating a traceable paper trail once funds are
introduced into the financial system, it was deemed necessary to approach AML
compliance and law enforcement in a way that clamped down on abuses of the
world’s official banking and financial systems. To this end, regulatory,
legislative and law enforcement agencies set out to create an AML compliance
framework and cross-border law enforcement regime aimed at holding financial
institutions accountable for their clients’ transactional activities
AML requirements have become key focus areas for banks, law firms, asset
management firms, auditors and similar regulated service providers. World-Check,
the leading global AML intelligence solution, provides an overview of AML
compliance and the laws underlying this area of regulatory
compliance.
According to the latest KPMG Global Anti Money Laundering
Survey, published in 2007, a staggering US$ 1 trillion per year is being
laundered by financial criminals, drugs dealers and arms traffickers worldwide.
With this much laundered money in the wrong hands, criminal syndicates are able
to expand their operations, resulting in more violence, higher levels of
addiction and a range of related socio-economic problems throughout the
world.
Laundered money is also known to finance highly coordinated
international terrorist activities; a phenomenon that poses a clear and present
danger to worldwide political and economic stability.
As such, Anti Money
Laundering and the Combating of Terrorist Financing (CTF) can only be treated as
pressing objectives of global concern. A sharp worldwide increase in the amount
of wealth in private hands, combined with the multinational expansion of leading
financial institutions, further necessitated the expansion of supranational
legislation and law enforcement structures to combat money laundering and
related financial crimes.
History of Anti Money Laundering
Compliance Laws
Although AML compliance has been accentuated by recent
global developments, it is by no means a new regulatory issue. Modern Anti Money
Laundering regulations are to a large extent informed by the earlier experiences
of the Swiss banking community, where financial scandals involving the likes of
Nigeria’s General Sani Abacha and the Philippines’ Marcos family resulted in
extremely bad publicity for the institutions involved.
The arrival
of the new millennium was marred by a series of coordinated acts of terrorism
and a number of massive corporate scandals involving the likes of Enron and
Riggs formerly a leading American financial institution.
These events
highlighted the fact that money laundering had taken on epic proportions over
time, and that the proliferation of new technologies and communication platforms
had created countless opportunities for fraud, money laundering and other elicit
financial activities. They also accentuated the need to “know your customers”,
and led to the creation and implementation of a range of KYC and AML laws aimed
at preventing financial criminals from accessing and abusing financial
systems.
Given the fact that the greatest majority of criminal activities
generating profits only start generating a traceable paper trail once funds are
introduced into the financial system, it was deemed necessary to approach AML
compliance and law enforcement in a way that clamped down on abuses of the
world’s official banking and financial systems. To this end, regulatory,
legislative and law enforcement agencies set out to create an AML compliance
framework and cross-border law enforcement regime aimed at holding financial
institutions accountable for their clients’ transactional activities
29 Aralık 2010 Çarşamba
dakato ultrasonics
MINI-MAX, Ultrasonic Bolt Tension Monitor, defines the state of the art in the
measurement of the actual elongation produced by tightening a threaded fastener.
The MINI-MAX can measure the elongation very accurately in fasteners of
virtually any material from 1/2 inch to 4 feet in length. The measurement is
achieved by determining the change in the transit time, of an ultrasonic shock
wave along the length of the fastener as the fastener is tightened by any
method. The on-board microcomputer automatically interprets this time
measurement to display the time(nanoseconds), elongation, load, stress, or
%strain from stretching a fastener.Welcome to the Dakota Ultrasonics website!We
are a manufacturer of industrial ultrasonic testing equipment most commonly used
in the petrochemical, aerospace, automotive, and other generally related
industries. The pages that follow will provide you with general information
regarding our products. If you have any questions, need technical support, or
have a request for custom items, please contact us at your leisure using the
information provided on this site.Our products are commonly used to determine
the thickness of a variety of materials by making contact with only one side of
the material being tested. They have the ability to detect very fine pits,
flaws, and porosity in materials without having to destroy the material or parts
being tested. This is done by converting the transit time of a sound wave, sent
into and reflecting back from a defect or opposite surface in the test material,
into a length measurement. This technique uses principles similar to that of
sonar.We also manufacture a line of ultrasonic bolting equipment that very
accurately measures the stress, elongation, and load in threaded fasteners.
These products are typically used in critical bolting applications where extreme
accuracy is needed. If you have any specific or specialized bolting applications
in mind, be sure to contact us to discuss your requirements in detail.
measurement of the actual elongation produced by tightening a threaded fastener.
The MINI-MAX can measure the elongation very accurately in fasteners of
virtually any material from 1/2 inch to 4 feet in length. The measurement is
achieved by determining the change in the transit time, of an ultrasonic shock
wave along the length of the fastener as the fastener is tightened by any
method. The on-board microcomputer automatically interprets this time
measurement to display the time(nanoseconds), elongation, load, stress, or
%strain from stretching a fastener.Welcome to the Dakota Ultrasonics website!We
are a manufacturer of industrial ultrasonic testing equipment most commonly used
in the petrochemical, aerospace, automotive, and other generally related
industries. The pages that follow will provide you with general information
regarding our products. If you have any questions, need technical support, or
have a request for custom items, please contact us at your leisure using the
information provided on this site.Our products are commonly used to determine
the thickness of a variety of materials by making contact with only one side of
the material being tested. They have the ability to detect very fine pits,
flaws, and porosity in materials without having to destroy the material or parts
being tested. This is done by converting the transit time of a sound wave, sent
into and reflecting back from a defect or opposite surface in the test material,
into a length measurement. This technique uses principles similar to that of
sonar.We also manufacture a line of ultrasonic bolting equipment that very
accurately measures the stress, elongation, and load in threaded fasteners.
These products are typically used in critical bolting applications where extreme
accuracy is needed. If you have any specific or specialized bolting applications
in mind, be sure to contact us to discuss your requirements in detail.
LİMONLU PARFE
malzemeler:
3
yumurta
yumurta
1 bardak lımon
suyu
suyu
1 bardak
seker
seker
2 paket
kremsanti
kremsanti
1 paket kakaolu petıbör
bisküi
bisküi
yapılısı:
1 kapta yumutanın beyazıyla şekeri
çırpalım
çırpalım
dıger kapta 1 bardak lımon suyuyla
yumurtanın sarısını
yumurtanın sarısını
ayrı kapta 2 paket kremsantıyı
cırparak krema haline getırelım
cırparak krema haline getırelım
borcamımızın.içine petıbör
bısküimizı ufalayıp eleyerek,bısküinin yarısını
yayalım.
bısküimizı ufalayıp eleyerek,bısküinin yarısını
yayalım.
hazırladıgımız karısımları
bırlestırıp,üzerine dökelım.kalan bisküimizide üzerine eleyip.buzluga koyalım.6
saat sonra servıse hazır.
bırlestırıp,üzerine dökelım.kalan bisküimizide üzerine eleyip.buzluga koyalım.6
saat sonra servıse hazır.
SİZİ SERİNLETECEK
YAZ PASTASI.....AFİYET OLSUN....
YAZ PASTASI.....AFİYET OLSUN....
Huntron Scanners
Add Scanning Capabilites to Your Huntron Tracker Model 30
System
Adding a Huntron® Scanner to your Tracker Model 30 system lets you
access components using standard DIP clips and cables, custom cables to PCB
connectors or interface to a bed-of-nails.You can compare one component with
another in real-time (64 pins max.) or use your PC to automate testing and scan
up to 128 pins.Huntron Scanners can be used with a Huntron Access Prober to
provide Common line connections while the Prober is probing a PCB. This method
gives you up to 128 selectable Commons to use. For example, you can connect the
Scanner to a connector on a PCB mounted in the Prober using a common ribbon
style cable. While the Prober is probing, any one of the lines on the connected
ribbon cable can be selected as the Common reference. This would provide you
true point-to-point testing capabilities.Note: The ProTrack Scanner will be
replaced by the Scanner II and/or the Scanner 31S effective 1/1/2008. This
applies to commercial sales only.Scanner II and Scaner 31S users may want to
consider these Optional Accessories to enhance their test
capabilities.
Highlights:
· The Scanner II and Scanner 31S accessories add
scanning capability to the Tracker Model 30
· All Scanners have a minimum 64
pin capability
· The Scanner II can scan up to 128 pins when the A and B
channels are combined
· The Scanner 31S use standard IDC style
connectors
· The Scanner II uses the common SCSI-2 (68 pin) style
connectors
· Up to 8 Scanner IIs can be “daisy-chained” to increase the
available number of test pins
Selecting Accessories for your Scanner IIThe
Scanner II accessories for interfacing to your printed circuit board come "ala
carte". This means that you select the accessories you want included with your
Scanner. Choose from SMT or through-hole style DIP clip and cable kits (Scanner
Adapter required with Scanner II) or a mutli-pin breakout cable. Details on
these accessories are provided on this page
System
Adding a Huntron® Scanner to your Tracker Model 30 system lets you
access components using standard DIP clips and cables, custom cables to PCB
connectors or interface to a bed-of-nails.You can compare one component with
another in real-time (64 pins max.) or use your PC to automate testing and scan
up to 128 pins.Huntron Scanners can be used with a Huntron Access Prober to
provide Common line connections while the Prober is probing a PCB. This method
gives you up to 128 selectable Commons to use. For example, you can connect the
Scanner to a connector on a PCB mounted in the Prober using a common ribbon
style cable. While the Prober is probing, any one of the lines on the connected
ribbon cable can be selected as the Common reference. This would provide you
true point-to-point testing capabilities.Note: The ProTrack Scanner will be
replaced by the Scanner II and/or the Scanner 31S effective 1/1/2008. This
applies to commercial sales only.Scanner II and Scaner 31S users may want to
consider these Optional Accessories to enhance their test
capabilities.
Highlights:
· The Scanner II and Scanner 31S accessories add
scanning capability to the Tracker Model 30
· All Scanners have a minimum 64
pin capability
· The Scanner II can scan up to 128 pins when the A and B
channels are combined
· The Scanner 31S use standard IDC style
connectors
· The Scanner II uses the common SCSI-2 (68 pin) style
connectors
· Up to 8 Scanner IIs can be “daisy-chained” to increase the
available number of test pins
Selecting Accessories for your Scanner IIThe
Scanner II accessories for interfacing to your printed circuit board come "ala
carte". This means that you select the accessories you want included with your
Scanner. Choose from SMT or through-hole style DIP clip and cable kits (Scanner
Adapter required with Scanner II) or a mutli-pin breakout cable. Details on
these accessories are provided on this page
EZ Form Cable
EZ Form Cable's primary products are miniature semi-rigid coaxial cable,
semi-rigid and flexible cable assemblies, coaxial delay lines, and coaxial RF
connectors, supplied to customers throughout the microwave
industry. Applications include High Speed Computers, Space Applications,
Microwave Components, Low-Noise Amplifiers, Wireless/Cellular Systems. CDM
Electronics stocks several varieties of EZ Form Coaxial Cables:
We are a manufacturer of industrial ultrasonic
testing equipment most commonly used in the petrochemical, aerospace,
automotive, and other generally related industries. The pages that follow will
provide you with general information regarding our products. If you have any
questions, need technical support, or have a request for custom items, please
contact us at your leisure using the information provided on this
site.
Our products are commonly used to determine the thickness of a
variety of materials by making contact with only one side of the material being
tested. They have the ability to detect very fine pits, flaws, and porosity in
materials without having to destroy the material or parts being tested. This is
done by converting the transit time of a sound wave, sent into and reflecting
back from a defect or opposite surface in the test material, into a length
measurement. This technique uses principles similar to that of sonar.
We
also manufacture a line of ultrasonic bolting equipment that very accurately
measures the stress, elongation, and load in threaded fasteners. These products
are typically used in critical bolting applications where extreme accuracy is
needed. If you have any specific or specialized bolting applications in mind, be
sure to contact us to discuss your requirements in detail.
CDM Electronics offers several military RF connector
solutions. Click Kings Electronics Military Parts for the present list of
military connectors and their equivalent NSN designations. We are in the process
of loading these into our online catalog.
Kings
Electronics QPL Connectors
Kings Electronics produces hermetically
sealed, weatherproof and weather-resistant connectors. Kings Electronics also
manufactures products for the broadcast industry, with high quality broadcast RF
Connectors for audio and video applications. Products include 75 Ohm BNC and RCA
connectors, video jacks and jackfields, and the Tri-Loc® system. CDM Electronics
stocks several versions of Kings Electronics broadcast RF Connectors and
products.
CDM Electronics posesses the technical expertise to assist you in
implementing Kings Electronics interconnect products in your aerospace, industry
or commercial applications.
semi-rigid and flexible cable assemblies, coaxial delay lines, and coaxial RF
connectors, supplied to customers throughout the microwave
industry. Applications include High Speed Computers, Space Applications,
Microwave Components, Low-Noise Amplifiers, Wireless/Cellular Systems. CDM
Electronics stocks several varieties of EZ Form Coaxial Cables:
- Miniature semi-rigid cables - (Conformable Coaxial Cables)
- MIL-DTL-17 Semi-rigid cables (QPL), (formerly MIL-C-17)
- Delay Lines
We are a manufacturer of industrial ultrasonic
testing equipment most commonly used in the petrochemical, aerospace,
automotive, and other generally related industries. The pages that follow will
provide you with general information regarding our products. If you have any
questions, need technical support, or have a request for custom items, please
contact us at your leisure using the information provided on this
site.
Our products are commonly used to determine the thickness of a
variety of materials by making contact with only one side of the material being
tested. They have the ability to detect very fine pits, flaws, and porosity in
materials without having to destroy the material or parts being tested. This is
done by converting the transit time of a sound wave, sent into and reflecting
back from a defect or opposite surface in the test material, into a length
measurement. This technique uses principles similar to that of sonar.
We
also manufacture a line of ultrasonic bolting equipment that very accurately
measures the stress, elongation, and load in threaded fasteners. These products
are typically used in critical bolting applications where extreme accuracy is
needed. If you have any specific or specialized bolting applications in mind, be
sure to contact us to discuss your requirements in detail.
CDM Electronics offers several military RF connector
solutions. Click Kings Electronics Military Parts for the present list of
military connectors and their equivalent NSN designations. We are in the process
of loading these into our online catalog.
Kings
Electronics QPL Connectors
Kings Electronics produces hermetically
sealed, weatherproof and weather-resistant connectors. Kings Electronics also
manufactures products for the broadcast industry, with high quality broadcast RF
Connectors for audio and video applications. Products include 75 Ohm BNC and RCA
connectors, video jacks and jackfields, and the Tri-Loc® system. CDM Electronics
stocks several versions of Kings Electronics broadcast RF Connectors and
products.
CDM Electronics posesses the technical expertise to assist you in
implementing Kings Electronics interconnect products in your aerospace, industry
or commercial applications.
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