SHIMADZU BALANCES

AP Series

High Speed – Fast measurement significantly improves operational efficiency.

Fast Response with UniBloc AP Technology

Shimadzu analytical balances boast a one-piece UniBloc weighing sensor, which is now even more advanced.
The response time is reduced to about 1/5 the time of previous models.
The improved UniBloc sensor offers a response time of just 2 seconds, an improvement from 10 seconds with the previous model.

Response During Trace Measurements with the 0.01 mg Model
(Equivalent to 1 mg / With Conditions Set by Shimadzu

Advanced Digital Control for Fast, Reliable Weighing

The improved measuring feel provides more comfortable use.

Measuring feel has been significantly improved by using the advanced digital control technology and smoothing technology.
AP-i system provides reliable weighing even in an environment with significant external disturbances. This promises to increase the efficiency of your measurement operations.

Stress Free

The multi stand can be used freely and easily. (0.01 mg model only, equipped as standard)

With weighing paper, for example, if the tare is larger than the pan diameter, measurements can be simplified by attaching the special multi stand.

Measuring weights with a pipette can be simplified by placing a micro tube upright in the sample holder in the special multi stand.

Long rod-shaped samples can be measured in a stable state by placing them in the slot in the special multi stand.

The internal windbreak plate suppresses the influence of convection and airflow within the weighing chamber, improving the stability and response of measurement values.

Built-in High-Performance Ionizer (Optional)

The ionizer eliminates influence of static electricity in 1/10 the time of previous models.
Note: Example of typical static electricity removal time (±1000 V → ±100 V) 1 sec. for STABLO-AP and 10 sec. for STABLO-EX

AC Method with Excellent Ion Polarity Balance
Mount the STABLO-AP in the balance and use it as a built-in model

Measurement of Samples Carrying an Electrostatic Charge

Effect of Samples Carrying Electrostatic Charges

Effects of static electricity -SPOON with powder

For Regulation
for the Pharmaceutical Industry

High-Security User Management

Operations can be kept secure with user ID and password protection. Access rights can be specified separately for each user to prohibit unauthorized actions such as performing calibration or changing the settings. User IDs can also be used for barcode management.

Printing Data in Accordance with Various Regulations

Printing can be customized to indicate when the measurements were taken and by whom. Users are free to set which items are to output, and in what order. The date, time, calibration log, and other information can be printed depending on the purpose of printing, which supports compliance with ISO, GLP, and GMP.

• Date
• Time
• User name
• Balance manufacturer name
• User ID
• Serial number

• Balance ID
• Software version
• Minimum sample quantity
• Blank line
• Ruled line (——–)

Minimum Measurement Value (Warning Function)

Reproducibility can be confirmed by repeatedly measuring weights as instructed by AP series. The minimum sample quantity is automatically determined from the standard deviation and recorded in AP series. If the minimum sample quantity requirement is not satisfied during measurement, an indicator flashes to warn the user.

Recipe Function (Achieve Your Preferred Compounding Process)(AP-W Series only)

Sample recipes can be registered, allowing users to simply follow displayed instructions. This is convenient when compounding medicines.

Solutions to Improve Operational Efficiency and Ensure Data Reliability LabSolutions Balance Analytical Network Data System Compliant with ER/ES Regulations

Main Window of LabSolutions Balance

Integrated Management of Analytical Data on Network System Using LabSolutions

Compliant with the Latest Data Integrity Guidance (U.S. FDA 21 CFR Part 11)

Integrated Report Creation Function Combines Analysis Results from HPLC and Weighing Results from Balance

Save Your Operation (USB host: AP-W Series only)

USB Offers Greater Expandability

Equipped with an RS-232C connector, a USB device and a USB host as standard. You can now simultaneously send output to both a computer and printer or connect a USB flash drive, a barcode reader, or an external numeric keypad.
Transcription errors can be avoided and data can be recorded without a computer.

USB flash drive

Connecting a USB memory device allows you to record large amounts of weighing data in CSV format. Used in combination with the interval output function, it also enables recording of long-term changes over time.

Example of a record:
File name
Date and time
Weighing value

*The information saved will differ depending on the function used.

Display capture function

Weighing display can be recorded into USB memory in BMP format. User name,
date/time, and setting can be shown with display information.
The user name, time, measurement conditions, pass/fail judgments, and other information displayed on screen can be saved as is, enabling the recording of measurements, and checks after measurements.

Numeric keypad

Connecting a common external numeric keypad makes it easier to enter numeric values. This is especially useful for entering the mass value of weights, setting upper/lower limit values for the comparator function, or entering the sample count during piece counting mode.

Barcode reader

A barcode reader can be connected. Simply reading a barcode makes it possible to input user ID/Password. It is possible to manage sample IDs using barcodes.

An ID and password are needed to log in to the AP series if protected access is activated. With the barcode, an operator can log in by scanning the barcode instead of inputting an ID and password. * The latest information can be seen from the Shimadzu website (https://www.shimadzu.com/an/balance/)

Easy-to-Read Organic EL Display (All models)

Because the pixel elements in the organic electroluminescence display emit light, the screen can be seen clearly even in dark locations.
Multi-language display capability*2 provides a more intuitive operating interface. A wider viewing angle has also improved the visibility of measurement values, which helps increase the efficiency of measuring operations.
*2 Japanese, English and Chinese

Exceptional Visibility
The visibility remains the same even when viewed from different angles. The viewing angle is a wide expanse of ±85 degrees, both vertically and horizontally. That means the display is clearly visible even when working beside the balance. A high-resolution dot-matrix display makes it easy to read detailed text.

Periodic Inspection Support Function (AP-W/AP-X Series only)

AP series supports periodic inspections. The function allows inspection of repeatability, corner load error, and linearity by simply following instructions displayed on the screen.

AP Series

For Users of HPLC Systems

Buffer Solution Preparation Mode (AP-W Series only)

Preparation example:

When weighing and preparing 50 mM of di-sodium hydrogen phosphate, 2-hydrate and 50 mM of sodium dihydrogenphosphate, 2-hydrate in order to prepare 3 L of 100 mM phosphoric acid (sodium) buffer solution at pH=2.1:

Recipe Preparation SETUP
Fast, easy registration of formulation recipes

Recipe Preparation -OPERATION-
Fast, easy formulation from pre-registered database.

Sample Preparation (AP-W Series only)

When preparing a standard solution from a particular component, the standard powder for this component will be a hydrochloride or a hydrate.
Preparing a standard solution of the target component at a desired requires difficult calculations prior to weighing it. With the AP series, however, the required weight value is automatically calculated, so it can be weighed without performing manual calculations.

Example of preparation by AP series

Standard sample of Amitriptyline is Amitriptyline Hydrochloride.
Calculation is essential to determine part of Acidum hydrochloricum by molecular weight in order to make a 100 mg/mL Amitriptyline solution.

Molecular weight of Amitriptyline: 277.4
Molecular weight of Acidum hydrochloricum: 36.5
Molecular weight of Amitriptyline Hydrochloride: 277.4 + 36.5 = 313.9

To compare the molecular weight of Amitriptyline Hydrochloride with Amitriptyline, the following calculation is necessary.

313.9/277.4 = 1.132

The molecular weight of Amitriptyline Hydrochloride is 1.132 times of Amitriptyline.

So, if 25mg of Amitriptyline is used, it follows that the weight of Amitriptyline Hydrochloride should be:25 mg × 1.132 = 28.3 mg.

Hence, 28.3 mg of Amitriptyline Hydrochloride is needed to make the correct standard solution.

Just weigh the target weight value on display and the target weight of the standard sample can be obtained.

Checking weighing conditions on the same display

Sample Preparation
Fast, easy preparation of analytical standards

Specifications

X Series Analytical Balances

Series	W Series
Model	AP135W	AP125WD	AP225WD	AP124W	AP224W	AP324W
Capacity	135 g	120 g / 52g	220 g / 102g	120 g	220 g	320 g
Minimum Display	0.01 mg	0.01 mg / 0.1 mg		0.1 mg
Calibration Weight	Built-in
External Calibration Weight Range for Span Calibration	45 to 135.009 g (100 g)	95 to 120.0090 g (100 g)	95 to 220.009 g (200 g)	45 to 120.009 g (100 g)	95 to 220.009 g (200 g)	95 to 320.009 g (300 g)
Repeatability (Standard deviation)	0.05 mg	0.1 mg / 0.02 mg	0.1 mg / 0.05 mg	0.1 mg		0.15 mg
Minimum Weight ^*1	30 mg			200 mg
Linearity	±0.1 mg	±0.2 mg /±0.05 mg	±0.2 mg /±0.1 mg	±0.2 mg		±0.3 mg
Response Time for race Measurements ^*2	Approx. 2 sec.
Response Time^*3	8 sec.	2 sec. / 8 sec.		2 sec.
USB Host (Type A)	Included
USB Device (Type B)	Included
Recipe Compounding	Included
HPLC Buffer Solution Preparation	Included
mol Conversion Function	Included
Sample (Concentration) Preparation	Included
Inspection Support Function	Included
Clock-CAL	Included
Ionizer	Optional
Weight	Approx. 7.0 kg			Approx. 6.5 kg
Operating Temperature/Humidity Range	5 to 40°C 20 to 85%*⁴
Sensitivity Stability Against Temperature Range	±2 ppm/°C (10 to 30°C)
Pan Size	ø91 mm
Body Dimensions	Approx. 212（W）×411（D）×345（H）mm （power supply unit included）			Approx. 212（W）×367（D）×345（H）mm
Weight	Approx. 7.9kg			Approx. 7.0 kg
Display	OEL display (dot matrix)
Input/Output Terminal	RS-232C (D-sub9P plug) USB host (Type A) USB device (Type B) Ionizer

X Series / Y Series Analytical Balances

Series	W Series			Y Series
Model	AP124X	AP224X	AP324X	AP124Y	AP224Y	AP324Y
Capacity	120 g	220 g	320 g	120 g	220 g	320 g
Minimum Display	0.1 mg
Calibration Weight	Built-in			No
External Calibration Weight Range for Span Calibration	45 to 120.009 g (100 g)	95 to 220.009 g (200 g)	95 to 320.009 g (300 g)	45 to 120.009 g (100 g)	95 to 220.009 g (200 g)	95 to 320.009 g (300 g)
Repeatability (Standard deviation)	0.1 mg		0.15 mg	0.1 mg		0.15 mg
Minimum Weight ^*1	200 mg
Linearity	±0.2 mg		±0.3 mg	±0.2 mg		±0.3 mg
Response Time for race Measurements ^*2	2 sec.
Response Time ^*3	2 sec.
USB Host (Type A)	Not Included
USB Device (Type B)	Included
Recipe Compounding	Not Included
HPLC Buffer Solution Preparation	Not Included
mol Conversion Function	Included			Not Included
Sample (Concentration) Preparation	Not Included
Inspection Support Function	Included			Not Included
Clock-CAL	Included			Not Included
Ionizer	Optional			Not Included
Operating Temperature/Humidity Range	5 to 40°C　20 to 85% ^*3
Sensitivity Stability Against Temperature Range	±2 ppm/°C (10 to 30°C)
Pan Size	Φ91 mm
Body Dimensions	Approx. 212 (W)×367 (D)×345 (H) mm
Weight	Approx. 7.0 kg			Approx. 6.5 kg
Display	OEL display (dot matrix)
Input/Output Terminal	RS-232C (D-sub9P plug) USB device (Type B)　Ionizer			RS-232C (D-sub9P plug) USB device (Type B)

*1 According to USP Capture 41. This is the tested value by the weight of the balance’s capacity of 5%.
*2 The response time value is typical.
*3 Non-condensing.
*4 Non-condensing.

Options

Description
Static Electricity Remover STABLO-AP Ionizer
Electronic Printer EP-100
Electronic Printer EP-110 (Multifunction Printer with Liquid Crystal Display)
Label Roll Paper for EP-100/110 (10 Rolls)
Specific Measurement Kit SMK-601
Display Protective Cover (Set of 5)
USB Cable
AC Adapter (Standard Accessory)
Internal Windbreak Plate
RSIO Interface Cable

External Dimensions of AP Series

AP135W、AP125WD、AP225WD Weight: Approx. 7.9 kg

(AP124W, AP224W, AP324W, AP124X, AP224X, AP324X) Weight: Approx. 7.0 kg
(AP124Y, AP224Y, AP324Y) Weight: Approx. 6.5 kg

AP Series Advanced Performance UniBloc Balances

Faster Response and Higher Stability

Improved Response Time of AP series

-comparison with AU Series–

Ionizer Static Electricity Remover

Measurement of Samples Carrying an Electrostatic Charge

Effects of Static Electricity

-Anti-static device recommended for balances-

Effect of Samples Carrying Electrostatic Charges

Effects of static electricity -SPOON with powder-

Buffer Solution Preparation

Recipe Preparation SETUP
Fast, easy registration of formulation recipes

Recipe Preparation -OPERATION-
Fast, easy formulation from pre-registered database.

Sample Preparation
Fast, easy preparation of analytical standards

AP Series

Challenge the Future
with Regulatory Compliant Balance

Shimadzu has just added three high-sensitivity semi-micro analytical balances to its AP-W series lineup. The new models, AP135W, AP125WD, and AP225WD, feature a minimum reading of 0.01 mg (1/100000th of a gram). With these models, the AP Series product family now includes: Semi-Micro Series, Advanced AP-W Series, Standard AP-X Series and Standard AP-Y Series, catering to a wide range of weighing requirements.

Atsushi Iizuka,

General Manager Weighing Instruments Business Unit, Analytical and Measurement Instruments Division, Shimadzu Corporation.

Fast Response

In 2013, a pharmaceutical customer asked us, “Can`t you make it faster?” The customer explained that the response time of our balances was about ten seconds from sample setting to test result. At the time we launched our previous model, ten seconds was not too slow; however, the need for faster response continually increases due to the high productivity requirements in labs these days. During the early stages of drug discovery, scientists are loaded with samples to weigh; at times, the number of samples can be in the thousands. At ten seconds per sample, users have to spend extraordinarily long times with this task. We wanted to solve their problem! We decided to develop ‘Fast and Stable’ balances for the benefit of our customers. Our development team spent a considerable amount of time studying the older designs of balances in order to engineer a balance that offers the optimum balance of speed and performance while adding several new innovations not available elsewhere.

Noise Reduction

One of the major challenges designers of balances encounter is the miscellaneous noise generated from internal electronic circuits, which can affect sensors and decrease the measuring speed and accuracy. The higher the noise, the more difficult it is to distinguish digital signals resulting from loading or from noise by electronic parts, meaning it will take more time to complete the measurement. Extensive research for more than eight years at Shimadzu has focused on addressing this challenge. Before starting the development of this new series, we checked rigorously even the slightest noise in every single IC tip and worked extensively to find the best combination with different characteristic parts and components. After tremendous research and experimentation, we finally reduced noise to less than half of previous models.

Filtering (Smoothing)

Decreasing noise was not the only objective. Developing data processing technology to distinguish weight signal from external disturbance was of paramount importance. This is called Filtering (Smoothing) and the Signal processing technology developed by the Shimadzu Technology Research Laboratory was utilized. This technology can distinguish slight differences between digital signals by loading from noise quickly and precisely. As a result, the filtering (smoothing) speed was greatly improved, which played an important role in the development of high-speed weighing balances.

New Weighing Sensor, UniBloc AP

Settling the drift* was also one of the most important challenges in the development of these balances. We reviewed materials used in the current UniBloc and found that one of them was commonly affected by humidity. Humidity is a big factor contributing to unstable weighing values. The new UniBloc AP weighing sensor offers has a high resistance to humidity to allow more accurate and precise measurements.

Drift*: Display value keeps increasing or decreasing gradually.

With three technologies

Our steady efforts to reduce noise from internal electronic circuits and the introduction of the latest ‘filtering technology’ utilizing signal processing technology have resulted in amazing response speeds in the new models, which are especially useful for trace measurements. The new UniBloc AP balances with humidity resistance allow more precise and accurate measurement with less stress on the operator.

Increasing Laboratory Productivity

At the same time as the component technology development, we also conducted extensive market research. We found a big demand from scientists for the removal of ‘static electricity’. In drug discovery, scientists have to control infinitesimal weights to ten‐thousandth of a gram. Static electricity affects the sample weights and is a constant source of headache during the weighing processes, and can even be worse than the noise problem. To alleviate this issue, we developed the new ionizer, STABLO-AP. With the high-frequency *AC corona discharge method, STABLO-AP ionizer provides a stable ion balance and excellent static removal performance on samples and containers, enabling remarkably efficient precision weighing. Electrodes used in this design, are safely housed inside the unit.

*AC corona discharge method: AC voltage is applied on the discharge needle and a well-balanced mixture of positive/negative ions is emitted in rapid alternation from one electrode.

Customers can use the STABLO-AP as hand-held/built in. This unique 2-way positioning adds flexibility. Our balances coupled with STABLO-AP have been found to be an essential requirement during the sample preparation steps while using the Shimadzu GCMS PY-Screener.

Easy-to Read, Easy-to Use

Meanwhile, we received some demands for user-friendly functions from quality control departments in the automotive and food industries. For field operators and novice users, our previous interface was seen as too complicated. It was really difficult to understand the icons of functions. To achieve more intuitive operation, our new balances adopt a high-visibility organic EL display with three language selections: English, Japanese, and Chinese. (We are now working on other languages.) Of course, touch-screen display was one of the choices, but we chose the above organic EL display for improved usability. The screen can be seen clearly even in dark locations, and a wider viewing angle (±85 degrees) has also improved the visibility of measurement values, which helps increase the efficiency of measuring operations. With these functions, everyone can use the balances without an operation manual. We are confident that this organic EL display will improve a user`s working conditions.

The USB connector allows a commercially available USB keyboard or barcode reader to be connected to the main unit, enabling data to be saved directly to a USB flash drive. Registered sample names or IDs can be associated with measurement values for highly convenient data management.

Total Shimadzu Solution

We want to offer ‘only one solution’. For HPLC users, we have developed a ‘buffer solution function’. HPLC users need to often calculate the pH level of mobile phase solutions This process takes a lot of time and effort. Moreover, there is a risk of miscalculation. The buffer solution preparation function will help in such a situation. This function shows the substances to measure and their weights in accordance with registered recipes, and can automatically calculate the weight values required to prepare solutions with specified concentrations. The balances are pre-registered with recipes for the 13 buffer solutions used most frequently with HPLC, thereby making pre-analysis work more efficient. Users do not have to calculate by themselves! We can do that precisely and accurately, since only Shimadzu can offer both HPLC and Balances.

Regulatory Compliance Balance
Solutions to improve operational efficiency and ensure data reliability

During our market research, we found out that Regulatory Compliance is the most important consideration for pharmaceutical customers. By collaborating with the Shimadzu software development team, we were able to launch LabSolutions Balance for Regulatory Compliance. When connected to AP series balances as well as AU, AT and UW/UX series balances, LabSolutions Balance workstation can be used to perform all processes automatically, such as calculating results and saving weighing results in a LabSolutions database. Consequently, it eliminates the need for handwritten records and eliminates transcription errors. The software not only records sample information but saves and protects data from malicious alteration and unintended overwriting or deletion, and saves all audit trail information in the LabSolutions database. Furthermore, balance measurement data can be loaded during LabSolutions LC/GC batch analysis to create user-customizable analysis reports or for integrated data management by connecting to a LabSolutions CS integrated network system that includes non-Shimadzu products.

In addition to improving efficiency and reliability, this is an ideal product for customers who require measurement results traceability and compliance with FDA 21 CFR Part 11 or other regulations. Finally, we are under the same umbrella with Shimadzu’s other analytical instruments.

Minimum Weighing Value Function for USP is also a big demand from pharmaceutical customers. The minimum weighable value is very much dependent on the installed environment. By following the instructions (and using the designated weights), the AP series can auto-calculate the ‘weighable minimum weight’ in the installed environment. The value will be recorded. When users start weighing, if the weight of a sample is less than the set minimum weighing value, the balance gives a warning.

Proper Record Format for GLP/GMP

Users can output data to a computer or as a recorded slip with the optional printers, EP-100 and EP-110. These printers can be customized.

ID/Password Function for Compliance.

AP series allows managing users with different authority by ID/Password. With the above features and the option to work under the LabSolutions environment, we are sure all pharmaceutical customers will appreciate the vast capabilities built into our Regulatory Compliant Balance.

Still On Our Way

Having worked on the development of the AP series for almost three years (and more years for the component technology　development), we are very excited about the release of the series, including the semi-micro models. We have already have received positive feedback from a number of customers in Japan and from international regions regarding the　‘fast response’ and many useful functions. However, as trends and expectations continue to evolve, we are inspired to do more development based on our customer demands. At Shimadzu, we want to offer only the best for our customers, and our commitment will always be to address the challenges and needs at our customers’ labs.

Brochure (2,486 KB)

Instruction Manual (46,000 KB)

Explanation Sheet/ Menu Map Sheet (376 KB)

AUW-D Series

Dual-range Semi-micro Balances

AUW-D dual-range semi-micro balances are the world’s first five-decimal balances with the advantages of UniBloc one-piece force cell technology.

Choose one of the two models according to your requirements

Excellent response, stability and zero return performance in a semi-micro balance.

Automatic span calibration

Choice of fully-automatic calibrations: PSC and Clock -CAL

Operator can choose from two types of fully-automatic span calibration methods. “PSC” is initiated based on temperature change detection, and “Clock-CAL” operates at user pre-set times (up to three times a day).

Fully-automatic calibration Clock-CAL

The balance automatically performs calibration at selected times, up to three times a day (e.g. before starting work, during lunch-break or after work).

Fully-automatic calibration PSC

The balance detects variations in the ambient temperature that influence accuracy and automatically performs calibration to compensate it.

Data management

GLP/GMP/ISO calibration report

Calibration report can be automatically printed with the optional electronic printer. Date, time, serial number and ID are also output to meet GLP/GMP/ISO requirements.

WindowsDirect function

The balance communicates directly to a PC with Windows^® applications. No additional software is needed to interface with spreadsheets, databases, word processing, and laboratory software. WindowsDirect works with Windows^® 95, 98, 2000, NT4.0, ME and XP. PC must be IBM PC/AT compatible.

Connection to Windows Vista and Windows7.(pdf/324KB)

Application support

Interval timer

Weighed data can be output to external devices at user pre-set intervals.

Piece counting mode

Formulation mode

Specific gravity measurement

Below-weigh hook for Hanging measurement

Specification

Brochure (1,171 KB)

Instruction Manual (2,561 KB)

To obtain the best measurement results (especially important for semi-micro balances) (587 KB)

AU Series

AU Series Analytical Balances

AUW

AUX

AUY

AU models are the newest single-range analytical balances engineered with the UniBloc technology. This provides fast response and superb stability in a 0.1mg analytical balance. Various application functions, two modes of fully automatic calibration and back lit display support any imaginable requirements.

Automatic span calibration

Choice of fully-automatic calibrations: PSC and Clock -CAL

Fully-automatic calibration Clock-CAL (AUW only)

The balance automatically performs calibration at selected times, up to three times a day (e.g. before starting work, during lunch-break or after work).

Fully-automatic calibration PSC (AUW and AUX only)

The balance detects variations in the ambient temperature that influence accuracy and automatically performs calibration to compensate it.

Data management

GLP/GMP/ISO calibration report (AUW and AUX only)

Calibration report can be automatically printed with the optional electronic printer. Date, time, serial number and ID are also output to meet GLP/GMP/ISO requirements.

WindowsDirect function

The balance communicates directly to a PC with Windows® applications. No additional software is needed to interface with spreadsheets, databases, word processing, and laboratory software. WindowsDirect works with Windows® 95, 98, 2000, NT4.0, ME and XP. PC must be IBM PC/AT compatible.
Connection to Windows Vista and Windows7.

Application support

Interval timer (AUW and AUX only)

Weighed data can be output to external devices at user pre-set intervals.

Piece counting mode

Formulation mode

Specific gravity measurement

Below-weigh hook for Hanging measurement

Backlit LCD (AUW only)

LCD with backlight can be read with ease and comfort under any lighting condition.

SPECIFICATION

PHYSICAL DIMENSIONS

AUW/AUX/AUY Series

Measurements in mm. 1mm=.03937″

ATX/ATY Series

ATX

ATY

-New standard of analytical balance-

ATX/ATY series realized superior performance and budget price with Shimadzu weighing sensor UniBloc.

This model achieve usability and high accuracy as analytical balance.

Touch-Key calibration (ATX series)

Automated calibration can be started by pressing keys. Also, your external calibration weights can be used for span calibration (all models)

Easy Setting best fit to weighting application

Quickly adjust the desired ration of stability and response for every application, even during measurement, with one-touch operation.

WindowsDirect communication function

Send balance data to Excel or other Windows applications without any data communication software installation required. By combining standard Auto print functions with typical spreadsheet functios, even difficult applications can be easily automated.

Connection to Windows Vista and Windows7.（pdf/324KB）

* RS232C interface is needed.

Very large size pan

The pan size of AT series is 91mm dia. It’s the biggest one in this class and you can set large container (e.g. flask) easily.

Application support

Formulation mode

Comparator function

Piece counting function

Specifications

Model	ATX84	ATX124	ATX224	ATX324	ATY64	ATY124	ATY224	ATY324
Capacity	82 g	120 g	220 g	320 g	62 g	120 g	220 g	320 g
Minimum Display	0.1 mg
Repeatability (Standard Deviation)	≤0.1 mg
Linearity	±0.2 mg
Stabilisation Time^*1	Approx. 3.0 seconds
Operating Temperature and Humidity Limits	5-40°C 20-85%^*2
Temperature Coefficient for Sensitivity (10-30°C)	±2ppm/°C
Pan Size (mm) approx.	Φ91
Main Body Dimensions (mm) approx.	213(W) x 356(D) x 338(H)
Main Body Weight (kg) approx.	6.2				6.0
Power requirement	12V, 1A
Internal Calibration	✔

*1 The Stabilisation time is a representative value
*2 No condensation

UW/UX Series

Top-loading Balances

The new line of Shimadzu top-loading balances are engineered with the innovative UniBloc mechanism which brings superior impact resistance unrivaled quick response, excellent stability and durability at the same time. Powerful features support any imaginable weighing application. UW Series comes with motor-diven built-in calibration weight and fully-automatic calibration functions.

Automatic span calibration

Choice of fully-automatic calibrations: PSC and Clock -CAL

Fully-automatic calibration Clock-CAL

The balance automatically performs calibration at selected times, up to three times a day (e.g. before starting work, during lunch-break or after work).

Fully-automatic calibration PSC

The balance detects variations in the ambient temperature that influence accuracy and automatically performs calibration to compensate it.

Data management

GLP/GMP/ISO calibration report

Calibration report can be automatically printed with the optional electronic printer. Date, time, serial number and ID are also output to meet GLP/GMP/ISO requirements.

WindowsDirect function

Connection to Windows Vista and Windows7.（pdf/324KB）

Application support

Unit conversion

Weight value is presented in 22 units and modes, including percentage, carat, specific gravity, lb, oz, and so on. Users can choose any combination of units depending on their needs.

Piece counting function

Piece counting function is installed as standard.

Specific gravity measurement

Weigh below hook

Analog display modes

Full range

Bar graph clearly indicates the total weight (including the tare) as a portion of the balance capacity.

Fill-in

Select a target weight and tolerance. The display clearly indicates when they are reached.

Checkweighing

Set an upper and lower limit. The display continually indicates whether the sample is within the range “GO”, over range “HI” or under range “LO”. Choose one of the two bar graph display modes.

LCD with backlight

LCD with backlight can be read with ease and comfort in any location without brightness adjustment.

TW/TWC Series

Top-loading Balances

TWC

The beginning of the new standard

Menu Operation Key

Easy to operate key layout

Menu navigation keys are separated from weighing operation keys and arranged in a familiar 5-way navigation circle. Up, Down, Right, Left and Enter are the simple operational steps.

Easy Setting

Best fit to weighing application

Quickly adjust the desired ratio of stability and response for every application, even during measurement, with one touch operation.

WindowsDirect Communication Function
Only a cable is needed to send weighing data to a computer

Send balance data to Excel or other Windows applications without any data communication software installation required. All you have to add is one RS-232C cable. By combining standard AutoPrint functions with typical spreadsheet functions, even difficult applications can be easily automated.

Expanded Piece Counting function

Unit weights of up to 5 different samples can be easily entered, stored and recalled for use.

Illuminated display provides comfortable display visibility in all settings.

A liquid crystal indicator with attractive light blue backlight is standard on all models. The TXB series has additional power saving features: the backlight automatically shuts off when idle and lights up again when weighing operations resume.

Comparator function

Compare samples to target values or pass/fail criteria and clearly indicate the results.

RS232C interface

All models include standard RS232C interface for easy integration with other devices and computers

Streamlined design for anti-theft options

Industry-standard Kensington Security Slot accommodates the widest variety of optional anti-theft security devices.

Change among many weighing units and functions with a single touch

In addition to grams (g), weigh in %, number of pieces, ct, kg, mg, lb, oz, TTI, etc. or a custom conversion more than 20 unit in all. Change quickly from display of % or counting to gram weight (g) display.

Durable, high performance aluminum alloy mass sensor UniBloc Since 1987

The TW/TWC series incorporates a one piece aluminum alloy mass sensor technology (UniBloc) first introduced by Shimadzu for precision balances in 1989. It excels in performance, resists deterioration and damage by ordinary impacts. The UniBloc’s compact, uniform structure replaces 70 parts found in a conventional electromagnetic balance sensor assembly and ensures stable temperature characteristics, excellent response time and stable corner-load performance. The UniBloc design permits a consistency of production that assures reliability and a long operational life.

Fine measurements are assured with sliding glass door windbreak system

TW/TWC models feature a sliding glass door type windbreak as standard configuration. The highly transparent system includes semi-transparent corners and maximum door opening capability.

Fast and flexible calibration

Balance display provides prompts for calibration procedure and accepts your choice of external calibration weight.

Many useful functions included

Alpha-numeric menu display
Up-front level indicator on display panel
Door cleaning is simplified
Stainless steel pan
Choice of weighing modes
Zero tracking function and settings
Continuous data output function

Brochure (2,706 KB)

Instruction Manual (9,428 KB)

Menu Map Sheet (1,353 KB)

SPECIFICATION

TW series

Model	TW223L	TW323L	TW423L
Capacity	220g	320g	420g
Minimum Display	0.001g	0.001g	0.001g
Repeatability	0.001g
Linearity	±0.002g
Operating Ambient Temperature	5-40°C
Temperature Coefficient Sensitivity (ppm/C)	±3
Pan Size (mm) approx.	ø110
Main Body Dimensions (mm)	206（W）×291（D）×241（H)
Weight (kg)	3.8kg
Power requirement AC adaptor ( DC12V, 1A )	AC adaptor ( DC12V, 1A )

TWC series

Model	TWC323L	TWC623L
Capacity	320ct	620ct
Minimum Display	0.001ct
Repeatability	0.001ct
Linearity	±0.002ct
Operating Ambient Temperature	5-40°C
Temperature Coefficient Sensitivity (ppm/C)	±3
Pan Size (mm) approx.	ø80
Main Body Dimensions (mm)	206（W）×291（D）×241（H)
Weight (kg)	3.8kg
Power requirement AC adaptor ( DC12V, 1A )	AC adaptor ( DC12V, 1A )

PHYSICAL DIMENSIONS

Measurements in mm. 1mm=.03937″

TX/TXB/TXC Series

Top-loading Balances

TXB

TXC

The beginning of the new standard

Menu Operation Key

Easy to operate key layout

Menu navigation keys are separated from weighing operation keys and arranged in a familiar 5-way navigation circle. Up, Down, Right, Left and Enter are the simple operational steps.

Easy Setting

Best fit to weighing application

Quickly adjust the desired ratio of stability and response for every application, even during measurement, with one touch operation.

WindowsDirect Communication Function Only a cable is needed to send weighing data to a computer

Can be used anywhere with battery power

Power the TXB series balances by AC adapter or batteries.

Expanded Piece Counting function

Unit weights of up to 5 different samples can be easily entered, stored and recalled for use.

Illuminated display provides comfortable display visibility in all settings.

Comparator function

Compare samples to target values or pass/fail criteria and clearly indicate the results.

RS232C interface

All models include standard RS232C interface for easy integration with other devices and computers

Streamlined design for anti-theft options

Industry-standard Kensington Security Slot accommodates the widest variety of optional anti-theft security devices.

Change among many weighing units and functions with a single touch

Durable, high performance aluminum alloy mass sensor UniBloc
Since 1987

The TX/TXC series incorporates a one piece aluminum alloy mass sensor technology (UniBloc) first introduced by Shimadzu for precision balances in 1989. It excels in performance, resists deterioration and damage by ordinary impacts. The UniBloc’s compact, uniform structure replaces 70 parts found in a conventional electromagnetic balance sensor assembly and ensures stable temperature characteristics, excellent response time and stable corner-load performance. The UniBloc design permits a consistency of production that assures reliability and a long operational life.

Fine measurements are assured with sliding glass door windbreak system

TXC and TX models with 1mg minimum display feature a sliding glass door type windbreak as standard configuration. The highly transparent system includes semi-transparent corners and maximum door opening capability.

Fast and flexible calibration

Balance display provides prompts for calibration procedure and accepts your choice of external calibration weight.

Many useful functions included

Alpha-numeric menu display
Up-front level indicator on display panel
Door cleaning is simplified
Stainless steel pan
Choice of weighing modes
Zero tracking function and settings
Continuous data output function

Brochure (2,706 KB)

Instruction Manual (9,428 KB)

Menu Map Sheet (1,353 KB)

SPECIFICATION

TX series

Model	TX223L	TX323L	TX423L	TX2202L	TX3202L	TX4202L
Capacity	220g	320g	420g	2200g	3200g	4200g
Minimum Display	0.001g	0.001g	0.001g	0.01g	0.01g	0.01g
Repeatability	0.001g			0.01g
Linearity	±0.002g			±0.02g
Operating Ambient Temperature	5-40°C
Temperature Coefficient Sensitivity (ppm/C)	±3
Pan Size (mm) approx.	ø110			167（W）×181（D）
Main Body Dimensions (mm) approx.	206（W）×291（D）×241（H)			200（W）×291（D）×80（H）
Weight (kg) approx.	3.8kg			2.8kg
Power requirement	AC adaptor ( DC12V, 1A )

TXC series

Model	TXC323L	TXC623L
Capacity	320ct	620ct
Minimum Display	0.001ct
Repeatability	0.001ct
Linearity	±0.002ct
Operating Ambient Temperature	5-40°C
Temperature Coefficient Sensitivity (ppm/C)	±3
Pan Size (mm) approx.	ø80
Main Body Dimensions (mm) approx.	206（W）×291（D）×241（H)
Weight (kg) approx.	3.8kg
Power requirement	AC adaptor ( DC12V, 1A )

TXB series

Model	TXB222L	TXB422L	TXB622L
Capacity	220g	420g	620g
Minimum Display	0.01g
Repeatability	0.01g
Linearity	±0.01g	±0.02g
Operating Ambient Temperature	10 – 30
Temperature Coefficient Sensitivity (ppm/C)	±15	±10	±5
Pan Size (mm) approx.	ø110
Main Body Dimensions (mm) approx.	199（W）×260（D）×77（H）
Weight (kg) approx.	1.5kg
Power requirement	AC adaptor ( DC12V, 1A ) or 6AA batteries

Model	TXB2201L	TXB4201L	TXB6201L	TXB621L	TXB6200L
Capacity	2200g	4200g	6200g	620g	6200g
Minimum Display	0.1g				1g
Repeatability	0.1g				1g
Linearity	±0.1g	±0.2g		±0.1g	±1g
Operating Ambient Temperature	10 – 30
Temperature Coefficient Sensitivity (ppm/C)	±15	±10	±5	±20
Pan Size (mm) approx.	ø160			ø110	ø160
Main Body Dimensions (mm) approx.	199（W）×260（D）×77（H）
Weight (kg) approx.	1.5kg
Power requirement	AC adaptor ( DC12V, 1A ) or 6AA batteries

PHYSICAL DIMENSIONS

TX series

TXB Series

Measurements in mm. 1mm=.03937″

BL Series

Top-loading Balances

^{BL3200HL only}

High-resolution balances made affordable.

Quick response

Very fast response for operator comfort and efficiency.

High stability

Even if the environmental conditions are not ideal for precision weighing, the high stability mode of BL Series produces steady readings.

Piece Counting function

Piece counting function is standard.

Analog Bar Graph Display

Remaining weighing capacity can be seen at a glance.

Easy unit conversion

Switching between various units is by simple key-touch.

Equipped with a square pan

Offers ease of operation.

Compact body

This electro-magnetic precision balance is as compact as a portable scale.

Model	Capacity	Minimum display	Pan size (mm)
BL220H	220g	0.001g	100 x 100
BL320H	320g	0.001g	100 x 100
BL2200H	2200g	0.01g	160 x 124
BL3200H	3200g	0.01g	160 x 124
BL3200HL	3200g	0.01g	160 x 124
BL320S	320g	0.01g	100 x 100
BL620S	620g	0.01g	160 x 124
BL3200S	3200g	0.1g	160 x 124

ELB Series

Portable Balances

Dry battery operation makes it readily portable, with no compromise in accuracy.

High sensitivity and stability

Internal resolution is 1/40,000. This provides extra capability in accuracy.

Quick response

After placing the sample, stable result is quickly displayed.

Various application modes

Piece counting mode, percent display mode, and specific gravity mode can be called simply by key-touch.

Specific gravity measurement

Optional specific gravity kit is available for extra efficiency.

Digital stability control

Best measurement modes depending on the purpose and environment can be selected with ease.

Two-way power supply (AC or Battery operation)

Optional measurement modes depending on the purpose and environment can be selected with ease.

Power Source Options

Series	AC operation		Dry battery operation
ELB Series	AC adaptor is required		standard

Model	Capacity	Minimum display	Pan size (mm)
ELB120	120g	0.01g	110 dia
ELB200	200g	0.01g	110 dia
ELB300	300g	0.01g	110 dia
ELB600	600g	0.05g	170 x 130
ELB600S	600g	0.1g	170 x 130
ELB1200	1200g	0.1g	170 x 130
ELB2000	2000g	0.1g	170 x 130
ELB3000	3000g	0.1g	170 x 130
ELB12K	12Kg	1g	170 x 130
ELB6000S	6000g	1g	170 x 130

BW-K/BX-K Series

High-precision Platform Balances

BW-K

BX-K

The patented UniBloc (OPF) sensor achieves high-performance, compact size, and durability at the same time. Shimadzu introduced this wire-cut block sensor to high-precision platform balances in 1989. Combination of low-profiled body and large pan is for operator comfort during bulk weighing.

WindowsDirect function

The balance communicates directly to a PC with Windows® applications. No additional software is needed to interface with spreadsheet, database, word processing, and laboratory software. WindowsDirect function works Windows® 95, 98, 2000, NT4.0, Me and XP. PC must be IBM PC/AT compatible.

Superior durability

The simple structure and overload protection mechanism results in maximum durability.

Guaranteed sensitivity

Internal resolution is one digit finer level than display, so even minimum readout is highly reliable and stable.

Selectable weighing modes

Best measurement modes depending on the purpose and environment can be selected with ease.

Built-in calibration weight (BW-K Series only)

BW-K Series is equipped with built-in calibration weight. Operator is released from weight maintenance. A single lever operation is all that is needed to load the weight for calibration.

Analog display modes

Full range

Bar graph clearly indicates the total weight (including the tare) as a portion of the balance capacity.

Fill-in

Select a target weight and tolerance. The display clearly indecates when they are reached.

Checkweighing

Set an upper and lower limit. The display continually indicates whether the sample is within the range “Go”, over range “HI” or under range “LO.” Choose one of the two bar graph display modes.(No signal output)

BW-K (with built-in calibration weights)

Model	Capacity	Minimum display	Pan size (mm)
BW12KH	12kg	0.1g	345 x 250
BW22KH	22kg	0.1g	345 x 250
BW32KH	32kg	0.1g	345 x 250
BW32KS	32kg	1g	345 x 250
BW52KS	52kg	1g	345 x 250

BX-K (Standard)

Model	Capacity	Minimum display	Pan size (mm)
BX12KH	12kg	0.1g	345 x 250
BX22KH	22kg	0.1g	345 x 250
BX32KH	32kg	0.1g	345 x 250
BX32KS	32kg	1g	345 x 250
BX52KS	52kg	1g	345 x 250

MOC63u

UniBloc Moisture Analyzer

Excellent performance for a wide variety of applications in multiple industries

In many fields, a moisture analyzer is a necessary tool for quality control requirements. With the MOC63u, you can easily obtain accurate data. Simply place material on the pan and shut the cover. The MOC63u will start to measure. The MOC63u adapts to various materials and increases your work efficiency.

Features

Halogen heater

Long-life and high power halogen heater provides quick and accurate measurement.
The temperature can be changed from 50 degrees to 200 degree Celsius.
You can check sample status from window while measurement.

Large pan size: 95mm dia

MOC63u has large pwn. (95mm diameter)
It can provide quick and accurate measurement to spread sample in thin layer on the pan.

Data management and easy operation

Built-in USB port

The measure results can be transferred by USB cable.
If connect with PC by USB, needs USB driver.
Please download from here.

WindowsDirect

Send balance data to Excel or other Windows applications without installing additional data communication software. By combining standard Auto print functions with typical spreadsheet functions, even difficult applications can be easily automated.

You can create graphs easily with WindowsDirect and Excel.
If you need templates, please download from here. (xls/69KB)
Connection to Windows Vista and Windows7.

Easy operation using a simple keypad

Features easy-to-operate software and keypad layout. In addition, an automatic starting mode saves measurement time, increasing your work efficiency. Operation simply requires ‘putting material on the pan and shutting the cover’. Internal memory can save 10 measurement conditions and 100 results. Various measurement modes provide extra support.

Various measurement modes

Ending modes:

Automatic ending mode

Automatically ends measurement when moisture loss over the previous 30 seconds becomes smaller than specified percentage.

Timed ending mode

Automatically ends measurement when the specified amount of time has elapsed.

Alternative drying modes:

Rapid drying mode

First dries with the highest temperature for the specified period, then shifts to the specified temperature, shortening measurement time.

Slow drying mode

Gently heats samples that might solidify at the surface or samples that reduce under high temperature.

Step drying mode

Allows step-by-step change in drying conditions. This feature is useful when measuring samples that contain a large amount of water.

Starting mode:

Automatic starting mode

Starts measurement immediately after closing the lid. It saves time in repeat measurements.

Literature Download

Brochure (1,454 KB)

Instruction manual (10,418 KB)

Flyer (415 KB)

Specifications

Capacity	60g
Capacity	0.02g
Minimum readability	0.001g
Minimum readability	0.01/0.1% (Selectable)
Repeatability	0.15% (2g)
	0.05% (5g)
	0.02% (10g)
Drying Heater	Straight type halogen heater
Power	400W
Temperature range	50-200°C (1°C increments)
Setting	(There is a time restriction when exceeding 180°C.)
Display	LCD with backlight
Pan size	95mm dia
Dimension	(W×D×H) mm 202 × 336 × 157
Weight	4kg
Operational temperature and humidity range	5 to 40°C, 85%RH or lower
Measurement modes	Standard
	(Easy start/Automatic end/Timed end)
	Rapid drying
	(Easy start/Automatic end/Timed end)
	Slow drying
	(Easy start/Automatic end/Timed end)
	Step drying
	(Easy start/Automatic end/Timed end)
Timer setting	1-120 minutes or continuous
Timer setting	(max 12 hours)
Interface	RS-232C (9-pin connector) I/O port
	USB port
Measurement conditions data memory	10
Data memory	100

Optional accessories

Optional accessories	Printer EP-80
	Printer EP-90
	In-use protection cover for display (5 pieces)
	Aluminum sheet
	Fiberglass sheet
	Temperature calibration kit
	Sample pan (SUS)
	RS-232C cable
	USB connection cable
	Halogen heater for replacement

USB DRIVER DOWNLOAD

License information

This software is provided by Future Technology Devices International Limited “as is” and any express or implied warranties, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose are disclaimed. In no event shall Future Technology Devices International Limited be liable for any direct, indirect, incidental, special, exemplary, or consequential damages (including, but not limited to, procurement of substitute goods or services; loss of use, data, or profits; or business interruption) however caused and on any theory of liability, whether in contract, strict liability, or tort (including negligence or otherwise) arising in any way out of the use of this software, even if advised of the possibility of such damage. FTDI drivers may be used only in conjunction with products based on FTDI parts. FTDI drivers may be distributed in any form as long as license information is not modified. If a custom vendor ID and/or product ID or description string are used, it is the responsibility of the product manufacturer to maintain any changes and subsequent WHQL re-certification as a result of making these changes.

Download

USB Driver(64-bit) （1261KB）

USB Driver(32-bit) （1261KB）

Device Driver Installation Manual

Moisture Analyzer MOC63u （12558KB）

PHYSICAL DIMENSIONS

Measurements in mm. 1mm=.03937″

MOC-120H

Moisture Analyzer

Accurate moisture measurement with new weight sensor: UniBloc

The moisture content of a variety of samples can be measured using an array of drying modes. The drying status can be seen at-a-glance with the fluctuation range display.Active in a variety of fields (cereals, starch, flour, noodles, brewed products, sea foods and marine products, meat products, spices, sweets, dairy products, dried foods, vegetable oils and other food articles; pharmaceuticals; ores; cokes; glass materials; cement; chemical fertilizers; pulp and paper; cotton; various fabrics and other industrial goods); enabling measurement of samples (cereals, foods, and chemical products) under various conditions (powder, particles, paste, and liquid).

Features

Large Pan

A large sample pan (130mm diameter) enables a large amount of sample to be placed evenly in a thin layer. This results in accurate and fast measurements with minimal drying non-uniformities.

Long-life heater

A mid-wave infrared quartz heater provides effective drying without interference for a wide range of samples. In addition to the excellent drying performance, it offers a long operational life of 20,000 to 30,000 hours.

UniBloc sensor

The internal precision weighing balance is engineered with a Shimadzu UniBloc cell. The mechanism provides excellent stability and a long operational life against repeated temperature changes, enabling easy measurements down to 0.001g.

Moisture vaporization monitoring

The moisture vaporization rate is monitored and can be visually seen on a bar graph display. This is useful to know as the measurement nears completion. It updates every 30 seconds.

Various measuring modes

Ending modes

Automatic ending mode

Automatically ends measurement when moisture loss over the previous 30 seconds becomes smaller than specified percentage.

Timed ending mode

Automatically ends measurement when the specified amount of time has elapsed.

Three drying modes besides standard drying mode

Rapid drying mode

First dries with the highest temperature for the specified period, then shifts to the specified temperature, thus shortening measurement time.

Slow drying mode

Mildly heats samples that may solidify in the surface or samples that reduce under high temperature.

Step drying mode

Allows changing drying conditions step by step. This feature is useful when measuring samples that contain a large amount of water (up to 5 steps).

Predictive measuring mode

With preparatory measurements of the sample, the final result is predicted from the drying process. As a result, it saves a fair amount of time during repeated measurements.

Auto-taring mechanism

The MOC-120H is equipped with a unique auto-taring mechanism, which adjusts the zero drift automatically and ensures high accuracy, even when measuring during an extended period.

Bias correction function

The bias correction function allows adjustment to the data obtained by other measuring methods or other testers.

Backlight LCD

Large backlit LCD is easily read even under poor lighting conditions.

Data memory and printer output

WindowsDirect

Shimadzu’s unique Windows® Direct function is standard. Measurement data can be easily sent to an application such as Excel®. After import to Excel, data can be processed as one pleases, using familiar functions such as statistical calculations and graph charting. Connection requires only a single RS232C cable. Interface connections and software installations are completely unnecessary.

Brochure (820 KB)

Instruction Manual (3,206 KB)

Specifications

Model	MOC-120H
Measuring method	Infrared heat drying mass measurement
Sample pan size	ø130 mm
Minimum display in weighing	0.001g
Measurement range of moisture content	0.01% to 100.00%
Moisture content minimum display	0.01%
Maximum sample capacity	120 g
Measurement mode	Automatic or Timed halting modes, Rapid, Slow and Step drying modes, Predictive Measuring mode
Drying heater	Mid-wave infrared quartz heater
Setting temperature range	30°C to 180 °C (by 1°C increments)
Dimensions & weight	W220xD415xH190 (mm), 4.5 kg
Operational temperature and humidity range	range5 °Cto 40°C, 85% RH maximum
Power requirements	100 V to 127 V/220 V to 240 V AC, 640 W maximum
Standard accessories	Sample pan 2 pcs, sample pan stop, windbreak case, sample pan, handler 2 pcs, aluminum sheet 20 pcs, spoon, spatula

Optional Units

Printer set (Connection cord, printer paper (thermal paper) 1 roll included)
AC adaptor
Printer paper (10 roll set9RS-232C cable)

PHYSICAL DIMENSIONS

Measurements in mm. 1mm=.03937″

LabSolutions Balance

Integrate Analysis Data Acquired from Balances to Analytical Network Data System Compliant with ER/ES Regulations

Improves Operational Efficiency and Data Reliability

Eliminate manual entry and all the weighing data are saved automatically in a safe database without transcription mistakes.
Reports appropriate for weighing methods, such as the mass variation test, drying weight loss test and particle size test, can be created automatically after the measurement. In addition, customized reports featuring such information as system conformance, content uniformity and elution tests together with the analysis results obtained by HPLC, etc. can be created.

Main Window of LabSolutions Balance

Integrated Management of Analytical Data on Network System Using LabSolutions

Compliant with the Latest Data Integrity Guidance (U.S. FDA 21 CFR Part 11)

Weighing results can be automatically saved in the database together with other information, including sample ID, operator name, operation date and series number of instrument used. This enables quick data searching based on sample information.
It allows setting up user authority to ensure only the authorized user can create a template for weighing.
It prevents improper manipulation, unintended overwriting and deletion of data. In addition, measurement results, all the operation histories and reasons will be saved in the database as log files.

Integrated Report Creation Function Combines Analysis Results from HPLC and Weighing Results from Balance

Note: Multi-data report creation (optional) is necessary to use this function.

Specifications

OS	Windows 7 Professional (32bit/64bit), Windows 10 Pro
Compatible Instruments	Shimadzu AP, AU, AT, UW/UX series
Other Functions	Controls up to 2 balance units, generation of PDF files, interface supporting linkage to LIMS system (option)

AW/AX/AY Series

ATX/ATY Series

Analytical Balances

ATX

ATY

-New standard of analytical balance-

ATX/ATY series realized superior performance and budget price with Shimadzu weighing sensor UniBloc.

This model achieve usability and high accuracy as analytical balance.

Touch-Key calibration (ATX series)

Automated calibration can be started by pressing keys. Also, your external calibration weights can be used for span calibration (all models)

Easy Setting best fit to weighting application

Quickly adjust the desired ration of stability and response for every application, even during measurement, with one-touch operation.

WindowsDirect communication function

Connection to Windows Vista and Windows7.（pdf/324KB）

* RS232C interface is needed.

Very large size pan

The pan size of AT series is 91mm dia. It’s the biggest one in this class and you can set large container (e.g. flask) easily.

Application support

Formulation mode
Comparator function
Piece counting function

Specifications

Model	ATX84	ATX124	ATX224	ATX324	ATY64	ATY124	ATY224	ATY324
Capacity	82 g	120 g	220 g	320 g	62 g	120 g	220 g	320 g
Minimum Display	0.1 mg
Repeatability (Standard Deviation)	≤0.1 mg
Linearity	±0.2 mg
Stabilisation Time^*1	Approx. 3.0 seconds
Operating Temperature and Humidity Limits	5-40°C 20-85%^*2
Temperature Coefficient for Sensitivity (10-30°C)	±2ppm/°C
Pan Size (mm) approx.	Φ91
Main Body Dimensions (mm) approx.	213(W) x 356(D) x 338(H)
Main Body Weight (kg) approx.	6.2				6.0
Power requirement	12V, 1A
Internal Calibration	✔

*1 The Stabilisation time is a representative value
*2 No condensation

Solution System Packages

Specific Gravity Measurement kit

SMK

Specific Gravity Measurement kit

Simple specific gravity meters based on precision balances.

Combination of Shimadzu balance and SMK Specific Gravity Measurement kit makes handy specific gravity measuring equipment for solid samples.

Software for specific gravity measurement is pre-installed to
AUW-D/AUW/AUX/AUY, AW/AX/AY, UW/UX, and EL/ELB Series.

Order one of the balances and the corresponding SMK Specific Gravity Measurement kit.

Liquid specific gravity can be also measured with a sinker (except for EL/ELB Series).

Model	Catalog No.	Balance Series	Sample Phase
Model	Catalog No.	Balance Series	Solid	Liquid
SMK-401	321-60550-01	AUW-D/AUW/AUX/AUY	✔	✔
SMK-301	321-60550	AW/AX/AY	✔	✔
SMK-101	321-60576-01	UW/UX (Capacity 2200g or more)	✔	✔
SMK-102	321-60576-02	UW/UX (Capacity 420g-820g)	✔	✔
SMK-201	321-42253	EL/ELB (Capacity 600g-6000g)	✔

A sinker is additionally needed for liquid specific gravity measurement.

Animal Balances

BW-K

BX-K

Electronic Balances for Weighing Animals

Dedicated software brings quick and reliable results of live animal weighing.

Upon removing the weighed animal, the weight of remaining feces and output are automatically tared off, and the balance presents zero for the next animal.

Order a standard balance plus one of the applicable animal bucket sets.

Model	Catalog No.	Balance Series	Reduced Capacity (approx.)
Small Animal Bucket set	321-62150	UW/UX (Capacity 2200g or more)	Bottom 110dia, Top 200dia, Height 130
Medium-size Animal Bucket set^*1	321-62545-03	BX-K	Bottom 305 x 215, Top 377 x 245, Height 215
Medium-size Animal Bucket set^*1	321-62545-04	BW-K	Bottom 305 x 215, Top 377 x 245, Height 215
Large Animal Bucket set^*2	321-62545-01	BX-K (Capacity 22kg or more)	Bottom 335 x 245, Top 445 x 395, Height 345
Large Animal Bucket set^*2	321-62545-02	BW-K (Capacity 22kg or more)	Bottom 335 x 245, Top 445 x 395, Height 345

*1 Capacity is reduced about 2kg
*2 Capacity is reduced about 6kg

AP Sereis Provides High-speed Response and High Stability A New Stage in Analytical Balance Performance

Materials Testing & Inspection

The properties of materials are various, and according to the forces at work in the material and the surrounding environment, their behavior differs. Nowadays when product quality and safety are being rigorously pursued, testing and inspection machines offer data which serve to guide the R&D on improved materials and products. High level technologies incorporating precision, electronics, control, optics, sensors, and information processing are concentrated in these tensile testing Machine and inspection machines, producing the evaluation system most suited to the objective of use.

Product Lineup

Universal / Tensile Testing Machine

Shimadzu offers a range of first-class tensile testing instruments to meet R&D requirements in the development of safer and higher quality materials and products. With Tensile Testers like the AG-X plus Series, AGS-X Series and the Table-top EZ Test Series, Capillary Flow and Endurance Testers, and a variety of Micro Hardness Testers like the DUH-211 Series, the choice is yours. Combined with Shimadzu’s selection of accessories, including grips, extensometers, and jigs, and the optional Windows^®-compatible Trapezium Software, which provides simplified user operation with Wizards and the industry’s premier navigation system, Shimadzu can provide you with a solution for any environment or application.

High-level technologies incorporating precision, electronics, control, optics, sensors, and information processing are concentrated in these testing and inspection machines, producing the evaluation system most suited to the objective of use.

Fatigue Testing

With improved reliability and safety called for as a result of environment problems and in electronic and transportation equipment, R&D is being conducted vigorously into high-performance, high-reliability materials and products. For this reason, the methods for evaluating the strength properties and reliability of these materials and products also have become advanced and complex. The Shimadzu Servopulser provides you with the functions for building a system that can flexibly and optimally accommodate various evaluations and tests of this kind.

Hardness Testing / Viscosity & Flow Testing

Shimadzu’s range of hardness testers – including conventional JIS-compatible models and models utilizing new principles of operation – can evaluate the hardness (strength) of all materials from steel through to new materials and from micro parts through to large products.
The Shimadzu Mooney Viscometer features excellent performance of the Mooney viscosity test with high efficiency ensured by controlling system.

Materials Testing & Inspection Application Data Sheet

Shimadzu Materials Testing & Inspection Application Data Sheet

Thank you for your interest in Shimadzu’s Materials Testing & Inspection Application Data Sheet. Here with we are pleased to share with you our Application Data Sheet describes details of Shimadzu’s Materials Testing & Inspection product’s features and benefits sprinkled with analysis data.

The documents listed below are now available for download by clicking the titles and completing registration to literature service on our website. Registration is free and only takes a few minutes.

No. 12	Evaluation of Food Texture
No. 11	Evaluation of Foods for People with Dysphagia
No. 10	Measurement for Monotonic Equibiaxial Flexural Strength of Glass
No. 9	Measurements of Modulus of Elasticity and Poisson’s Ratio for Films
No. 8	Flexural Testing of CFRP Boards
No. 7	Tensile Tests of Films
No. 6	Tear Tests of Angle-Shaped Rubber Specimens
No. 5	Tear Tests of Crescent-shaped Rubber Specimens
No. 4	Tensile Tests of Rubber Dumbbell Specimens
No. 3	Tensile Tests of Plastic Materials at Low Temperatures (-40 °C)
No. 2	Flexural Testing of Plastics
No. 1	Tensile Test of Various Plastic Materials

Impact Testing

In recent years, plastic composite materials have come to be used as various structural strengthening parts, for example, in automobiles and aircraft. Shimadzu provides high-speed puncture and tensile testing machines. Please refer to these.

High-Speed Video Camera

In a variety of scientific applications, phenomena elapse in an instant, leaving no clue to their solution. High-speed video cameras record such moments, enabling visualization through slow-motion replay. This technology is used as an important analysis tool in a variety of fields including materials failure, electric discharge, explosions, and microscopic phenomena. In recent years, such observations have progressed to ever higher speeds and increasing detail, leading to calls for ultra-high-speed recording far in excess of conventional recording speeds.

Large Structural Material Testing

Testing and R&D for ensuring the safety and durability of various large structures is becoming more and more important as civil engineering and construction projects are becoming larger in scale and traffic is becoming faster. Shimadzu provides various testing systems in response to these needs. Please refer to these.

Static Jack System

Exactly Capturing the Strength Characteristics of Structures

The servo actuator system applies static test force loads on structures at high precision to obtain their mechanical characteristics on an experimental basis.

[Features]

Displacement is controlled in a stepped manner by using a monitor control wave, and successively and repeatedly increased and decreased to measure strain at each point, displacement and other parameters to obtain static strength characteristics.
Various combinations of servo actuator and hydraulic power supply capacity are possible according to the aim of the experiment and scale.
Pseudo-dynamic test software is available.

[Specifications]

■ 1000 KN Type

	1-unit Configuration	2-unit Configuration
Test load capacity	1000 KN	1000 KN
Piston stroke	±200 mm	±200 mm
Hydraulic power supply capacity	40 L/min	40 L/min

■ 2000 KN Type

	1-unit Configuration	2-unit Configuration
Test load capacity	2000 KN	2000 KN
Piston stroke	±300 mm	±300 mm
Hydraulic power supply capacity	40 L/min	40 L/min

■ 3000 KN Type

	1-unit Configuration	2-unit Configuration
Test load capacity	3000 KN	3000 KN
Piston stroke	±300 mm	±300 mm
Hydraulic power supply capacity	40 L/min	40 L/min

■ 5000 KN Type

	1-unit Configuration	2-unit Configuration
Test load capacity	5000 KN	5000 KN
Piston stroke	±300 mm	±300 mm
Hydraulic power supply capacity	70 L/min	70 L/min

[Evaluation Targets]

Structural material testing

* Appearance and specifications are subject to change without notice.

Dynamic Jack System

Structural Fatigue Testing System (Jack System)

Load Method	Electrohydraulic servo(capasity 10 to 300kN)
Controlled Variables	Load,displacement(strain)
Test frequency	0.001 to 30 Hz (The maximum varies depending on the hydrauli)

Solution System Packages

Texture Analyzer

– For the Scientific Evaluation of Food –
“My tester” performs rheology property evaluations on food and strength evaluations on medicines and pharmaceuticals.

This tester can easily provide high-precision data with excellent reproducibility for a variety of fields whenever needed. It is useful in a wide range of fields since it can quantify the texture properties of foods, medicines and pharmaceuticals, such as bite texture, sensation and palatability, perform QA evaluation according to changes in hardness, and perform strength evaluation of food wrappings.

Features

Elasticity measurement of boiled fish paste (compliant with The Ministry of Agriculture, Forestry and Fisheries Public Notice No.1074 for Special Boiled Fish Pastes)
Measurement of aging phenomenon of bread
Comparison of strength of adhered sections of packages having different applications (compliant with The Ministry of Agriculture, Forestry and Fisheries Public Notice No.1 for Raw Type Dried Noodles)
Measurement of crushing hardness of pills and tablets

Evaluation Items

Static strength, Foods, Cosmetics, Medicines and pharmaceuticals, Containers

* Appearance and specifications are subject to change without notice.

Long-Stroke Tensile Testing System for Vulcanized Rubber

Capable of Measuring Even Specimens with a Large Break Strain

Features

A tensile test method for vulcanized rubber is stipulated in JIS K6251 (Rubber,vulcanized or thermoplastic-Determination of tensile stress-strain properties). One of the properties of vulcanized rubber is significant elongation. This long-stroke tensile testing system for vulcanized rubber has a long stroke that is required for calculating these tensile characteristics of rubber, and accommodates dumbbell specimens Nos.1 through 6 stipulated in JIS K6251.

This system is based on the Shimadzu Autograph AG Series, and consists of a “pantograph type grip” having outstanding operability, “SES-1000 Extensometer for Soft Materials” compatible with measurement of high ductility elongation, and the AG dedicated software “TRAPEZIUM2” for conducting data processing from the test force-displacement curve in real time.

This system enables you to efficiently obtain the tensile characteristics of vulcanized rubber.

Specifications

Load capacity	1 kN
Grip	1 kN pantograph grip type 2
Initial grip space	Dumbbell specimen No.1: 90 mm Dumbbell specimen Nos.2, 3, 4: 70 mm Dumbbell specimen No.5: 85 mm Dumbbell specimen No.6: 40 mm
Tensile stroke	Dumbbell specimen No.1: 655 mm Dumbbell specimen Nos.2, 3, 4: 675 mm Dumbbell specimen No.5: 660 mm Dumbbell specimen No.6: 705 mm
Displacement gauge length	20, 25, 40 mm
Displacement gauge measurement range	100, 200, 1000 % at each gauge length

Evaluation Targets

Vulcanized rubber, Rubber

* Appearance and specifications are subject to change without notice.

Compression Test Jig

Compression Test Jig for Foam Rubber Specimens

Automobile seats mainly can be tested
in accordance with the JIS K 6400 Soft Urethane Foam Rubber Test Method.

This test jig is for compression (hardness) testing of foam rubber and urethane foam used in vehicles, furniture and bedding. Air holes are provided for foam rubber compression tests.

[Specifications]

Foam Hardness Measurement
The following shows the test control and data processing for obtaining foam hardness.
<Control pattern>

<Data processing>

Hardness of specimen (specimen thickness at initial test force value)
Hardness at 25 %, 40 % and 65 % of specimen thickness is obtained.

Compression Deflection
The following shows measurement of the compression deflection coefficient and hysteresis loss ratio of foam.
<Control pattern>

<Data processing>

Compression deflection coefficient (S65/S25)
Hysteresis loss (area enclosed by reciprocation/area of forward feed × 100)

[Specifications]

Max. test force	1 kN
Plate dia. (mm)	200 mm dia.
Specimen support plate (mm)	400 × 400
Specimen support plate air holes (mm)	Dia. 6.5, center distance 20
Operational temp. range	0 to +40 °C

[Evaluation Targets]

Foam rubber such as urethane for cushions, Automobile parts

* Appearance and specifications are subject to change without notice.

Ceramics Bending Test Jig

Substantial Lineup for Ceramic Bending Tests

These test jigs enable 3- and 4-point bending tests in accordance with various JIS, ISO and ASTM standards.

Features

Bending tests based on a Room Temperature Bending Test Method for Fine Ceramics JIS R1601 can be performed.
Both 3- and 4-point bending test methods are supported.
A test jig compatible with a Ceramics High-Temperature Bending Test Method JIS R1604 also is available.

Specifications

Max. test force	5 kN
Applicable standards	JIS R1601 (Bending Test Method for Fine Ceramics)

●	3-/4-point bending test jigs for small specimens	Distance between 3-/4-point bending supports 10 to 60 mm Span between 4-point bending punch 10 mm
●	3-/4-point bending test jigs for ceramics	Distance between 3-/4-point bending supports 30 mm Span between 4-point bending punch 10 mm
●	3-/4-point bending test jigs for composite materials	Distance between 3-/4-point bending supports 30 to 100 mm Span between 4-point bending punch 10 to 35 mm

Evaluation Targets

Ceramics, Plastics, Metal/machinery

* Appearance and specifications are subject to change without notice.

Circuit Board Bending Test Jig

Printed Circuit Board Bending Test Jig

Evaluation of Bending Strength of Electronic Components and Printed Circuit Boards

[Features]

Can perform 3- and 4-point testing of printed circuit boards.
Can measure resistance values while simultaneously measuring printed circuit board strength. (optional)
Can calculate critical bending and other test parameters.
Can perform cycle bending test.

[Specifications]

Size Weight

Approx. 380 (W) × 400 (D) × 720 mm (H), approx. 25 kg

[Evaluation Targets]

Printed circuit boards, Electronic components

* Appearance and specifications are subject to change without notice.

Tensile Testing with Thermostatic Chamber

Tensile Testing System with Thermostatic Chamber

This thermostatic chamber is ideal for long-stroke tensile testing of large-elongation materials such as rubber and plastic in controlled temperature environments.

[Features]

Extension bellows enable long-stroke testing in the chamber without the need for the thermostatic chamber extension.
• Eff. tensile stroke Max. 370 mm
• Grip space 0 to 450 mm
(example of 250 mm extension type AG-5kNI 5 kN screw type chuck)
Testing can be performed in a wide temperature range.
• Temperature range: -60 °C to +250 °C (TCR2L type)
-70 °C to 250 °C (TCL-NL type)
Accommodates large elongation, and a long range with uniform temperature can be ensured.
• ±1.5 °C at 300 mm in height direction
250 mm extension type applicable on Autograph
• In the case of conventional 250 mm extension type thermostatic chambers, the 500 mm extension type is needed on the Autograph main unit. However, with this thermostatic chamber, the 250 mm extension type is sufficient on the Autograph to configure a reasonably priced long-stroke tensile testing system.
Integration of the temperature controller with the thermostatic chamber body and downsizing of the stand means that less installation space is required.

[Specifications]

Type	TCR1L	TCR2L	TCL-NL/TCL-CL
Cooling system	Single refrigerator (water-cooled)	Dual refrigerator (water-cooled)	Liquid N2/ CO2 injection
Heating system	Heater
Chamber inner dimensions	220 (W) × 220 (D) × 600 mm (H)
Temperature range	-35 to +250 °C	-60 to +250 °C	-70 to +250 °C
Heating time	Within 40 minutes	Within 40 minutes	Within 30 minutes
Cooling time	Within 40 minutes	Within 50 minutes	Within 30 minutes
Temperature distribution	±1.5 °C

[Evaluation Targets]

Large-elongation materials such as rubber and plastic

* Appearance and specifications are subject to change without notice.

Compliance with ISO, JIS, and ASTM Plastics Testing Standards

Tensile Test Methods for Plastics: ISO 527 and JIS K 7161

Resin materials (plastics) are found in a wide variety of items used on a daily basis. Recently, plastics have started to be used as structural materials in transportation equipment, such as automobiles and aircraft, due to their strength and light-weight nature. In these applications, it is important to understand the mechanical strength properties of these plastics. ISO 527 and JIS K 7161 outline methods for testing the tensile strength of plastics and other resin materials. Included in these methods are accuracy specifications for the test frame and test accessories. The contents of ISO 527 and JIS K 7161 are basically the same, but differ from the equivalent ASTM standard for tensile testing of plastics, ASTM D638. For more information about ASTM D638,

TRViewX Non-Contact Digital Video Extensometer

Test force accuracy of ±1%

ISO 527 and JIS K 7161 require a test force accuracy that meets ISO 7500-1 Class 1 and JIS B 7721 Class 1, accuracy within 1% of the indicated test force.
Shimadzu’s AG-X plus series, AGS-X series, and EZ-X series test frames and load cells meet the test force accuracy requirements of ISO 527 and JIS K 7161.


AG-X plus Series High-Performance Test Frames	AGS-X Series High-Throughput Test Frames	EZ-X Series Compact Test Frames

Elongation measurements with 1 μm absolute accuracy and ±1% relative accuracy are required.

ISO 527 and JIS K 7161 recommend dumbbell-shaped specimens with a gauge length of 50 mm or 75 mm, with the 75 mm gauge length added to the 2012 revision of ISO 527.
For extensometers used to measure tensile modulus of elasticity, ISO 527 and JIS K 7161 require the ability to measure gauge length changes with ISO 9513 Class 1 accuracy, within 1% of the indicated displacement.
Dependent on the gauge length of the specimen used, this relative accuracy requires the following absolute accuracy:

75 mm gauge length specimens (1A specimens) require absolute accuracy of 1.5 m

50 mm gauge length specimens (1A specimens) require absolute accuracy of 1 m
(Specimens with 10 mm and 25 mm gauge lengths are also possible)

Shimadzu’s SIE-560SA series automatic extensometers, TRViewX non-contact digital video extensometers, and SSG-H and SSG strain gauge extensometers all comply with the accuracy requirements of ISO 527 and JIS K 7161. In particular, the SIE-560SA series enable automated extensometer arm attachment and removal, increasing testing efficiency and minimizing differences between operators.


SSG-H Strain Gauge Extensometers	SSG Strain Gauge Extensometers	TRViewX Non-Contact Digital Video Extensometers

ISO 527 and JIS K 7161 Specimen Dimensions

Size	1A Specimens		1B Specimens
Full length, l₃	170		150
Parallel length, l₁	80		60
Gauge length, L₀	75	50	50
Parallel section width, b₁	10		10
Thickness, h	4		4
Grip section width, b₂	20		20
Grip face length, L	115		115

Grips, grip faces, and additional devices

Plastics come in a wide variety of types and strengths, depending on the ingredients, mixtures, and composition used. For instance, in structural materials, plastics can be pliable or rigid. There are also many types of engineering plastics and plastics used in composite materials, such as carbon fiber reinforced plastics (CFRP). To ensure tensile strength tests are performed properly, suitable grips, grip faces, and additional devices appropriate for the given material and testing efficiency must be selected. Shimadzu offers a broad line of accessories to support plastics tensile testing, such as grips ranging from manual non-shift wedge grips to pneumatic and hydraulic versions, and axial centering systems.


Manual Non-Shift Wedge Grip	Pneumatic Flat Grips	Embedded File Teeth Grip Faces	Axial Centering Systems

Sampling rate

For ISO 527 and JIS K 7161, the sampling rate for data acquisition must be at least as high as the sampling frequency, which is dependent on the properties of the material and accessories. For example, for a material with a gauge length (Lo) of 75 mm, a grip face length (L) of 155 mm, a minimum extensometer resolution (R) of 0.0005 mm, and a test speed (v) of 1 mm/min, a sampling frequency (f) of 22 Hz (46 msec) is required.

　：Sampling frequency（Hz）

　：Test speed（mm/min）

　：Grip faces length （mm）

　：Gauge length （mm）

　：Minimum resolution of extensometer（mm）

Resolution must be at least half the extensometer accuracy.

AG-X plus series, AGS-X series, and EZ-X series test frames exceed the sampling rate requirements for such tests.

Strain calculation method

ISO 527 and JIS K 7161 specify the following method (Method B) for calculating strain for tensile tests in which a yield point is present.
Notes: They also include the previous method as Method A. Method B is preferred for plastics with a yield point.

εy

：Yield strain

ΔL*

：Increase in grip space after yield strain

：Initial distance between grips

Standard functionality in Trapezium X, Shimadzu’s dedicated materials testing software, enables straightforward calculation of tensile strain for plastics which exhibit a yield point.

Tensile Test Methods for Plastics: ASTM D638

ASTM D638 specifies methods for testing the tensile strength of plastics and other resin materials and for calculating their mechanical properties, and outlines accuracy requirements for the test frames and accessories used.

ASTM D638 differs slightly from its ISO and JIS equivalents, ISO 527 and JIS K 7161. For more information about ISO 527 and JIS K 7161, please click here.

Automatic Extensometer SIE-560

Test force accuracy of ±1%

ASTM D638 requires a test force accuracy that meets ASTM E4 Class 1, accuracy within ±1% of the indicated test force. Shimadzu’s AG-X plus series, AGS-X series, and EZ-X series test frames and load cells all meet the test force accuracy requirements for ASTM D638.


AG-X plus Series High-Performance Test Frames	AGS-X Series High-Throughput Test Frames	EZ-X Series Compact Test Frames

Elongation measurements with 10 μm absolute accuracy and ±0.5% relative accuracy

Specimens for ASTM D638 are dumbbell-shaped with either a 25 mm or 50 mm gauge length; a 50 mm gauge length is recommended. Gauge length changes with ASTM E83 Class B-2 accuracy; an absolute accuracy of 10 μm for a 50 mm gauge length and relative accuracy within ±0.5% are required by ASTM D638 for measuring the tensile modulus of elasticity. Also, for elongation beyond the yield point but less than 20%, Class C accuracy is specified; an absolute accuracy of 50 μm for a 50 mm gauge length and relative accuracy within 1%, and ±10% relative accuracy are required for the rest of the test. For ASTM D638 compliant elongation testing, Shimadzu offers SIE-560SA automatic extensometers, TRViewX non-contact digital video extensometers, and SSG-H one-touch, strain gauge extensometers. In particular, the SIE-560SA automatic extensometer can be programmed to attach and detach automatically from the specimen and can be used for either 25 mm or 50 mm gauge length, improving test efficiency and repeatability.


SSG-H One-Touch, Strain Gauge Extensometers	TRViewX Non-Contact Digital Video Extensometers

ASTM D638 Specimen Dimensions

Size	Type I	Type II	Type III	Type IV	Type V
Full length,l₃	165	185	165	115
Parallel length,l₂	57	57	57	33	63.5
Gauge length,l₁	50	50	50	25	–
Parallel section width,strong₁	13	6	19	6	7.62
Thickness,h	7 mm or less （ Recommend 3.2±0.4 mm ）		7mm to 14mm	4mm or less
Grip section width,strong₂	19	19	29	19	9.53
Distance between grips	115	135	115	65	25.4

Five types of specimens
Type I is recommended
Type II is used if break does not occur within the parallel section of Type I
Type V is used for special circumstances, such as testing in a thermostatic chamber
(In addition, other shapes are specified, such as tube and rod shapes.)

Flexural Test Methods for Plastics: ISO 178 and JIS K 7171

Testing the flexural properties (bending properties) of plastics and other resin materials are covered in ISO 178 and JIS K 7171. These methods include calculations for the mechanical properties and accuracy specifications for the measuring systems used.

The ASTM standard for flexural testing of plastics, ASTM D790, has slightly different requirements compared with ISO 178 and JIS K7171, which are essentially the same. For more information about ASTM D790, please click here.

Test force accuracy of ±1%

A test force accuracy that meets ISO 7500-1 Class 1 and JIS B 7721 Class 1, accuracy within ±1% of the indicated test force, is required for ISO 178 and JIS K 7171.
Test frames and load cells that surpass these requirements are Shimadzu’s AG-X plus series, AGS-X series, and EZ-X series.


AG-X plus Series High-Performance Test Frames	AGS-X Series High-Throughput Test Frames	EZ-X Series Compact Test Frames

Deflection measurements

ISO 178 and JIS K 7171 require ISO 9513 Class 1 accuracy (accuracy within 1% of the indicated value) for displacement measurements during testing.
For example, accuracy to within ±3.4 μm is required for measuring the flexural modulus of a 4 mm thick specimen.

Shimadzu’s ISO 178 and JIS K 7171 compliant deflectometers integrate into AG-X plus series, AGS-X series, and EZ-X series test frames, and with Trapezium X testing software, form a comprehensive flexural test package. In addition, since these contact deflectometers push up against the specimen from below, specimen color is not an issue, as can be for laser non-contact deflectometers. Furthermore, these deflectometers provide additional functions, such as partially absorbing the shock during specimen fracture, preventing the scatter of specimen fragments.

High-rigidity test frames

Included in the annexes of ISO 178 and JIS K 7171 are crosshead displacement and compliance correction requirements.
Crosshead displacement during testing not only includes specimen deflection, but also the penetration of the punch and supports into the specimen and the deflection of the test frame itself. To ensure ISO 9513 Class 1 accuracy throughout the entire measured deflection range, it is suggested that either a highly accurate deflectometer is used or a compliance correction for the test frame is performed.

Compliance correction cancels out the portion of crosshead displacement attributed to the deflection of the test frame. The correction magnitude can be minimized by using a highly rigid test frame with minimal deformation. Shimadzu’s AG-X plus series highly rigid test frames are ideal for flexural testing.

Note: Compliance corrections do not guarantee ISO 9513 Class 1 accuracy for deflections measured during tests.

Wide range of 3-point bend test fixtures

The radius of the punch and supports of the 3-point bend test fixture used for ISO 178 and JIS K 7171 flexural test standards are based on the thickness of the specimen. ASTM D790 specifies different radius values for punches and supports. Shimadzu offers a wide range of 3-point bend test fixtures to meet the requirements of all specimen sizes.

ISO 178 and JIS K7171 Specimen and Fixture Dimensions

Size	Recommended Specimen	3-Point Bend Test Fixture
Specimen length,l	80 mm	–	–
Specimen width,strong	10 mm	–	–
Specimen thickness,h	4 mm	h> 3 mm	h≦ 3 mm
Punch radius,R₁	5 mm
Support radius,R₂	5 mm		2 mm
Distance between supports,L	16h

Flexural Test Methods for Plastics: ASTM D790

ASTM D790 specifies methods for determining the flexural properties (bending properties) of reinforced and unreinforced plastics and electrical insulation materials.
The standard includes some unique requirements that differ from the equivalent ISO and JIS standards, ISO 178 and JIS K 7171. For more information about ISO 178 and JIS K 7171,please click here.

Test force accuracy of ±1%

ASTM D790 requires a test force accuracy that meets ASTM E4 Class 1, accuracy within ±1% of the indicated test force, which is equivalent to ISO 7500-1 Class 1 and JIS B 7721 Class 1. All of Shimadzu’s test frames, including AG-X plus series, AGS-X series, and EZ-X series, and load cells are compliant with the test force requirements of ASTM D790.


AG-X plus Series High-Performance Test Frames	AGS-X Series High-Throughput Test Frames	EZ-X Series Compact Test Frames

Deflection measurements

During testing, ASTM D790 requires the use of a deflectometer to measure flexural displacements. Shimadzu’s ASTM D790 compliant deflectometers are compatible with AG-X plus series, AGS-X series, and EZ-X series test frames. With the addition of Trapezium X testing software, a comprehensive flexural testing package is created.

Because of the design and placement of the contact deflectometer pushing up against the specimen from below, these deflectometers do not suffer from color issues, as can hinder laser non-contact deflectometers. Other design features include a selectable spring force to make sure the specimen is not affected during testing, and the ability to partially absorb the shock during specimen fracture, lessening the chance of scatter of specimen fragments.

High-rigidity test frames

AG-X plus Series High-Performance Test Frames

In addition to the specimen deflection during flexural testing, crosshead displacement values can include the penetration of the punch and supports into the specimen and the deflection of the testing machine itself. ASTM D790 specifies deflection during testing to not exceed 1% of the specimen strain. Therefore, to ensure the system deflection is less than 1% of the entire specimen deflection range being measured, a highly accurate deflectometer and highly rigid test frame, like Shimadzu’s AG-X plus series, are required.

Wide range of 3-point bend test fixtures

The radius of the punch and support points for the 3-point bend test fixture is specified in ASTM D790.
Different radius values for punches and supports are required for different thickness specimens. Therefore, choosing the optimal test fixture for a given specimen is essential. Shimadzu offers a wide range of 3-point bend test fixtures to meet the requirements of all specimen sizes.

Plastic Bending Test System for JIS/ASTM Standard-Compliant

JIS/ASTM Standard-Compliant Plastic Bending Test System

Testing of Plastic in Accordance with JIS, ISO and ASTM Standards Can Be Performed

Bending tests compliant with JIS/ASTM standards and deflection measurement during bending tests can be conducted to high precision.
Various test specimen thicknesses can be accommodated by replacing the punch and supports of the bending jig, enabling compatibility with different types of standards.

[Specifications]

Main specifications

Applicable standards	JIS K6911 JIS K6902 JIS C6481 JIS K7171, etc.	ASTM D790	JIS K6911 JIS K6902 JIS C6481 JIS K7171, etc.	ASTM D790
Load capacity	10 kN		100 kN
Distance between supports	20 to 200 mm	0.8 to 8”	50 to 500 mm	2 to 20”
Temperature range	0 to 40 °C

[Evaluation Targets]

Plastics

* Appearance and specifications are subject to change without notice.

Automatic Systems

Fully Automatic Rubber Tensile Testing System

Compactly Integrating Functions Required for Quality Control of Rubber Shimadzu Fully-Automatic Tensile Testing System

[Features]

Compliant with JIS K6301 and K6251 standards for rubber
100 % elongation compatible extensometer
Automatic 3-point thickness measurement matched to test material
Pallet system used for storing specimens (max. 120 specimens)
JIS-compliant dedicated data processing software
Eccentric roller type air chuck supporting a mechanism for preventing specimens from slipping down during the test
Sagging of chucked specimens automatically compensated
High-speed (max. 2000 mm/min) return to zero after specimen breakage

[Specifications]

Applicable specimen	JIS K6251 No.3 and No.5: For tensile testing JIS K6252 Crescent type and angle type (optional)
Load capacity	1 kN
Test speed	5 to 500 mm/min
Grip, bending jig	1 kN pneumatic eccentric roller type grip
Gauge length extensometer	Contact type extensometer (GL20, 25 mm)
Specimen size measuring device	Linear gauge type
Specimen storage unit	Pallet type
Data processing unit	JIS K6250, 6251, 6252 (optional) compliant

[Evaluation Targets]

Various rubbers

[Advanced System]

Fully Automatic Rubber Tensile Testing System in a Thermostatic Chamber and Video Type Non-Contact Elongation Measurement

* Appearance and specifications are subject to change without notice.

Fully Automatic Plastic Tensile/Bending Testing Machine

Contributes to Labor Savings in the Testing of Plastics

Tensile testing and bending testing for plastics compliant with JIS (ISO) standards can be fully automated.

[Features]

Compliant with JIS/ISO plastic testing standards
Extensometer for high-precision tensile testing capable of measuring elastic modules through to fracture elongation
Automatic size measuring device with a precision of ±5 µm or less
High-speed, high-precision data sampling every 10 msec
JIS-compliant dedicated data processing software

[Specifications]

	Tensile Testing Machine	Bending Testing Machine
Applicable specimen	JIS K7162 1A, 1B ISO 527 1A, 1B	JIS K7171 standard specimen ISO 178 standard specimen
Load capacity	10 kN	5 kN
Test speed	0.0005 to 1000 mm/min
Grip Bending jig	10 kN pneumatic flat type grip	Bending span 30 to 150 mm
Gauge length extensometer	MFN extensometer (GL50 mm)	Laser extensometer (optional)
Specimen size measuring device	Magnet scale type
Specimen storage unit	Pallet type or magazine type
Data processing unit	JIS K7161- and ISO527-compliant	JIS K7171- and ISO178-compliant

[Evaluation Targets]

Various plastics

* Appearance and specifications are subject to change without notice.

Fully Automatic Metal Tensile Testing System

Fully Automatic Tensile Testing System

Metal tensile testing can be fully automated by dedicated systems matched to customers’ specific testing requirements.

[Features]

Fully automatic from specimen supply through measurement of specimen size
The complete cycle “tensile testing – specimen collection – data processing” can be performed.

[Example System]

Testing machine capacity force	100 kN
Applicable specimen	JIS No.5, ASTM 1/2″
Specimen storage method	Stack up system
Size measuring device	Magnet scale type (thickness) Laser scan type (width)
Transport device	Linear type auto hand
Data processing	Specimen size Upper yield point Yield strength point Max. stress Fracture elongation r value, etc.

[Evaluation Targets]

Metal/machinery

* Appearance and specifications are subject to change without notice.

Accessories

Non-Contact Digital Video Extensometer TRViewX

TRViewX

Non-Contact Digital Video Extensometer

TRViewX is an advanced non-contact extensometer that offers high-measurement accuracy, is capable of measuring width changes, and is applicable to a wide variety of materials testing applications. In particular, due to the non-contact design, TRViewX is perfect for measuring films, foils, and other thin or narrow materials without affecting the specimen during testing.
Furthermore, TRViewX can be used to measure displacements during atmosphere-controlled testing in a thermostatic chamber.
TRViewX provides high-accuracy measurements in accordance with ISO 9513 Class 0.5 and JIS B 7741 Class 0.5 for elongation measurements and ISO 9513 Class 1 and JIS B 7741 Class 1 for width measurements. It is compliant with plastic tensile testing standards, including ISO 527, JIS K7161, and ASTM D638, even supporting 75 mm gauge length specimens (type A1 specimens) specified in ISO 527 and JIS K 7161. In addition, TRViewX supports strain-controlled tensile testing measurements for metallic materials, as required by ISO 6892 and JIS Z 2241.

Advanced, World Leading Non-Contact Extensometer

High-Accuracy Elongation Measurements
Absolute accuracy ±1.5 μm, relative accuracy ±0.5% at room temperature
(ISO 9513 Class 0.5 and JIS B7741 Class 0.5)
Absolute accuracy ±3 μm, relative accuracy ±1.0% for in-chamber testing
(ISO 9513 Class 1 and JIS B7741 Class 1)

Width Measurement Functionality
Absolute accuracy ±2 μm, relative accuracy ±0.5% at room temperature
(ISO 9513 Class 1 and JIS B7741 Class 1)
Enables Lankford (r) value and Poisson’s ratio calculations for films, foils, and other thin specimens

Strain control compatibility
TRViewX is compatible with strain control, where test speeds are controlled based on extensometer values.
When combined with the autotuning function of AG-X plus series and AGS-X series test frames, simple, high-accuracy strain controlled testing is performed.

Single and Dual Camera Models
A consequence of the range of field-of-view lens available, 55 to 800 mm, TRViewX supports measurements ranging from micro-displacement measurements to long-stroke measurements. In addition, dual camera models enable high-accuracy elastic modulus measurements with a 120 mm field-of-view lens, as well as high-elongation specimen failure displacements with the up to 800 mm field-of-view lens.

High-intensity LED Lighting System
Thanks to a high-intensity LED lighting system, the impact of ambient lighting is minimized, improving measurement accuracy.
The intensity of the lighting system can be regulated using Trapezium X testing software, so optimum lighting can be achieved to suit various types of specimens.
To better measure large elongation specimens, up to four LEDs can be positioned around the sample.

Complete Integration with Trapezium X Testing Software Simplifies Operability

The complete integration with easy-to-use Trapezium X testing software simplifies operation and enables images to be included in reports.

Simply select TRViewX testing conditions to set the measurement mode.
All operations from start to finish of the test can be controlled by the software.
TRViewX measures the actual gauge length when testing starts.

Automatic Extensometers SIE-560A/560SA

SIE-560A/560SA Automatic Extensometers

Automatic Extensometer SIE-560 [Standard Type] / 560S [High-Precision Type]

To determine the suitability of a material for an application where it is under load, measuring its elongation is important. Measuring elongation enables determination of the elastic modulus (reversible elongation in the elastic region) by measuring the small initial elongation range, and determination of elongation at specimen failure, by measuring larger irreversible elongation in the plastic region. Shimadzu’s SIE-560A series automatic extensometers accomplish both of these measurements with high accuracy, and provide automated functions that increase testing efficiency and test reproducibility. Ideal for testing a wide variety of materials, including metallic materials, plastics, and composites, the SIE-560A series complies with ISO 527, JIS K 7161, and ASTM D638 standards for plastics tensile testing. In addition, the SIE-560A series supports strain-rate controlled metallic material tensile testing measurements specified in ISO 6892, JIS Z 2241, and ASTM E4

Features Compliant with Plastic and Metallic Material Testing Standards

Automated actions and user-friendly operability increase testing throughput

Functions of the SIE-560A series, including the automatic detection of the mid-point between upper and lower grips, the automatic return to a specified gauge position, and the automatic release of specimens after testing is finished, ensure that routine testing can be performed conveniently and reproducibly.

Integration of the SIE-560A series into Trapezium X materials testing software eliminates the trouble of having to go back and forth between the software and the test system.
In addition, the smart controller on AG-X plus test frames provides the flexibility to operate the extensometer next to the test system.

High Measurement Precision

The SIE-560A series high-precision measurements are the result of a high-precision magnetic induction linear sensor, an ultra-high precision strain gauge sensor (on SIE-560SA models only), and a newly developed digital strain engine.

■ SIE-560SA High-Precision Automated Extensometer
Measures the modulus of elasticity in accordance with ISO 527, JIS K 7161, JIS K 7162, and ASTM D638 plastics tensile testing standards and ISO 6892, JIS Z 2241, and ASTM E8 metallic materials
ISO 9513 Class 0.5, JIS B7741 Class 0.5
ASTM E83 Class B

■ SIE-560A Automated Extensometer
Measures the modulus of elasticity in accordance with the ASTM D638 plastics tensile testing standard and ISO 6892, JIS Z 2241, and ASTM E8 metallic materials tensile testing standards.
ISO 9513 Class 1, JIS B7741 Class 1
ASTM E83 Class C

Model	SIE-560	SIE-560S
Measurement range	Max. 560 mm	Small range: Max. 4 mm Large range: Max. 560 mm
Measurement principle	High-precision magnetic induction linear sensor	Small range: Ultra-high precision strain gauge type sensor Large range: High-precision magnetic induction linear sensor
Measurement precision	0.5 % or less or ±2.5 µm of indicated value, whichever is larger	0.5 % or less or ±1 µm of indicated value, whichever is larger
Gauge length	10 mm to 550 mm	50 mm (can be optionally changed to 10 to 40 mm)
Compliant Standards	Plastics Tensile Testing Standard ASTM D638 Metallic Materials Tensile Testing Standards ISO 6892, JIS Z 2241, ASTM E8	Plastics Tensile Testing Standard ISO 527, JIS K 7171, ASTM D638 Metallic Materials Tensile Testing Standards ISO 6892, JIS Z 2241, ASTM E8
Applicable Specimens	Steel, non-ferrous metals, composite materials (CFRP, GFRP, etc.), and general-purpose plastics

High-Precision Extensometers

TRViewX Non-Contact Digital Video Extensometers
Class 0.5

TRViewX high-precision, non-contact extensometers measure elongation by processing images of pecimens captured using a CCD camera. These extensometers enable high-precision, wide-range elongation measurements of an extensive selection of materials, including metallic materials, rubber, plastics, and lumber.

SSG-H One-Touch, Strain Gauge Extensometers
Class 0.5

SSG-H extensometers are used to measure the elongation of metallic materials and hard plastics.
These strain gauge extensometers are attached and removed from specimens by a one-touch operation.
By calibrating the extensometer, it conforms to JIS Class 0.5, ISO Class 0.5, and ASTM Class B standards for higher precision measurement.

Long-Travel Extensometer for Soft Materials

DSES-1000

Long-Travel Extensometer for Soft Materials

A Long-Travel Extensometer That Is Now Easier to Use and Even More Precise

The DSES-1000 is a long-travel contact-type extensometer able to measure displacement up to the breakpoint in tensile tests of rubber and other soft materials. The upper and lower arms are clamped to respective gauge positions using a simple single operation, with each arm tracking sample elongation independently.

Compliant with Various Rubber Tensile Testing Standards.
(JIS K6251:2010, JIS K6272:2003, JIS K6254, ISO 37:201, ISO5893:2002, ASTM D412-06a, GB/T528-2009)

DSES-1000 operations are fully integrated with TRAPEZIUM X and TRAPEZIUM LITE X software for operating materials. It is compatible with the AG-X Plus, AG-X, AGS-X, and EZ-X series Shimadzu materials testing machines.

1000 mm Maximum Movement Distance

The DSES-1000 can measure elongations up to 4000% for gauge lengths of 10 mm, 2000% for gauge lengths of 20 mm, 1600% for gauge lengths of 25 mm, or 1000% for gauge lengths of 40 mm.
A floating arm mechanism (patent pending) ensures tests can be performed reliably without the arms disengaging from samples.

±0.2% Relative Elongation Measurement Precision

Offers ±0.2% precision for displacement measurements between 50 and 1000 mm, allowing measurement of long displacement distances can be measured with high precision.

Quick Clamping

The lateral quick clamping mechanism makes it easy to center the mounted position of extensometer edge with the sample.
The extensometer can also be attached to the sample first, before chucking the sample.

Note:For AG-X plus and AGS-X models, an optional left-retracting mechanism is available.

Compliant with Various Rubber Tensile Testing Standards

Compatible with Tensile Testing of Rubbers

Also Support Cycle Testing

Specifications

Model	DSES-1000
Measurement Method	Position count by rotary encoder
Max. Movement Distance	1000 mm
Measurement Precision	±100 μm or ±0.2% of displacement, whichever is greater
Guaranteed Measurement Precision Range	Displacement: 10 to 1000 mm Temperature: +10 to +35°C
Applicable Samples	Flat plate-shape samples	Width: 1.0 to 30 mm Thickness: 0.5 to 15 mm
	Cylindrical samples	Diameter :0.5 to 15 mm (for diameters over 3 mm or for the samples such as strand wires which get twisted during the measurement, use the optional V-groove edges)
Gauge Length (GL)	10 to 200 mm	Gauge length setting rods include as standard 10 mm, 20 mm, 25 mm, 40 mm
Gauge Length Precision	±100 μm or ±0.2% of setting value, whichever is greater
Max. Tracking Speed	3000 mm/min
Size & Weight	For AG-X, AGS-X series	H1328 × W400 × D306 mm, 14.2 kg
	For EZ-X series	H1440 × W120 × D261 mm, 12.5 kg
Power Requirements	DC 5V, 220 mA (supplied by the material testing machine)
Applicable Model	AG-X plus series, AG-X series, AGS-X series, EZ-X series * Contact Shimadzu separately regarding connecting the extensometer to models not indicated above.
Optional Parts	Gauge length setting lods	50 mm, 75 mm, 100 mm, 150 mm, 200 mm, 0.5 inch, 1 inch, 2 inch
	Edges	Arc-type edges V-groove edges (for cylindrical samples)
	Clamping force adjustment springs	Tension springs for low clamping force

Product line of Long-Travel Extensometer

Class0.5
TRViewX Non-Contact Digital Video Extensometer

This high-precision non-contact extensometer measures gauge length elongation by processing images of samples captured by a CCD camera.This extensometer enables measuring the elongation of all kinds of materials, including metals, rubber, plastics, and lumber, with high-precision over a wide measurement range.

Class0.5
SIE Series Automatic

This is a contact-type extensometer for measuring the elongation of hard materials, such as metals, and soft materials, such as plastics, with high precision over a wide measurement range.

* Appearance and specifications are subject to change without notice.

One-Touch, Strain Gauge Extensometers SSG-H Series

SSG-H Series

One-Touch, Strain Gauge Extensometers

The SSG-H series of strain gauge extensometers are compliant with ISO, JIS, and ASTM tensile test standards for hard plastics and metal materials
Featuring a wide elongation measurement range with the ability to measure using small gauge lengths, these lightweight, clip-on strain gauge extensometers attach to both rod and flat plate specimens.

The extensometers consist of an elongation sensor and amplifier, and calibration using an extensometer calibrator enables the extensometer to be compliant with JIS and ISO Class 0.5 and ASTM Class B standards.
SSG-H series extensometers feature convenient one-step specimen attachment and removal.

1 µm Absolute Accuracy and 0.5% Relative Accuracy – Compliant with Plastic Tensile Test and Elastic Modulus Measurement Requirements of ISO 527, JIS K 7161, and ASTM D638

Plastic tensile test standards, represented by ISO 527, JIS K 7161, and ASTM D638, require highly accurate displacement measurements.
SSG-H series extensometers are compliant with the aforementioned plastic tensile testing standards and are used widely by plastics manufacturers, public testing institutions, and universities

ISO 527, JIS K 7161, and JIS K 7162 require:

Extensometer elongation measurements with accuracy within ±1% of the measured value.
Elastic modulus values based on a secant line or regression line between the two strain points of 0.0005 (0.05%) and 0.0025 (0.25%).

ASTM D638 requires:

Tensile elasticity measurements with ASTM E83 Class B-2 accuracy (absolute accuracy of 10 m for a 50 mm gauge length and relative accuracy within 0.5%)
Class C accuracy (absolute accuracy of 50 m for a 50 mm gauge length and relative accuracy within 1%) for elongation measurements after the yield point and less than 20% elongation
Relative accuracy within 10% above 20% elongation

ISO 527, JIS K 7161, and JIS K 7162 Elastic Modulus Measurements

Satisfies Strain Control Requirements of ISO 6892 and JIS Z 2241

ISO 6892 and JIS Z 2241 detail test methods for determining the tensile strength of metallic materials. Included within these standards are two control methods for loading materials until they reach their yield point: a stress-rate controlled method and a constant strain-rate controlled method using an extensometer.
ISO 6891-1 defines the strain rate control method as Method A, where testing using this strain rate control method is expected to become increasingly common.

For strain-rate control testing according to ISO 6892 and JIS Z 2241, the SSG-H series extensometer is ideal.

SSG Type Plastic Tensile Testing System

SSG Series Strain Gauge Extensometers

Shimadzu’s SSG series of strain gauge extensometers are compliant with ISO, JIS, and ASTM tensile test standards, including those for plastics and metallic materials

These lightweight, precision extensometers feature a wide elongation measurement range, while retaining the flexibility to measure using small gauge lengths, and support both rod and flat plate shaped specimens.

Consisting of an elongation sensor and amplifier, this extensometer is suitable for use with metals and hard plastic materials, and is fastened securely to specimens with screws.
Calibration using an extensometer calibrator allows the extensometer to meet JIS and ISO Class 0.5 and ASTM Class C standards for higher accuracy.

Elastic Modulus Measurements within 1 µm Accuracy – Compliant with Elastic Modulus Measurement Requirements of ISO 527, JIS K 7161, and Class B-2 for ASTM D638

Plastic tensile testing standards, represented by ISO 527, JIS K 7161, and ASTM D638, require high-accuracy displacement measurements.
The SSG series, widely used by plastics manufacturers, public testing institutions, and universities, meets the requirements of these plastic tensile testing standards.

ISO 527, JIS K 7161, and JIS K 7162 test standards require:

Extensometer elongation measurements with accuracy within 1% of the measured value.
Elastic modulus values based on a secant line or regression line between the two strain points of 0.0005 (0.05%) and 0.0025 (0.25%).

ISO 527, JIS K 7161, and JIS K 7162 Elastic Modulus Measurements

Satisfies Strain Control Requirements of ISO 6892 and JIS Z 2241

ISO 6892 and JIS Z 2241 detail test methods for determining the tensile strength of metallic materials. Included within these standards are two control methods for loading materials until they reach their yield point: a stress-rate controlled method and a constant strain-rate controlled method using an extensometer. ISO 6891-1 defines the strain rate control method as Method A, where testing using this strain rate control method is expected to become increasingly common.

Shimadzu’s SSG series extensometers are ideal for strain-rate control testing according to ISO 6892 and JIS Z 2241.

Specifications

Model		SSG10-10	SSG25-10	SSG50-10
Measurement range (mm/FS)		1.0,0.5,0.2,0.1 Four-step selection	2.5,1.25,0.5,0.25 Four-step selection	5,2.5,1.0,0.5 Four-step selection
Gauge length (mm)		10	25	50
Max. measurement range (mm)		1	2.5	5
Max. specimen size (mm)	Rod maximum diameter	φ10	φ10	φ15
	Flat plate width x thickness	W15×T10	W15×T10	W25×T14
Accuracy		JIS Class 1 ASTM Class CMeasurement range up to 0.3 mm: ± 3 μmMeasurement range above 0.3 mm to max.: ±1.0% of indicated value		Measurement range 0 to 0.13 mm: ±1 μmMeasurement range 0.13 mm to 0.3 mm: ±3 μmMeasurement range 0.3 mm to 5 mm: ±1.0% of indicated value
Operational temp. range		5 to 40°C (JIS guaranteed precision range: Fluctuation within ±2°C at 18 to 28°C)
Weight				約75ｇ
Power requirements		ESA type amplifier: Single-phase 100 V to 240 V AC at 150 VA (SGX type amplifier requires no power supply.)

Differential Transformer Type Extensometers

DT Series

Differential Transformer Type Extensometers

ISO Class 1 Compliant Differential Transformer Type Extensometers

The ISO 6892-1 standard for tensile testing of metallic materials prescribes Class 1 or higher extensometers, and JIS Z2241 prescribes Class 2 or higher extensometers when measuring withstanding pressure. The DT series includes Class 1 compliant differential transformer type extensometers, which can be used to implement test methods compliant with metal tensile test standards.

Extensometer Class 1 Compliant

This instrument is compliant with Class 1 in ISO 9513 and JIS B 7741
(±3 μm or ±1 % of the specified value, whichever is larger).
It is also compliant with ASTM E83 Class C.

Compliant with Strain Rate Control Test Methods

Perform tests in compliance with “Test Rates by Strain Rate Control” from JIS B 7741 (Attachment JB (Reference)) and ISO 6892-1 (Method A).

Note: Requires an X type controller.

Compliance with Extensometer Class 1 and Strain Control

Please reference the table below when using DT series differential transformer type extensometers for Class 1 compliance and when implementing strain rate control.

UH-X/FX/ AG-X/ AGS-X Series

UH-I Series / AG-I Series

Previous Testing Machines

Class 1

Use the amp built into the UH-X/FX and AG-X, or an ESA amp.

Use an ESA amp.

Precision: Class 1 corresponds to the following measurement ranges.

• DT50-10: 0 mm to 1 mm • DT50-5: 0 mm to 1.25 mm • DT50-2: 0 mm to 1 mm • DT50-50 is not compatible.

Retrofit the X type controller, and then use the amp built into the UH-X/FX and AG-X, or an ESA amp.

Strain control

Retrofit the X type controller, and then use the amp built into the UH-X/FX and AG-X, or an ESA amp.

Specifications

Measurement range: Max. 25 mm (4 types)
Gauge length: 50 mm
Accuracy: Extensometer Class 1 (Within ±3 μm or ±1 % of the specified value, whichever is larger)

*1)

This Precision is the value when calibrated simultaneously with the amp. Existing amps will require on-site calibration.

*2)

The latest version of amp built into the UH-X/FX and AG-X, or the latest ESA amp, is required for compliance with these DT extensometers. Existing amps may not be compliant.

*3)

These DT extensometers do not accommodate fractures.

■ Size and Measurement Range for Applicable Samples

Model	Structure	Applicable Sample^Note)		Measurement Range (mm)
Model	Structure	Rod Diameter (mm)	Flat Plate W × T (mm)	Measurement Range (mm)
DT50-50-45	A	ø23 to 45	W 40 (max.) × T 23 to 45	25
DT50-10-45	C			5
DT50-5-45	C			2.5
DT50-2-45	C			1
DT50-50-25	A	ø6 to 25	W 40 (max.) × T 6 to 25	25
DT50-10-25	C			5
DT50-5-25	C			2.5
DT50-2-25	C			1
DT50-10-10	B	ø3 to 10	W 40 (max.) × T 0.2 to 10	5
DT50-5-10	B			2.5
DT50-2-10	B			1

Note: Samples should have enough rigidity so they are not deformed when installing the extensometer.

* Appearance and specifications are subject to change without notice.

Bending Deflectometers for ISO 178, JIS K 7171, and ASTM D790 Compliant Testing

After tensile testing, flexural tests are the most common strength tests for plastics and other resins.
The main standards for plastic flexural (bend) tests are ISO 178, JIS K 7171, and ASTM D790, which require very accurate test systems. These standards include flexural strain measurements using a deflectometer, ranging from micro-strain measurements in the elastic region, the reversible elongation at the beginning of tests, to larger strain measurements in the plastic region.
Shimadzu’s deflectometers integrate easily into AG-X plus series, AGS-X series, and EZ-X test frames and Trapezium X testing software.
Since these deflectometers push up against the specimen from below, the specimen color is not a limiting factor, as can be for laser type non-contact deflectometers.
Furthermore, these deflectometers can partially absorb the shock during specimen failure, preventing specimen fragments from scattering.

High Accuracy, Compliant with ISO 178, JIS K 7171, ASTM D790

Shimadzu’s deflectometers meet the accuracy requirements of ISO 178, JIS K 7171, and ASTM D790. In particular, ISO 178 and JIS K 7171 require demanding displacement measurement accuracy within ±1% of the indicated value throughout testing and flexural modulus measurement accuracy to within ±3.4 μm (for a 4 mm thick specimen).

Compliant Standards	Plastics Flexural Test Standards　ISO 178, JIS K 7171, and ASTM D790
Accuracy	Within±1% of indicated value or absolute accuracy within ±3 μm, whichever is greater
Measurement Range	0 to 30 mm
Measurement Method	Contact/linear-engagement-type (digital)

SHIMADZU BALANCES

AP Series

High Speed – Fast measurement significantly improves operational efficiency.

Fast Response with UniBloc AP Technology

Advanced Digital Control for Fast, Reliable Weighing

Stress Free

The multi stand can be used freely and easily. (0.01 mg model only, equipped as standard)

Built-in High-Performance Ionizer (Optional)

For Regulation for the Pharmaceutical Industry

High-Security User Management

Printing Data in Accordance with Various Regulations

Minimum Measurement Value (Warning Function)

Recipe Function (Achieve Your Preferred Compounding Process)(AP-W Series only)

Solutions to Improve Operational Efficiency and Ensure Data Reliability LabSolutions Balance Analytical Network Data System Compliant with ER/ES Regulations

Compliant with the Latest Data Integrity Guidance (U.S. FDA 21 CFR Part 11)

Integrated Report Creation Function Combines Analysis Results from HPLC and Weighing Results from Balance

Save Your Operation (USB host: AP-W Series only)

USB Offers Greater Expandability

Display capture function

Numeric keypad

Barcode reader

Easy-to-Read Organic EL Display (All models)

Periodic Inspection Support Function (AP-W/AP-X Series only)

AP Series

For Users of HPLC Systems

Buffer Solution Preparation Mode (AP-W Series only)

Sample Preparation (AP-W Series only)

Specifications

X Series Analytical Balances

X Series / Y Series Analytical Balances

Options

External Dimensions of AP Series

AP Series Advanced Performance UniBloc Balances

Ionizer Static Electricity Remover

Buffer Solution Preparation

AP Series

Challenge the Future with Regulatory Compliant Balance

Fast Response

Noise Reduction

Filtering (Smoothing)

New Weighing Sensor, UniBloc AP

With three technologies

Increasing Laboratory Productivity

Easy-to Read, Easy-to Use

Total Shimadzu Solution

Regulatory Compliance Balance Solutions to improve operational efficiency and ensure data reliability

Proper Record Format for GLP/GMP

ID/Password Function for Compliance.

Still On Our Way

AUW-D Series

AUW-D Series

Dual-range Semi-micro Balances

Choose one of the two models according to your requirements

Automatic span calibration

Choice of fully-automatic calibrations: PSC and Clock -CAL

Fully-automatic calibration Clock-CAL

Fully-automatic calibration PSC

Data management

GLP/GMP/ISO calibration report

WindowsDirect function

Application support

Interval timer

Piece counting mode

Specification

AU Series

AU Series Analytical Balances

Automatic span calibration

Choice of fully-automatic calibrations: PSC and Clock -CAL

Fully-automatic calibration Clock-CAL (AUW only)

Fully-automatic calibration PSC (AUW and AUX only)

Data management

GLP/GMP/ISO calibration report (AUW and AUX only)

WindowsDirect function

Application support

Interval timer (AUW and AUX only)

Piece counting mode

AUW/AUX/AUY Series

ATX/ATY Series

ATX/ATY Series

Touch-Key calibration (ATX series)

For Regulation
for the Pharmaceutical Industry

Challenge the Future
with Regulatory Compliant Balance

Regulatory Compliance Balance
Solutions to improve operational efficiency and ensure data reliability

WindowsDirect Communication Function
Only a cable is needed to send weighing data to a computer

Durable, high performance aluminum alloy mass sensor UniBloc
Since 1987