ACZET

ACZET

ACZET

ACZET ผู้ผลิตเครื่องชั่งมาตรฐานระดับสากล มีให้เลือกหลากหลายแบบ รุ่น หน่วยการวัด ตามความเหมาะสมในการใช้งาน เช่น ในห้องแล็ป สถาบันการศึกษา หน่วยงานวิจัยและพัฒนาผลิตภัณฑ์ โรงงาน โกดังสินค้า ร้านค้า ร้านทอง เครื่องประดับ เป็นต้น มีช่วงน้ำหนักให้เลือกหลากหลาย และมีตวามแม่นยำตั้งแต่ระดับ 0.000001 กรัม (Micro Balance) ถึงระดับกิโลกรัม (Industrial Balance) สามารถสอบเทียบได้ทั้งแบบ External Calibration และ Internal Calibration พร้อมฟังก์ชันการใช้งานทางสถิติที่อำนวยความสะดวกแก่ผู้ใช้งานอย่างครบครัน นอกจากนี้มีเครื่องชั่งที่ออกแบบมาพิเศษสำหรับการใช้งานเฉพาะด้าน เช่น เครื่องชั่งพร้อมระบบป้องการเปลวไฟหรือเครื่องชั่งที่ต้องใช้ในห้องที่มีอุณหภูมิสูง (Flameproof Balance) เครื่องชั่งแบบนับจำนวน (Counting Balance) เครื่องวัดค่าความชื้นผลิตภัณฑ์อาหาร ยา สารเคมี และอื่นๆ แบบอัตโนมัติ (Automatic Moisture Balance) เครื่องวัดค่าความหนาแน่น (Automatic Density Balance) ตัวอย่างของแข็ง พลาสติก ยาง โลหะ เป็นต้น เครื่องวัดคุณภาพเครื่องประดับ เครื่องวัดความหนางานชุบงานเคลือบเครื่องประดับ เป็นต้น

หมายเหตุ: มีชุดลูกตุ้ม (Calibration Weight) สำหรับสอบเทียบ และทวนสอบค่าความแม่นยำของเครื่องชั่งขนาดต่างๆ พร้อมให้บริการ

สามารถเลือกดูผลิตภัณฑ์ทั้งหมดได้ตามลิ้งค์ด้านล่าง
Please follow the below links for more information

Laboratory Balances / เครื่องชั่งสำหรับห้องแล็บ
เครื่องชั่งเชิงวิเคราะห์

Industrial scales / เครื่องชั่งระดับอุตสาหกรรม

Jewellery balances / เครื่องชั่งสำหรับเครื่องประดับ

Jewellery Equipment / เครื่องมือทดสอบผลิตภัณฑ์เครื่องประดับ

Retail Scales / เครื่องชั่งสำหรับการขายสินค้าทั่วไป

Legal for trade Product / เครื่องชั่งทางการค้า เครื่องชั่งสำหรับสถานประกอบการค้าขาย

 

 

Laboratory Balances

Laboratory Balances

เครื่องชั่งสำหรับห้องแล็บ
เครื่องชั่งเชิงวิเคราะห์

Rely on Aczet Scale to fulfill all your laboratory weighing requirements
effectively and efficiently.

Industrial Scales

Industrial Scales

เครื่องชั่งระดับอุตสาหกรรม
Aczet Scale is the leader in providing the weighing solutions for
industrial weighing

 

Jewellery Balances

Jewellery Balances

เครื่องชั่งสำหรับเครื่องประดับ
Our specially designed balances for the Jewellery application &
highly accurate results makes Aczet's jewellery balances one of the most
reliable amongst the users

Jewellery Equipment

Jewellery Equipment

เครื่องมือทดสอบผลิตภัณฑ์จิวเวอร์รี่
เครื่องประดับ

We are a one stop solution provider for all the desired Jewellery
applications requiring accuracy & the detailing of the intricate
designing

 

Retail Scales

Retail Scales

เครื่องชั่งสำหรับการขายสินค้าทั่วไป
Aczet CTP Series scales are the most suitable instruments for retail
application

Legal For Trade scales

Legal For Trade scales

เครื่องชั่งทางการค้า
เครื่องชั่งสำหรับสถานประกอบการค้าขาย

Avail from us an array of legal for trade scales complying with
International standards

 

Moisture Analyzer

Moisture Analyzer

เครื่องวัดค่าความชื้นแบบอัตโนมัติ
Highly sophisticated features and intelligent functions, highly accurate
and quick results, very user friendly and state of the art design makes
Aczet Moisture Analyzers, the best & the unique ones in the world

Coating Thickness Measurement & Material Analysis

Coating Thickness Measurement & Material Analysis

เครื่องวัดค่าความหนางานเคลือบเครื่องประดับ­­
Cube X and Axiom are XRF are the user friendly bench top instruments
designed for material analysis and coating thickness measurements

 

Laboratory
Balances
/ เครื่องชั่งสำหรับห้องแล็บ
เครื่องชั่งเชิงวิเคราะห์

Micro-Balance

Touchscreen- Micro Balance

Aczet Micro Balance consists of two components-one
containing the electronics and the other, the precise mechanical
measuring cell, This separation eliminates the effects of temperature
and the influence it has on the micro balance scale.

Micro-Balance

Micro Balance

Aczet Micro Balance consists of two components-one
containing the electronics and the other, the precise mechanical
measuring cell, This separation eliminates the effects of temperature
and the influence it has on the micro balance scale.

 

Semi Micro Balances

Semi Micro Balance

Aczet Semi-Micro Balances are designed to deliver the
best weighing results both in the laboratory as well as harsh
industrial surroundings.

Analytical-Balance

Analytical Balance

Aczet Analytical Balance are a perfect combination of
very high accuracy, precision, speed and ease-of-use. Excellent
performance with innumerable features makes it class apart

 

Precision Balance

Precision Balance

Aczet Precision Balances are designed to deliver the
best weighing results both in the laboratory as well as harsh
industrial surroundings.

 Top Loading Balance

Top Loading Balance

Rely on our top loading balances for the very high
accuracy and precision weighing. Its rugged design, exceptionally fast
results and practical features makes it highly desirable

 

Moisture Analyzer

Highly sophisticated features and intelligent functions,
highly accurate and quick results, very user friendly and state of the
art design makes Aczet Moisture Analyzers, the best & the unique
ones in the world

Flame proof Balance

Rugged body and design enables our Flame Proof Balances
to perform efficiently even in the high temperature surrounding

 

 Accessories

Laboratory Accessories
Our accessories complements the best to our balances and scales,
optimizing their performance to an altogether new level

 

Industrial
scales
/ เครื่องชั่งระดับอุตสาหกรรม

Industrial Precision Balances

Industrial Precision Balances
Electromagnetic mechanism & various practical features makes it
favorable for the precise & accurate industrial weighing
application

Desk Scales

Desk Scales
Our Desk Scales are the globally acclaimed weighing equipment, being
very accurate, user friendly & cost effective

 

Platform Scales

Platform Scales

Systematic, precise & uncompromising Aczet Platform
Scales complies with the international standards
for their quality

Bench Scales

Bench Scales

Systematic, precise & uncompromising Aczet Bench
Scales complies with the international standards for their quality

 

Counting Scales

Counting Scales

Fast & reliable scales with counting specific keys
making it very easy to operate

Ultra Low Profile Floor Scales

Ultra Low Profile Floor Scales

With rugged construction& excellent performance,
Aczet floor scales are built to perform industrial weighing tasks with
extreme ease

 

Crane scales

Crane scales

Rugged design yet committed to efficient performance,
Aczet Crane Scales are the best in heavy weighing applications

Pallet Truck scales

Pallet Truck scales

From shipping to goods receiving, manufacturing to
packaging, our Pallet Truck Scale are built to perform efficiently
& with ease

 

Weigh Bridge

Weigh Bridge

Aczet provide complete
system for heavy duty weighing
designed to perform any
application & in any environment

Shipping Scales

Shipping Scales

CP Series balances are the compact laboratory scales
requiring less space for installation.

 

Jewellery
balances
/ เครื่องชั่งสำหรับเครื่องประดับ

 

Diamond Carat Balances

Diamond Carat Balances

Our
Diamond Jewellery Scale are the value-for-money diamond weighing
scale with very high accuracy & precision

Jewellery scales

Jewellery scales

Electromagnetic mechanism makes our Jewellery scales
highly reliable due to its' accurate & precise weighing results

 

Silver scales

Silver scales

Special purpose scales designed by us specially for
the Silver weighing application

Karat Tester

Karat Tester

Electromagnetic technology based highly sophisticated
& reliable Karat analyzer designed by us to test the purity of
the Gold

 

Jewellery
Equipment
/ เครื่องมือทดสอบผลิตภัณฑ์เครื่องประดับ

Gold Testing machine
Known for its extremely high accuracy & excellent repeatability along
with a very user friendly software interface, our gold testing machines
are considered amongst the best with proven capability and several
successful installations across the globe

Laser Marking Machine
Compact design, excellent laser technology & easy to use application
makes it one of the most reliable & best marking machine

 

Laser Welding Machine

Our Laser
welding machine signifies versatility, high speed performance &
excellent machine-to-operator interface

Engraving Machine

One of the very cost effective equipment with very less
installation space & low power consuming however very efficient &
easy to use

 

Professional Cutting Machine CFC

Requirements for Logos, Text Designs and Graphics Patterns
are commonly used in Jewellery and Industries for which Laser Cutting is
a common tool which is indispensable in such Industries.

Ultrasonic Cleaner

Ultrasonic cleaning depends upon cavitation, the rapid
formation and violent collapse of minute bubbles or cavities in a
cleaning liquid

Karat Tester

Electromagnetic technology based highly sophisticated
& reliable Karat analyzer designed by us to test the purity of the
Gold

 

 

Retail
Scales
/ เครื่องชั่งสำหรับการขายสินค้าทั่วไป

Stainless
steel pan Weighing pan made of rust proof stainless steel which makes it
simple to clean

Battery operation
Rechargeable Internal battery as standard. Operating time approx. 80h.

Unit price entry
can be switched from Price / Kg to Price / 100 gm

Net/Gross weight
to control the consumed weighing range at the touch of a key

Backlit LCD display
For easy viewing

Programmable using
numerical key pad:

Unit price entry with sound acknowledgement

 

Legal
for trade Product
/ เครื่องชั่งทางการค้า
เครื่องชั่งสำหรับสถานประกอบการค้าขาย

Precision
Scale: CZ Series

Desk
Scale: CTG Series

Counting
Scale: CKG Series

 

 

 

Bench
Scale: CW Series

Floor
Scales: (Mild Steel)

Retail Scales

 

 

 

Aqua Measure

Aqua Measure

ผู้ผลิตเครื่องวัดค่าความชื้น (Moisture Meter) ของผลิตภัณฑ์อาหารกระดาษ สิ่งพิมพ์ บรรจุภัณฑ์ไม้ คอนกรีต และอื่น ๆมีทั้งแบบในทดสอบนอกสถานที่พกพาและวัดค่าแบบต่อเนื่อง (OnlineMeasurement)

  • Portable
    / Handheld Moisture Meters

  • Process /
    Online Moisture Meters

เครื่องวัดความชื้นสำหรับงานปูนและไม้

Model 9XDC for Plaster and Wood

Description:

Model
9XDC is a pocket-sized, low cost, rugged meter designed to provide
fast and accurate LED moisture readout. It tests the moisture content
of lumber from 12% to 28% and of dry wall/wall plaster from 3% to 7%.

Download
PDFs:
Printable
data sheet
/ Printable
product manual

เครื่องวัดความชื้นเอนกประสงค์

Model A8 All Purpose Moisture Meter

Description:

Model
A8 Moisture Meter uses the RF power loss method to measure the
moisture content of flat, curved,
smooth, or rough surfaces such as cones or beams of yarn, rolls, or
stacks of cloth, rolls or stacks of paper or paperboard, carpets,
tiles, etc. The electrode with stainless steel buttons covers an area
3 inches in diameter and has a penetration depth of 3/4 inch.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้น
Model
A8AF Radome Moisture Meter

Description:

Model
A8AF Radome Moisture Meter indicates moisture pockets in aircraft
radomes by measuring the RF dielectric power loss of material in
contact with the electrode sensor.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นสำหรับกระดาษ

Model AM-III Paper Moisture Meter

Description:

Model
AM-III Paper Moisture Meter permits instantaneous, nondestructive
moisture measurement from 0% to 15% on all types of paper and
paperboard rolls and stacks that are 2 inches
thick or more.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นสำหรับกระดาษรีไซเคิล
กระดาษใช้แล้ว –
Model AM-III-B Paper Moisture Meter

Description:

Model
AM-III-B Paper Moisture Meter provides instantaneous, nondestructive
moisture measurement from 0% to 15% on single sheets of paper.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นสำหรับคอนกรีต

Model B Concrete Block Moisture Meter

Description:

The
Model B design is based on 40 years of experience in the field of
moisture testing. The instrument was specifically designed for the
concrete block industry under the guidance of C.M. Rollins, former
Director of Research, Basalt Rock Company. Mr. Rollins used the Model
B in conjunction with the ASTM Method C-140 to establish calibrations
for over 34 different kinds of concrete block that were procured from
more than 18 manufacturers throughout the United
States.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นเอนกประสงค์

Model DA8 All Purpose Digital Moisture Meter

Description:

Model
DA8 Digital Moisture Meter provides instant moisture readings from 0%
to 35% on a wide variety of materials, including carpet, yarn, cloth,
non-woven, baled cotton and tobacco, gypsum
board, etc. Up to 99 calibration tables can be stored in its memory
chip.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นสำหรับผลิตภัณฑ์ที่ทำจากไม้
เฟอร์นิเจอร์ ก่อนการทาสี-
Model DC-2000 Wood Moisture Meter

Description:

Model
DC-2000 Wood Moisture Meter is designed and calibrated to test the
moisture content of lumber, wood products, and surfaces to be
painted.
It provides fast and accurate digital moisture readout in the
moisture range of 5% to 65%.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นสำหรับกระดาษรีไซเคิล
กระดาษใช้แล้ว –
Model DC-2000-BP Baled Paper Moisture Meter

Description:

Model
DC-2000-BP Moisture Meter is calibrated to test the moisture content
in paper and other bales made up of scrap materials. It provides fast
and accurate digital moisture readout in the moisture range of 5% to
25%. Case not included.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นสำหรับผลิตภัณฑ์ที่ทำจากไม้
เฟอร์นิเจอร์ เป็นต้น -Model
DC-2000-C Wood Moisture Meter

Description:

The
Model DC-2000-C Wood Moisture Meter is a portable handheld
microprocessor with an external Electrode Assembly that provides fast
and accurate digital moisture readout in the moisture range of 5% to
65%. It is auto-ranging with self-checking and a low battery
indicator.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นสำหรับผลิตภัณฑ์จุกไม้คอร์ก

Model DC-2011 Cork Moisture Meter

Description:

The
Model DC-2011 Cork Moisture Meter is designed and calibrated for
testing moisture content in cork. It provides fast and accurate
digital moisture readout in the
moisture range of 4% to 22%. Case not included.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นสำหรับผลิตภัณฑ์กาแฟ

Model G9 “Aqua Probe” for Coffee Beans

Description:

The
Model G9 “Aqua Probe” Moisture Meter for Coffee Beans is
calibrated for whole roasted, ground roasted, and whole green coffee
beans.

เครื่องวัดความชื้นสำหรับตัวอย่างที่เป็นผงหรือเม็ด

Model G9 for Powdered and Granular Materials

Description:

Model
G9 Moisture Meter is designed for semi-solids, as well as powdered,
granular, or textile materials, and pliable papers in rolls or
stacks.

เครื่องวัดความชื้นสำหรับท่อนไม้ซุง
Model
L Lumber Moisture Meter

Description:

Model
L Lumber Moisture Meter is pre-calibrated for 77 hard and soft woods
in the 0% to 25% moisture range. It provides nondestructive tests and
moisture results.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นสำหรับแผ่นยิปซั่ม

Model LG Gypsum Moisture Meter

Description:

Model
LG Gypsum Moisture Meter is excellent for testing gypsum wallboard in
stacks or sheets. This instrument measures the moisture in the gypsum
plasterboard 1/4 inch to 3/4
inch thick and has a color-coded direct-reading dial for fast
comparison. It can be used to check the moisture distribution pattern
on the board, along either the length or width.

Download
PDF:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นสำหรับแผ่นยิปซั่ม
เซ็นเซอร์ปลายแบน
ไม่มีปัญหาไฟฟ้าสถิตย์ –
Model LGF Gypsum Moisture Meter

Description:

The
Model LGF Gypsum Moisture Meter is excellent for testing gypsum
wallboard as it moves or in stationary sheets
or stacks. This instrument has a stainless steel, flat-plate
electrode and measures the moisture in the gypsum plasterboard 1/4
inch to 3/4 inch thick. The meter has a color-coded direct-reading
dial for fast comparison. It can be used to check the moisture
distribution pattern on the board, along either the length or width.
The flat sensor can be slid along the wallboard surface without
concern for static charge buildup that might damage other sensors.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นสำหรับงานปูนและไม้
Model
LP Plaster Moisture Meter

Description:

The
Model LP Plaster Moisture Meter is designed to test irregular, flat,
and curved surfaces on plaster and lumber.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นสำหรับห้องปฏิบัติการต่อพ่วงคอมพิวเตอร์

Model MCPC Laboratory Moisture Computer

Description:

The
Model MCPC Laboratory Moisture Computer uses the principle of
weight-corrected capacitance measured at radio frequencies to
determine a physical
property (dielectric constant) that can be related to moisture
content. This technique is useful in measuring moisture because RF
completely penetrates nonconductive materials and therefore can gauge
moisture throughout the material. The test is instantaneous and
completely nondestructive, and no sample heating or chemicals are
required. The Model MCPC is often used as a safe and inexpensive
replacement for the Karl Fischer chemical titration moisture
analysis. It also replaces heat lamp ‘moisture balance’ type heating
devices.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นของตัวอย่างที่มีพื้นผิวเรียบ
เช่น กระดาษ พรม กระเบื้อง
ผ้า เป็นต้น –
Model N8 Narrow Materials Moisture Meter

Description:

The
Model N8 Moisture Meter has a narrow electrode and is designed for
flat, curved, smooth, or rough surfaces such
as cones or beams of yarn, rolls or stacks of cloth, rolls or stacks
of paper or paperboard, carpets, tiles, etc. The electrode with
stainless steel buttons covers an area of 1-1/4″ x 3″ and
has a nondestructive penetration depth of 1/2 inch.

Download
PDF:
Printable
data sheet

เครื่องวัดความชื้นของม้วนกระดาษหรือตั้งกระดาษเแสดงผลแบบเข็ม

Model PM-80 Paper Moisture Meter

Description:

The Model PM-80 Paper Moisture Meter permits instantaneous,
nondestructive moisture measurement from 0% to 35% on all types of
paper and paperboard
rolls and stacks that are 2 or more inches thick.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นของตัวอย่างที่มีพื้นผิวเรียบ
เช่น กระดาษ พรม กระเบื้อง
ผ้า เป็นต้น –
Model T8 Thin Materials Moisture Meter

Description:

The Model T8 Moisture Meter uses the RF power loss method to
measure the moisture content of flat, smooth, thin materials
such as single sheets or 1/8-inch stacks of veneer, cloth, paper, or
paperboard products. The specifically designed electrode of three
concentric brass rings covers an area 3 inches in diameter and has a
shallow electrode with a nondestructive penetration depth of 1/8
inch.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

เครื่องวัดความชื้นของตัวอย่างแผ่นไม้วีเนียร์

Model V Veneer Moisture Meter

Description:

The
Model V Veneer Moisture Meter obtains instantaneous,
nondestructive moisture analysis from 0% to 25% for 48 hard and
softwoods.

Download
PDFs:
Printable
data sheet

/ Printable
product manual

Online
Continuous Moisture Measurement –
เครื่องวัดความชื้นแบบต่อเนื่องสำหรับการผลิตหรือโรงงานอุตสาหกรรม
Touch
Screen Moisture

Description: 

Moisture
Register Products introduces the new Model 910 ST Smart Touch screen
IR moisture analyzer. Moisture results are continuous, instantaneous
and non-destructive. Numerous process outputs are available to
provide automatic moisture control and data logging.Description
of unit:

 

910-ST
NIR Smart Touch Moisture Measuring System with Dry Filters for the
moisture range of 0% to 60%. Part No. 910-ST-D-2

  • Panel Touch Screen PC-XP Displays
    Moisture Conten
  • Automatic Reflectance Gain Control
  • Same calibrations used on multiple sites
  • Current Output (4 mA to 20 mA), scaled;
    isolated
  • Isolated Opto-Coupler Transistor which
    signals Loss of Product
  • Scaling and Linearization via Serial
    Data Port
  • PC Software providedSoftware Window for
    Product Calibration
  • Software Window displays 1 hour Chart

เครื่องวัดความชื้นแบบต่อเนื่องด้วยเซ็นเซอร์แบบ
NIR
– Model BSP-901 Moisture Measurement and Control System with NIR
Sensor 1
Description:
To
determine moisture on a continuous basis, the Model BSP-901 Moisture
and Control System uses the principle of comparing reflected energy
at two near-infrared (NIR) wavelengths. A stabilized infrared source
is focused on the material to be measured, and reflected energy is
filtered at two different wavelengths—one calibrated specifically
for moisture and the other as a reference. The ratio of the two
signals is derived electronically, and the resulting moisture content
is presented on the digital display. This non-contact NIR technique
can measure near-surface moisture in a wide range of applications.


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PDF:
Printable
data sheet

เครื่องวัดความชื้นแบบต่อเนื่องด้วยเซ็นเซอร์คลื่นวิทยุ

Model BSP-901 Moisture Measurement and Control System with RF Sensor
1
Description:

The
BSP-901 RF Sensor employs a radio frequency (RF) power-loss technique
that operates at 2 MHz. The sensor projects an RF field into the
sample and measures the field power loss (change in RF dielectric
constant) caused by moisture. Thus, the system response is a measure
of the total water in the RF field, which is directly related to the
moisture content of the material. The underlying RF power-loss
absorption principle is a Moisture Register patented feature.

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PDF:
Printable
data sheet

เครื่องวัดความชื้นแบบต่อเนื่องด้วยเซ็นเซอร์คลื่นไมโครเวฟ

Model BSP-901 Moisture Measurement and Control System with the
Microwave Moisture Sensor 1


Description:
The
Microwave Moisture Analyzer has been designed to be compatible with
the BSP-901 Console to make a complete bale moisture measurement and
display system. The integrated system delivers all of the proven
features of the BSP-901. This bale application system is appropriate
for most baled moisture-content applications, including cotton,
tobacco, and recycled paper, to cite just a few. The microwave
analyzer can measure completely through the bale to show total
moisture content. What’s more, the measurement is just as accurate
whether the bale is moving or stationary.

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PDF:
Printable
data sheet

เครื่องวัดความชื้นแบบต่อเนื่องด้วยเซ็นเซอร์คลื่นแบบ
NIR
– Model SMART II Moisture Measurement and Control System with NIR
Sensor 1
Description:

To
determine moisture on a continuous basis, the SMART II Moisture and
Control System uses the principle of comparing reflected energy at
two NIR wavelengths. A stabilized infrared source is focused on the
material to be measured, and reflected energy is filtered at two
different wavelengths—one calibrated specifically for moisture and
the other as a reference. The ratio of the two signals is derived
electronically, and the resulting moisture content is presented on
the digital display. This non-contact NIR technique can measure
near-surface moisture in a wide range of applications. The Smart II
System also includes S2Comm communication software, which can be used
to display as many as four moisture meter outputs on any PC monitor.

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PDF:
Printable
data sheet

Model
SMART II Moisture Measurement and Control System with RF Sensor 1
Description:

The
SMART II RF Sensor employs a radio-frequency (RF) power-loss
technique that operates at 2 MHz. The sensor projects an RF field
into the sample and measures the field power loss (change in RF
dielectric constant) caused by moisture. Thus, the system response is
a measure of the total water in the RF field, which is directly
related to the moisture content of the material. The underlying RF
power-loss absorption principle is a Moisture Register patented
feature. The Smart II System also includes S2Comm communication
software, which can be used to display as many as four moisture meter
outputs on any PC monitor.

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PDF:
Printable
data sheet

OPTIONAL:
ตู้ป้องกันการระเบิดสำหรับอุตสาหกรรมที่มีประกายไฟหรือมีโอกาสเสี่ยงในการติดไฟหรือระเบิด

Explosion-Proof Housing 1
Description:

An
Explosion-Proof Housing is available as an option for the BSP-901 and
the SMART II Moisture Analysis Systems.

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PDF:
Printable
data sheet

OPTIONAL:
แผ่นสอลเทียบเซ็นเซอร์แบบ
NIR
– NIR Test Plate 1
Description:
The
NIR Test Plate provides a quick and easy way to verify the results
obtained by Moisture Register Products’ NIR sensors.

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PDF:
Printable
data sheet

OPTIONAL:
OPTO-PORT Sampling System Analyzer 1
Description:

The
Opto-Port is a patented sampling device for use with the SMART II and
BSP-901 Moisture Analyzing Systems. The Opto-Port can perform
moisture measurement of powdered materials within a closed conveying
system such as within pneumatic piping or under a rotary airlock
valve. Installed directly into the conveying system, the stainless
steel Opto-Port is attached to a Moisture Register Products’ NIR
Sensor. Product moisture is read through a quartz window at the end
of the Opto-Port (usually inside a drop pipe). A regulated air blast
instantly removes old product from the measurement window so that a
new reading is taken every 3-5 seconds. No moving parts are necessary
to make the moisture measurement.

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PDF:
Printable
data sheet

เครื่องวัดความชื้นแบบเข็มสัมผัส หลักการวัดค่าการนำไฟฟ้า

เครื่องวัดความชื้นแบบเข็มสัมผัสดิจิตอล หลักการวัดค่าการนำไฟฟ้า

เครื่องวัดความชื้นของม้วนกระดาษแบบลูกกลิ้งดิจิตอล
หลักการวัดค่าการนำไฟฟ้า

เครื่องวัดความชื้นแบบแท่งเสียบดิจิตอล หลักการวัดค่าการนำไฟฟ้า

เครื่องวัดความชื้นความละเอียดสูงสำหรับห้องแล็ป หลักการวัดค่าการนำไฟฟ้า

เครื่องวัดความชื้นแบบต่อเนื่องโดยใช้หลักการ
NIR,
RF, Microwave

Ayalytical – Visaya

Ayalytical – Visaya

Ayalytical - Visaya เป็นผู้ผลิตเครื่องมือทดสอบทางด้านปิโตรเลียมรายใหม่ ที่พัฒนาเครื่องมือด้วย Digital Image Analyzer เทคโนโลยีใหม่ล่าสุด เพื่อรองรับการทดสอบตัวอย่างน้ำมันปิโตรเลียม น้ำมันเชื้อเพลิง น้ำมันเครื่องบิน น้ำมันหล่อลื่น สารเคมี และตัวทำละลายไฮโดรคาร์บอน เช่น เครื่องทดสอบค่าการกัดกร่อนทองแดง (Copper Corrosion - CuDDI) เครื่องทดสอบค่าการกัดกร่อนเงิน (Silver Corrosion - AgDDI) เครื่องทดสอบค่าการกัดกร่อนเหล็ก (Iron / Ferrous Corrosion - FeDDI) เครื่องทดสอบการเกิดฟองของน้ำมันหล่อลื่น (Foam Tester - FoamDDI) และเครื่องสอบเทียบค่า Permeability & Pore Size ของหัวเป่าฟอง (Diffusor Stone – StoneDDI นอกจากนี้ยังมีเครื่องทดสอบน้ำมันรายการอื่นๆ ที่จำหน่ายในเครื่องหมายการค้า“Lawler” ทุกชนิด

FoamDDI – Foam Digital Detection Imaging / เครื่องทดสอบการเกิดฟองของน้ำมันหล่อลื่น

BS 2000 Part 156, ASTM D892, ASTM D6082, FTM 791-3211, IP 146, ISO 6247

Full automation and Elimination of User Bias.

Contamination in the form of air, which can be foam or entrained air bubbles creates adverse effects in machinery and lubricants. Issues such as incomplete oil films, low oil pressures, accelerated oil degradation, and additive depletion are all symptoms of high foam tendency, which can produce metal wear, inadequate lubrication, cavitation in pumping, and mechanical failures. Standard Test Method ASTM D892 was really developed for lubrication testing and to determine the foaming characteristics of lubricant oils, by empirically rating their foaming tendency and stability. Standard Test Method ASTM D892 was developed to determine a lubricant’s ability to resist foam formation and dissipate foam creation. However, measuring foam heights is a challenge, as it relies on the human eye” to measure foam heights which creates a significant user resulting in human errors, bias, and poor repeatability and reproducibility. The FOAM Digital Detection Imaging (FoamDDI) accurately controls the airflow, temperature, and sequence, which is then augmented using a unique VISION algorithm to accurately determine the height of station and dynamic foam heights, while greatly improving the precision and accuracy.

Principle:

The all-new FoamDDI eliminates the need for sample manipulation and critical timing involved with regular foam detector methods. Using a patent-pending heating and cooling system with a vision algorithm and lubrication testing automation the FoamDDI, records, calculates, and displays accurate results with little to no operation bias. Determinations come from this foam detector in minutes!

  • Using a high-resolution camera with state-of-the-art optics for lubrication testing, FoamDDI quickly brings a sample in the inserted cylinder to test temperature.
  • After a soaking time, the foam detector and analyzer start air for FOAM production.
  • Air Flow is controlled using Mass Air Flow Controllers (MFC)
  • At the 5 min. mark, an LED light source is activated.
  • VISION algorithm is activated and begins analyzes
  • The complete sequence is recorded and analyzed.
  • Test is completed or next sequence can automatically be continued if desired.

StoneDDI Stone Calibrator / เครื่องสอบเทียบค่า Permeability & Pore Size ของหัวเป่าฟอง

ASTM D892, ASTM D6082, FTM 791-3211, ISO 6247

Unbiased and reliable digital detection experience.

Performing foam stability and foaming tendencies of lubricant oils involves a tightly controlled flow of gas — typically air — being dispersed into a measured volume of the test liquid at predetermined conditions of time, air flows and temperatures. This is in accordance with standardized methods such as ASTM D892, D6082 and IP 146. The creation of foam can be associated with the nature of the oil in question and the efficiency in which the diffuser funnels air into the formulations being tested. A faulty diffuser impacts the quality of the analysis, therefore impacting the overall performance of the tests.

The determination of the foaming characteristics of lubricating oils at 24°C, 93.5°C and 150 °C, empirically rate the foaming tendency and the stability of the foam that might be formed in normal operations. The system is also capable of performing this at any temperature or conditions with equal ease. In both methods, FoamDDI eliminates any confusion that may arise when interpreting the procedure results, and guarantees compliance with test temperature requirements and exact definitions of kinetic and static foam performing the measurement at the correct times. These test methods require that the condition of the diffuser used has pore sizes and permeabilities. Calibration of diffusers to verify maximum pore size and permeability have been found to be critical factors for the tests. It is recommended that these diffusers be calibrated when new and periodically checked after each test.

The Stone Digital Detection Imaging Apparatus (StoneDDI) easily provides unbiased and reliable measurements of pore size distribution and flow rates of plastic, ceramic, and metallic diffusers of different shapes and dimensions. StoneDDI is the ultimate system for sample conditioning and testing. It is equipped with a high-resolution CCD camera and reader unit that possesses state-of-the-art optics. Together with the VISAYA FoamDDI algorithm, StoneDDI accurately determines pore diameters and size distribution to unambiguously and reproducibly calibrate them. For pore size verification, StoneDDI directs air to the diffuser that is immersed in water in a glass measuring cylinder. The high precision and accuracy of the calibration is guaranteed by the precise control of air flows and procedural steps, adhering to the standard methods, with minimal operator manipulation. This eliminates the critical timing involved in the manual assessment and characterizes the calibrations by high repeatability and reproducibility. The automatic system produces simultaneously plots, pictures and videos allowing to visually and integrally characterize your analyzers. The calibrator automatically measures the pressure in Pa and converts it in mm H2O. The diameter is calculated by the equation D = 8930/(PmmH2O-80) for metallic diffusers utilizing isopropanol as the diffuser medium. The permeability is considered to be equal to the flow rate measured at 2.45 kPa of pressure. The flow meter calibration can be visually expressed as the reading in mm vs. the flows measured at center of flow. Automated diffuser stone calibrator for use with FoamDDI.
Used for certification of pore and permeability as required in ASTM D892 & D6082.
Must be ordered and used with FoamDDI.

AgDDI – Silver Digital Detection Imaging / เครื่องทดสอบค่าการกัดกร่อนเงิน

ASTM D4814, ASTM D7671, IP 611

From qualified practitioner to quintessential professional, designed with the end user in mind.

Sensors in modern automotive fuel systems often use silver or silver alloys, which are susceptible to corrosion from sulfur in gasoline. In the past decade, refiners have shifted to producing lower-sulfur gasoline, but the process requires more severe hydro-treating that destroys naturally occurring compounds that give some protection against sulfur-based corrosion. Ensuring that fuel stays within acceptable limits requires constant and accurate corrosion testing equipment. Unfortunately, modern silver strip corrosion test methods rely heavily on user bias, as the operator must evaluate corrosivity by interpreting the color and tarnish level of a silver strip after it has been bathed in a fuel sample. AgDDI corrosion testing equipment, from Ayalytical Instruments (USA), uses a four-step automated vision algorithm and classification process to eliminate user bias. After evaluating the silver strip for corrosivity, the algorithm assigns the sample an integer between 0 and 4, with 0 being no corrosion at all and 4 showing significant blackening. AgDDI provides standardization to the current visual silver strip corrosion test as referred in ASTM D7671 and gasoline fuel specification ASTM D4814.

FeDDI – Iron/Rust Digital Detection Imaging / เครื่องทดสอบค่าการกัดกร่อนเหล็ก

JIS K2510, ASTM D665, ASTM D7548, IP 135, ISO 7120, NACE TM-01-72

A complete Automated Method to replace your difficult visual quantification.

Corrosion on steel pipelines and tanks can lead to destructive leaks that can cost millions to fix and cause irreversible environmental damage. As a result, industries spend billions each year on corrosion detection and to slow down the natural process of corrosion. The National Association of Corrosion Engineers (NACE) indicates that small amounts of water, air, and polar compounds are some of the biggest threats to petroleum pipeline corrosion. As such, NACE carefully monitors levels of corrosion by testing the interior of pipes for these substances. The NACE system of corrosion detection is dependent upon a manual rating process in which the operator must quantify small percentages of corrosion by visually inspecting a test specimen that has been bathed in a mixture of test fuel and distilled water. This method is highly susceptible to operator error. In addition, due to differences in visual acuity, results are not repeatable. FeDDI, from Ayalytical (USA), was designed to solve the difficulty rating of NACE TM0172 and D665 specimens accurately. It uses uses a four-step automated vision algorithm and classification process to eliminate user bias and provide repeatable results. After scanning a specimen’s entire surface area, corrosion coverage is quantified. FeDDI provides an complete automated method, which replaces the inherently difficult visual quantification referenced in NACE TM0172 and ASTM D665.

CuDDI – Copper Digital Detection Imaging / เครื่องทดสอบค่าการกัดกร่อนทองแดง

ASTM D130, ASTM D849, ASTM D1838, ASTM D4048, ASTM D4814, ASTM D7667, ASTM D7671, DIN 51 759, EN 2160, EN 6251, FTM 791-5325, IP 112, IP 154, IP 227, IP 411, IP 611, ISO 2160, ISO 22160

Identifying corrosivity levels with seamlessly integrated vision programming

Copper corrosivity has become a critical indicator of sulfur compounds present after the refining process. Prior to Copper Digital Detection Imaging (CuDDI), measuring corrosivity in petroleum presented a number of challenges. With no accurate standardized procedures in place, previous copper corrosion testing methods resulted in human error and bias due to manual visual assessments. CuDDI’s exclusive, patent pending copper corrosion test design takes the guesswork out of copper corrosion detection. Adhering to ASTM D130 and D1838, CuDDI precisely identifies corrosivity levels and eliminates operator bias through a 4-step automated vision algorithm and classification process. Its unique vision algorithm and light box records, calculates and displays accurate corrosivity ratings in a matter of seconds. CuDDI’s simplified, breakthrough procedure provides improved ratings, corrosion testing methods and sample handling over current tests. A high-resolution camera with sophisticated optics provides higher precision machining and motors for the rotation of the copper strip. Using a corrosion detection range of 1a through 4C, outcomes are digitally recorded and seamlessly integrate with LIMS software. The results are not only a groundbreaking improvement on current laboratory procedures; they are the new standard for copper detection.

The full CuDDI copper corrosion test method, features and specs can be viewed in the product brochure.

Automated NACE POLSHER / เครื่องขัดผิวตัวอย่างเหล็กสำหรับทดสอบค่าการกัดกร่อนเหล็ก

ASTM D665, ASTM D7548, NACE TM-01-72

Saving you time with automation.

The worlds Safest NACE Polisher, corrosion inhibition on the surface of the steel specimen exposed to conditions of water-saturated, warm air followed by condensing water.

Automated NACE Apparatus (ANA) / เครื่องทดสอบค่าการกัดกร่อนเหล็ก

ASTM D665, ASTM D7548, NACE TM-01-72

Automate your sequencing process for your liquid hydrocarbon products!

The ANA (Automated NACE Apparatus) is a fully automated single position test apparatus to determine the corrosive properties of petroleum products and other liquid hydrocarbon products that are not water soluble for transport through a steel pipeline. The ANA saves you time by automating the sequencing process. This instrument features an embedded industrial grade programmable logic controller (PLC) with easy-to-use software, LCD display, and simple single button control for all functions. Sensors in modern automotive fuel systems often use iron or ferrous alloys, which are susceptible to corrosion from sulfur and other hetero compounds present in gasoline. In the past decade, refiners have shifted to producing lower-sulfur gasoline, but the process requires more severe hydro-treating that destroys naturally occurring compounds that give some protection against sulfur-based corrosion. Ensuring that fuel stays within acceptable corrosion limits requires constant and accurate testing.

Bourevestnik

Bourevestnik
logo_en

Bourevestnik - ผู้ผลิตเครื่องทดสอบปริมาณธาตุด้วยหลักการ X-Ray Fluorescence (XRF) เครื่องทดสอบกำมะถันในน้ำมันเตา น้ำมันดีเซล น้ำมันหล่อลื่น ด้วยหลักการ EDXRF (Energy Dispersive X-Ray Fluorescence) ตามมาตรฐาน ASTM D4294 และ WDXRF (Wavelength Dispersive X-Ray Fluorescence) ตามมาตรฐาน ASTM D2622 เครื่องทดสอบโลหะหนัก (Heavy Metal Analysis) ในตัวอย่างหลากหลายรูปแบบ เช่น น้ำมันปิโตรเลียม ตัวทำละลาย จาระบี สี สินแร่ ซีเมนต์ โลหะ น้ำเสีย ดิน อาหาร เป็นต้น นอกจากนี้ยังมีเครื่องทดสอบความบริสุทธิ์ของเครื่องประดับ โลหะ เพชร และอัญมณี การหาปริมาณสารตกค้างตามมาตรฐาน ROHS/WEES/CPSA การวิเคราะห์โลหะ ความบริสุทธิ์ของสินแร่ ซีเมนต์ และองค์ประกอบธาตุ การวิเคราะห์องค์ประกอบของโลหะอัลลอยด์ สเตนเลส ด้วยหลักการ X-ray Fluorescence Spectrometry (XRF)

Analytical instruments

X-ray fluorescent energy dispersive sulfur analyzer ASE-3X-ray fluorescent energy dispersive sulfur analyzer ASE-2X-ray wavelength dispersive sulfur analyzer ASW-2X-ray wavelength dispersive sulfur analyzer ASW-3

 

For more than half a century Bourevestnik, JSC has been creating devices for the needs of different industries and areas of scientific and technical activities such as mining and ore dressing industry, atomic power energetics, oil refining, metallurgy and machine industry, electronic industry, nanoindustry and environmental monitoring, at every turn improving the technologies with regard to progressive market requirements.

High technical level and quality of the output products still remain the guiding lines of our activities, along with custom-built approach of solving specific tasks, rendering of comprehensive support including personnel training, after-sales service, technical and software maintenance.

The company produce analytical instruments including the well-known series of diffractometers DRON , spectrometers BRA-135F, analyzers, sulfur in petroleum ASE-2 and ASV-2 analyzers for mining ARF-7 and AR-35, as well as water analyzer EMIS-3. All products Bourevestnik, Inc. has established itself as a reliable analytical instruments.

Scope of application:

X-ray diffraction analysis

 

General-Purpose X-ray diffractometer DRON-7M

General-Purpose X-ray diffractometer DRON-7M

X-ray diffractometer DRON-7M is able to solve a wide range of powder diffraction tasks. Independent rotation around axes. DRON-7M model is free from radiation safety inspection and from special requirements for installation and personnel.

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General-Purpose X-ray diffractometer DRON-8

General-Purpose X-ray diffractometer DRON-8

General purpose X-ray diffractometer DRON-8 with vertical theta - theta goniometer and sample horizontal position enables to perform X-ray diffraction analysis of phase composition, structural state and orientation of heavy large-size and irregular-form samples.

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COLIBRI Benchtop X-ray Diffractometer

COLIBRI Benchtop X-ray Diffractometer

COLIBRI portable XRD system is a new advanced solution of Bourevestnik JSC for scientific, educational and industrial applications.

 

The instrument is a convenient and mobile tool for phase identification and structural analysis of various polycrystalline materials.

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X-ray fluorescence spectroscopy

 

X-ray fluorescence energy dispersive general purpose spectrometer BRA-135F

X-ray fluorescence energy dispersive general purpose spectrometer BRA-135F

Energy Dispersive X-Ray Fluorescence Spectrometer BRA-135F is able to detect simultaneously about 20 chemical elements less than 200 sec

Read more

 

X-ray fluorescent energy dispersive sulfur analyzer ASE-2

X-ray fluorescent energy dispersive sulfur analyzer ASE-2

X-ray radiation of low duty X-ray tube converted by primary radiation filters excites the fluorescence radiation of atoms of the sample under examination. Radiation flows (primary radiation scattered on the sample and secondary fluorescence radiation) comes in proportional gas meter and sulphur atom fluorescence radiation (SKa) is separated from radiation with other energies by means of selective filters.

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X-ray fluorescent energy dispersive sulfur analyzer ASE-3

X-ray fluorescent energy dispersive sulfur analyzer ASE-3

X-ray radiation of low duty X-ray tube converted by primary radiation filters excites the fluorescence radiation of atoms of the sample under examination. Radiation flows (primary radiation scattered on the sample and secondary fluorescence radiation) comes in proportional gas meter and sulphur atom fluorescence radiation (SKa) is separated from radiation with other energies by means of selective filters.

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X-ray wavelength dispersive sulfur analyzer ASW-2

X-ray wavelength dispersive sulfur analyzer ASW-2

X-ray wavelength dispersive sulphur analyser ASW-2 is used for the measurement of mass concentration of the sulphur in un-leaded gasoline, diesel oil, crude oil, kerosene, petroleum residues, lubricating oil, hydraulic oil, jet engine fuel and other types of cutter oil.

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X-ray wavelength dispersive sulfur analyzer ASW-3

X-ray wavelength dispersive sulfur analyzer ASW-3

X-ray wavelength dispersive sulphur analyser ASW-2 is used for the measurement of mass concentration of the sulphur in un-leaded gasoline, diesel oil, crude oil, kerosene, petroleum residues, lubricating oil, hydraulic oil, jet engine fuel and other types of cutter oil.

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X-ray wavelength dispersive flowstream pulp analyzer AR-35

X-ray wavelength dispersive flowstream pulp analyzer AR-35

Analyzer AR-35 is designed for continuous X-ray fluorescence on-stream analysis of solutions, suspensions and pulp products of ore processing. AR-35 can simultaneously measure the concentration of 8 (eight) chemical elements in the processed product thus saving time and reducing cost of element identification.

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Specialized X-ray wavelength dispersive analyzer ARF-7

Specialized X-ray wavelength dispersive analyzer ARF-7

Specialized wavelength-dispersive XRF analyzer based on the Cochois scheme is designed for high-precision determination of chemical elements U, Th, Mo, Au, W, Tl, As, Pb as well as other elements in ores, rocks and when developing the technogenic fields.

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Atomic emission spectroscopy

Optical Emission Spectrometry EMIS-3

Optical Emission Spectrometry EMIS-3

OES analyzer EMIS-3 is designed to measure the mass concentration of various element ions in water media in the flow.

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Filtertechnik

Filtertechnik

Filtertechnik Ltd. เป็นบริษัทผู้ผลิตเครื่องทดสอบ เครื่องนับจำนวนและวัดขนาดอนุภาคของน้ำมัน (Particle Counter) เครื่องวัดระดับความสะอาดของน้ำมัน (ISO Cleanliness Class) ตามมาตรฐาน ISO4406, SAE AS4059 & NAS 1638 เครื่องกรองน้ำมันหล่อลื่น เครื่องศึกษาประสิทธิภาพในการกรองน้ำมัน เครื่องประเมินอายุการใช้งานของน้ำมัน (Oil Life Condition / Oil Condition Monitoring) การใช้งานเหมาะสำหรับการทดสอบน้ำมันหล่อลื่น (New Oil, In-Service Oil, Used Oil) น้ำมันหม้อแปลง น้ำมันเทอร์ไบน์ น้ำมันไฮดรอลิก น้ำมันเบรก น้ำมันคอมพลสเซอร์ น้ำมันเกียร์ น้ำมันสังเคราะห์ น้ำมันดีเซล น้ำมันเครื่องบิน น้ำมันเชื้อเพลิง ตัวทำละลาย สารเคมี และของเหลวอื่น ๆ มีให้เลือกทั้งแบบทดสอบนอกสถานที่ (Portable Particle Counter) แบบตั้งโต๊ะสำหรับห้องปฏิบัติการ (Laboratory Particle Counter) และแบบทดสอบต่อเนื่อง (Online Particle Counter) ตัวเครื่องทดสอบแบ่งออกเป็นสองประเภทตามลักษณะของเซ็นเซอร์ที่เลือกใช้ ได้แก่ Laser Particle Counting / หลักการการบังแสงหรือดูเงาการตกกระทบของอนถภาค และ Digital Imaging Particle Counting / หลักการวิเคราะห์ด้วยภาพดิจิตอลที่พัฒนามาเป็นพิเศษสำหรับตัวอย่างที่มีปัญหาการปนของฟองอากาศ ทำให้ไม่สามารถวัดค่าขนาดและนับจำนวนได้ถูกต้อง นอกจากนี้มีระบบจดจำรูปร่างของอนุภาคโลหะที่เกิดจากการสึกหรอระหว่างการใช้งาน เช่น Fatigue Wear, Sliding Wear, Cutting Wear, Fibres เป็นต้น และสามารถต่อเข้ากับเซ็นเซอร์เพื่อวัดปริมาณความชื้นสัมพัทธ์ในหน่วย %RH (ในกรณีที่ใช้วัดน้ำมันหล่อลื่น) และค่าความชื้นในหน่วย PPM (ในกรณ๊ที่วัดน้ำมันดีเซล)

OIL CONDITION MONITORING

 

 

Particle Pal range comparison

Particle Pal Range Comparison

Laser particle counters

Laser Particle Counters

Digital imaging Particle Counters

Digital Imaging Particle Counters

Moisture sensors

Moisture Sensors

 

 

Understanding Phantom Particle Counts 

 

 

Understanding Phantom Particle Counts



Understanding Phantom Particle Counts

Filtertechnik have developed a portfolio of products for accurate real-time monitoring of Particulate, Water Content and Remaining Life for Oil and diesel fuels.  We offer 2 particle counting approaches, new Digital Imaging technology and more traditional Laser Particle counters.

 

S120 Digital Imaging Particle Counter

The S120 Digital Imaging Particle Counter is a huge step forwards in accurate determination of oil and diesel fuel Particle counting using revolutionary new digital imaging and advanced algorithyms to analyse particles on the fly. A wider particulate size categorisation (4, 6, 14, 21, 38, 70 and >100 microns are counted and categorised) as well as shape recognition sorting particles 20 microns and above into; Sliding, Cutting and Fatigue Wear.  An additional major feature is bubble recognition and elimination from ISO counts. 


Filtertechnik have conducted extensive testing of both Digital Imaging and Laser counting when Siloxane based anti-foaming additives are present in mineral oil, especially polydimethylsiloxane, a common additive to hydraulic oils. This additive causes 
phantom particle counts with laser counters but not with digital imaging. For more information on this phenomenon please click here.


PC9001: On-line laser Particle Counter

At the heart of our laser counting equipment is the PC9001 instrument. Utilising the exact same laser particle counting technology found in more expensive laboratory particle counting equipment, the PC9001 gives live readings of ISO, NAS or SAE readings. It is rated for continual use in industrial applications and is the ideal monitor to flag sudden changes in an oil condition. Accuracy is +/- 0.5 an ISO code.

 

Particle Pal Range

We offer various portable particle counters which use both Laser and Digital Imaging technology.  All particle Pal units are manufactured in Nottingham, the range is detailed below and have a much improved feature set:

Oils 

Diesel

  • FS9V2 Particle PalLive ISO/NAS/SAE particulate readings for Oils and Diesel Fuels 
  • FS9V2-PPM Particle PalLive Particulate and genuine PPM (Parts Per Million) Water content (diesel fuel only)
  • FS9V2-PPM-DEN Particle PalLive Particulate, Water PPM and accurate Density sensor to alert to the presence of kerosene, water or any other foreign substance in diesel fuels

To view all of our quality control and instrumentation click here


PARTICLE PAL RANGE COMPARISON

Filtertechnik's Particle Pal range for oil and diesel fuel testing utilises both Laser Particle counters (FS9V2) and new Digital Imaging Particle Counters (FS9V3). The below grid shows the models available, mostly from stock. We can also supply units with genuine RH water sensing for oils and diesel fuels (once calibrated it will only be accurate on the calibrated fluid).

For more information, please select the from the models below. For pricing information please contact sales@asithailand.com

 

  

LASER PARTICLE COUNTERS

 

PC9001 Laser Particle Counter

PC9001 Laser Particle Counter

Eurobox online or offline particle counter

Eurobox Online or Offline Particle Counter

 

Particle Pal online cleanliness monitor

FS9V2 Particle Pal

 

NEW HIGH PRESSURE PARTICLE PAL

New Particle Pal FS9V2-RH and FS9V2-RH-HP (High Pressure Version)

 

Particle Pal RH - Measures particulate and water content in oils and fuels

FS9V2-RH: PARTICLE PAL with accurate Water %RH

 

Particle Pal RH - Measures particulate and water content in oils and fuels

FS9V2-RH-DEN: Special Fuel Quality Monitor version of the Particle Pal

 

Particle Pal Life Software

Particle Pal Life

 

 

 

 Filtertechnik have developed a portfolio of products for accurate real-time monitoring of Particulate, Water Content and Remaining Life for Oil and diesel fuels.

PC9001: On-line laser Particle Counter
At the heart of our laser counting equipment is the PC9001 instrument. Utilising the exact same laser particle counting technology found in more expensive laboratory particle counting equipment, the PC9001 gives live readings of ISO, NAS or SAE readings. It is rated for continual use in industrial applications and is the ideal monitor to flag sudden changes in an oil condition. Accuracy is +/- half an ISO code.

 Particle Pal Range
The PC9001's incredible technology is built into our range of portable particle monitors, manufactured in Nottingham, the range is detailed below and have a much improved feature set:

Oils 
FS9V2 Particle PalLive ISO/NAS/SAE particulate readings for Oils and Diesel Fuels
FS9V2-RH Particle PalLive Particulate and % RH Water detection (oils only)
New: Particle Pal Life Particulate, Water Content and Remaining Useful Life of any oil.

Diesel
FS9V2 Particle PalLive ISO/NAS/SAE particulate readings for Oils and Diesel Fuels 
FS9V2-RH Particle PalLive Particulate and genuine %RH (Parts Per Million) Water content (diesel fuel only)
FS9V2-RH-DEN Particle PalLive Particulate, Water %RH and accurate Density sensor to alert to the presence of kerosene, water or any other foreign substance in diesel fuels

To view all of our quality control and instrumentation click here



DIGITAL IMAGING PARTICLE COUNTERS

Particle Pal Pro

Particle Pal Pro
Utilising Digital Imaging

S120 - Digital Imaging Particle Counter

S120 Digital Imaging Particle Counter
Get a deeper insight into oil health

The revolutionary new Digital Imaging particle counting technique gives unprecedented insight into the type and quantity of contamination in any given oil or diesel fuel sample. ISO/NAS/SAE counts as well as a broader micron range, shape recognition, bubble elimination and the ability to handle higher viscosities.

 

 

This breakthrough technology uses advanced algorithms to calculate the size and shape of particulate on images taken at between 2 & 4 frames/second. The technology also gives root cause shape recognition to the particulate in live systems or bottle samples of any oil. Special algorithms and AI analyse images on the fly with a resolution of 2 microns up to several hundred microns.  High-resolution images are saved for further analysis and reporting such as the one above.

 

Particles are counted and categorised into Fatigue, Sliding or Cutting Wear. Air Bubbles and Water Droplets are counted and then eliminated from the counts making this suitable for live testing or permanent installation on systems where air is present such as large gearboxes.  In addition, anti-foaming additives such as polydimethylsiloxane are not counted as particles by digital imaging, this is a major advantage over Laser Particle counters which see's the micelle-like formations created by this additive as contamination, these are phantom particles, often resulting in particle counts being raised by 2 to 3 ISO codes, especially the 4 and 6 micron channels.

Filtertechnik supply the S120 counter as a stand-alone particle counter for integration into live systems for 24/7 monitoring. Alternatively, we have developed a range of portable oil analysis cases designed to give on the spot oil analysis and a deep understanding of the type and quantity of contamination in any given oil sample. Built-in software takes readings from the new digital imaging technology and presents Engineers with an easy to understand analysis including images of contamination in the oil sample.

MOISTURE SENSORS

Water monitor sensor

RH Water monitor sensor and display

WMS500 Water monitor - PPM

Water Measurement Sensor WMS500 for Genuine PPM

Filtertechnik offer two types of water sensors for determining the quantity of water in oils, fuels and biofuels; our RH sensors and our WMS500 PPM sensors

 

RH Water Monitor: Our RH (Relative Humidity) water monitor gives the percent saturation of a given fluid. 100% saturation is the point at which suspended water becomes harmful free water. These sensors are lower cost and are very useful for hydraulic applications. Outputs are scaled and 4-20mA.

 

WMS500 PPM Sensor: Our Genuine PPM sensors are highly accurate parts per million (PPM) sensors and are particularly useful for transformer oils and diesel fuels or biofuel. The sensors are calibrated to a Karl Fischer device and fully temperature compensated.

 

To understand the different relationships between %RH and PPM please see below:

Parts per million (ppm):

Our PPM sensor gives a count of the absorbed water up to the saturation point of a given oil or fuel. Beyond the saturation point the sensor 'locks out' as free water will have formed.

Relative humidity:

Relative Humidity or RH is expressed as a percentage. 100% RH equates to the maximum amount a given oil or fuel can hold (absorbed water) before it becomes saturated and free water forms.

To view all our quality control and instrumentation click here

UNDERSTANDING PHANTOM PARTICLE COUNTS

The increased use of siloxane based anti-foaming agents is causing issues with laser counter technology.

IMAGINE THIS: You have been filtering 150 litres of hydraulic fluid off-line with staged 5 and 1 micron filter elements at a rate of 25 litres per minute (1,500 litres per hour). You have been using a laser light-blockage method (LBM), automatic particle counter to verify the fluid cleanliness. The starting cleanliness per ISO 4406:2017 was 25/22/15. After eight hours, the cleanliness has only dropped to 22/20/13. You've checked that the filter element is not clogged and not in bypass. You even went through the trouble of making sure there was an element actually in the filter. How is this possible? What you're likely experiencing is a classic case of "phantom" particle counting.

 

Demystifying phantom particle counts

Phantom particle counting is a documented problem, encountered when using laser-based LBM particle counters to verify the cleanliness of mineral based fluids containing certain insoluble additives. Silicone-based antifoam agents such as polydimethylsiloxane are common additives causing problems. Fluids used in mobile fluid power systems are typically formulated to contain high antifoam concentrations. Research has suggested that through differential surface tension, the silicone-based antifoam additive agents adhere to the inner wall of microscopic, entrained air bubbles, resulting in micelle-like encapsulations of the additive agents that then take on the apparent shape characteristics of a water droplet. The micelle-like antifoam agent encapsulations typically range in 4-10µm in size. Once the encapsulations rise to the fluid surface, the agents quickly pierce the air bubble and return back into the fluid. In a related study on the effects of a variety of nonsolid contaminants and additives on LBM particle-counting accuracy, it was found that a base stock mixture containing 0.02% (by weight) of a silicone antifoam agent increased the particle count by a minimum factor of three. The erroneous particle accounts were particularly evident in the 4µm and 6µm channels of the ISO 4406 cleanliness standard.

 

Limitations of Laser particle counts

Light blocking method (LBM) Laser particle counters are useful in many applications and the principle of the method is fundamentally simple. Fluid flows through a measurement cell containing a light source on one side and a receiver (photodetector) on the opposite side. The light source becomes partially blocked as particles pass through the measurement cell, creating a light radiation differential (a shadow) – corresponding to the circular cross-sectional size of the passing particles. Because of this fundamental operating principle, LBM particle counters suffer from a key drawback: the inability to discern solid contaminants from other contaminants such as water, air bubbles, phantom particles, and so on. So, how can the phantom particles be overcome using automatic particle-counting technology? There is an alternative solution.

 

Digital imaging particle counting

Digital imaging particle counting uses size and shape-recognition technology, based on advanced algorithms to distinguish contaminants. For example, a direct imaging particle counter can distinguish contaminants into fatigue, cutting and sliding wear, as well as fibre and air bubble categories based on shape characteristics. It can also recognize water droplets (though water droplets are typically not recorded). The distinction of contaminants allows for more accurate particle counting, by negating nonsolid particles like entrained air bubbles and water droplets.

 

The S120 digital imaging particle counter can recognise solid particles and summarize them into 4, 6, 14, 21, 38, 70 and >100 micron ranges. It can also recognise shapes and give individual shape recognition counts as sliding, cutting and fatigue wear particles. Bubbles are also recognised and removed from the counts.

Therefore, digital imaging particle counting technology can negate the micelle-like antifoaming additive encapsulations as water droplets – phantom particles – allowing users to understand the condition of their fluids with confidence. Various real-world case studies demonstrate how the Particle Pal Pro a fluid condition monitoring solution with digital imaging particle counting technology, can overcome phantom particle counting.

 

 

Laser vs digital imaging particle counter test

In a lab-based test conducted on base oil with no additives, Filtertechnik ran 2 particle counters feeding from the same oil warmed to 40°C. A PC9001 laser counter and an S120 digital imaging particle counter. Filtertechnik then dosed in exactly 100ppm polydimethylsiloxane anti foaming additive. The results were immediately apparent in the laser counter, affecting the 4 and 6 micron counts by up to 3 ISO codes, the 14 micron count slightly less so, but still an increase of 1 ISO code. The digital imaging counter remained unaffected by the additive.

 

 

CASE STUDY

An OEM of large off-highway equipment was experiencing continuous particle counter inaccuracies at a verification stage of assembly. The rejections due to fluid condition were mounting, causing delayed shipments and significant related costs. The average holding time delay due to rejection was seven days, which incurred a holding cost of £1,000-a-day per unit. At the consultation phase of the case study, eight units had been delayed.

 

The diagnosis was in: the existing laser light-blockage-type particle counters were providing inconsistently high and erroneous particle counts. The ISO 4406 cleanliness would frequently measure 23/22/19, despite a strong fluid-maintenance and conditioning regime. Third-party fluid analysis reports and fluid datasheets suggested that the synthetic hydraulic fluid contained a high concentration of a siloxane (silicone derivative) antifoaming additive, known to cause phantom particle measurements in LBM automatic particle counters.

 

Filtertechnik provided an extensive on-site demonstration that proved the advanced digital imaging technology of the Particle Pal Pro portable fluid contamination monitoring solution, which measured an average ISO fluid cleanliness of 15/14/10. This allowed the customer to successfully process the fluid and pass six units during the first day of demonstration. The two remaining backlogged units passed early on the second day of demonstration. The savings evidenced by the demonstration equated to approximately 35% in cost savings and an 81% reduction in holding time.

For more information on the Particle Pal Pro click here