civil engineering materials testing equipment€¦ · we promise to provide world class products...

CIVIL ENGINEERINGMATERIALS TESTING EQUIPMENTproduct catalogue issue 5

your one stop shop for civil engineering testing equipment

Pioneers in Materials TestingEstablished in 1990, Cooper Technology is a British company and one of the world leaders in the design and manufacture of high performance testing equipment for asphalt, bitumen, concrete, cement, soil and aggregates testing equipment used in civil engineering.

The Nottingham Asphalt Tester (NAT), designed in the 1980’s by our Chairman Keith Cooper whilst working at the University of Nottingham, was the first of its type. Since then our product range has increased steadily and now includes Gyratory Compactors and Roller Compactors to prepare and compact specimens in addition to Servo-Hydraulic and Servo-Pneumatic Universal Testers, Triaxial Testers, Fatigue Systems and Wheel Trackers to perform standards.

Why Choose Cooper?GLOBAL SUPPLIER THAT IS LOCAL ENOUGH TO CARE…

As a customer focused business, we listen. The Cooper Technology approach is to first establish customer requirements and then to offer best advice on the options available in order that customers can make informed decisions. We pride ourselves on working in partnership with customers rather than just ‘order taking’. Our consultative approach ensures that the application is fully understood before an order is accepted, thus ensuring the equipment ordered is fit for purpose and will deliver the expected results and reliably day after day and year after year.

DESIGN, DEVELOP, AUTOMATE, TEST…

Cooper Technology is much more than a manufacturer: all our machines are fully designed and developed by our dedicated in-house design team, all our engineers are degree educated in their relevant fields, and every engineering discipline is covered.Mechanical Design via the use of 3D CAD packages we ensure our business is best positioned to utilise the most state-of-the-art geometrical modelling systems available. These systems further permit calculating customer specific solutions within the shortest possible time.

Electrical/Electronic Design

The team works according to the very latest norms in system technology. Our customers expect electronic products that have better quality, more flexibility and new features at a competitive price. To remain at the forefront of today’s market demands, we equip our design engineers with systems that deliver flexibility, high performance and reliability.

Software Design

NI LabVIEW is our chosen solution: our highly trained professional users develop using this language. NI LabVIEW is a graphical development environment that combines the ease of use of configuration-based tools with the flexibility of a powerful programming language. It enables the programmer to quickly create user interfaces as well as perform advanced control, signal processing and analysis, communication and logging.

Hydraulic/ Pneumatic

Cooper engineers team up with global industry specialists to deliver a system that utilises the best possible solutions on the market today. Our Servo-Hydraulic/Pneumatic solutions have delivered reliably over the last 20 years, whilst being consistently refreshed in order to ensure the perfect interface with mechatronic solutions.

Academic Links

Our heritage is one of close links with the pavement engineering department of Nottingham University. This department, now known as Nottingham Transportation Engineering Centre (NTEC), has global recognition and is considered as being at the forefront of pavement research. Our longstanding relationship with Nottingham is today as strong as ever. The current KTP (Knowledge Transfer Partnership) establishes our position at the cutting edge of unbound materials technology.

Standard Committees

Our expertise often plays a critical part in the development of new, and existing test standards. We are at the forefront of standard development, working closely with key decision makers worldwide and harnessing links with new related industries ensuring that practical solutions to everyday problems are achieved.

Our Core ValuesThe core values of our company have and will continue to propel our growth. We have always sought to be a value driven company and it is our core values that make us different. These core values are unaffected by the trends of the day or changing markets. We unequivocally state our core values because we want them practised throughout the organisation and understood by our employees, partners, customers and all stake holders.

COMMITMENT

Our commitment is a promise to our customers, employees, communities and all stakeholders that we will strive to make a positive contribution to the industry and economy overall while achieving our business goals.

We promise to provide world class products and services We promise to create a culture that values individual and collective energy, spirit, leadership and innovation We promise to be caring global citizens Last but not least, we promise to commit to our core values

QUALITY

We remain focused on this core value as a means of meeting and exceeding the needs of our customers. As a result, we are able to outperform the competition and earn customer loyalty, providing the value and service beyond their expectations.Cooper Technology assures highest standards of quality products and services. It is fundamental to our business and does not relate to the final products and services only but to the systems that we employ. Our systems are internationally recognised by ISO, UKAS, ILAC and various other quality assurance bodies. We pride ourselves delivering exceptional and reliable quality in all aspects of our work.

CONTINUOUS IMPROVEMENT

Continuous Improvement is integral to our success to date. We relentlessly pursue excellence in products, processes and services. We believe things can always be improved. We endeavour to encourage innovation, creativity, taking calculated risks and trying new things. Our company fosters passion of innovation and we believe that Continuous Improvement needs to be integrated into our everyday business. We encourage our employees to leave everything they touch a little better.

Quality AssuranceWhen choosing Cooper Technology as your business partner, you are also selecting our international reputation for competence, integrity and innovation. Each item of equipment is subject to rigorous quality tests at every stage of its design and manufacture to ensure that we provide our customers with an outstanding product.

Quality is fundamental to our activity; it not only relates to the final product but extends also to the systems we employ. Our systems are internationally recognised via ISO 9001:2008. Our certified partner in helping us achieve this recognition is BSI (British Standards Institute). For over 100 years, BSI has led the way in developing the concept of standards and ensuring that they are relevant to your business. No other certification body can offer the expertise, knowledge and recognition that is associated with a BSI certificate.

Our PeopleOur people are fundamental to our growth. It is our strong belief that the skills, diversity and dedication of our people are key to our success. The global nature of our customers and our business means that our people have to be capable of teamwork across geographies. They need to be flexible and open minded, to have world-class capabilities and shared values.

Our employees come from different cultural backgrounds, countries and ethnicities. We promote equality and diversity by treating our employees fairly and equally irrespective of their race, gender, disability, religion or belief, sexual orientation and age. Our work culture fosters individual growth, team spirit and creativity to overcome challenges and attain goals.

AwardsCooper Technology is proud winner of The ICE East Midlands Merit Awards (EMMAs) 2012 for testing equipment in ‘Studies and Research Category’. The ICE EMM Awards are the region’s annual celebration of civil engineering excellence. The awards took place during the annual ICE East Midlands Gala Dinner held on Friday, 7 June 2012 at the Nottingham Belfry Hotel.

Cooper Technology strikes again; after winning the EEF’s Future Manufacturing Business Growth Award 2010, is conferred with International Business of the year for Derbyshire and Nottinghamshire. Cooper was declared regional winner at the Roundhouse in Derby on the 26th of February 2010.

Corporate Social ResponsibilityOrganisations, like individuals, depend for their survival, sustenance and growth on the support and goodwill of the communities of which they are an integral part, and must pay back this generosity in every way they can…We strongly believe that our primary obligation or duty as corporate entity is to our stakeholders – we are just as mindful of the fact that this imperative does not exist in isolation; it is part of a much larger compact which we have with our entire body of stakeholders- from employees, customers, business partners, eco-system, local communities, and to society at large.For us, being socially responsible is not an occasional act of charity or that one-time token financial contribution to the local school, hospital or environmental NGO. It is an ongoing year-round commitment, which is integrated into the very core of our business objectives and strategy.Because we believe that there is no contradiction between doing well and doing right. Indeed, doing right is a necessary condition for doing well.

Cooper engages with ‘Colts to Africa’to help underpriviliged childrenMANUFACTURE ECO-FRIENDLY EQUIPMENT

Although it is very challenging to manufacture eco-friendly testing equipment for asphaltic and unbound materials, however our engineers endeavour to work on more energy efficient designs and manufacture energy efficient testing equipment.As part of our overall commitment to corporate social responsibility, Cooper Technology developed it’s first eco-friendly testing equipment called Auto Lift Arm ECO Wheel Tracker in 2010. It is small and compact machine for maximum energy efficiency.

AUTO LIFT ARM ECO WHEEL TRACKER IS 28% MORE ENERGY EFFICIENT THAN ITS PEER WHEEL TRACKING MACHINES.

RESPECT FOR ENVIRONMENT

We understand the importance of environment. At Cooper Technology we try to minimise waste and take every single and even simple steps like switching off the lights and equipment when not needed, switching off computer monitors during the night, avoid printing unnecessary emails and recycling paper. We have cut-down hardcopy catalogue printing by 85% and prefer to promote our product digitally.

Remote Support ServiceCooper Technology provides an easy access, cost effective remote service support program that allows us to fix many issues on your computer, and Cooper testing equipment, from the comfort of your laboratory or business. All you need to do is download our custom remote support program and we will do the rest. Once work is completed all traces of the program are removed and we are unable to access your computer again until you initiate the connection. All connections from our office to your system are encrypted so you can rest easily knowing that your information is completely safe.

We can fix a large range of problems remotely including, but not limited to:

• Software problems• Installation of programs• Software patches• Software upgrades• Maintenance• Program configuration• Tests and PC optimisation

This is just a small list of what can be accomplished remotely and, best of all, you don’t even have to be at the system once you run the program.

Calibration ServicesBritish scientist Lord Kelvin is quoted from his lecture to the Institution of Civil Engineers, 3 May 1883 as saying:

“I often say that if you can measure what you are speaking about and express it in numbers you know something about it; but when you cannot express it in numbers your knowledge is a meagre and unsatisfactory kind; it may be the beginning of knowledge but you have

scarcely, in your thoughts, advanced to the stage of science, whatever the matter may be.”

This famous quote emphasises the importance that measurement has in science, industry and commerce. Prior to dispatch, where appropriate, each piece of our test equipment is calibrated by qualified engineers using procedures and equipment which is scrutinised annually by the United Kingdom Accreditation Service (UKAS). The International Laboratory Cooperation (ILAC) links UKAS with accreditation bodies worldwide. All equipment needs to be UKAS calibrated and traceable to national standards in order to satisfy typed testing as described in the EN13108. Although equipment from Cooper Technology normally continues to perform correctly and produce accurate results for many years, over time and through application there could be some component wear and the output from electronic components may drift. A highways material laboratory is not an ideal environment for instruments that must, in some cases, measure displacements within accuracies in excess of one millionth of a metre.

The Benefits of CalibrationTo comply with your internal quality assurance policy and to demonstrate a disciplined commitment to sound laboratory management.

• To have the confidence that your test equipment continues to function correctly and to ensure that it maintains the required level of measurement accuracy you would expect.

• To enhance your customers’ confidence in a reliable and accurate testing service.

• To gain national and international recognition of your testing and to • help you to access foreign markets where laboratory accreditation is

compulsory.

The equipment needs checking and calibrating at least annually by one of our fully trained, UKAS approved engineers from Cooper Technology Calibration Division. On completion of the calibration, our engineer will provide you with an update on the condition of the equipment, together with a traceable calibration certificate.

What do people think about us?It is very important for us to know your opinion about our products, processes and services. We value your comments and suggestions, it helps us to peruse excellence in products, processes and services. If you have any comments or suggestions please feel free to write to us: [email protected].

I would like to comment on how impressed we are with the new Wheel Tracker ECO Small Device since we purchased the machine beginning this year. It has been in constant use. The benefit that we have seen in that this version is fully automated from start to finish, compared to the standard 1 arm wheel tracker, which is quite a bit labour intensive where you have to physically place the arm/wheel on the specimen, wait until test temp is achieved before starting the test, and lifting the wheel off the specimen at the end of the test. Our technicians also find our software a lot more user friendly.

- Dyfed Thomas Laboratory Manager, Celtest Ltd UK

Coopers ‘Service Level Agreement’ provides us (NTEC) with a fixed cost for service and support, delivered by their experienced and professional staff.

- Jon Watson Laboratory Manager, NTEC, University of Nottingham

We would like to express our gratitude for organising such a wonderful and excellently conducted technical training session providing us with a lot of valuable information and knowledge, letting us work more effectively and offer higher standards of our services.

- Dominik Jutkowiak Viateco Ltd, Poland

Complexlab have sold a number of Cooper equipment in the past 10 years, we find the product quality and service we receive to be of an exception level.

- Soós András Managing Director, COMPLEXLAB KFT

Cooper AcademyCooper Academy aims to establish long term relationship with the universities, research laboratories and professional institutions to strengthen research and promote global best practices in the civil engineering and materials testing. Our expertise often plays a critical part in the development of new, and existing test standards. We are at the forefront of standard development, working closely with key decision makers worldwide and harnessing links with new related industries ensuring that practical solutions to everyday problems are achieved.

Our heritage is one of close links with the pavement engineering department of Nottingham University. This department, now known as NTEC, has global recognition and is considered as being at the forefront of pavement research. Our longstanding relationship with Nottingham is today as strong as ever. The current KTP (Knowledge Transfer Partnership) establishes our position at the cutting edge of unbound materials technology.

We have a working agreement with the Nottingham Transportation Engineering Centre (NTEC) at the University of Nottingham and TRL (Transport Research Laboratory) under which we cooperate on UK and international transport projects involving:

• The supply of specialist laboratory equipment• Research and testing procedures• Training of operatives and development of expertise• Professional research and consultancy

Premium CareCooper Technology’s business philosophy is to work closely with individual testing organisations to explore their needs and to find solutions to the challenges they face. Preventative maintenance is essential to ensure that key equipment operates day after day. It is imperative that this should be carried out by trained, experienced engineers and that OEM parts are used.

Our customers stress that quality service and rapid response are essential factors considered when purchasing capital equipment. Cooper Premium Care has been developed as a customer-focused solution to mitigate the effect of factors that may adversely affect your operation, giving you total peace of mind.

We are with you every step of the way

COOPER PREMIUM CARE INCLUDES

• 48 hour response*1

• Priority remote support for issues and technical queries • Annual preventative service planned at your convenience • Full access to the Cooper knowledge database via a

trained technician • Free of charge call outs*2 • 10% discount on parts • First 125 miles radius included as standard

COOPER PREMIUM CARE BENEFITS

• All work is undertaken by trained engineers skilled in the installation, maintenance and repair of asphalt testing equipment

• All work is covered under warranty (parts and labour)• Only OEM parts used • Implementation of effective maintenance regimes• Risk of unforeseen maintenance costs greatly reduced• Early warning of potential problems • Increased equipment life and residual values • Rapid response guaranteed with priority service • Reduction of downtime • Protection of your investment • Facilitation of budgeting and record keeping

*1 Within normal working hours, Monday to Friday 8.30am to 5.00pm, any issue will be recorded and responded to accordingly.*2 Depending on SLA terms and conditions.

Note: Machine misuse, internal IT problems and standard calibrations are not included under this agreement, these issues will be charged separately

1988Invention of NAT (Nottingham Asphalt Tester) by Keith Cooper

1990Cooper Technology established

1993NAT gains BSI standard

1995Entry to US marketEntry to Chinese market

2005New managementLarge equipment range launchedCooper Hungary formed

2007French equipment range launched

2008Cooper acquires second factoryCooper China formed

2009New Gyratory Compactor model launchedCooper enters partnership with Grontmij CarlBro

2010Awarded International Business of the Year for Derbyshire and NottinghamshireWon EEF’s Future Manufacturing Growth AwardCooper Vialit Cohesion Pendulum and Core Drilling Trailers launched

2011Cooper acquires Mercol Engineering in UKCooper enters into strategic partnership with OEM Inc., USACooper and NTEC (University of Nottingham) develop PUMA (Precision Unbound Materials Analyser) Cooper launches Hamburg Wheel Tracker andHydraulic Roller CompactorCooper and Wessex Test Equipment enter into strategic partnership

2012Cooper acquires James Cox & Sons, Inc. in USAMoU signed between Cooper, TRL and NTECCooper wins the ICE East Midlands Merit Awards100kN Universal Testing Machine launched

2013Texas Overlay Tester launchedPrall Tester launchedcDAC - new generation digital controller launched

2014New website including300 new civil engineering testing products launched

2015Issue 5 product catalogue launched

Timeline1988 2015

162 163www.cooper.co.uk

AGGREGATES AGGREGATES

CONTENTS

AGGREGATES

12 GENERAL AND GEOMETRIC PROPERTIES

Sample Grading - Sieves, Lids, Recievers and Brushes

Sieve Shakers

High Capacity Screen Shaker

Ultrasonic Cleansing Apparatus

Large Capacity Sample Splitter

Riffle Box

Laboratory Type Jaw Crusher ; Knife Mill

Flakiness Index Sieves

Grid Sieve

Thickness Gauge (Flakiness Index)

Length Gauge (Elongation Index)

Shape Index Caliper

Sand Equivalent Test Set

Sand Equivalent Shaker

Methylene Blue Test Set

13 MECHANICAL AND PHYSICAL PROPERTIES

Los Angeles Abrasion Machine

Abrasion Testing Machines

Micro-Deval Apparatus

Nordic Abrasion Machine

Aggregate Crushing Value Test Set

Aggregate Impact Value Testing Apparatus

Bulk Density Measure

Sand Absorption (Abraham Cone ) Set

Specific Gravity Frame

164 - 165

166 - 167

168

169

169

170

171

171

172

172

172

173

173

174

174

175

176

177

177

178

178

179

179

179

Pyknometers (Glass Jar and Bottle Type)

Instant Moisture and Temperature Tester

Aggregate Abrasion Machine

Accelerated Polishing Machine

Pendulum Skid Resistance Tester

14 THERMAL AND WEATHERING PROPERTIES

Freezing and Thawing Chamber

Magnesium Sulphate / Sodium Sulphate Tests

Length Comparators

Two and Three Gang Shrinkage Moulds

15 CHEMICAL PROPERTIES

Alkali Aggregate Reaction Bath

Quantab Chloride Titrators

Reference Colours Glass; Graduated Impurities Test

16 ROCK SAMPLE PREPARATION

Laboratory Core Drilling Machine

Laboratory Core Trimmer and Cut-Off Machine

Specimen Cutting Machines

Grinding Machine

17 STRENGTH AND DEFORMABILITY TESTS

Uniaxial and Triaxial Testing

18 CLASSIFICATION TESTS

Digital Point Load Test Apparatus

Rock Classification Hammer L Type (Schmidt Hammer)

Slake Durability Apparatus

Original Schmidt Test Hammer Type L

Silver Schmidt Test Hammer PC Type L

180

181

181

182

183

184

184

185

185

186

187

187

188

188

189

189 - 190

191 - 193

194

194

195

195

196




SAMPLE GRADING

PRODUCT CODE

CRT-SIEVE Testing Sieve

STANDARDS

B.S. 410: / I.S.O. 3310:2000 Parts 1 & 2; ASTM E11:87

DESCRIPTION

We offer a wide range of high quality test sieves which comply with the specifications set out by the worlds most demanding Standards: B.S. 410 / I.S.O. 3310 parts 1 & 2 and A.S.T.M: E.11 amongst others. All our sieves are manufactured in the United Kingdom to the highest standards and are supplied with a Certificate of Conformity and Record Card, both bearing the serial number found on the test sieve label providing traceability.Our 100 mm, 150mm, 200 mm, 300 mm, 400 mm, 450 mm, 8” and 12” diameter woven wire test sieves are all manufactured from grade 304 stainless steel. The Perforated Plate range are manufactured with stainless steel bodies and mild steel plates. All 200mm, 300mm and 8” test sieves are manufactured with a unique safety edge.

Our 200 mm test sieves can be supplied at full height: 50mm from the top edge to the mesh or; half height 25 mm from the top edge to the mesh. The 300 mm stainless steel sieve is supplied as full height; 75mm from the top edge to the mesh and also have height, 40 mm from the top edge to the mesh.

KEY FEATURES

• Technically Superior: Longer lasting precision engineering provides unrivalled quality

• Easy Clean Design: Ensures no residual materials, no contamination, easy to wash and clean, no fuss.

• Safety Edge: Unlike others, our sieves have no sharp edges to trap unwanted material, no rough edges to cut or scratchhands and fingers

• Standards: We employ stringent quality controls to ensure that your sieves comply with ISO 3310:1 2000 and ISO 3310:2 2000 with certificates of conformity provided

• High Lusture: Stainless steel bodies reflecting a truly high quality product

• Etched ID: Individual Identification number engraved onto sieve body matched to unique sieve certificate. No protruding labels gathering unwanted residue.

• Unrivalled Performance Guarantee: In the unlikely event that you are not completely satisfied with the quality, performance and durability of any of our sieves, we’ll replace it completely free of charge. No other manufacturer does this and we believe there is no better way to demonstrate our commitment to quality.

• Made in the United Kingdom

SAMPLE GRADING

PRODUCT CODE

CRT-SV-LID Lid

CRT-SV-IREC Intermediate Reciever

CRT-SV-REC Reciever

CRT-SV-WET Wet Washing Sieve

CRT-SV-WETR Wet Washing Reciever

CRT-SV-WETL Wet Washing Lid

CRT-SV-WETA Wet Washing Adaptor

CRT-SV-BRUSH-N

Double Ended Nylon Brush

CRT-SV-BRUSH-NB

Double Ended Brass/Nylon Brush

DESCRIPTION

We offer 100 mm, 150mm, 200 mm, 300 mm, 400 mm, 450 mm, 8” and 12” diameter high quality Lids, Intermediate Recievers, Recievers, Wet Washing Sieves, Wet Washing Recievers, Wet Washing Lids and Wet Washing Adaptors.

Double ended nylon and brass/nylon brushes available.

ROUND/SQUARE HOLE MM

ROUND HOLE ONLY MM

125 3.55

112 3.35

106 3.15

100 2.80

90.0 2.50

80.0 2.36

75.0 2.24

71.0 2.00

63.0 1.80

56.0 1.70

53.0 1.60

50.0 1.40

45.0 1.25

40.0 1.18

37.5 1.12

35.5 1.00

31.5

28.0

26.5

25.0

22.4

20.0

19.0

18.0

16.0

14.0

13.2

12.5

11.2

10.0

9.50

9.00

8.00

7.10

6.70

6.30

5.60

5.00

4.75

4.50

4.00

Perforated Plate

MM MICRONS

125 850

106 710

100 600

90.0 500

75.0 425

63.0 355

53.0 300

50.0 250

45.0 212

37.5 180

31.5 150

26.5 125

25.0 106

22.4 90

19.0 75

16.0 63

13.2 53

12.5 45

11.2 38

9.50 32

9.00 25

8.00 20

6.70

6.30

5.60

4.75

4.00

3.35

2.80

2.36

2.00

1.70

1.40

1.18

1.00

ASTM E11

MM MICRONS

125 900

112 850

106 800

100 710

90.0 630

80.0 600

75.0 560

71.0 500

63.0 450

56.0 425

53.0 400

50.0 355

45.0 315

40.0 300

37.5 280

35.5 250

31.5 224

28.0 212

26.5 200

25.0 180

22.4 160

20.0 150

19.0 140

18.0 125

16.0 112

14.0 106

13.2 100

12.5 90

11.2 80

10.0 75

9.50 71

9.00 63

8.00 56

7.10 53

6.70 50

6.30 45

5.60 40

5.00 38

4.75 36

4.50 32

4.00 25

3.55 20

1 to 3.35 -

Wire Woven

TESTING SIEVE SELECTOR

ORDERING INFORMATION

Select the apperture size, diameter and type of sieve needed.Example: To order 20 micron, 100mm diameter woven wire sieve, your code will be: CRT-SIEVE-20MIC-100W.To order 125 mm, 400 mm diameter perforated plate sieve your code will be: CRT-SIEVE-125MM-400P.

100 W

150 W

200/ 8” W/P/A

300/ 12” W/P/A

400 W/P

450 W/P

SIEVE DIAMETER (In mm)

W = Wire WovenP = Perforated Plate

A = ASTM

+

GUARANTEE100%

FOR LIFETIME

GUARANTEE100%

FOR LIFETIME

We are proud to offer 100% Lifetime Guarantee* on all sieves.

*100% Lifetime Guarantee against future failure due to faulty workmanship.




SIEVE SHAKERS SQ SERIES

PRODUCT CODE

CRT-SVSK-SQD200 Sieve Shaker 200 SQ DigitalCRT-SVSK-SQD300 Sieve Shaker 300 SQ DigitalCRT-SVSK-SQA300 Sieve Shaker 300 SQ AnalogueCRT-SVSK-SQD450 Sieve Shaker 450 SQ DigitalCRT-SVSK-SQV Sieve Shaker SQ Variable

DESCRIPTION

Sieve Shaker 200 SQ with Digital Control Unit

SIEVE SHAKERS TG SERIES

PRODUCT CODE

TG-0411 Sieve Shaker for 200/300 mm Sieves,220-240 V 50-60 Hz

TG-0411/110 Sieve Shaker for 200/300 mm Sieves,110 V 60 Hz

TG-0412 Sieve Shaker for 200/300 mm Sieves, with Frequency Adjustment 220-240 V 50-60 Hz

TG-0412/110 Sieve Shaker for 200/300 mm Sieves, with Frequency Adjustment110 V 60 Hz

TG-0413 Sieve Shaker for 200 mm (8”), 300 mm (12”) and 400 mm (16”) Sieves, with Frequency Adjustment, 220-240V, 50-60 Hz

TG-0414 Electromagnetic Digital Sieve Shaker for 200 mm (8”) to 300/315 mm Sieves, 220-240V, 50-60Hz

TG-0415 Triple Motion Sieve Shaker for 200 mm (8”) to 300/315 mm Sieves, 220-240V, 50-60Hz, 1ph

TG-0416 Rotatap Motorised Sieve Shaker for 200 mm (8”) Sieves, 220-240V, 50-60Hz

TG-0416/110 Rotatap Motorised Sieve Shaker for 200 mm (8”) Sieves, 110V, 60Hz

STANDARDS

KEY FEATURES

• Avoids sieve binding • Auto off timer • Adjustable frequency function

(available for TG-0411/12/13 models)

EN 932-5; ISO 565; ISO 3310-1; ISO 3310-2; ASTM E11;ASTM 323; ASTM C136; BS 410-1; BS 410-2

DESCRIPTION

TG-0411 AND TG-0412 SIEVE SHAKERS

TG-0411 and TG-0412 impart a circular motion to the material being sieved so that it makes a slow progression over the surface of the sieve. They are ideal for on-site and heavy duty applications when heavy or large bulk samples are to be analysed.The sieve shakers are equipped with a dynamic power source which ensures the right vibration is imparted to the sieves and sample for fast, accurate and reproducible tests. The vertical movement is fixed to ensure the sample spends maximum time on the sieve surface. The unique vibratory action also helps keep the apertures clear and free from binding.The Sieve Shakers are fitted with a very efficient clamping device that ensures sieves are held firmly without over-tightening and allows them to be quickly removed and replaced. The timer can be preset for any duration up to 60 minutes. The TG-0412 model has the additional frequency adjustment facility.

Sieve Capacity: 15 pieces of 200 mm sieves + pan and cover;10 pieces of 300 mm or 315 mm sieves + pan and cover.

TG-0411 TG-0412

TG-0413 SIEVE SHAKER

The TG-0413 sieve shaker is fitted with an efficient clamping device that ensures sieves are held firmly without over tightening and allows them to be quickly removed and replaced.Non corrodible, non metallic springs are fitted making the shaker maintenance free. The shaker is fitted with a timer which can be preset for any duration up to 60 minutes.This unit will accept 200mm to 400mm diameter sieves. Wet sieving kits in the appropriate sizes may be used with this shaker.The TG-0413 sieve shaker has been specially designed to operate with heavy samples without loss of performance. It is equipped with a dynamic power source which ensures the right vibration is imparted to the sieves and sample for fast, accurate and reproducible tests. The vertical movement is fixed to ensure the sample spends maximum time seeking apertures rather than being suspended in mid air. The unique vibratory action also helps keep the apertures clear and free from binding.The TG-0413 Sieve Shaker imparts a circular motion to the material being sieved so that it makes a slow progression overthe surface of the sieve. It is ideal for on site and heavy duty applications. When heavy or large bulk samples need to be analysed it’s important to use a shaker that is built for the job.

Sieve Capacity: 15 pieces of 200 mm sieves + pan and cover;10 pieces of 300 mm or 315 mm sieves + pan and cover;7 pieces of 400 mm sieves + pan and cover.

TG-0414 ELECTROMAGNETIC DIGITAL SIEVE SHAKER

The TG-0414 Electromagnetic Digital Sieve Shaker performs a vertical sieving motion and by removing the upper plate it can also be used as a vibrating table for one concrete specimen. The vertical sieving motion is provided by a very effective electromagnetic unit which is designed to obtain the best results with sand and aggregates. Supplied complete with timer.

Sieve Capacity: 12 pieces of 200 mm sieves + pan and cover;8 pieces of 300 mm or 315 mm sieves + pan and cover.

TG-0415 TRIPLE MOTION SIEVE SHAKER

The TG-0415 Triple Motion Sieve Shaker has a versatile designwhich allows the user to work with large batch sizes, large particle sizes or sieves with various sizes are need to be shaken. This sieve shaker features a unique combination of jarring and orbital action which provides the most effective shaking action. Upper and lower cross heads are adjustable to be used for different sieve sizes. The shaker includes a 30 minute timer and a continuous-stop-timer operation switch.

Sieve Capacity: 10 pieces of 200 or 203 mm sieves, plus pan and cover; 8 pieces of 250 mm sieves, plus pan and cover; 6 pieces of 300 mm or 315 mm 12“ sieves, plus pan and cover.

TG-0416 ROTATAP MOTORISED SIEVE SHAKER

TG-0416 Rotatap Motorised Sieve Shaker is designed to be used for 8” diameter sieves. This shaker provides 278 oscillations and 150 taps per minute to produce an effective sieving action. TG-0416 provides 2 dimensional shaking motion and can handle up to 6 sieves of full-height 8” and 13 sieves of half-height 8”. Bench mounting is not required.

Model Dimensions mm(W x D x H) Weight Kg Power W

TG-0411 510 x 510 x 370 86 250TG-0412 510 x 510 x 370 86 250TG-0413 650 X 650 x 400 147 250TG-0414 496 x 406 x 946 30 400TG-0415 540 x 370 x 1015 75 250TG-0416 635 x 710 x 535 90 200

SPECIFICATIONS

TG-0416

TG-0415

TG-0414

TG-0413

Our SQ range of Sieve Shakers is constantly evolving as we manufacture our shakers to order and also to our customer’s particular requirements. All systems are 220/240 volt single phase. They can all have there amplitude changed by repositioning the weights on the motor, only the variable machine can be adjusted electronically.They all hold 8 sieves plus a lid and receiver.




SCREEN SHAKER

PRODUCT CODE

TG-0420 High Capacity Screen ShakerTime-Controlled, 220-240 V 50-60 Hz

TG-0420/110 High Capacity Screen ShakerTime-Controlled, 110 V 60 Hz

TG-0422 High Capacity Screen ShakerFrequency & Time-Controlled, 220-240 V 50-60 Hz

TG-0422/110 High Capacity Screen Shaker,Frequency and Time-Controlled, 110 V 60 Hz

TG-0425 PanTG-0426 Soundproof Safety Cabinet

STANDARDS

EN 1339, 1367-1; TS 2824

DESCRIPTION

The TG-0420 and TG-0422 are ideal for sizing large quantities of crushed stones, sand, gravel, slag, coal, coke, ores, pellets and similar materials. The screen shaker has a capacity of approx. 30 Kg of sample. To be used with 667 x 452 x 67 mm dimension screens. The shaker has 6 screens and 1 pan capacity .

TG-0420 model is time-controlled, TG-0422 model is frequency and time-controlled. Various sized woven wired from 100 mm (4”) to 4 mm (no.5) or perforated plate from125mm to 5.6mm screen trays are available on request.

TG-0426 Soundproof Safety Cabinet is manufactured from sheet steel lined internally with soundproofing material to reduce noise and for protection from dust.Screen trays and Soundproof Safety Cabinet (TG-0426) shouldbe ordered separately.

SUPPLIED WITH

The TG-0420 or TG-0422 is supplied complete with:

• Pan (TG-0425)

CODE APPERTURE

TG-8WC1000 100mm (4 in)

TG-8WC0900 90mm (3½ in)

TG-8WC0750 75mm (3 in)

TG-8WC0630 63mm (2½ in)

TG-8WC0500 50mm (2 in)

TG-8WC0450 45mm (1¾ in)

TG-8WC0375 37.5mm (1½ in)

TG-8WC0315 31.5mm (1¼ in)

TG-8WC0250 25mm (1 in)

TG-8WC0224 22.4mm (7/8 in)

TG-8WC0190 19mm (¾ in)

TG-8WC0160 16mm (5/8 in)

TG-8WC0125 12.5mm (½ in)

TG-8WC0112 11.2mm (7/16 in)

TG-8WC0095 9.5mm (3/8 in)

TG-8WC0080 8mm (5/16 in)

TG-8WC0063 6.3mm (¼ in)

TG-8WC0056 5.6mm (No.3 ½ in)

TG-8WC0047 4.75mm (No. 4 in)

TG-8WC0040 4mm (No. 5 in)

Wire Woven Trays

CODE APPERTURE

TG-8PC0056 5.6

TG-8PC0080 8

TG-8PC0112 11.2

TG-8PC0160 16

TG-8PC0224 22.4

TG-8PC0315 31.5

TG-8PC0450 45

TG-8PC0630 63

TG-8PC0900 90

TG-8PC1250 125

Perforated Plate Trays

SPECIFICATIONS

Product Type Screen Shaker Screen TraysDimensions mm(W x D x H) 587 x 787 x 850 667 x 452 x 67

Weight Kg 170 7Power W 550 -

ULTRASONIC CLEANSING

PRODUCT CODE

DESCRIPTION

The TG Series Ultrasonic Cleansing Apparatus is used for efficient and safe cleaning of sieves of diameters up to 235 mm, especially suitable for fine mesh sieves which could be damaged using ordinary cleaning methods. The main unit and the 12 litre capacity tank components are manufactured from stainless steel. Washing time can be adjusted up to 30 minutes with the analogue timer. The heating element automatically shuts down for safety in case of insufficient water level.The Cleaning frequency is 28 kHz with 600 W peak and 300 Weffective power. Heater power is 500 W, and the temperaturecan be adjusted between 0-90 OC. The apparatus is equippedwith drainage valve and high efficiency piezoelectric ultrasonictransducers with special ceramics.The TG-0185 model has the additional option for 3-stageultrasonic power adjustment of 50%, 75% and 99%.

TG-0180 Ultrasonic Cleansing Apparatus 12 lt.,220-240 V 50-60 Hz

TG-0185 Ultrasonic Cleansing Apparatus 12 lt. with 3-Stage Power Control Unit220-240 V 50-60 Hz

SPECIFICATIONS

Tank Capacity 12 L

Cleaning Frequency 28 kHzUltrasonic Power 600 W Peak / 300 W EffectiveTimer 0-30 minutes, Analogue TimerTemperature 0-90 °C, AdjustableHeater Power 60WUltrasonic PowerAdjustment

50%, 75% and 99% for TG-0185 model

SAMPLE SPLITTER

PRODUCT CODE

TA-0320 Large Capacity Sample Splitter

STANDARDS

EN 932-2; ASTM C702; BS 812:1; BS 1377:1; BS 1924:1

DESCRIPTION

TA-0320 Large Capacity Sample Splitter is used for splitting aggregate samples. Slot widths are adjustable from 12,5 mm to 100 mm and the splitter is equipped with 25 channels with a 20 L hopper capacity.

SUPPLIED WITH

• The Large Capacity Sample Splitter is supplied completewith:

• Sample Collection Pan, 2 pcs.

TG-0420

TG-0180

TA-0320



SAMPLE PREPARATION

PRODUCT CODE

TA-0340 Riffle Box 7 mmTA-0341 Riffle Box 13 mmTA-0342 Riffle Box 15 mmTA-0343 Riffle Box 19 mmTA-0344 Riffle Box 25 mmTA-0345 Riffle Box 30 mmTA-0346 Riffle Box 38 mmTA-0347 Riffle Box 45 mmTA-0348 Riffle Box 50 mmTA-0349 Riffle Box 64 mmTA-0350 Riffle Box 75 mm

STANDARDS

EN 932-2; ASTM C702; BS 812:1; BS 1377:1; BS 1924:1

DESCRIPTION

Riffle boxes are used for dividing aggregates into 2 equal homogenous quantity for testing. The Riffle Box is electrostatically painted and manufactured to meet the relevant International Standard both in the slot width and number of slots.


SUPPLIED WITH

The Riffle Boxes are supplied complete with:

• Containers with Handles, 3 pcs.

SPECIFICATIONS

Product code Apperture (mm) Number of Slots Weight (Kg) Dimensions mm(W x D x H)

TA-0340 7 12 2 130 x 180 x 180TA-0341 13 12 16 200 x 250 x 350TA-0342 15 12 6.5 200 x 290 x 350TA-0343 19 10 11 220 x 310 x 400TA-0344 25 10 9 250 x 350 x 420TA-0345 30 10 15 230 x 420 x 450TA-0346 38 8 16 320 x 430 x 570TA-0347 45 8 20 320 x 450 x 590

TA-0348 50 8 20 320 x 500 x 600

TA-0349 64 8 32 360 x 600 x 600TA-0350 75 8 35 370 x 700 x 600

SAMPLE PREPARATION

PRODUCT CODE

DESCRIPTION

TA-0360, TA-0365 and TA-0370 are used for crushing aggregates, core samples or similar materials in the laboratory when smaller sample sizes are required for testing. Three models are available (see Technical Specifications) depending on different feed, output grain sizes and capacity requirements. All the three models are 1500W.

TA-0360 Laboratory Type Jaw Crusher, 380 V 50 Hz

TA-0365 Vibrating Disc Mill, 220-240 V 50-60 HzTA-0370 Knife Mill, 220-240 V 50-60 Hz

TA-0365

TA-0360

TA-0370

SPECIFICATIONS

Product code Maximum Feed Size Output Grain Size Weight (Kg) Dimensions mm (W x D x H)

TA-0360 100 x 100 mm 0-8 mm, adjustable 300 800 x 900 x 980

TA-0365 10 mm max. 10 μm 350 850 x 630 x 1050

TA-0370 20 mm 0.5 - 2.0 mm, by using suitable sieves 75 450 x 530 x 710

FLAKINESS INDEX

PRODUCT CODE

STANDARDS

BS 812-105.1

TA-0410 Flakiness Index Sieve Set BSTA-0411 Flakiness Index Sieve BS 4.9 x 30 mm slot sizeTA-0412 Flakiness Index Sieve BS 7.2 x 40 mm slot sizeTA-0413 Flakiness Index Sieve BS 10.2 x 50 mm slot sizeTA-0414 Flakiness Index Sieve BS 14.4 x 60 mm slot sizeTA-0415 Flakiness Index Sieve BS 19.7 x 80 mm slot sizeTA-0416 Flakiness Index Sieve BS 26.3 x 90 mm slot sizeTA-0417 Flakiness Index Sieve BS 33.9 x 100 mm slot size

DESCRIPTION

Aggregate particles are considered as flaky when their thickness is less than 0.6 of their mean sieve size. Aggregate to be classified is separated into seven sieve fractions from 6.3 to 63 mm and each fraction is examined separately. The dimensions of each sieve comply with the relevant International Standard, manufactured from heavy gauge steel sheet and coated with electrostatic paint.The accuracy of the slot size is better than 0.1 mm.TA-0410 Flakiness Index Sieve Set consists of 7 sieves.For sample preparation 6.3, 10, 14, 20, 28, 37.5, 50 and 63 mm aperture sizes test sieves should be ordered separately.

SPECIFICATIONS

Product code Weight Kg Dimensions mmTA-0411 1.5 300 x 220 x 80TA-0412 1.6 320 x 240 x 80TA-0413 1.9 300 x 220 x 80TA-0414 2.0 360 x 260 x 80TA-0415 2.2 390 x 280 x 80TA-0416 2.6 420 x 300 x 80TA-0417 2.9 470 x 320 x 80




FLAKINESS INDEX

PRODUCT CODE

TA-0420 Grid Sieve Set ENTA-0421 Grid Sieve 2.5 mm; 3.3 KgTA-0422 Grid Sieve 3.15 mm; 3.3 KgTA-0423 Grid Sieve 4 mm; 3.8 KgTA-0424 Grid Sieve 5 mm; 3.8 KgTA-0425 Grid Sieve 6.3 mm; 3.7 KgTA-0426 Grid Sieve 8 mm; 3.6 KgTA-0427 Grid Sieve 10 mm; 3.4 KgTA-0428 Grid Sieve 12.5 mm; 3.2 KgTA-0429 Grid Sieve 16 mm; 4 KgTA-0430 Grid Sieve 20 mm; 3.2 KgTA-0431 Grid Sieve 25 mm; 3.2 KgTA-0432 Grid Sieve 31.5 mm; 2.9 KgTA-0433 Grid Sieve 40 mm; 2.7 KgTA-0434 Grid Sieve 50 mm; 2.5 Kg

STANDARDS

EN 933-3; NF P18-561; UNI 8520-18; NLT 354

DESCRIPTION

Used for the determination of the flakiness index of the aggregate. Consisting of an electrostatically painted frame and 5 mm diameter stainless steel bars with apertures state below. For sample prepration 4.5, 6.3, 8, 10, 12.5, 16, 20, 25, 31.5, 40, 50, 63, 80 and 100 mm aperture sizes test sieves should be ordered separately.

FLAKINESS INDEX

PRODUCT CODE

TA-0450 Thickness Gauge (Flakiness Index BS)

STANDARD

BS 812-105.1

DESCRIPTION

Thickness Gauge is used to determine if the aggregate particles are to be considered as flaky, i.e. their thickness is less than 0.6 of their nominal size.The aggregate to be classified is separated into seven sieve fractions from 6.3 to 63 mm, and each fraction is examined separately. Slot sizes are 4.9 x 30 mm, 7.2 x 40 mm, 10.2 x 50 mm, 14.4 x 60 mm, 19.7 x 80 mm, 26.3 x 90 mm and 33.9 x 100 mm. Weight: 0.4 Kg; Dimensions: 310 x 130 x 10 mm

ELONGATION INDEX

PRODUCT CODE

TA-0455 Length Gauge (Elongation Index BS)

STANDARD

BS 812-105.2

DESCRIPTION

Length Gauge (Elongation Index BS), is used for determining the elongation index of aggregates. The particle is elongated when its length (longest dimension) is more than 1.8 of the midsize of the sieve fraction. The aggregate to be classified is separated into six sieve fractions from 6.3 to 50 mm, and each fraction is examined separately.Weight: 0.8 Kg; Dimensions: 370 x 70 x 70 mm

SHAPE INDEX

PRODUCT CODE

STANDARDS

EN 933-4; DIN 4226; CNR No.95; NLT 354

DESCRIPTION

Shape Index Caliper is used for the determination of the shapefactor of aggregates. Measurement range is 300 mm and graduated with 0.05 mm increments.

TA-0460 Shape Index Caliper

SPECIFICATIONS

Dimension mm (W x D x H) 450 x 150 x 50

Weight Kg 0.82

FINES QUALITY

PRODUCT CODE

STANDARDS

EN 933–8; ASTM D2419; AASHTO T176; UNI 8520–15;UNE 83131; CNR No. 27

TA-0500/E Sand Equivalent Test Set, EN ModelTA-0500/A Sand Equivalent Test Set, ASTM ModelTA-0502/E Sand Equivalent Measuring Two Graduated

Cylinder, ENTA-0502/A Sand Equivalent Measuring Graduated Cylinder,

ASTMTA-0504 Sand Equivalent Measuring Can, 85 mlTA-0506 Sand Equivalent Siphon AssemblyTA-0507/E Sand Equivalent Test Plunger Assembly, ENTA-0507/A Sand Equivalent Weighted Foot Assembly, ASTMTA-0515 Washing and Flocculating Solution (Stock

Solution), 1 lt

DESCRIPTION

The Sand Equivalent Test Sets are used to determine the fines of aggregates together with TA-0510 Sand Equivalent Shaker.TA-0515 Washing and Flocculating (Stock Solution) should beordered separately.

SUPPLIED WITH

The Sand Equivalent Test Set is supplied complete with:

• Transparent Graduated Acrylic Plastic Measuring Cylinder, 4 units for TA-0500/A

• Transparent Acrylic Plastic Measuring Cylinder, 4 units for TA-0500/E

• Siphon Assembly (irrigator tube with valve, solid rubber stopper, siphon tube and hose, blow tube)

• Plastic Can, 5 L• Weighted Foot Assembly• Measuring Can• Wide-Mouth Funnel• Ruler• Special Carrying Case

SPECIFICATIONS

Dimensions mm 500 x 870 x 270

Weight (approx.) Kg 15




FINES QUALITY

PRODUCT CODE

TA-0510 Sand Equivalent Shaker with Safety Cover, 220-240 V 50 Hz

TA-0510/110 Sand Equivalent Shaker with Safety Cover, 110 V 60 Hz

STANDARDS

EN 933–8; ASTM D2419; AASHTO T176; UNI 7446

DESCRIPTION

TA-0510 Sand Equivalent Shaker is used for the uniform shaking of Sand Equivalent Measuring Cylinders, at a specified rate and stroke.The shaker is supplied complete with a timer. The horizontalmovement, cycle and shaking time can easily be adjusted on the shaker to comply with EN or ASTM standards.

SUPPLIED WITH

The Sand Equivalent Shaker is supplied complete with:

• Safety Cover (conforming with CE directives)• Timer (on the Shaker)

SPECIFICATIONS

Horizontal Movement 200 mm ± 10 mm (EN)203.2 mm ± 1 mm (ASTM)

Cycle 90 ± 3 / 30 sec. (EN)175 ± 2 / min. (ASTM)

Dimensions mm 800 x 360 x 425Weight Kg 47Power W 200

FINES QUALITY/ CLEANLINESS

PRODUCT CODE

TA–0530 Methylene Blue Test Set, 220-240 V 50-60 Hz

TA–0531 Filter Paper for Methylene Blue TestØ:125 mm, 100 pcs/pack

STANDARD

EN 933-9; NF P94-068; UNE 83 180; UNI 8520-15

DESCRIPTION

The Test Set is used for determining the value of 0/2 mm/ fraction in fine aggregates.

SPECIFICATIONS

Dimensions mm 500 x 870 x 270Weight (approx.) Kg 15

SUPPLIED WITH

• High Speed Agitator Motor, 400/600 rpm• Stirring Propeller, Ø 70 mm 4 flanks• Glass Burette, 50 ml x 0.1 ml• Burette Holder and Stand• Filter Paper, 1 pack (100 pcs.), 125 mm dia,

95 g/m2, 0.20 mm thickness• Glass Rod, Ø 8x300 mm• Plastic Beaker, 1000 ml• Methylene Blue, 100 g• Kaolinite, 500 g

MECHANICAL AND PHYSICAL PROPERTIES 13

RESISTANCE TO FRAGMENTATION

PRODUCT CODE

STANDARDS

EN 1097-2, 12697-17, 13450; ASTM C131, C535; AASHTO T96

TA–0600 Los Angeles Abrasion Machine, 220-240 V 50 Hz, (60 Hz version is available upon request)

TA–0600/110 Los Angeles Abrasion Machine, 110 V 60 Hz

TA–0601 Los Angeles Abrasion Machinewith Soundproof Safety Cabinet, 220-240 V 50 Hz(60 Hz version is available upon request)

TA–0601/110 Los Angeles Abrasion Machinewith Soundproof Safety Cabinet, 110 V 60 Hz

TA–0602/E Los Angeles Abrasion Charges EN, 12 pcs.

TA–0602/A Los Angeles Abrasion ChargesASTM/AASHTO, 12 pcs.

DESCRIPTION

The Los Angeles Abrasion Machine is used for determination of the aggregates resistance to fragmentation. The machine consists of an electronic control unit and a rolled steel drum having an inside diameter of 711 mm and internal length of 508 mm. The drum is rotated at a speed of 31-33 r.p.m. The internal shelf provided with the machine confirms to ASTM, AASHTO and EN standards. The machine is equipped with an automatic counter, when the preset revolution count is reached, the machine will stop automatically. The drum is equipped with an interlock device which allows the operator to lock the drum into position for easy loading/unloading of the sample.A steel tray is supplied with the machine for easy discharge ofspecimen and abrasive charges.The standard model can be supplied with a safety/noise reduction cabinet. The cabinet is lined internally with soundproofing material to reduce sound level conforming to CE directives.The cabinet must be ordered with the Los Angeles machineif required, as the electronic control unit will be installed onthe safety cabinet at the time of manufacture. The cabinet isequipped with an electric safety device which automatically stops the rotation of the drum when the door is opened, conforming to CE directives.

• Abrasion balls and 1.6 mm, 10mm, 11.2mm (or 12.5mm)and 14 mm sieves acc. to EN standard

• Abrasion balls, 1.7 mm( No.12) sieve and other sieves whichchance depending the grain size acc. to ASTM and AASHTOstandards, should be ordered separately.

SUPPLIED WITH

The Los Angeles Abrasion Machine is supplied complete with:

• Steel Tray

TA-0600

TA-0601

SPECIFICATIONS

Product code TA-0600 TA-0601Weight Kg 380 505Dimensions mm 850 x 1000 x 1100 1100 x 1150 x 1250Power W 750 750

Drum Position Lock with Safety Switch




RESISTANCE TO ABRASION

PRODUCT CODE

TA-0610 Wide Wheel Abrasion Testing Machine, 220-240 V 50 Hz (110 V 60 Hz version is available upon request)

TA-0610/1 Wide Abrasion Wheel, for TA-0610TA-0610/2 Convert Equipment Set from TA-0610

Wide Wheel Abrasion Testing Machine to TA-0613 Narrow Wheel Abrasion Testing Machine

TA-0611 Abrasive Corundum Sand 25 kg for TA-0610 and TA-0613

TA-0612 Calibration Marble for TA-0610TA-0613 Narrow Wheel Abrasion Testing

Machine, 220-240 V 50 Hz (110V 60Hz version is available upon request)

TA-0613/1 Narrow Abrasion Wheel, for TA-0613TA-0613/2 Convert Equipment Set from TA-0613

Narrow Wheel Abrasion Testing Machine to TA-0610 Wide Wheel Abrasion Testing Machine

TA-0614 Mould, EN 12808-2, Polyethylene,100 ±1x100 ±1x10 ±1 mm, for TA-0613

STANDARDS

Wide Wheel : EN 1338; EN 1339; EN 1340; EN 1341; EN 1342; EN 13748-1; EN 13748-2; EN 14157Narrow Wheel: EN 10545-6; EN 12808-2

DESCRIPTION

TA-0610 Wide Wheel Abrasion Testing Machine is designed for determining the resistance to abrasion/wear of natural stones and concrete products used for paving. The abrasion wheel is 70 mm thick and rotates at a speed of 75 rpm. The machine is equipped with a digital counter which stops the machine at the end of a preset number of revolutions.

TA-0613 Narrow Wheel Abrasion Testing Machine is designed for determining the resistance to abrasion of unglazed tiles, grouts used for tiles and clay pavers. The abrasion wheel is 10 mm thick. Abrasive corundum sand, calibration marble (boloneisse) and mould (for EN 12808-2) should be ordered separately.

TA-0610 and TA-0613 Abrasion Testing Machines can be converted the other. When there is a need for abration of different type materials, TA-0610 WWAT Machine can be converted to TA-0613 NWAT Machine and also TA-0613 NWAT Machine can be convert to TA-0610 WWAT Machine by using TA-0610/02 or TA-0613/02 by users. Appropriate convert equipment set (TA-0610/2 or TA-0613/2) should be ordered separately.

TA-0610

RESISTANCE TO ABRASION

PRODUCT CODE

TA-0615 Abrasion Testing Machine According to Böhme, 220-240 V 50 Hz(60 Hz version is available upon request)

TA-0616 Abrasive Sand, 50 kg pack for TA-0615

STANDARD

EN 1338; EN 1339; EN 1340

DESCRIPTION

TA-0615 the Abrasion Testing Machine according to Böhme is used for determining the abrasion resistance of concrete and natural stone products used for internal or external paving. The machine consists of a grinding wheel of approx. 750 mm diameter, a removable testing weight of 30 kg and a clamping device for the sample. The machine is equipped with an adjustable counter (30 ± 1 rpm) and an automatic cut-off system which stops the machine after 22 rotations.TA-0616 Abrasive Sand should be ordered separately.

SPECIFICATIONS


RESISTANCE TO WEAR (MICRO DEVAL)

PRODUCT CODE

TA-0620 Micro-Deval Apparatus, 220-240 V 50 Hz(60 Hz version is available upon request)

TA-0620/110 Micro-Deval Apparatus, 110 V 60 HzStainless Steel Drum, Ø 200x154 mm, EN 1097-1

TA-0622 Stainless Steel Drum, Ø 200x400 mm EN 13450

TA-0623 Micro-Deval Abrasion ChargesØ10 mm 25 kg Pack, EN 1097-1

RESISTANCE TO WEAR BY ABRASION

PRODUCT CODE

TA-0750 Nordic Abrasion Machine, 220-240 V 50 Hz(60 Hz version is available upon request)

TA-0750/110 Nordic Abrasion Machine, 110 V 60 HzTA-0751 Steel Balls, Ø 15 mm dia, 7 kgTA-0752 Steel Balls, Ø 11.1 mm dia, 3.5 kg

STANDARDS

EN 1097-9; UNI 8520-13-16

DESCRIPTION

TA-0750 Nordic Abrasion Machine has been developed for testing the resistance of aggregates to wear by abrasion fromstudded tyres. The test is performed on natural or artificial stones and aggregates between 11.2 mm and 16.0 mm.The test consists of a rotating aggregate in a drum containingsteel abrasive balls and water. The machine consists of an electronic control unit and a rolled stainless steel drum havingan internal diameter of 206.5 mm, internal length of 335 mm and thickness of 6 mm. The drum is rotated at a speed of 90 ± 3 r.p.m. 3 wings are installed inside of the drum to allow the balls and aggregates to be mixed properly. The abrasion loss rate of aggregates is calculated after the specified number of revolutions stated in the relevant standard.Supplied complete with Steel Balls, Ø 15 mm, 7 Kg.110 V 60Hz version should be mentioned on order if required.11,1 mm diameter steel balls ( 3.5 kg.) should be orderedseparately.

STANDARD

EN 1097-1; EN 13450; NF P18-572; NF P18-576; CNR No.109; UNE 83115

DESCRIPTION

The Micro-Deval Testing Machine is used to determine the resistance to wear of aggregates. The machine consists of a steel frame, two stainless steel cylinders, and 25 Kg of 10 mmdiameter stainless steel spheres and an automatic digital counter which allows machine to stop automatically at the preset number of revolutions. Ø 200x154 mm stainless steel drums are rotating at a speed of 100 ± 5 r.p.m. The machine can accept up to 4 pcs. Ø 200x154 mm drums or 2 pcs. Ø 200x400 mm drums. Ø 200x400 mm steel drums and 1,6 mm sieve should be ordered separately.

SUPPLIED WITH

The Micro-Deval Apparatus is supplied complete with:

• Stainless Steel Drum, Ø 200x154 mm, 2 pcs.• Abrasion Charges, 25 kg, Ø 10mm

SPECIFICATIONS





CRUSHING VALUE

PRODUCT CODE

TA-0630 Aggregate Crushing Value (ACV) Set Ø 150 mm BS

TA-0631 Aggregate Crushing Value Cylinder Ø 150 mm for TA-630

TA-0632 Aggregate Crushing Value Base Plate for TA-630

TA-0633 Aggregate Crushing Value Plunger for TA-630

TA-0634 Aggregate Crushing Value Cylindrical Measure for TA-630

TC-0408 Tamping Rod Ø 16 x 600 mmTA-0640 Aggregate Crushing Value (ACV) Set Ø

75 mm BSTA-0641 Aggregate Crushing Value Cylinder Ø

75 mm for TA-640TA-0642 Aggregate Crushing Value Base Plate

for TA-640TA-0643 Aggregate Crushing Value Plunger for

TA-640TA-0644 Aggregate Crushing Value Cylindrical

Measure for TA-640TA-0645 Tamping Rod Ø 8 x 300 mm

STANDARDS

BS 812:110; BS 812-111

DESCRIPTION

The Aggregate Crushing Value (ACV) Test Set provides a relative measure of the resistance of an aggregate to crushing under a gradually applied compressive load. Each set consists of steel cylinder, plunger, base plate, cylindrical measure and tamping rod. All parts of the apparatus are powder coated or galvanised steel, heat treated and ground before manufacturing to make it durable and reliable. For aggregates smaller than 10 mm, a 75 mm diameter cylinder and associated equipment is available.TA-0630 and TA-0640 Test Sets are also used for the Ten Percent Fines Value (TFV) of aggregates according to BS 812:111.

SUPPLIED WITH

The Aggregate Crushing Value Set is supplied complete with:

• Cylinder• Base Plate• Plunger• Cylindrical Measure• Tamping Rod

SPECIFICATIONS

Product code TA-0630 TA-0640Dimensions mmW x D x H) 250 x 250 x 600 120 x 120 x 350

Weight Kg 29 6

IMPACT VALUE

PRODUCT CODE

TA-0650 Aggregate Impact Value (AIV) Testing Apparatus

STANDARD

BS 812:112

DESCRIPTION

The Aggregate Impact Value Testing Apparatus, meets with BS 812, it is robustly designed to determine the Aggregate Impact Value (AIV) of aggregates which provides a relative measure of the resistance of an aggregate to sudden shock or impact. The counter fitted to the machine automatically records the number of blows delivered to the sample, manufactured from heavy duty plated steel to resist corrosion.

SUPPLIED WITH

TA-0650 is supplied complete with:

• Cylindrical Measure, Ø 75 mm• Steel Tamping Rod, Ø 16 x 600 mm

SPECIFICATIONS

Dimensions mm ( W x D x H) 500 x 870 x 270Weight (approx.) Kg 15

BULK DENSITY

PRODUCT CODE

TA-0700 Bulk Density Measure 1 LTA-0705 Bulk Density Measure 5 LTC-0610 Bulk Density Measure 10 LTA-0720 Bulk Density Measure 20 L

PARTICLE DENSITY / WATER ABSORPTION

PRODUCT CODE

TW-1000 Specific Gravity FrameTW-1003 Plastic Water TankTW-1005 Cradle for Hardened Concrete SpecimensTW-1010 Density Basket Ø 200 mm x 200 mm deep

STANDARDS

EN 1097-6; EN 12390-7

DESCRIPTION

The Specific Gravity Frame is used in conjunction with a suitable electronic balance for specific gravity determination of fresh and hardened concrete and aggregates.Consisting of a purpose built robust frame designed to support the electronic balance (not supplied), a wire basket and plastic water tank. The lower part of the frame incorporates a movingplatform, which carries the water tank allowing the test specimens to be weighed in both air and water.Any type of electronic balance fitted with under-bench weighing facility can be used. Supplied with a water tank.Balance, Cradle and Density Basket should be ordered separately.

STANDARD

EN 1097–3; ASTM C29

DESCRIPTION

The Bulk Density Measures are manufactured from heavy duty steel complying with the related standard. Available in 1, 5, 10 and 20 L capacity models to comply with the relevant standards. The measures are coated against corrosion.

SPECIFICATIONS

Product code Dimensions mm Weight KgTA-0700 Ø100 x 130 1.7TA-0705 Ø160 x 250 5TC-0610 Ø200 x 310 9TA-0720 Ø260 x 365 12

SPECIFIC GRAVITY

PRODUCT CODE

TA-0755 Sand Absorption (Abraham Cone ) SetTA-0756 Sand Absorption (Abraham ) ConeTA-0757 Tamping Rod Ø 25 mm

STANDARD

EN 1097-6; BS 812-2; UNI 8520-13-16; ASTM C128; NLT 154;DIN 12039

DESCRIPTION

The Sand Absorption Abraham Cone Set is used in determiningthe specific gravity and water absorption of fine aggregatessmaller than 10 mm. The apparatus is manufactured from plated steel for protection against corrosion. The cone dimensions are: upper diameter of 40 mm, lower diameter of 90 mm and 75 mm height, and the tamping rod has a 25 mm base diameter and approx. 340 g in weight. TA-0755 weighs 0.5 Kg; Dimensions: 90 x 90 x 180 mm

SPECIFICATIONS

Dimensions mm (W x D x H) 600 x 500 x 1100





PARTICLE DENSITY

PRODUCT CODE

TA-1120 Pyknometer (Glass Jar Type) BS

STANDARDS

BS 812:2

DESCRIPTION

The Pyknometer is used for the determination of the relative density and water absorption for aggregates of 10 mm nominal size and smaller. This test method is in line with the requirements contained within BS 812.

SPECIFICATIONS

Dimensions mm Ø100 x 200Weight Kg 0.5

PARTICLE DENSITY

PRODUCT CODE

TGG-1600 Pyknometer (Bottle Type) 250 mlTGG-1605 Pyknometer (Bottle Type) 500 mlTGG-1610 Pyknometer (Bottle Type) 1000 mlTGG-1615 Pyknometer (Bottle Type) 2000 mlTGG-1620 Pyknometer (Bottle Type) 3000 mlTGG-1625 Pyknometer (Bottle Type) 5000 mlTGG-1630 Double Edged and Capillary Tubed

Funnel

STANDARDS

EN 1097-6

DESCRIPTION

Bottle Type Pyknometers are used to determine the specific gravity of aggregates. 250 ml, 500 ml, 1000 ml, 2000 ml, 3000 ml and 5000 ml Pyknometers are supplied complete with double edged and capillary tubed funnels.

SUPPLIED WITH

The Bottle Type Pyknometer is supplied complete with:

• Double Edged and Capillary Tubed Funnel

SPECIFICATIONS

Product code Dimensions mm Weight KgTGG-1600 Ø110 x 270 0.5TGG-1605 Ø130 x 270 0.7TGG-1610 Ø150 x 270 1.0TGG-1615 Ø180 x 330 1.25TGG-1620 Ø200 x 340 1.35TGG-1625 Ø250 x 400 1.60TGG-1630 Ø50 x 270 0.2

MOISTURE MEASUREMENT

PRODUCT CODE

DESCRIPTION

TA-0806 MICROLANCE Instant Moisture and Temperature Tester is used for the instant on-site determination of moistureand temperature of sands, aggregates, building materials, minerals and mixes from small quantities to hundreds of tons.The instrument is reliable and easy to use, taking moisture readings up to 1 meter depth by simply inserting the lance into the test material. Instant readings are monitored on the digital display and the built-in computer allows the user to monitor a wide range of materials and water contents.

The TA-0806 Microlance is supplied with standard calibration values for sands and aggregates but it can also be calibrated for different material or mixture with the Autocal functionality.The unit is supplied complete with a calibration certificate.

TA-0806 MICROLANCE Instant Moisture andTemperature Tester

KEY FEATURES

• Moisture measurement with temperature compensated electric field

• Temperature measurement according to BS 1904 and DIN 751

• Platinum resistance detector• Works with 4 x 1.5 V AA cells (or equivalent)

Range Resolution Accuracy

Moisture 0 to 25 % 0.1% better than 0.5 %

Temperature -20 to 60°C 0.1 °C better than 0.5°C

Weight Kg 2Dimensions mm(W x D x H) 100 x 100 x 1200

SPECIFICATIONS

AGGREGATE ABRASION VALUE (AAV)

PRODUCT CODE

CRT-AAM Aggregate Abrasion MachineCRT-AAM-AGG Leighton Buzzard Sand (25Kg bags)

STANDARDS

EN 1097-8 : 2009; BS 812 : Partie 113 : 1990

DESCRIPTION

Aggregate Abrasion Machine determines the Aggregate Abrasion Value by testing the measure of the resistance of aggregate to surface wear by abrasion.Two specimens are pressed against the surface of a steel disc rotating in a horizontal plane, with a force of 0.365 Newton’s per sq. centimetre. Sand, fed by hoppers, is used as an abrasive. After 500 disc revolutions the amount of material abraded is measured by calculation of the weight loss of the aggregate.The percentage loss in mass of chippings as known as the ‘Aggregate Abrasion Value’ (AAV), and ranges from about 1 for hard flints to over 16 for aggregates normally considered too soft for use in road surfacing.CRT-AAM-AGG should be ordered separately.

SPECIFICATIONS


Weight (approx.) Kg 170Volume (Packed) cu metres 0.79

Electrical Supply 230v single phase 50Hz




POLISHED STONE VALUE

PRODUCT CODE

CRT-APM Accelerated Polishing Machine

STANDARDS

EN 1097-8:2009 (formerly BS 812 pt114: 1989); ASTM E303-93;ASTM D3319-99

DESCRIPTION

Accelerated Polishing Machine is used to produce polished stone samples of aggregates used in road surfaces, to simulate actual road conditions. In 1950 increased traffic flow and higher speeds, together with concerns about road safety led to research into the relationship between road materials and skid-resistance. Research at the UK Transport Road Research Laboratory showed a significant relationship between polishing of aggregates used in road surfaces and skid resistance. Tests were devised using an Accelerated Polishing Machine and a friction measuring device (known as the Pendulum Skid Tester, also supplied by Cooper, to determine (PSV) Polished Stone Value).

Fourteen specimen aggregate samples are clamped around a rotating Road Wheel. These samples are subjected to two timed stages of abrasive polishing under a loaded rubber tyre. First by Corn Emery grit, and secondly by Flour Emery powder.

Accessories/consumables are not included in the price of the main device and may be purchased separately if required.

KEY FEATURES

• High ground steel main spindle running in precision sealed ball bearings additionally protected by a labyrinth seal spindle axially loaded to eliminate end play

• Adjustable 3 phase motor speed control with adjustable timing belt drive, reducing power consumption and improves control

• Inverter drive to motor for precise speed control• Digital display preset timer and revolution counter• Robust welded steel mainframe, standing on adjustable

pads• Specimens manufactured and easily removed from

precision machined moulds• 14 Specimens located on ‘Road Wheel’ by rubber rings and

held by simple side fixing• Tyred wheel easily removed for replacing tyres• Water gravity fed from high level tank through calibrated

flow meter• Used abrasive and water collected in easily removable tray• Loaded tyre raised and lowered to the running surface by

mechanical lifting device• Protection by covers and guards may be easily removed for

maintenance• CE marked• ASTM option with pneumatic wheel

SPECIFICATIONS

Road Wheel Speed 320 ± 5 rev min -1Dimensions mm (WxDxH) 810 x 790 x 1230Weight Kg 210

Electrical Supply 230V/110V. 50/60 Hz Single Phase 13amp

ACCESSORIES

CRT-APM-886Base PlateCRT-APM-SAMPReference Sample – Moulded Criggion – Olivine BasaltCRT-S882/190Corn Emery 20Kg Bags (Graded)CRT-S882/191Flour Emery 20Kg Bags (Graded)CRT-APM-S882/200Control Stone 25Kg Bags (Ungraded)CRT-APM-S882/201Criggion Stone 25Kg Bags (Ungraded)CRT-APM-S882/7Road wheel assemblyCRT-APM-S882/1022Corn Feeder 24 VoltCRT-APM-S882/1023Flour Feeder 24 VoltCRT-APM-S882/0049Weight BS EN 1097-8:2000CRT-APM-S882/0049/ASTMWeight American Standard

SKID RESISTANCE AND FRICTION TEST

PRODUCT CODE

STANDARDS

EN 1097-8:2009; BS 812 Pt. 114; AS/NZS 4586:1999; BS 6077 Pt 1; BS 7044; BS 7188; BS 8204; BS 7976;EN 1436:1997; EN 13036-4:2003; ASTM E303-93

DESCRIPTION

The Cooper-Wessex Pendulum Skid Tester CRT-PENDULUM is high quality skid resistance testing equipment. Originally designed in the 1940s in the US, the instrument was further developed in the 1960s at the UK Transport Research Laboratory for the testing of road surfaces.

The CRT-PENDULUM measures the frictional resistance between a rubber slider mounted on the end of a pendulum arm and the test surface. This provides highway engineers with a routine method of checking the resistance of wet and dry surfaces to slipping and skidding, both in the lab and on site.

It is based on the Izod principle: a pendulum rotates about a spindle attached to a vertical pillar. At the end of the tubular arm a head of known mass is fitted with a rubber slider. The pendulum is released from a horizontal position so that it strikes the sample surface with a constant velocity. The distance travelled by the head after striking the sample is determined by the friction of the sample surface. A reading of Skid Resistance is obtained.

KEY FEATURES

• Designed for laboratory and in situ road surface testing • Dispatched calibrated to EN1097-8 (accredited under ISO

9001:2000) • Low friction arm, and lightweight pointer• Comes with integral ‘F’ scale for use with small slider set

for 76mm slide length. (PSV test)• Repeatable and reproducible• Supplied with robust carrying case• Made in the United Kingdom

CRT-PENDULUM Pendulum Skid Resistance Tester

SPECIFICATIONS

Dimension mm (W x D x H) 700 x 300 x 700

Volume (packed) cu metres 0.15

Weight Kg 30

ACCESSORIES

CRT-PEND-S886Base PlateCRT-PEND-SPFEETSet of 3 Spreader FeetCRT-PEND-885/10501.25” Rubber Mounted PSV SliderCRT-PEND-885/1060 3.00” Rubber Mounted TRL (55) SliderCRT-PEND-885/10703.00” Rubber Mounted Four S (96) CRT-PEND-885/14313.00” Rubber Mounted CEN SliderCRT-PEND-CAL1First traceable calibrationCRT-PEND-885/1024Tool Kit (included with main item)CRT-PEND-885/1200Pendulum Instrument case (included with main item)



14 THERMAL AND WEATHERING PROPERTIES

RESISTANCE TO FREEZING AND THAWING

PRODUCT CODE

TD-1440 Freezing and Thawing Chamber 285 L,220-240 V 50-60 Hz

STANDARDS

EN 1338; EN 1339; EN 1340; EN 1367-1; EN 1367-6; EN 12371; EN 13748-2; EN 13450

DESCRIPTION

Used for the determination of resistance to freezing and thawing by providing freezing / thawing in air.The chamber is equipped with a user defined program including 10 steps. Time can be adjusted to 999 minutes for each step of the program. The temperature range of the cabinet is -30°C to +30°C.The temperature is controlled by a sensor which can be immersed either into the sample, into the water which the sample is placed into or, into the salty water solution placed on the sample before starting the test. The calibration of the sensor is carried out using the user-friendly menu. The cabinet provides heating from -20°C to +20°C in 60 minutes. The distribution of temperature in the cabinet is performed using the integral fan. Software for data transfer to a computer is supplied complete with the cabinet, and data can be monitored during the tests. Data can be converted to an MS ExcelTM report or to a graph. The condenser of the cabinet is fitted with an air cooled hermetic cooler. The gas used for the cooler does not include CFC’s.

SPECIFICATIONS

Internal Dimensions mm(W x D x H) 490 x 530 x 1100

External Dimensions mm(W x D x H) 690 x 860 x 1940

Weight (approx.) Kg 225Power W 1800

MAGNESIUM / SODIUM SULPHATE TESTS

PRODUCT CODE

TA-0840 Magnesium Sulphate / Sodium Sulphate Test Water Bath

TW-1008 Density Basket, 120 mm dia x 160 mm deep, 3,35 mm mesh, EN/ASTM

TGH-1460 Lever Lid Container Ø160 mm dia x 235 mm deep for TW-1008, EN/ASTM

TW-1017 Density Basket, 230 mm dia x 260 mm deep, 4 mm mesh, EN

TGH-1465 Lever Lid Container Ø270 mm dia x 300 mm deep for TW-1008, EN

TGG-2415 Hydrometer 1100-1200 g/ml, ASTMTGG-2420 Hydrometer 1200-1300 g/ml, EN/ASTMTGC-0850 Sodium Sulphate, 1 kg, ASTMTGC-0915 Magnesium Sulphate, 1 kg, EN/ASTM

STANDARDS

EN 1367-2; EN 13450; ASTM C88; UNI 8520-10; UNE 7136

DESCRIPTION

Magnesium Sulphate and Sodium Sulphate Tests are used fordetermining the soundness of aggregates when subjected to weathering action such as freezing and thawing cycles. Only the specific products are listed above. It should be noted thatother equipment like ovens, sieves, balances etc. are also required to perform these tests.

Sodium Sulphate can be used instead of Magnesium Sulphateaccording to the ASTM standard. TGG-2415 Hydrometer 1100- 1200 g/ml is required for the test with Sodium Sulphate Test.(The temperature of test solution that is in the dipping champer produced of stainless steel can be automatic adjusted to required temperature with heating and cooling system of the TA-0840).

Homogenous temperature distribution can be obtained with water circulation pump that makes feedback. Temperature controller is a microprocessor type and control process has digital display that can.

Magnesium Sulfate / Sodium Sulfate Test Water Bath can be used as general purpose water bath when dipping cabinet removed from its place that temperature is between 15-60 °C with ± 1.0 °C accuracy.

TGH-1460

TW-1008

SPECIFICATIONS

Product code Dimensions mm(W x D x H) Weight Kg

TA-0840 650 x 550 x 1000 60TW-1008 120 x 120 x 160 1TGH-1460 Ø160 x 235 0.25TW-1017 Ø230 x 260 1TGH-1465 Ø270 x 300 0.25TGG-2415 30 x 30 x 300 0.1TGG-2420 30 x 30 x 300 0.1Dipping Chamber 300 x 380 x 400 0.1

DRYING SHRINKAGE

PRODUCT CODE

TCM-0037 Digital Length ComparatorTCM-0038 Length Comparator with Heidenhain

Length Measuring Sensor 220-240 V 50-60 Hz

STANDARDS

EN 1367–4; EN 12617–4; EN 12808-4; ASTM C151; ASTM C157; ASTM C227; ASTM C311; ASTM C341; ASTM C342; ASTM C441; ASTM C452; ASTM C490; ASTM C531; ASTM C596; ASTM C806;ASTM C878; ASTM C1260; BS 1881:5; BS 6073

DESCRIPTION

Length Comparators are used to determine the length changes on different type of cement prisms. The set consists of a length measuring frame with measuring apparatus attached to it. There are 2 models available; TCM- 0037 is with 0.001 mm x 12.7 mm digital dial gauge and TCM- 0038 is with special 0.0001 mm x 30 mm transducer and readout unit.All information about shrinkage moulds, steel inserts and reference rods can be found on TCM-0009/E-0009/A-0033 Cement Shrinkage Moulds, and TA-0850/TCM-0033 Aggregate Shrinkage Moulds data sheets.Reference rod and moulds should be ordered separatelyaccording to the test to be performed.

TCM-0038

TCM-0037

DRYING SHRINKAGE

PRODUCT CODE

TA-0850 Three Gang Prism Shrinkage Mould 50 x 50 x 200 mm

TA-0851 Steel Insert for TA-0850, 12 pcsTA-0852 Reference Rod 205 mm Long

with Convex Hemispherical EndTCM-0033 Two Gang Prism Shrinkage Mould

25 x 25 x 285 mmTCM-0034 Steel Insert for TCM-0033, 12 pcsTCM-0035 Reference Rod 305 mm

with Convex Hemispherical End

STANDARDS

EN 1367-4; UNI 8520-22

DESCRIPTION

TCM-0033

TCM-0852

TCM-0850

The Two and Three Gang Shrinkage Moulds are used for the determination of the effect of aggregates on the drying, shrinkage and length change of hardened cement paste, concrete and mortar. The Two Gang Shrinkage Mould is also used for the determination of the potential alkali reactivity of cement-aggregate combinations (mortar-bar method) according to ASTM standards.Reference rod should be ordered separately. The test requires TCM-0037 or TCM-0038 Lenght Comparator. Supplied with inserts.



15 CHEMICAL PROPERTIES

ALKALI-SILICA REACTIVITY

PRODUCT CODE

TA-0880 Alkali Aggregate Reaction Bath, 220-240 V 50-60 Hz

TCM-0033 Two Gang Prism Shrinkage Mould, 25 x 25 x 285 mm

TCM-0034 Steel Insert for TCM-0033, 12 pcs.TCM-0035 Reference Rod 305 mm Long

with Convex Hemispherical End

STANDARDS

CANADA CSA-A23.2-25A; For Moulds ASTM C227; ASTM C490; ASTM C1260

DESCRIPTION

The Alkali Aggregate Reaction Bath is used to keep 25 x 25 x 285 mm samples in NaOH (Sodium Hydroxide) or in any other solution at a specified temperature. The temperature can be adjusted between ambient to 100°C by using the digital controller with 1°C accuracy.

Temperature can also be monitored by an external 1°C accuracy PT 100 sensor placed in the water. The bath is made completely of stainless steel and has glass cover and a chamber with a capacity of holding 36 samples. The chamber has a cover made of stainless steel. Samples are placed on a special rack made of polyamide where each sample stays independent from each other in a vertical position. The bath is also equipped with an electronic water level indicator which gives an alarm when the water level is lower than required.TCM-0033 is used to determine the potential alkali reactivity ofcement-aggregate combinations (mortar-bar method). This mould is also used for determining the length change of hardened cement paste, mortar and concrete.

The test also requires TCM-0037 or TCM-0038 Length Comparators. By removing the special rack, TA-0880 Aggregate Reaction Bath can also be used as a general purpose water bath.

SPECIFICATIONS

Dimensions mm (W x D x H) 550 x 1000 x 800Weight (approx.) Kg 70Power W 2000

CHLORIDE CONTENT

PRODUCT CODE

DESCRIPTION

The Quantab Chloride Titrators are used for quick determination of water soluble chloridesalts present in fine aggregates and soils.

TGE-4320 Quantab Chloride Titrator Type 1175, 40 Strips

TGE-4322 Quantab Chloride Titrator Type 1176, 40 Strips

SPECIFICATIONS

Product code TGE-4320 TGE-4322

Range 0.005% to 0.1% NaCl 0.05% to 1% NaCl

Dimensions mm 75 x 75 x 120Weight Kg 0.1

ORGANIC SUBSTANCES / HUMUS CONTENT

PRODUCT CODE

TA-0885 Reference Colour GlassTGG-1705 Graduated Impurities Test, Glass Bottle

500 ml, ASTMTGG-1710 Graduated Impurities Test, Glass Bottle

1000 ml, ASTMTGG-1720 Cylindrical Glass Bottle with Cork Stopper,

for Organic Impurities, 450 ml,ENTGC-0840 Sodium Hydroxide 1 kg

STANDARDS

EN 1744-1; ASTM C40

DESCRIPTION

The Reference Colour Glass consists of 5 organic glass scales mounted in a plastic holder, which is used for the comparison of the colour results from the relevant test.

The 500 ml and 1000 ml capacity Graduated Glass Bottles are used for making reference standard colour and test solution according to the ASTM standard.

TGG-1720 450 ml Cylindrical Glass Bottle is used for determination of organic impurities as required in the EN standard.

TCM-0885

TGG-1705 and TGG-1710 TGG-1720

TCM-0880

TCM-0033

TCM-034




CORING

PRODUCT CODE

TR- 0250 Laboratory Type Core Drilling Machine, 230 V, 50-60 Hz, 1 ph

TR-0255 Fastening Device for Core Samples, up to 100mm dia.

TGD-0340 Diamond Core Bit for TR-0250, for 21.46 mm dia. (EX) specimens, with spigot adaptor

TGD-0341 Diamond Core Bit for TR-0250, for 30.10mm dia. (AX) specimens, with spigot adaptor

TGD-0342 Diamond Core Bit for TR-0250, for BX 38.10 mm (1.5 “) dia. specimens, with spigot adaptor

TGD-0343 Diamond Core Bit for TR-0250, for 42.04 mm dia. (BX) specimens, with spigot adaptor

TGD-0344 Diamond Core Bit for TR-0250, for 54.74 mm dia. (NX) specimens, with spigot adaptor

DESCRIPTION

This machine is specifically used in the laboratory for taking core samples from large sized rock, natural stone and concrete samples. The machine has a fastening equipment to tie the material during the drilling cycle. The coring area is protected by a transparent cylinder. To take rock specimens with max. dia. 100 mm from core samples, TR-0255 special fastenig device including transparent protection cylinder and coring bits should be ordered seperately

SPECIFICATIONS

Power W 1800Weight (approx.) KG 80Dimensions mm(of base equipment) 600 x 500 x 200

Drilling Diameter mm from 8 to 60

CORE TRIMMER AND CUT-OFF MACHINE

PRODUCT CODE

TR-0300 Laboratory Core Trimmer and Cut-Off Machine 220-240 V 50-60 Hz

TR-0302 Cooling Recirculating Pump with Reservoir 220-240 V 50-60 Hz

TR-0304 Abrasive Cutting Blade, Ø 230 x 2.5 mm thickness

TR-0306 Double-Faced Cup Wheel, Ø 205x16 mm

STANDARDS

EN 1367-2; EN 13450; ASTM C88; UNI 8520-10; UNE 7136

DESCRIPTION

The TR-0300 Laboratory Core Trimmer and Cut-Off Machine is used for obtaining rock samples perfectly machined (cubes, prisms, etc.) from irregular rock or core pieces.The TR-0300 is supplied complete with a vice to hold irregularpieces firmly in place up to 70x140 mm approx. A second V shaped vice is used to cut cores to a maximum size 75 mm dia. 140 mm height. Longer cores can be obtained by turning the samples upside down in the vice. It is supplied complete with a cooling water inlet.The TR-0304 Abrasive Cutting Blade has a diameter of 230 mm, 2.5 mm thickness and the maximum cutting area is 110x70 mm. The speed of the blade is 3000 rpm.The TR-0306 Double-Faced Cup Wheel has a diameter of 205 mm and 16 mm thickness. It is used for finishing the sample ends parallel and at right angles to the axis.The TR-0306 Double-Faced Cup Wheel and UTR-0302 Cooling Recirculating Pump with Reservoir should be ordered separately.

SPECIFICATIONS

Dimensions mm (W x D x H) 730 x 1050 x 590Weight Kg 100Power W 1100

SPECIMEN CUTTING

PRODUCT CODE

STANDARDS

EN 12390–3, 12504-1; ASTM C42; ASTM D4543

DESCRIPTION

The TC Series Universal Cutting Machines have been developed to cut and prepare concrete, rock or natural stone cores or other type test specimens. It is available in three different models. Special clamp assembly allows specimens to be held during cutting operation. The machine is supplied complete with ‘V’ block clamp for Ø 100 mm specimens and a water circulation pump. If 220 V is required please mention at the time of ordering. Cutting blade should be ordered separately.

TC-1010 Universal Cutting Machine Small, 380 VTC-1020 Universal Cutting Machine Medium, 380 VTC-1030 Universal Cutting Machine Large, 380 VTC-1012 Cutting Blade Ø 350 mmTC-1022 Cutting Blade Ø 450 mmTC-1032 Cutting Blade Ø 600 mm

Model TC-1010 TC-1020 TC-1030

Dimensions (L x W x D) mm

1100 x 660x 1300

1100 x 710x 1350

1220 x 810x 1500

Blade Diameter 350 mm 450 mm 600 mm

Max. Cutting Height

135 mm 175 mm 250 mm

Cutting Length 470 mm 420 mm 500 mm

Engine Power 3 hp/380 V 4.0 hp/380 V 5.5 hp/380 V

Water Pump

0.37 hp/220 V

0.37 hp/220 V

0.37 hp/220 V

Weight Kg 115 140 170

SPECIFICATIONS

SPECIMEN GRINDING

PRODUCT CODE

TC-1035 Semi-Automatic Grinding Machine, 220-240 V 50-60 Hz

TC-1042 Grinding WheelTC-1043 Cradle for Ø:38-100 mm Cylindrical

SpecimensTC-1044 4 Channel Digital Display Temperature

DataloggerTC-1048 Water Restraint Panel for Ø160mm

Cylinder Specimen

STANDARDS

EN 12390-1; EN12390-3; EN12504-1; ASTM C 31; ASTM C39; ASTM C42; ASTM C192

DESCRIPTION

The TC-1035 Semi-Automatic Grinding Machine provides fastgrinding of cylinder specimen ends to obtain plane and parallel surfaces according to EN and ASTM standards. The ony difference between automatic machine and semi-automaticmachine is that the cradle of the semi-automatic machine is moved toward the grinding wheel by the user.

All grinding process is automatic except the movement of the cradle for semi-automatic machine. The optimum cycle to be applied by the user is 5-6 cycle/per minute. Three units of Ø38 to 100 mm or two units of Ø150-160 mm concrete cylinders ends can be ground simultaneously with the suitable cradle and water restraint panel. The length of the specimen must be longer than 70 mm.

The Planeness and the perpendicularity of the test cylinder ends are in accordance with ASTM and EN standards. The Planeness accuracy of grinded surface is 0.05 mm. The deviation of O perpendicularity of the side with reference to the end faces is 5 . The cradle which specimens are fixed on has automatic bidirectional radial displacement ability. The safe and ergonomic design prevents the user to exposure to water and dust and provides easy access to the water inlet and outlet.

Specimen cradles and water restraint panels can easily be installed without the need for any assembly. Mobility of the machine is achieved with the help of the integral wheels, and all components of the system can be safely accessed for easy maintenance. The machine is manufactured from stainless steel for resistance to corrosion.

TCM-0300TCM-0250

TC-1010



SUPPLIED WITH

The Semi-Automatic Grinding Machine is supplied complete with:

• Grinding Wheel for concrete specimens• Cradle for Ø:38mm to100 mm cylindrical specimens• Water restraint panel set (Consist of four panels Ø150,

100, 75 and 50 mm)

The cradle which specimens are fixed on has automatic bidirectional radial displacement ability. The safe and ergonomic design prevents the user to exposure to water and dust and provides easy access to the water inlet and outlet. Specimen cradles and water restraint panels can easily be installed without the need for any assembly.

Mobility of the machine is achieved with the help of the integralwheels, and all components of the system can be safely accessed for easy maintenance. The frame is manufactured from aluminum to obtain a lighter weight and the stainless steel exterior shell assures resistance to corrosion. The water restraint panels should be ordered seperately for cubic specimens or different sized cylindrical specimens.

SPECIFICATIONS

Dimensions mm 730 x 1080 x 1510Weight Kg 260Power W 1850

SPECIMEN GRINDING

PRODUCT CODE

TC-1040 Automatic Grinding Machine, 220-240 V 50-60 Hz

TC-1042 Grinding Wheel

TC-1043 Cradle for Ø:38-100 mm Cylindrical Specimens

TC-1044 Water Restraint Panel Set

TC-1048 Water Restraint Panel for Ø160mm Cylinder Specimen

STANDARDS

DESCRIPTION

The TC-1040 Automatic Grinding Machine provides fast grinding of cylinder specimen ends to obtain plane and parallel surfaces according to EN and ASTM standards.

Three units of Ø38 to 100 mm or two units of Ø150-160 mm concrete cylinders ends can be ground simultaneously with the suitable cradle and water restraint panel. The length of the any specimen must be longer than 70 mm. The Planeness and the perpendicularity of the test cylinder ends are in accordance with ASTM standards C31, C39, C42, C192, C617 and EN standards EN 12390-1 EN 12390-3 and EN 12504-1.

The Planeness accuracy of grinded surface is 0.05 mm. The deviation of O perpendicularity of the side, with reference to the end faces is 5 . The equipment has selectable advance grinding time functionality by user from 50 to 400 seconds. Optimum grinding time per end of all type specimens is 90 to 120 seconds.

EN 12390-1; EN 12390-3; EN 12504-1; ASTM C 31; ASTM C39; ASTM C42; ASTM C192; ASTM C617

SUPPLIED WITH

The Semi-Automatic Grinding Machine is supplied complete with:• Grinding Wheel for concrete specimens• Cradle for Ø:38mm to100 mm cylindrical specimens• Water restraint panel set

(Consists of four panels Ø150, 100, 75 and 50 mm)

SPECIFICATIONS

Dimensions mm (W x D x H) 730 x 1080 x 1510Weight (approx.) Kg 260Power W 1850


UNIAXIAL AND TRIAXIAL TESTS

PRODUCT CODE

STANDARDS

EN 1926, 14580; ASTM D2664; ASTM D2938; ASTM D3148; ASTM D5407

DESCRIPTION

The TR-0550 Automatic Pressure System is used to apply lateral pressure in the Hoek Cell during the triaxial testing of rock specimens. The power pack is equipped with a proportional valve to provide a sensitive control of the loading rate and to maintain a constant confining pressure to within 0.1 bar. Pressure is controlled by using the PID closed loop controlled electronics. The user can define the set lateral pressure and display the lateral pressure through the BC100 control andreadout unit.

BC100 TFT unit is designed to control the power pack and processing of data from pressure transducers which is fitted to the power pack. All the operations of BC100 are controlled from the front panel consisting of a 800 x 480 pixel 65535 colour resistive touch screen display and function keys 4 analogue channels are provided for load-cells, pressure transducers or displacement transducers.BC100 has easy to use menu options. It displays all menu option listings simultaneously, allowing the operator to access the required option in a seemless manner to activate the option or enter a numeric value to set the test parameters. Its specimen setting sub-menu lists different specimen types including but not limited to cube, cylinder, block, beam, beam double upper bearers, cube splitting tensile, cylinder splittingtensile, paving block splitting tensile and kerb flexure. The BC100 digital graphic display is able to draw real-time ‘Load vs. Time’ or ‘Stress vs. Time’ graphics.

BC100 unit offers many addition unique features. You can save more than 10000 test results in its internal memory. Storage capacity can be increased up to 32 GB using SD memory cards or USB disk-drives. BC100 unit has support for various off-the-shelf USB printers, supporting both inkjet and laser printers.

TR-0550 Automatic Pressure System for Lateral Pressure in Hoek Triaxial Cell, 220-240 V 50-60 Hz

TR-0550/110 Automatic Pressure System for Lateral Pressure in Hoek Triaxial Cell, 110 V 60 Hz

TC-4231 2000 kN Automatic Compression Testing Machine, 220-240 V 50-60 Hz

TR-0555 Hoek Triaxial Cell BX, Ø 42,04 mm dia.TR-0556 Spare Sealing Sleeves for BX (Ø42,04 mm)

Hoek Triaxial CellTR-0560 Hoek Triaxial Cell NX, Ø 54,74 mm dia.TR-0561 Spare Sealing Sleeves for NX (Ø54.7mm)

Hoek Triaxial CellTR-0568 Compression Jig Assembly for Rock Core

SpecimensTC-0210 High Precision Pressure Transducer and

Electronics

TR-0550 with TC-4231 and TR-0560

STRENGTH AND DEFORMABILITY TESTS 17

BC100 unit is equipped with a built-in internal camera which can save real-time video during testing for security purposes. With its built-in internet protocol suite, every aspect of BC100 device can be controlled remotely from anywhere around the world. Last but not the least, BC100 has support for Android tablets permitting to control and monitor your testing equipment remotely.

SAFETY FEATURES

• Maximum pressure valves to avoid machine overloading• Emergency stop button• Software controlled maximum load valve

SPECIFICATIONS

Max. Working Pressure 420 bar

Min. Controllable Pressure 3 bar

Pressure Accuracy 0.1 bar

Dimensions mm 400 x 450 x 1000


Power W 750




PRODUCT CODE

TR-0552 Manual (Hand Operated) Pressure System for Lateral Pressure in Hoek Triaxial Cell

TC-4231 2000 kN Automatic Compression Testing Machine, 220-240 V 50-60 Hz

TR-0555 Hoek Triaxial Cell BX, Ø 42,04 mm dia.TR-0556 Spare Sealing Sleeves for BX (Ø42,04

mm) Hoek Triaxial CellTR-0560 Hoek Triaxial Cell NX, Ø 54,74 mm dia.TR-0561 Spare Sealing Sleeves for NX (Ø54.7mm)

Hoek Triaxial CellTR-0568 Compression Jig Assembly for Rock Core

SpecimensTGE-3800 Hydraulic Hand Pump, 700 bar.TC-0210 High Precision Pressure Transducer and

Electronics

STANDARDS

EN 1926; EN14580; ASTM D2664; ASTM D2938; ASTM D3148; ASTM D5407

DESCRIPTION

The manual pressure system is used for maintaining the constant lateral pressure in the Hoek triaxial cells and consists of a hydraulic hand pump with oil reservoir (TGE-3800) a precision LPI digital readout unit (TC-4920) a pressure transducer (TGM-0110) and a 3 m long flexible hose with quick release coupling. The manual pressure system is used with any Hoek triaxial cell and 2000 kN Automatic Compression Testing Machine (TC-4231) for the triaxial tests. Other types of Cooper compression testing machine (A to the capacity) can be used instead of TC-4231.

17 STRENGTH AND DEFORMABILITY TESTS

TR-0560 Hoek Triaxial Cell NX

SPECIFICATIONS

Product Lateral PressureEquipment TC-4231

Max. Working Pressure 700 bar (70 MPa) 410

Dimensions mm 1050 x 500 x 300 800 x 500 x 970Weight Kg 20 795

UNIAXIAL & TRIAXIAL TESTS

PRODUCT CODE

TR-0568 Compression Jig Assembly for Rock Core Specimens

STANDARD

ASTM D2938

DESCRIPTION

The jig assembly is used for uniaxial compressive strength tests of rock core specimens with 50 to 55 mm dia. and 100 to 110 mm height and consists of a two-column frame fit with an upper platen with spherical seat that moves vertically sustained by a spring. The lower platen is fit to the base.The assembly is also used for compressive strength test of natural stone core specimens.TR-0568 Compression Jig Assembly is used for uniaxial compressive strength for rock core specimens.

SPECIFICATIONS

Platens Dimensions 55 mm dia, 28 mm thickMin. Hardness of Platens 58 HRCVertical Clearance 112 mmDimensions mm (W x D x H) 120 x 120 x 250Weight Kg 10

TR-0568


PRODUCT CODE

DESCRIPTION

The TR-0555 and TR-0560 BX (42.04 mm dia.) and NX (54.74 mm dia.) type Hoek Cells have been designed to be used for triaxial testing of rock specimens.Hoek Cells comprise a steel body complete with two quick release self-sealing couplings, two steel end caps which are screwed to the cell body, 2 pieces of upper and 2 pieces of lower loading caps with spherical coupling and a rubber sealing sleeve to separate the specimen from the cell fluid.

TR-0555 Hoek Triaxial Cell BX, 42.04 mm dia.TR-0556 Spare Sealing Sleeves for Hoek Triaxial

Cell BXTR-0560 Hoek Triaxial Cell NX, 54.74 mm dia.TR-0561 Spare Sealing Sleeves for Hoek Triaxial

Cell NX

SPECIFICATIONS

Dimension mm (W x D x H) 350 x 150 x 200Weight Kg 15


PRODUCT CODE

TR-0570 Specimen Extruder for Hoek Triaxial Cells

TR-0572 Extruder Adaptor Set for BX SpecimensTR-0574 Extruder Adaptor Set for NX Specimens

DESCRIPTION

The TR-0570 Specimen Extruder is used to extrude the rock sample from its jacket while avoiding to emptying the pressurefluid (confining oil) out of the Hoek Cell. It consists of a steel frame with a rack and pinion mechanism. Supplied complete with BX and NX type adaptors.

SUPPLIED WITH

The Specimen Extruder is supplied complete with:

• BX Type Adaptors• NX Type Adaptors

SPECIFICATIONS



TR-0555

TR-0556

TR-0570 and TR-0572




STRENGTH INDEX

PRODUCT CODE

TR-0580 Digital Point Load Test Apparatus

STANDARDS

ASTM D5731

DESCRIPTION

The TR-0580 Digital Point Load Test Apparatus consists of a 60kN capacity load frame with a hydraulic loading ram driven bya hand pump. The frame is adjustable for testing of samples up to 102 mm diameter. A ruler assembled on the frame allows the direct measurement of the distance between the conical platens before and after the test. The compression load is measured by a pressure transducer connected to an advanced digital display unit assuring the best accuracy and resistance to the failure shocks. The apparatus is supplied with an easily transportable wooden case.

SPECIFICATIONS

Load Range 0 - 60 kNDigital Display 2 x 16 charactersResolution 32.000 div.Accuracy ± 1%Load pacer IncludedLoad measurement In both kN and MPaPC Connection Serial PortDimensions mm 450 x 300 x 700Weight (approx.) Kg 25

STRENGTH INDEX

PRODUCT CODE

TR-0562 Rock Classification Hammer L Type (Schmidt Hammer -Low Impact Energy Model)

TR-0565 Rock CradleTC-3040 Schmidt Hammer Calibration Anvil

STANDARDS

ASTM D 5873; ISRM Suggested Method

DESCRIPTION

TR-0562 Rock Classification Hammer together with TR-0565 NW Rock Cradle is an easy-to-use apparatus for measuring the rebound index on rock cores and samples. The level of impact energy is 0.74 Nm. The sample is positioned horizontally and the rebound index is calculated by the average value determined after several measurements which are performed perpendicularly to the longitudinal axis of the sample. Rock Classification Hammer is supplied complete with carrying case.

TR-0565 Rock Cradle apparatus consists of a universal sampleholder unit suitable for all standard rock core specimen sizes from EX to NX (21.46 mm to 54.74 mm dia.) and a V shaped vertical magnetic block which holds the hammer.

SPECIFICATIONS

Product code Dimensions mm(W x D x H) Weight Kg

TR-0562 100 x 100 x 360 (in case) 2

TR-0565 150 x 110 x 310 6TC-3040 150 x 150 x 230 16

SLAKE DURABILITY INDEX

PRODUCT CODE

STANDARDS

ASTM D4644

DESCRIPTION

This test method has been developed to assess the deterioration of rocks over a period of time when subjected to water immersion. Slake durability is a simulated weathering test to determine abrasion resistance during wetting and drying cycles of shale and similar soft rocks as used in embankments and other construction-related applications. Samples are alternately tumbled in mesh drums through a water medium and oven-dried for two cycles. The percent loss of mass is referred to as the slake durability index.The TR-0800 Slake Durability Apparatus consists of a motorised drive unit which is mounted on a baseplate and which can rotate two or four drums at a speed of 20 rpm. The tank assemblies are filled with water to a level 20 mm below the drum axis. The test drums are manufactured from 2.00 mm mesh, 140 mm dia. x 100 mm long.

TR-0800 Slake Durability Apparatus, 220-240 V 50 Hz

TR-0802 Pair of Mesh Drums for TR-0800

SPECIFICATIONS

Dimension mm (W x D x H) 1300 x 150 x 450Weight Kg 15

COMPRESSION STRENGTH

PRODUCT CODE

TR-0563 Original Schmidt Test Hammer Type L (Proceq)

TC-3040 Calibration Anvil

STANDARDS

ASTM D 5873; ISRM Suggested Method

DESCRIPTION

TR-0563 The type L Original Schmidt is the ideal option for testing thin walled items with a thickness between 50 to 100 mm (2“ and 4”) or for analysing small components. It is also suitable for examining cast stone components which are sensitive to impact. In rock mechanics, the type L Original Schmidt is commonly used for the classification of rock cores and brittle rock.

TR-0563 Type L Hammer is a portable and relatively inexpensive İnstrument for measuring the surface hardness of rock. The hammer can be used efficiently in both laboratory and the field setting.

The mechanism of operation is simple: a hammer released bya spring, indirectly impacts against the rock surface througha plunger and the rebound distance of the hammer is then read directly from the scale ranging from 10 to 70 MPa (1,450 to 10,152 psi).The type L hammer is used on NX or larger core specimens orblock specimens having an edge length of at least 6 cm. TC-3040 Calibration Anvil, manufactured from a special steelalloy, is used for the calibration of test hammers.

SPECIFICATIONS

Measuring Range 10–70 N/mm2

Impact Energy 0.735 Nm

Product Code TR-0563 TC-3040

Dimension mm 340 x 120 x 120 150 x 150 x 230

Weight Kg 2 16

TR-0562 with TC-3040 TR-05-0565TR-0580

TR-0800 with TR-0802




COMPRESSION STRENGTH

PRODUCT CODE

TR-0564 Silver Schmidt Test Hammer PC Type L (Proceq)

TC-3040 Calibration Anvil

STANDARDS

EN 12504-2, 13791; ASTM C 805; JGJ/T 23-2001

DESCRIPTION

TR-0564 Rock Schmidt Test Hammer (Proceq) is the world’s most advanced rebound hammer fully adapted specifically to the extremely varied rock testing applications (testing on cores and blocks). The RockSchmidt incorporates statistical methods based on ASTM and ISRM recommendations and provides the user with the freedom to define his own statistical process for determining a rebound number.

DESCRIPTION

• Impact Angle Independence: The rebound value is independent of the impact direction

• Optimised for Field Work: Tighter sealing against dirt and dust intrusion for longer life. Significantly lighter and moreergonomic than the classic Schmidt hammer. A large number of readings can be saved and downloaded later toa PC

• Preset Statistics: Statistics methods recommended by ISRM and ASTM are implemented into the hammer for automatic calculation of the rebound number. The option is also there to define a user specific statistics method

• Unconfined Compressive Strength: ISRM recommends a correlation between UCS and the rebound value based on the formula UCS = aebR (where R is the rebound value). A correlation in this format may be defined in the PC software and downloaded onto the RockSchmidt

• E-Modulus: ISRM recommends a correlation between elastic modulus and the rebound value based on the formula Et = cedR (where R is the rebound value). A correlation in this format may be defined in the PC software and downloaded onto the RockSchmidt

• Weathering Grade: Impacting on the same location twice can be used to correlate to weathering grade. The ISRM recommended method has been included in the device

SUPPLIED WITH

The Silver Schmidt Concrete Test Hammer is supplied complete with:

• Battery Charger with USB Cable• Carrying Strap• DVD with PC software• Grinding Stone• Documentation• Carrying Bag

TR-0564

TC-3040

SPECIFICATIONS

Impact Energy (N) 2.207 Nm, (L) 0.735 NmSpring Extension 75 mm (2.95”)Plunger Radius 25 mm (0.98”Display 17 x 71 pixels; graphicBattery Lifetime >5000 impacts between chargesOperating Temperature 0 to 50°CStorage Temperature -10 to 70°C

Product Code TC-0564 TC-3040Dimensions mm 55 x 55 x 255 150 x 150 x 230Weight Kg 570 16

NOTES

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COOPER RESEARCH TECHNOLOGY LIMTEDUnit 1 & 3, Albert Court, Peasehill RoadRipley, Derbyshire, DE5 3 AQ, United Kingdom

Website: www.cooper.co.ukEmail: [email protected]

Telephone: +44 (0) 1773 512174

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