One Stop Testing cement and mortar by One Stop Testing

SECTION %

3ECTION %

#%-%.4 -/24!2

#%- %. 4 -/ 24! 2

4HE RAW MATERIALS LIKE LIMESTONE CHALK SHALE CLAY ETC MIXED WITH WATER ARE CRUSHED GROUND AND BLENDED 4HEY ARE NOW SUB MITTED TO A CHEMICAL PROCESS IN A ROTARY KILN UNTIL THEY COMBINE INTO CLINKER &ROM THE CLINKER OPPORTUNELY MIXED WITH GYPSUM THE CEMENT FACTORIES OBTAIN THE MODERN 0ORTLAND CEMENT THAT MAY BE MODIFIED IN MORE AND MORE SOPHISTICATED BINDERS LIKE EXPANSIVE MORTARS PRE MIXED CEMENTS ETC )N SECTION h#EMENT -ORTARSv -ATEST PROPOSES A COMPLETE RANGE OF EQUIPMENT FOR &INENESS #ONSISTENCY 3ETTING TIME 7ORKABILITY 3OUNDNESS &LOW &LY !SH ,IME REACTIVITY AND 3LAKING #HEMICAL 4ESTS ETC AND FOR -IXING -OULDING #URING AND 3TRENGTH 4ESTS TO SATISFY ALL THE ABOVE QUALITY VARIABLES IN COMPLIANCE WITH THE %. !34- AND THE MOST KNOWN )NTERNATIONAL 3TANDARDS

MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 ",!).% !)2 0%2-%!"),)49 !00!2!453 4/ $%4%2-).% 4(% &).%.%33 /& #%-%.4 34!.$!2$3 %. COMPARABLE TO !34- # !!3(4/ 4 "3 5.) .& 0 5.% $). !VAILABLE MODELS % +)4

SECTION %

"LAINE AIR PERMEABILITY FINENESS APPARATUS 5SED TO DETERMINE THE FINENESS OF 0ORTLAND CEMENT IN TERMS OF THE SPECIFIC SURFACE EXPRESSED AS TOTAL SURFACE AREA IN SQUARE CENTIME TERS PER GRAM OF CEMENT 4HE APPARATUS IS SUPPLIED WITH GLASS 5 TUBE MANOMETER WITH VALVE STEEL STAND TEST CELL WITH DISK AND PLUNGER ALL IN STAINLESS STEEL RUBBER ASPIRATOR BULB FILTER PAPER DISKS MANOMETRIC LIQUID VASELINE GREASE FOR BETTER COUPLING TUBE CELL FUNNEL BRUSH $IMENSIONS X X MM 7EIGHT KG

%LECTRONIC "LAINE !IR 0ERMEABILITY !PPARATUS 4HIS %LECTRONIC "LAINE !IR 0ERMEABILITY !PPARATUS CONSISTS OF A FLAT ENCLOSURE WITH A MANOMETER COLUMN AND WITH A COMPONENT MEASURING CELL 4HE TESTING PROCEDURE IS STARTED BY PRESSING THE 34!24 BUTTON 4HE TEST PROCEDURE IS THEN BEING EXECUTED AUTOMA TICALLY WHEREBY THE TIME IS BEING SHOWN 4HE DEFINING OF THE FINAL "LAINE VALUE MUST BE DONE MANUALLY BY THE ENDUSER 3UPPLIED COMPLETE WITH DIGITAL THERMOMETER

FILLING OIL CONE GREASE FUNNEL FILTER PAPER

BRUSH POWER CABLE WITH A TWO POLE AND EARTHING PIN PLUG #LASS OF ENCLOSURE PROTECTION )0 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG

% +)4 %

!UTOMATIC "LAINE !IR 0ERMEABILITY !PPARATUS

!##%33/2)%3 % 3TANDARD REFERENCE CEMENT Q TO !34- 32- %. TO CALIBRATE THE "LAINE % 'LASS 4HERMOMETER TO Âª # 30!2%3 % 5 TUBE GLASS MANOMETER COMPLETE % -ANOMETRIC LIQUID ML BOTTLE

4HIS AUTOMATIC ELECTRONIC APPARATUS WITH MICROPROCESSOR IS EQUIP PED WITH AN AUTOMATIC AIRPROOF DEVICE 4HE APPARATUS CONSISTS OF A FLAT ENCLOSURE WITH A MANOMETER COLUMN AND WITH COMPONENTS STAINLESS STEEL MEASURING CELL $EPENDING TO THE CEMENT POROSITY AND ITS DENSITY THE EQUIPMENT CALCULATES AUTOMATICALLY THE MASSE THAT YOU HAVE TO TEST DETERMI NES THE CONSTANT + ACCORDING TO STANDARD CEMENT RECORDS THE TEST RESULTS WITH POSSIBILITY TO ELABORATE AN AVERAGE VALUE OF DIFFERENT TESTS 23 PORT 4HE DEFINING OF FINAL "LAINE VALUE IS AUTOMATICALLY GIVEN BY THE APPARATUS 3UPPLIED COMPLETE WITH ACCESSORIES 0OWER SUPPLY 6 PH (Z $IMENSIONS X X MM 7EIGHT KG

% &ILTER PAPER DISCS POROSITY MICRON PACK OF PIECES % 4EST CELL COMPLETE THREE PIECES % #ELL BODY STAINLESS STEEL % #ELL PLUNGER STAINLESS STEEL % #ELL PERFORATED DISK STAINLESS STEEL MATERIAL TESTING EQUIPMENT

#%- %. 4 -/ 24! 2 ,E #HATELIER FLASK

34!.$!2$3 %. !34- # !!3(4/ 4 5.% 5SED TO DETERMINE THE RELATIVE DENSITY SPECIFIC GRAVITY OF HYDRAULIC CEMENT AND LIME #APACITY ML 4HE NECK IS GRADUATED FROM TO ML AND FROM TO ML WITH DIVISIONS OF ML 7EIGHT G 6 !##%33/29 6 #(!44!7!9 30!45,! MM LONG %

7ATER FLOWING SIEVES DEVICE 34!.$!2$ $ - 5SED TO DETERMINE THE FINENESS OF CEMENT )T CONSISTS OF A SPRYING UNIT WITH FEED COCK AND GAUGE BRASS SIEVE BODY MM DIA AND MM HIGH WITH TWO STAINLESS STEEL CLOTH DISKS HAVING OPENING AND MM ! CEMENT SAMPLE OF G IS PLACED INSIDE THE SIEVE AND WASHED FOR TWO MINUTES BY MEANS OF THE SPRYING UNIT PUT ON TOP OF THE SIEVE 4HE RESIDUE OF THE RETAINED CEMENT IS OBTAINED BY DRYING THE SIEVE AT Âª# 7EIGHT KG 30!2%3 % 3TAINLESS STEEL CLOTH DISK OPENING MM % 3TAINLESS STEEL CLOTH DISK OPENING MM %

-EASURER ML CAPACITY 34!.$!2$3 !34- # !!3(4/ 4 4O DETERMINE THE AIR CONTENT OF FRESHLY MIXED MORTARS BY THE DENSITY METHOD 3TEEL MADE INTERNAL DIAMETER X MM HEIGHT !##%33/2)%3 % (!2$ 7//$ 4!-0%2

SECTION %

% ',!33 0,!4% NOMINALLY MM DIAMETER 6 #(!44!7!9 SPATULA 6

"ULK CEMENT SAMPLER 34!.$!2$3 %. !34- # !!3(4/ 4 5SED TO SAMPLE CEMENT IN BULK STORAGES OR SHIPMENT "RASS MADE IT CONSISTS OF TWO CONCENTRIC TUBES WITH SLOTS )NSIDE TUBE VOLUME IS LITRES APPROX $IMENSIONS DIA X MM 7EIGHT KG %

0ACKAGED CEMENT TUBE SAMPLER 34!.$!2$3 %. !34- # !!3(4/ 4 5SED TO SAMPLE CEMENT HOMOGENEOUSLY FROM CEMENT BAGS $IMENSIONS DIA X MM 7EIGHT KG % % %

&INENESS OF FLY ASH BY WET SIEVING 34!.$!2$3 %. !34- $ 4HE SET BRASS MADE CONSISTS OF SIEVE DIA MM WITH STAINLESS STEEL MESH OPENING MM SPRAY NOZZLE MM )$ WITH HOLES DIA MM PRESSURE GAUGE DIA MM RANGE K0A

DIV K0A FITTINGS AND CONNECTORS 7EIGHT KG

"ULK DENSITY OF CEMENT 4HIS APPARATUS IS USED FOR THE MEASUREMENT OF THE APPA RENT DENSITY BULK DENSITY OF POWDERS AND NON COHESIVE MATERIALS )T CONSISTS OF SIEVE FUNNEL WITH TRIPOD UNIT WEIGHT MEASURE LITRE CAPACITY SPATULA STRAIGHT EDGE ALUMINIUM SCOOP 4HE DISCHARGE HOLE OF THE FUNNEL HAS MM DIA $IMENSIONS DIA X MM 7EIGHT KG

% % MATERIAL TESTING EQUIPMENT

SECTION %

# % - % . 4 - / 24!2 %

!IR CONTENT METER LITRE CAPACITY

!PPARATUS FOR LIME TESTING REACTIVITY

34!.$!2$ %. %. $ESIGNED TO DETERMINE THE AIR CONTENT IN CEMENT MORTAR CEMENT PASTE AND LIME MORTAR -ADE FROM CAST ALUMINIUM THE TEST POT ONE LITRE CAPACITY AND THE UPPER PART ARE AIR TIGHT SEALED BY MEANS OF TWO QUICK ACTION SPRING CLAMPS 4HE WHOLE IS CONNECTED TO A DIAL GAUGE DIRECTLY INDICATING THE AIR ENTRAINMENT IN PERCENTAGE WITH RANGE ! BUILT IN OPERATED AIR PUMP IS ALSO INCLUDED 4HE PUSH BUTTONS 4%34 AND #/22%#4)/. ARE ARRANGED TO PERFORM THE TEST IN A SIMPLE AND QUICK SYSTEM $IMENSIONS DIA BY MM 7EIGHT KG

34!.$!2$3 %. .& 0 4HIS APPARATUS IS USED FOR DETERMINING THE REACTIVITY ON SLAKING OF GROUND QUICKLIME 4HE EQUIPMENT CONSISTS OF A $EWAR VESSEL ML CAPACITY COMPLETE WITH COVER ELECTRIC STIRRER RPM COMPLETE WITH STIRRING PADDLE PROPELLER BASE WITH STAND DIGITAL THERMOMETER RANGE Âª# SUBD Âª# ACCESSORIES 0OWER 3UPPLY 6 PH (Z $IMENSIONS X X MM 7EIGHT KG APPROX

!##%33/29 % 7EIGHTING AND FILLING CONTAINER

!IR CONTENT METER LITRE CAPACITY 34!.$!2$ %. )DENTICAL TO MOD % BUT WITH VESSEL HAVING LITRE CAPACITY CONFORMING TO %. 3PECIFICATION

!IR CONTENT METER LITRE ELECTRIC 34!.$!2$ %. 3AME AS MOD % BUT WITH INCORPORATED AN ELECTRIC MINI COM PRESSOR GIVING AIR PRESSURE AND KEEPING IT CONSTANT ALL ALONG THE TEST 0OWER SUPPLY 6 PH (Z

30!2% 0!243 % $EWAR VESSEL % 3TIRRING PADDLE PROPELLER

!IR CONTENT METER LITRE ELECTRIC

34!.$!2$ %. )DENTICAL TO MOD % BUT WITH VESSEL HAVING LITRE CAPACITY CONFORMING TO %. 3PECIFICATION !##%33/29 % &ILLING (OPPER 2ING FOR THE METERS % % % %

% %

3LAKING VESSEL "5),$).' ,)-% n 9)%,$ /& ,)-% 34!.$!2$ %. 4HIS INSULATED VESSEL IS USED TO DETERMINE THE YIELD OF LIME BY LEAVING THE LIME SAMPLE TO SLAKE INTO 3TAINLESS STEEL MADE DOUBLE WALLED INSULATED WITH GLASS FIBRES THE CYLINDER HAS INSIDE DIMENSIONS DIA BY MM DEEP 3UPPLIED COMPLETE WITH COVER 7EIGHT KG APPROX %

% MATERIAL TESTING EQUIPMENT

% .

"ULK DENSITY OF LIME

#EMENT WATER RETENTION APPARATUS

34!.$!2$3 %. $). 4HE APPARATUS ALLOWS A SAMPLE TO FALL FROM A KNOWN HEIGHT INTO A VOLUMETRIC CONTAINER #ONSISTING OF A HOPPER ONE LITRE CYLINDRICAL CONTAINER AND SPRING LOADED TRAP 7EIGHT KG

34!.$!2$3 !34- # # 5SED TO DETERMINE THE WATER RETENTION VALUE OF CEMENT AND LIME PUTTY 4HE UNIT COMPRISES WATER ASPIRATOR MERCURY COLUMN MANOMETER THREE WAY STOPCOCK METAL PERFORATED DISH GLASS FUNNEL MERCURY VALVE PACK OF FILTER PAPER ACCESSORIES THE WHOLE ASSEMBLED ON STAND 4HE VACUUM PUMP WITH ACCESSORIES ARE NOT INCLUDED IN THE SUPPLY AND HAVE TO BE ORDERED SEPARATELY WHILE THE MERCURY KG NEEDED CANNOT BE SUPPLIED FOR SHIP PING SAFETY PROBLEMS $IMENSIONS X X MM 7EIGHT KG APPROX

$ROPPING BALL APPARATUS

34!.$!2$3 "3 5SED TO MEASURE THE CONSISTENCY OF CEMENT MORTARS THIS INSTRU MENT ALLOWS A MM DIAMETER ACRYLIC BALL TO FALL FREELY FROM A STANDARD HEIGHT OF MM INTO A SPECIMEN OF MORTAR CONTAINED INTO A BRASS RING MOULD AND THE SURFACE OF WHICH HAS BEEN CAREFULLY PREPARED 4HE DEPTH OF THE BALL PENETRATION INTO THE MORTAR GIVES THE SPECIMEN CONSISTENCY 4HE INSTRUMENT COMPRISES A DROPPING DEVICE MOUNTED ON A STAND ACRYLIC BALL MOULD DIA X MM 4HE BASE OF THE STAND IS MACHINED #HROMED FINISHING 7EIGHT KG !##%33/29 % "!,, 0%.%42!4)/. -%!352).' $%6)#% FORMED BY A TRIPOD ON WHICH A DIAL GAUGE X MM IS MOUNTED ! DEVICE TO ADJUST THE HEIGHT OF THE DIAL IN RELATION TO THE TRIPOD IS ALSO INCLUDED #HROMED FINISHING 7EIGHT KG

SECTION %

#%- %. 4 -/ 24! 2

% . !##%33/2)%3 6 6 6 6ACUUM PUMP WITH ACCESSORIES 0OWER SUPPLY 6 PH (Z 3EE PAG % +)4

3ETTLING AND SWELLING RATIO APPARATUS OF GROUTS #ONTAINER -ETHOD 34!.$!2$ %. COMPARABLE TO $). 5.) 4HE EQUIPMENT CONSISTS OF % #ONTAINER STAINLESS STEEL PIECES % #OVER AIRTIGHT BALLAST STAINLESS STEEL PIECES % 0LEXIGLASS DISC PIECES % -EASURING BRIDGE 6 6ERNIER CALIPER 6 &ILLING GRADUATED MEASURER 4OTAL WEIGHT KG APPROX % +)4

% MATERIAL TESTING EQUIPMENT

SECTION %

# % - % . 4 - / 24!2

&LOW CONE APPARATUS

"AROID MUD BALANCE

34!.$!2$3 %. .& 0 0 5SED FOR VISCOSITY AND FLUIDITY DETERMINATIONS OF MORTARS MUDS GROUTS FLUID MATERIALS ETC #ONE TOP DIA IS MM TOTAL LENGHT MM CAPACITY CC -ORTAR FLUIDITY IS CONSIDERED SUITABLE WHEN THE FLOW TIME OF CC OF MORTAR IS COMPRISED BETWEEN TO SECONDS %NTIRELY BRASS MADE IT IS SUPPLIED COMPLETE WITH FOUR INTERCHANGEA BLE NOZZLES DIA MM STAND ADJUSTABLE IN HEIGH PLASTIC GRADUATED CUP % 7EIGHT KG

)T PROVIEDS A SIMPLE METHOD FOR THE ACCURATE DETERMINATION OF MUD DENSITY 4HE BALANCE CONSISTS OF A BASE AND GRADUATED ARM WITH CUP LID KNIFE EDGE RIDER BUILT IN SPIRIT LEVEL AND COUNTER WEIGHT CARRYING CASE 4HE CONSTANT VOLUME CUP IS AFFIXED TO ONE END OF THE GRADU ATE ARM AND THE COUNTER WEIGHT ON THE OPPOSITE END 7EIGHT KG

!##%33/2)%3 % )NTERCHANGEABLE NOZZLE DIA MM % 3)%6% MM DIA MM MESH OPENING THAT FITS THE UPPER CONE

% %

&ILTER PRESS FOR MUDS

% %

-ARSH FUNNEL VISCOMETER

34!.$!2$ !0) !MERICAN 0ETROLEUM )NSTITUTE

RECOMMENDED PRACTICE " AND 4HIS FILTER PRESS IS THE MOST EFFECTIVE MEANS FOR DETERMINING THE FILTRATION PROPERTIES OF DRILLING MUDS AND CEMENT SLURRIES 4HE FILTER PRESS CONSISTS OF A MUD RESERVOIR MOUNTED IN A FRAME A PRESSURE SOURCE A FILTERING MEDIUM AND A GRADUATED CYLINDER FOR RECEIVING THE MEASURING FILTRATE PACK OF FILTER PAPER NITROGEN PRESSURIZED CARTRIDGES $IMENSIONS % X X MM APPROX 7EIGHT KG

5TILIZED FOR VISCOSITY DETERMI NATION ON DRILLING MUDS AND FLUID MATERIALS /RIFICE OPENING MM (ALF PART OF THE FUNNEL MOUTH IS FORESEEN OF SIEVING CLOTH MM MESH 0LASTIC BREAK RESISTANT MADE 3UPPLIED COMPLETE WITH GRADUATED CUP 7EIGHT KG % %

3AND #ONTENT OF $RILLING -UDS 4HE 3AND #ONTENT +IT IS A SIMPLE ACCURATE AND INEXPENSIVE SIEVE ANALYSIS APPARATUS FOR DETERMINING THE SAND CONTENT OF DRILLING MUDS 4HE KIT CONSISTS OF A SPECIAL MESH SIEVE v IN DIAMETER FASTENED INSIDE A COLLAR UPON WHICH A SMALL FUNNEL IS FITTED ON EITHER END 4HIS IS USED WITH A ML GLASS MEASURING TUBE GRADUATED TO READ FROM TO THE PERCENTAGE SAND BY VOLUME 4HE COLLAR AND FUNNEL ARE MADE OF POLYETHYLENE AND THE SCREEN IS MADE OF BRASS ! ML WASH BOTTLE AND CARRYING CASE ARE INCLUDED 7EIGHT G MATERIAL TESTING EQUIPMENT

#%- %. 4 -/ 24! 2 6ICAT APPARATUS $%4%2-).!4)/. /& 3%44).' 4)-% !.$ #/.3)34%.#9 /& #%-%.4 34!.$!2$3 %. %. GYPSUM %. !34- # # !!3(4/ 4 $). "3 .& 0 0 5.% 4HE INSTRUMENT CONSISTS OF A METALLIC FRAME GRADUATED SCALE WITH INDEX SLIDING PROBE OF G CONSISTENCY PLUNGER DIA MM GLASS BASE PLATE 4HE NEEDLE AND CONICAL MOULD ARE NOT INCLUDED AND HAVE TO BE ORDERED SEPARATELY ACCORDING TO THE SELECTED 3TANDARD SEE ACCES SORIES $IMENSIONS X X MM 7EIGHT KG

!##%33/2)%3 % !DDITIONAL WEIGHT G TO THE SLIDING PROBE %. .& % . &INAL NEEDLE DIA MM %. .& "3 $). 5.) 5.% % . &INAL NEEDLE DIA MM 3TANDARDS !34- !!3(4/ % 'LASS THERMOMETER TO Âª # % . #ONICAL PENETRATION NEEDLE DIA MM BY MM LONG FOR GYPSUM TESTS 3TANDARDS %. $). % 0ROBE G FOR TESTS ON GYPSUM %. $).

SECTION %

% .

!##%33/2)%3 !.$ 30!2% 0!243 &/2 % . 30!2% 0!243 % 'LASS BASE PLATE DIA MM % . 4ANG TO FIX THE NEEDLE TO THE PROBE % . #ONSISTENCY PLUNGER DIA X MM %

'ILLMORE APPARATUS

% . 7)4( !##%33/2)%3

h.%%$%$v !##%33/2)%3 % . .EEDLE HARDENED DIA MM %. % . .EEDLE HARDENED DIA MM !34- !!3(4/

34!.$!2$3 !34- # # # !!3(4/ 4 5SED TO DETERMINE THE SETTING TIME OF CEMENT 6ERTICAL SUPPORT SHAFT HAS A DEVICE TO MAINTAIN THE HORIZONTAL ARMS IN ALIGNMENT 3UPPORT ASSEMBLY IS ADJUSTABLE IN POSITION 4HE TWO STEEL WEIGHTS NEEDLES ARE CALIBRATED TO MEET 3PECIFICATIONS .EEDLE POINTS ARE FROM STAINLESS STEEL 4HE INITIAL SETTING NEEDLE HAS DIA MM AND WEIGHT OF G WHILE THE FINAL SETTING NEEDLE HAS DIA MM AND WEIGHT OF G 7EIGHT KG

% #ONICAL PLASTIC MOULD DIA H MM %. .& % #ONICAL PLASTIC MOULD DIA H MM !34- !!3(4/ #/.)#!, -/5,$3 4/ "3 $). 5.) 30%#)&)#!4)/.3 % #ONICAL PLASTIC MOULD DIA H MM 5.) % #ONICAL PLASTIC MOULD DIA H MM $). % #ONICAL BRASS MOULD DIA H MM "3 % MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 % .

6)#!42/.)# !54/-!4)# #/-054%2)3%$ 42/0)#!,):%$ 6)#!4 2%#/2$).' !00!2!453

SECTION %

34!.$!2$3 %. %. GYPSUM %. !34- # # $). "3 5.% .& 0 0 !!3(4/ 4 4 4HE 6ICATRONIC APPARATUS THAT IS DESIGNED AND MANUFACTURED USING THE MOST RECENT AND SOPHISTICATED TECHNOLOGY IS USED FOR THE INITIAL AND FINAL SETTING TIME DETERMINATION OF CEMENTS OR MORTAR PASTES 4HE UNIT IS MANUFACTURED WITH hANTICORROSION AND TROPICALISEDv COMPONENTS TO BE USED IN PLACES WITH HUMIDITY NOT BELOW AND Âª# CONTROLLED TEMPERATURE AS REQUIRED BY %. 3PECIFICATIONS 4HE ENTIRE TEST IS MADE IN A FULLY AUTOMATIC WAY AND GIVES A VERY PRECISE AND REPEATABLE RESULT 4HE RESULTS ARE PRINTED ON THE INCORPORATED PRINTER AND THIS ELIMINATES THE MANUAL OPERATIONS OF INSTALLING AND ZEROING THE PAPER GRAPH ON THE DRUM 4HE USE OF THE APPLIANCE IS EXTREMELY SIMPLIFIED BY THE GUIDING MENU THAT IS AVAILABLE IN ENGLISH FRENCH SPANISH GERMAN POLISH ITALIAN LAN GUAGE %

$)30,!9 4HE LARGE HIGH CONTRAST ,#$ DISPLAY NEGATIVE BLUE HAS A HIGH RESOLUTION AND SHOWS THE TEST DATA TOGETHER WITH THE GENERAL FUNCTIONS OF THE APPLIANCE )T VISUALISES FOR THE FIRST TIME IN REAL TIME THE GRAPH OF THE TEST SEE PICTURE REPLAC ING AND SIMULATING WHAT THE OLD FASHIONED PEN TRACING ON THE PAPER 4HE APPLIANCE HAS A CLOCK CALENDAR THAT IS USED TO PROGRAM THE TEST CYCLES

% . &)2-7!2% 4HE 6ICATRONIC IS SUPPLIED WITH THE STANDARD PROGRAMS TO MAKE AUTOMATICALLY ALL THE TESTS ACCORDING TO THE FOLLOWING 3TANDARDS %. %. GYPSUM %. !34- # $). $). GYPSUM .& 0 "3 !!3(4/ 4 &URTHER PROGRAMS CAN BE DEVELOPED BY THE OPERATOR USING THE SPECIFIC MENU hFREE TESTSv AVAILABLE ON THE BASE FIRMWARE THE USER HAS THE POSSIBILITY TO SET TOTALLY FREE TEST PROFILES DEFINING THE NUMBER OF PENETRATIONS AND THE COORDINATES OF EACH PENETRATION RAY IN MM OF THE CIRCLE WHERE THE NUMBER OF PENETRATIONS HAVE TO BE DISTRIBUTED AND NUMBER OF CIRCLES 4HIS POSSIBILITY IS PARTICULARLY USEFUL WHEN TESTING NEW MORTARS ADDITIVES AND TO MAKE RESEARCH TESTS THAT REQUIRES SOPHISTICATED AND FLEXIBLE APPLICATIONS PENETRATIONS PROGRAM

MATERIAL TESTING EQUIPMENT

!34-

#%- %. 4 -/ 24! 2

02/"%3 4HE MOBILE PROBE WEIGHS G G FOLLOWING THE %. .& 3TANDARDS THE PENETRATION NEEDLE HAS MM DIAMETER MM FOLLOWING !34- 3TANDARD AND ITS FALL CAN BE PROGRAMMED IN FREE FALL OR IN GUIDED FALL 4OTALLY FLEXIBLE AS FAR AS THE TIME IS CONCERNED THE PENETRATIONS TIME CAN BE SELECTED BETWEEN MINUTES AND MINUTES FIX INTERVAL BETWEEN TWO PENETRATIONS OF A TEST OR CAN CHANGE DURING THE TEST UP TO DIFFERENT PHASES WITH DIFFERENT INTERVAL TIME IT CAN EVEN CHANGE AUTOMATICALLY DURING THE SETTING TIME FIXING A PENETRATION DEPTH 4HE TWO OPTIONS DESCRIBED HERE ABOVE CAN BE COMBINED TOGETHER 4HE PENETRATION MEASURE IS READ BY A VERY ACCURATE ENCODER HAVING A RESOLUTION OF MM 4HE 6ICATRONIC ALSO CALCULATES VISUALISES AND PRINTS 4HE TIME FROM THE MOMENT OF THE SAMPLE PREPARATION SET BY THE OPERATOR 4HE TIME THE TEST STARTS 4HE RESIDUAL TIME TO THE NEXT PENETRATION 4HE RESIDUAL TIME TO THE END OF THE TEST 4HE NUMBER OF PENETRATIONS MADE AND THE RESIDUAL PENETRATIONS TO BE MADE

SECTION %

4)-%2 n -).54%3 4HE FIRMWARE ALLOWS ACTIVATING A DELAY ON THE APPLIANCE TO THE BEGINNING OF THE TEST 4HIS PROGRAM IS PARTICULARLY USEFUL WHEN THE APPROXIMATE SETTING TIME OF THE MORTAR IS KNOWN AND THE OPERATOR WANTS TO START THE WORKING OF THE 6ICATRONIC AFTER A CERTAIN TIME IN ORDER TO CONCENTRATE THE PENETRATIONS WITH A SHORT INTERVAL OF TIME BETWEEN THEM AND HAVE BETTER MEASURING VALUES

4%34 2%35,43 4HE 6ICATRONIC CAN MEMORISE ALL THE TEST PARAMETERS AND RESULTS AND KEEPS A FILE WITH A CAPACITY OF MORE THAN COM PLETE TESTS )N CASE OF A POWER CUT EVEN A SHORT ONE DURING THE TEST EXECUTION THE TEST WILL BE INVALIDATED AND THE APPLIANCE WILL BE AUTOMATICALLY STOP KEEPING THE SET DATA !T THE END OF THE TEST THE APPLIANCE WILL PRINT AUTO MATICALLY BY THE INCORPORATED PRINTER A REPORT WITH ALL THE DATA CONCERNING THE LAST TEST MADE INCLUDING A GRAPH TRACING EACH SINGLE PENETRATION WITH ITS VALUES OF TIME AND PENETRATION NUMBER SEE EXAMPLE PRINTED

02).4).' %8!-0,% MATERIAL TESTING EQUIPMENT

SECTION %

# % - % . 4 - / 24!2 0# #/..%#4)/. !.$ .%4 /04)/.3 $ESPITE THE TOTALLY INDEPENDENT WORKING OF THE MACHINE THAT INCLUDES AN INCORPORATED PRINTER THE 6ICATRONIC HAS BEEN DESIGNED FOR A 0# CONNECTION 23 WITH THE POSSIBILITY TO DOWNLOAD THE TEST DATA USING A COMMON PROGRAM -ICROSOFT (YPER 4ERMINAL THAT IS NORMALLY INCORPORATED WITH THE 7INDOWS PACKAGE OF THE 0# )N THIS CASE THE DATA PROCESSING WILL HAVE TO BE MADE BY THE OPERATOR

!UTOMATICALLY DOWNLOAD THE FINAL RESULTS AT THE END OF THE TEST ON ALL THE CONNECTED 6ICATRONIC 0ROCESS AND FILE AT THE SAME TIME ALL THE TESTS WITHOUT OBLIGING THE OPERATOR TO MOVE FROM HIS WORKING PLACE !DDITIONALLY THE FIRMWARE HAS MANY OTHER FUNCTIONS DETAILED IN THE TECHNICAL CHART THAT WILL BE TRANSMITTED TO THE USER INTERESTED TO KNOW MORE ABOUT IT

4HE h6ICAT 7INv SOFTWARE ACCESSORY MOD % ALLOWS RECEIV ING MANAGING PROCESSING AND COMPLETING THE TEST DATES IT WILL TRACE AUTOMATICALLY THE GRAPH PERSONALISE AND PRINT THE TEST REPORT

4HE 6ICATRONIC IS SUPPLIED COMPLETE WITH THE INCORPORATED PRINTER TWO HARDENED NEEDLES ONE WITH MM DIAMETER AND ONE WITH MM DIAMETER TWO CONICAL MOULDS %. AND !34- A GLASS PLATE TO HOLD THE CONICAL MOULD 0OWER SUPPLY 6 0H (Z 7 $IMENSIONS X XH MM H 7EIGHT KG

4HE 6ICATRONIC OFFERS THE POSSIBILITY BUYING THE KIT h6ICAT .ETv ACCESSORY MOD % TO CONNECT UP TO APPLIANCES ON A NET MANAGED BY A 0# THROUGH TWO PINS 2* WITH 23 PROTOCOL 4HIS ALLOWS OBTAINING A COMPLETE REMOTE CONTROL FROM THE 0# OF EACH SINGLE 6ICATRONIC 4HE DETAILS OF THE PERFORMANCES ARE FOLLOWING 4RANSFER EACH SINGLE CONTROL OR FUNCTION OF THE 6ICATRONIC ON THE 0# 6ERIFY IN REAL TIME EACH PHASE OF THE TEST BEING MADE

% . 6)#!42/.)# IDENTICAL TO MOD % . BUT WITH POSSIBILITY OF CONTINUOUS PENETRATIONS EACH SECONDS

!##%33/2)%3 % 3OFTWARE h6)#!4 7).v COMPLETE WITH CONNECTION CABLE OF METRES THAT ALLOWS BY THE 23 PORT DOWNLOADING PROCESSING PRINTING AND MANAGING ALL THE DATA DIRECTLY FROM THE 0#

% +IT h6)#!4 .%4v TO CONNECT UP TO 6ICATRONIC ON A NET BY MEANS OF TWO CONNECTORS 23 MANAGED BY A 0# 4HE KIT INCLUDES THE SOFTWARE THE 23 CONVERTER AND THE CABLE FOR THE CONNECTION OF hONE APPLIANCEv &OR NET CONNECTION OF ADDITIONAL 6ICATRONICS UP TO MAX SEE THE BELOW ACCESSORY MOD %

% #OMPLETE KIT WITH CABLE FOR SERIAL CONNECTION 23 METRES LONG FOR THE CONNECTION OF ONE 6ICATRONIC TO THE 0# OR TO A NET CABLES WITH DIFFERENT LENGTH ARE AVAILABLE ON DEMAND MATERIAL TESTING EQUIPMENT

#%- %. 4 -/ 24! 2 WITH TEMPERATURE RANGE FROM ROOM TO ª# ª# 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG

SECTION %

% -/5,$ 4!.+ TO TEST THE SPECI MEN IMMERSED IN WATER 4HE TEST MUST BE PERFORMED IN ROOM HAVING A CONTROLLED TEMPERATURE OF ª # ¢ ª # 4HE SATURATED HUMIDITY IS OBTAINED BY THE IMMERSION IN WATER OF THE SPECIMEN AS REQUIRED BY THE STANDARD %. % % . %

% % . %

'YPSUM TEST %. $).

% 4(%2-/34!4)#!,,9 #/.42/,,%$ (%!4).' #//,).' 3934%4HE DEVICE PRODUCES WATER AT A CONTROLLED TEMPERATURE OF ª # ¢ ª # THAT IS CIRCULATED INTO THE TANK % TO PERFORM THE TEST AT CONTROLLED TEMPERATURE AND HUMIDITY AS REQUIRED BY THE 3TANDARD %. #AN BE USED ONLY WITH ONE SINGLE 6ICATRONIC 0OWER SUPPLY 6 & (Z 7 $IMENSIONS X X MM 7EIGHT KG % 4(%2-/34!4)#!,,9 #/.42/,,%$ (%!4).' #//,).' 3934%3AME AS THE MOD % BUT CAN BE USED SIMULTANEOUSLY FOR h47/v 6ICATRONIC % .%%$,% #,%!.).' $%6)#% )T REMOVES THE RESIDUAL CEMENT PARTICLES FROM THE NEEDLE KEEPING IT CONSTANTLY LUBRICATED

% . #/.)#!, 0%.%42!4)/. .%%$,% HAVING MM DIAMETER AND MM LONG TO MAKE GYPSUM TESTS FOLLOWING %. $). 3PECIFICATIONS % . 02/"% G TO MAKE TEST ON GYPSUM FOLLOWING %. $). 3PECIFICATIONS

% .

% . #ONSISTENCY PLUNGER DIA X MM % . .EEDLE FOR FINAL SETTING MM DIAMETER "3 %. % . .EEDLE FOR FINAL SETTING !34- MM DIAMETER % !DDITIONAL G WEIGHT %. .& % 0LASTIC MOULD X MM HIGH FOLLOWING 5.) % "RASS MOULD X MM HIGH FOLLOWING "3 % 0LASTIC MOULD X MM HIGH FOLLOWING $). !##%33/2)%3 !.$ 30!2% 0!243 &/2 % .

% 4(%2-/34!4)#!,,9 #/.42/,,%$ (%!4).' 3934%- 7)4( #//,).' #/), 4HE APPARATUS HEATS WATER FROM ROOM TEMPERATURE TO ª# 4HE UNIT CONSISTS OF A STAINLESS STEEL WATER BATH LITRES CAPACITY WITH WOOL INSULATION IMMERSION HEATER WITH DIGITAL THERMOSTAT MOTOR PUMP INLET OUTLET SYSTEM TO CIRCULATE THE WATER INTO THE % TANK COOLING COIL DEVICE CURRENT WATER OPERATED TO MAINTAIN A CONSTANT TEMPERATURE OF THE BATH WHEN ROOM TEMPERATURE IS SLIGHTLY HIGHER 4HE % UNIT IS ALSO A GENERAL PURPOSE LABORATORY WATER BATH

30!2% 0!243 % . MM HARDENED NEEDLE %. % . MM HARDENED NEEDLE !34- % 0LASTIC MOULD X MM HIGH FOLLOWING !34% 'LASS BASE PLATE % 0LASTIC MOULD X MM HIGH FOLLOWING %. .& % . 0ROBE G TO %. % . 4ANG TO FIX THE NEEDLE TO THE PROBE # 4HERMO PAPER ROLL FOR PRINTER PACK OF ROLLS MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 3%44).' 4)-% !.$ #/.3)34%.#9 /& #%-%.4 %

SECTION %

!UTOMATIC RECORDING PENETROMETER h)TALCEMENTI MODELv

5SED FOR DETERMINING THE INITIAL AND FINAL SETTING TIME OF HYDRAULIC BINDERS 4HIS INSTRUMENT AUTOMATICALLY MEASURES AND RECORDS THE TIME NEEDED BY A CEMENT PASTE TO REACH A PRE ESTABLISHED CONSISTENCY DEGREE 4HE SETTING OF THE SPECIMEN IS MEASURED IN STATIC CONDITIONS IT IS CONTINUOUSLY AND AUTOMATICALLY RECORDED ON A DIAGRAM ALLOWING AN ACCURATE AND UNIFORM DETERMINATION OF THE INITIAL INTERMEDIATE AND FINAL HARDENING PROCESS 4HE OPERATOR OBTAINS A GRAPH WITH THE RESULTS OF EACH TESTED SPECIMEN ACCURATELY SHOWING THE PROGRESSIVE INCREASING OF THE CONSISTENCY TIME RATIO CONSISTOGRAM 4HE INSTRUMENT AUTOMATICALLY CUT OFF AT THE END OF THE TEST

./4% 4HIS 0ENETROMETER HAS BEEN EXPRESSLY MANUFACTURED ON SPECIFIC REQUEST OF h)TALCEMENTI GROUPv CEMENT FACTORY 4(% 0%.%42/-%4%2 )3 3500,)%$ #/-0,%4% 7)4( s TWO PENETRATION NEEDLES s TWO PLASTIC MOULDS DIA H MM COMPLETE WITH BASE AND HUMIDITY HOPPER s TWO WRITING INK PENS s RECORDING DIAGRAMS 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG

,/33 /. )'.)4)/. /& #%-%.4 !.$ "5),$).' ,)-% !.$ #/.4%.4 /& #(,/2)$% #!2"/. $)/8)$% !.$ !,+!,) ).4/ 4(% #%-%.4 34!.$!2$3 %. %. %. ! MUFFLE FURNACE IS USED TO OXIDIZE THE SAMPLE IN AIR AT Â¢ Âª# 4ECHNICAL DETAILS SEE MOD ! PAG SECTION !GGREGATES

&UNNEL GROOVE

#/.3)34%.#9 /& '2/543 34!.$!2$3 %. 5.) 5SED TO DETERMINE THE CONSISTENCY OF THE EXPANSION PREMIXED CEMENT MORTARS FOR ANCHORAGES MIXED WITH WATER CLASSIFIED OF SUPER FLUID TYPE 3UPPLIED COMPLETE 7EIGHT KG %

% %

MATERIAL TESTING EQUIPMENT

$%4%2-).!4)/. /& 4(% &2%% %80!.3)/. ). 0,!34)# 0%2)/$

AND OF THE EXUDATION QUANTITY OF THE MIXING WATER ON EXPANSION PREMIXED MORTARS FOR ANCHORAGES MIXED WITH WATER 34!.$!2$3 5.) 4HE EQUIPMENT CONSISTS OF % "RIDGE OF DUAL MEASURE FORMED BY A STEEL SQUARE STRAIGHTEDGE WITH TWO ADJUSTABLE MEASURE SCREWS % &IX CALIPER AT TWO STEPS HAVING HEIGHTS OF AND MM % -ETALLIC CONTAINER DIA X MM WITH HERMETIC COVERS

#%- %. 4 -/ 24! 2 % . (%!4 /& (9$2!4)/. /& #%-%.4 34!.$!2$3 %. !34- # #OMPARABLE TO "3 5.% $). 5.) 5SED TO DETERMINE THE HEAT OF HYDRATION OF LOW HEAT 0ORTLAND AND HYDRAULIC CEMENT 4HE APPARATUS CONSISTS OF A $EWAR FLASK CONTAINED IN AN INSULATED MATERIAL AND HOUSED IN A WOODEN BOX WHICH IS HINGED SO THAT THE FLASK CAN BE EASILY REMOVED OR REPLACED ! hSECONDv HINGED WOODEN BOX CONTAINS THE FIRST ONE GRANTING A BETTER INSULATION AS EXPRESSLY REQUESTED BY THE A M 3TANDARDS 4HE #ALORIMETER IS SUPPLIED COMPLETE WITH A CONSTANT SPEED ELECTRIC STIRRER AND FILLER GLASS FUNNEL 4HE STANDARD SUPPLY hDOES NOT INCLUDEv THE THERMOMETER TO BE SELECTED FROM "ECKMAN OR DIGITAL MODEL SEE ACCESSORIES THE PROPELLER SELECTING IT FROM THE SPECIFIC 3TANDARD SEE ACCESSORIES WHICH MUST BE ORDERED SEPARATELY 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X XH MM 7EIGHT KG APPROX

h.%%$%$v !##%33/2)%3 % "%#+-!. CENTESIMAL GLASS MERCURY THERMOMETER OR % $)')4!, 4(%2-/-%4%2 2ESOLUTION Âª# #OMPLETE WITH PROBE OR % . $)')4!, 4(%2-/-%4%2 2ESOLUTION Âª# -EMORY FOR READINGS $ISPLAYS STORES AND PRINTS MIN MAX MEAN VALUES DELTA 4 !LARM IF LIMIT VALUES ARE EXCEEDED "ATTERY OPERATED % . % 02/0%,,%2 CONFORMING TO !34- # 3PECIFICATIONS OR % 02/0%,,%2 CONFORMING TO %. 3PECIFICATIONS

!##%33/29 6 0ARAFFIN WAX WITH MELTING POINT Âª# TO COAT THE GLASS PARTS WHICH ARE IN CONTACT WITH THE HYDROFLUORIC ACID

% . /0%.

SECTION %

#!,/2)-%4%2

30!2% 0!243 % $EWAR FLASK % &ILLER GLASS FUNNEL %

,ANGAVANT CALORIMETER 34!.$!2$ %. 5SED TO MEASURE THE HEAT OF HYDRATION OF CEMENTS BY MEANS OF SEMI ADIABATIC METHOD 4HE EQUIPMENT CONSISTS OF 4ESTING CALORIMETER CALIBRATED DIA BY MM 2EFERENCE CALORIMETER SAME OF THE TESTING ONE WITHOUT CERTIFICATE MORTAR BOX AND SAND BAGS -EASURING SYSTEM COMPLETE WITH TWO TEMPERATURE PROBES MODEM SOFTWARE TO RECORD TEMPERATURE ANALYZE AND DISPLAY DATA WITH WIRELESS TRANSMISSION TO MODEM 4O PERFORM THE TEST A 0# IS REQUIRED %

MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 %

SECTION %

!UTOCLAVE 3/5.$.%33 %80!.3)/. /& 0/24,!.$ #%-%.4 34!.$!2$3 !34- # # 5.% )T CONSISTS OF A HIGH PRESSURE BOILER MADE FROM SPECIAL ALLOY STEEL INSIDE DIA MM X HIGH RECEIVING A HOLDING RACK FOR CEMENT SPECIMENS 4HE HEATING SYSTEM IS ACHIEVED BY ELECTRIC RESISTANCES 4HE SEPARATE CONTROL PANEL ENCLOSES A hDIGITAL THERMOMETERv TO VISUALIZE THE BOILER TEMPERATURE PRESSURE GAUGE SCALE PSI WITH BUILT IN PRESSURE REGULATOR AND POWER SWITCHES 3UPPLIED COMPLETE WITH RACK FOR HOLDING THE SPECIMENS AND SAFETY VALVE WITH )30%, CALIBRATION CERTIFICATE .OT SELLABLE ON #% MARKET 0OWER SUPPLY 6 PH (Z 7 PSI $IMENSIONS X X MM 7EIGHT KG

-/5,$3 &/2 3/5.$.%33 %80!.3)/. !.$ 3(2).+!'% 4%343 WITH THE LENGTH COMPARATOR % +)4 !VAILABLE MODELS % 34!.$!2$ !34- # 47/ '!.' 02)3- -/5,$ TO PRODUCE X X MM SPECI MENS FOR EXPANSION TESTS IN AUTOCLAVE #OMPLETE WITH STEEL INSERTS 7EIGHT KG % 34!.$!2$ "3 47/ '!.' 02)3- -/5,$ TO PRODUCE X X MM SPECI MENS #OMPLETE WITH STEEL INSERTS 7EIGHT KG % #/.4!#4 0/).43 STAINLESS STEEL SPARE FOR % AND % MOULDS 0ACK OF PIECES

$)')4!, 4(%2-/-%4%2

4HREE GANG PRISM MOULD TO PRODUCE X X MM MORTAR SPECIMENS

RACK FOR SPECIMENS

34!.$!2$ %. #OMPARABLE TO !34- # .& 0 5SED FOR THE DETERMINATION OF LINEAR SHRINKAGE OF CEMENT MORTAR -ANUFACTURED FROM STEEL WITH HARDNESS OVER (6 !LL SURFACES ARE GRINDED AND ALL PARTS ARE MARKED WITH AN IDENTIFICA TION NUMBER FOR A CORRECT ASSEMBLING ! PART NUMBER IS ENGRAVED ON EACH MOULD AND A #ERTIFICATE OF #ONFORMITY IS SUPPLIED ALONG WITH #OMPLETE WITH STEEL INSERTS AND FIXING SCREWS 7EIGHT KG 30!2% 0!24 % #/.4!#4 0/).43 STAINLESS STEEL COMPLETE WITH FIXING SCREW 0ACK OF !##%33/2)%3 % 34!.$!2$ %. 30!#%2 TEFLON MADE DIMENSIONS X X MM TO PUT INTO THE CHAMBER OF THE % MOULD TO PRO DUCE X X MM SPECIMENS FOR SHRINKAGE TESTS AS PER %. 3TANDARD 0ACK OF SPACERS

% MATERIAL TESTING EQUIPMENT

% ).3%243 FOR THE X X MM SPECIMEN 3TANDARD %. 0ACK OF INSERTS

#%- %. 4 -/ 24! 2 %

% CON %

SECTION %

% % % 34!.$!2$3 .& 0 $). 4(2%% '!.' 02)3- -/5,$ TO PRODUCE X X MM SPECIMENS -ADE FROM STEEL (2" #OMPLETE WITH INSERTS 7EIGHT KG % 34!.$!2$ .& 0 4(2%% '!.' 02)3- -/5,$ TO PRODUCE X X MM SPECI MENS -ADE FROM STEEL (2" #OMPLETE WITH INSERTS 7EIGHT KG % #/.4!#4 0/).43 SPARE FOR % AND % MOULDS 0ACK OF PIECES

% % +)4 %

% +)4 %

,ENGTH COMPARATOR 34!.$!2$3 %. !34- # #

.& 0 0 "3 $). 5SED TO MEASURE THE LENGTH VARIATIONS OF MORTAR SPECIMENS AFTER AUTOCLAVE SOUNDNESS TESTS 4HE TOP BEAM IS ADJUSTABLE TO SUIT THE SPECIMEN S LENGTH )T ALSO MEASURES THE LINEAR SHRINKAGE OF SPECIMENS HAVING DIFFERENT DIMENSIONS LIKE X X MM %. %. !34- # 5.) .& 0 $). X X MM !34- # X X MM .& 0 X X MM "3 X X MM %. 3UPPLIED hWITHOUT REFERENCE RODv SEE ACCESSORIES $IMENSIONS DIA X MM 7EIGHT KG !6!),!",% -/$%,3 % +)4 ,%.'4( #/-0!2!4/2 WITH !NALOGIC $IAL )NDICATOR MM TRAVEL BY MM DIVISIONS MOD 3 )N !LTERNATIVE % +)4 ,%.'4( #/-0!2!4/2 WITH $IGITAL $IAL )NDICATOR MM TRAVEL BY MM DIVISIONS MOD 3 COMPLETE WITH BATTERY AND 23 CONNECTION TO 0# !##%33/2)%3 FOR % +)4 3 #!",% TO CONNECT MOD 3 TO 0# 3 3/&47!2% FOR 3

!##%33/2)%3 FOR % +)4 AND % +)4 % 2EFERENCE ROD )NVAR FOR X X MM SPECIMENS 3TANDARDS %. %. .& 0 % 2EFERENCE ROD )NVAR FOR X X MM AND X X MM SPECIMENS 3TANDARDS !34- # "3 5.) % 2EFERENCE ROD )NVAR FOR X X MM SPECIMENS 3TANDARD .& 0 % 2EFERENCE ROD )NVAR FOR X X MM SPECIMENS 3TANDARD %. MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 3/5.$.%33 /& #%-%.4 !.$ ,)-%3 34!.$!2$3 %. %. )3/ "3 .& 0 5.% %

SECTION %

,E #HATELIER WATER BATH #ONSTRUCTED WITH STAINLESS STEEL INSIDE CHAMBER AND EXTERIOR CASE IN PAINTED STEEL SHEET IT CAN HOLD UP TO ,E #HATELIER MOULDS TO BE ORDERED SEPARATELY IN THE REMOVABLE RACK SUPPLIED WITH THE BATH 4HE BATH REACHES THE BOILING POINT IN APPROX MINUTES .OW AN ORIGINAL DEVICE KEEPS THE BATH TEMPERATURE AT THE BOILING POINT BY AVOIDING THE WATER EVAPORATION AND ASSURING THAT ,E #HATELIER MOULDS REMAIN COVERED BY THE WATER DURING ALL THE TEST EXECUTION 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG

,E #HATELIER MOULD INDIVIDUALLY TESTED 3IMILAR TO MOD % BUT WITH POINTERS BIGGER SIZED GRANTING A HIGHER NUMBER OF TEST UTILISATIONS ABOUT TIMES MORE WITHIN THE TOLERANCES REQUESTED BY %. 3PECIFICATIONS h#HROMED FINISHINGv 4HE MOULDS ARE CHECKED ONE BY ONE WITH ENGRAVED A SERIAL NUMBER FOR AN EASIER IDENTIFICATION OF EACH MOULD THEY PERFECTLY MEET %. 3PECIFICATION % 'LASS PLATE X MM TO COVER THE MOULD 0ACK OF PIECES % 7EIGHT G TO BE PLACED OVER THE GLASS PLATE % %XTENSIBILITY OF MOULD APPARATUS TO CHECK THE ELASTICITY OF THE SPLIT CYLINDER OF THE MOULD #OMPLETE WITH G WEIGHT % 4!-0).' 2/$ MM DIA 7EIGHT G

% WITH %

2ACK DETAIL WITH %

,E #HATELIER MOULD -ADE FROM A BRASS SPRING TENSIONED SPLIT CYLINDER HAVING INTERNAL DIA BY MM HIGH WITH TWO POINTERS MM LONG h#HROMED FINISHINGv 5SED TO DETERMINE THE CEMENT EXPANSION SOUNDNESS EIGHTER IN COLD AND IN BOILING WATER 7EIGHT G

0AT TEST

% MATERIAL TESTING EQUIPMENT

3/5.$.%33 /& (9$2!4%$ ,)-% !.$ '9035- 0,!34%23 34!.$!2$3 %. "3 5TILIZED FOR THE DETERMINATION OF THE SOUNDNESS OF HYDRATED LIME GYPSUM AND BUILDING PLASTERS #ONSISTING OF A BRASS RING MOULD MM DIAMETER BY MM DEEP 4HE MOULD HAS AN INSIDE TAPER OF Âª 3UPPLIED COMPLETE WITH % GLASS BASE PLATE 4O CARRY OUT ONE TEST THREE MOULDS ARE REQUIRED

#%- %. 4 -/ 24! 2 0LUNGER PENETRATION APPARATUS

% #)2#5,!2 4%34 #/.4!).%2 34!.$!2$ %. 5SED TO DETERMINE THE WATER VAPOUR PERMEABILITY OF HARDENED RENDERING AND PLASTERING MORTARS -ANUFACTURED FROM 06# MATERIAL RESISTANT TO CORROSION IT HAS AN OPENING OF APPROX SQ MT ON WHICH THE TEST SAMPLE IS SEALED $IMENSIONS DIA MM BY MM 7EIGHT KG APPROX

#/.3)34%.#9 /& -!3/.29 #%-%.4 !.$ "5),$).' ,)-%3 34!.$!2$3 %. $). 5SED TO DETERMINE THE CONSISTENCY OF FRESH MORTAR LIME AND MASONRY CEMENT 4HE BASE IS FORESEEN OF A DEVICE TO LOCATE THE TEST CUP 4HE HEIGHT OF THE DROP CAN BE ACCU RATELY ADJUSTED TO MM 3UPPLIED COMPLETE WITH TEST CUP AND TAMPER BOTH ANODIZED ALUMINIUM MADE $IMENSIONS X X MM 7EIGHT KG

SECTION %

-ETHODS OF TEST FOR MORTAR FOR MASONRY

3TEAM "ATH

% %

-ORTAR WORKABILITY APPARATUS 34!.$!2$3 %. .& 0 $ESIGNED TO TEST CONCRETE MORTAR FOR DYNAMIC WORKABILITY AND ALSO TO ENSURE OPTIMUM PROPORTIONING OF MORTAR CONSTITUENTS SAND WATER CEMENT AS WELL AS CEMENT SAND AND WATER CEMENT RATIOS COMPATIBLE WITH GIVEN APPLICATION 3UITABLE ALSO FOR CHECKING POS SIBLE IMPROVEMENT WHEN ADMIXING A PLASTIFIER OR FOR COMPARING TWO MORTAR TYPES 4HE UNIT CONSISTS OF A PRISMATIC RECEIVER DIVIDED INTO TWO UNEQUAL VOLUMES BY A REMOVABLE PARTITION AND BY AN ELECTRIC VIBRATOR 4HE FRESH MORTAR IS POURED IN THE LARGE VOLUME PLACE THE SEPARATING PARTITION IS REMOVED AND THE VIBRATOR STATS AUTOMATICALLY !S A RESULT OF VIBRATIONS MORTAR FLOWS FROM THE LARGE VOLUME TO THE SMALL ONE IN A TIME WHICH IS A FUNCTION OF THE WORKABILITY OF THE MORTAR 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG

3/5.$.%33 /& "5),$).' ,)-% $%4%2-).!4)/. 34!.$!2$ %. 4HIS BATH IS USED FOR THE DETERMINATION OF THE SOUNDNESS OF BUILDING LIMES SUBJECTED TO STEAM ACTION AT ATMOSPHERIC PRESSURE FOR MINUTES TIME 4HE STEAM BATH ALL STAINLESS STEEL MADE HOLDS UP TO ,E #HATELIER MOULDS APPROX MM OVER THE WATER LEVEL 4WO HEATING ELEMENTS OF 7 AND 7 REACH THE WATER BOILING POINT IN MINUTES NOW A TIMER DISCONNECTS THE 7 ELEMENT AND THE WATER TEMPERATURE IS MAINTAINED BY THE SECOND ELEMENT AS REQUESTED BY THE 3TANDARD 4HE COVER HAS A DEVICE AVOIDING THE CONDENSED WATER TO DROP ON THE SPECIMENS 0OWER SUPPLY 6 PH (Z 7 %XTERNAL DIMENSIONS X XH MM )NNER DIMENSIONS X XH MM 7EIGHT KG APPROX !##%33/2)%3 % ,% #(!4%,)%2 -/5,$ 4ECHNICAL DETAILS SEE PAG % ',!33 0,!4% X MM 0ACK OF PIECES % 7%)'(4 G % %84%.3)"),)49 OF MOULD APPARATUS % 4!-0).' 2/$ MM DIA X G WEIGHT

7ATER RETENTION 34!.$!2$3 %. "RASS CHROMED MOULD HAVING DIA MM BY MM DEEP IT IS USED FOR DETERMINING THE WATER RETENTION OF MASONRY CEMENTS 7EIGHT G APPROX

MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 0RODUCTS AND SYSTEMS FOR THE PROTECTION AND REPAIR OF CONCRETE STRUCTURES $ETERMINATION OF STIFFENING TIME 34!.$!2$ %.

SECTION %

-ETHODS OF TEST FOR MORTAR FOR MASONRY $ETERMINATION OF WORKABLE LIFE AND CORRECTION TIME OF FRESH MORTAR

34!.$!2$ %.

-ORTAR BAR CONTAINER 34!.$!2$ !34- # 4HIS TEST METHOD COVERS THE DETERMINATION OF THE POTENTIAL ALKALI REACTIVITY OF CEMENT AGGREGATE COMBINATIONS MORTAR BAR METHOD 4HE DEVICE IS COMPOSD BY AN ACRILIC CYLIN DER CONTAINER WITH A STAINLESS STEEL RACK $IMENSIONS MM DIA X MM 7EIGHT KG APPROX

,EVER 3UPPORT DRILL HOLDER TYPE COMPLETE WITH WASHER AND PENETRATION ROD BRASS MADE CLAMP AND LOCKING SUPPORT 5SED FOR THE DETERMINATION OF STIFFENING TIME ON PRODUCTS AND SYSTEMS FOR THE PROTECTION AND REPAIR OF CONCRETE STRUCTURES #OMPLETE WITH CONTAINER $IMENSIONS X XH MM 7EIGHT KG APPROX

30%#)-%.3 % 7!4%2 %

0LASTER EXTENSOMETER

30!2% 0!243 % #/.4!).%2 RIGID ALUMINIUM MADE

DIA BY HEIGHT MM COMPLETE WITH COVER %

34!.$!2$3 "3 5.) 5TILIZED TO MEASURE THE LINEAR EXPANSION OF A PASTE OF STANDARD CONSISTENCE 4HE EXTENSOMETER COMPRISES AN HORIZONTAL CRADLE MM LONG X MM WIDE X MM DEEP CLOSED AT ONE END AND OPEN TO THE OTHER 4HE OPEN END IS IN CONTACT WITH A DIAL GAUGE SPINDLE SO THAT THE LATERAL EXPANSION OF THE SPECIMEN IS MEASURED 4HE DIAL GAUGE HAS MM TRAVEL AND MM GRADUATION $IMENSIONS X X MM 7EIGHT KG

% !##%33/29 6 $)')4!, "!,!.#%

KG CAPACITY AND G DIVISION WITH TARE

% %

#ALCIMETER 'ASOMETER $IETRICH &RÃ HLING

#RAKING TEST MOULD 34!.$!2$ .& 0 5SED TO PRODUCE RING SHAPED SPECIMENS DESIGNED FOR CRACKING TESTS ON HYDRAULIC BINDERS 4HIS TEST CONSISTS OF MEASURING THE FORMATION TIME OF A CRACK ON THE TEST SPECIMEN 7EIGHT KG MATERIAL TESTING EQUIPMENT

#!2"/.!4% #/.4%.4 #A#O ). ,)-%34/.% !.$ ,)-% -!2, )T MAINLY CONSISTS OF A GLASS CONTAINER IN WHICH THE REACTION BETWEEN THE CALCIUM CARBONATE PRESENT IN THE PRODUCT AND A SOLUTION OF HYDROCLORIDRIC ACID TAKES PLACE 4HE GASED PRODUCT IS COLLECTED AND MEASURED BY A DEVICE CON NECTED TO THE CONTAINER !S THE VOLUME OF THE PRODUCED GAS #O IS IN RELATION TO THE #A#O AMOUNT CONTAINED IN THE MATERIAL IT IS POSSIBLE TO CALCULATE THE PERCENTAGE OF #A#O $IMENSIONS X X MM 7EIGHT KG

#%- %. 4 -/ 24! 2 &/2 &,/7 !.$ 7/2+!"),)49 4%343 /& -/24!2 !.$ ,)-% 34!.$!2$3 %. %. !34- # "3 4O PERFORM THIS TEST A SPECIMEN CONTAINED IN A CONE MOULD IS PLACED ON A METAL SURFACE WHICH IS THEN RAISED AND DROPPED FROM A KNOWN HEIGHT AFTER RELEASING THE SPECIMEN FROM THE MOULD 4HE EQUIPMENT CONSISTS OF A CIRCULAR TOP TABLE WITH SPINDLE TRIPOD BRONZE FLOW MOULD AND TAMPER 4HE APPARATUSES TO %. 3TANDARDS ARE EQUIPPED ALSO OF A FILLING HOPPER -OTORIZED MODELS FORESEE AN AUTOMATIC DIGITAL DROP COUNTER 4HE FLOW TABLES MOD % +)4 AND % +)4 MEET TO BOTH THE %. AND %. 3PECIFICATIONS 0OWER SUPPLY MOTORIZED MODELS 6 PH (Z 7 7EIGHT Â&#x2022; KG

% +)4

SECTION %

&,/7 4!",%3

% +)4

!##%33/2)%3 % &,/7 #!,,)0%2 TO !34- AND "3 3TAND ARDS FOR MEASURING THE DIAMETER OF THE SAMPLE "RASS MADE 7EIGHT G

% +)4

30!2% 0!24 % &),,).' (/00%2 TO THE MOULD 3TANDARD %.

% &,/7 #!,,)0%2 TO %. AND %. 3PECIFICATIONS

-ODEL

3TANDARD

% +)4

!34- # "3

% +)4

!34- # "3

% +)4

%. %.

% +)4 %. %.

/PERATED (AND -OTORIZED

4ABLE DIA MM

$ROP HEIGHT MM

3PARE MOULD

3PARE TAMPER

% MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 -/24!2 -)8%23

34!.$!2$3 %. %. %. %.

%. %. )3/ .& 0 $). 5.% !34- # !!3(4/ 4

-ORTAR MIXER

SECTION %

"ASICALLY SIMILAR TO MOD % BUT NOT EQUIPPED OF AUTOMATIC PROGRAM SAND DISPENSER AND SAFETY DOOR 4WO SPEEDS CAN BE SELECTED 3UPPLIED COMPLETE WITH STAINLESS STEEL BOWL BUT hWITHOUT BEATERv WHICH HAS TO BE ORDERED SEPARATELY 4HIS MIXER CAN BE SUPPLIED ONLY TO EXTRA #% MARKETS $IMENSIONS X X MM 7EIGHT KG

% % -/$%,3 %

!UTOMATIC MORTAR MIXER

"ASICALLY SIMILAR TO MOD % BUT COMPLETE WITH SAND DISPENSER AND SAFETY DOOR TO #% 3AFETY $IRECTIVE 4WO SPEEDS CAN BE SELECTED 3UPPLIED COMPLETE WITH STAINLESS STEEL BOWL BUT hWITHOUT BEATERv WHICH HAS TO BE ORDERED SEPARATELY $IMENSIONS X X MM 7EIGHT KG

4HIS VERY ROBUST MIXER IS EXPRESSLY DESIGNED FOR THE EFFICIENT MIXING OF CEMENT PASTES AND MORTAR WITH hTHREEv AUTOMATIC SEQUENCES OF MIXING CYCLE IN COMPLIANCE WITH %. %. %. 3PECIFICATIONS "OWL CAPACITY IS LITRES 4WO SPEEDS CAN BE SELECTED OR RPM FOR THE REVOLVING ACTION OR RPM FOR THE PLANETARY ACTION )T IS POSSIBLE TO SELECT THE MANUAL WORKING OR ONE OF THE TWO AUTOMATIC PROGRAMS "Y OPERATING AUTOMATICALLY ON CHANGES OF SPEED STOPS AND MIXING SEQUENCES OUTLINED BY ACOUSTIC SIGNAL THE UNIT PERFORMS THE MIXING CYCLE 4HE UNIT IS EQUIPPED OF AN AUTOMATIC SAND DISPENSER WHICH FILLS THE SAND INTO THE MIXING BOWL FOR A PERIOD OF SECONDS %. PROGRAM #OMPLETE WITH SAFETY DOOR CONFORMING TO #% 3AFETY $IRECTIVE IF OPENED IT AUTOMATICALLY STOPS THE MACHINE 3UPPLIED COMPLETE WITH STAINLESS STEEL BOWL BUT hWITHOUT BEATERv WHICH HAS TO BE ORDERED SEPARATELY SEE MOD % OR % 0OWER SUPPLY 6 PH (Z $IMENSIONS X X MM 7EIGHT KG MATERIAL TESTING EQUIPMENT

-ORTAR MIXER

#%- %. 4 -/ 24! 2 % +)4

-)8-!4)# h()'( 0%2&/2-!.#%v !54/-!4)# 02/'2!--!",% #/-054%2):%$ -/24!2 -)8%2 34!.$!2$3 %. %. %. %.

%. .& 0 %. )3/ $).

$). !34- # !!3(4/ 4

SECTION %

!##%33/2)%3 &/2 % % % -)8%23 % 3TAINLESS STEEL BEATER WITH BAYONET FITTINGS % 3TAINLESS STEEL BEATER WITH BAYONET FITTINGS 4HE BEATER IS ACCURATELY POLISHED TO ELIMINATE THE POROSITIES % $ISPENSER WITH HOPPER TO EASE THE MANUAL INTRODUCTION OF WATER ADDITIVES ETC INTO THE BOWL ALSO DURING THE MIXING PHASE !CCESSORY TO MOD % AND % MIXERS

% . 2EFERENCE SAND SIZE Â&#x2022; MM TO %. 3TANDARD "AG OF G 0ACK OF BAGS FOR TOTAL OF KG

30!2% 0!243 &/2 % % % -)8%23 % 3TAINLESS STEEL BOWL % "AJONET COUPLING BETWEEN BEATER AND SHAFT

% %

$ESIGN 6ERY STURDY AND DURABLE CONSTRUCTION FOR INTENSIVE LABORATORY USE 0LANETARY TRANSMISSION FOR SILENT AND LOW MAINTENANCE OPERATION !UTOMATIC SAND DISPENSER HAVING DIMENSIONS AND GEOMETRY TO GRANT THE CORRECT SAND INSERTION WITHOUT RESIDUAL AND DISAGGREGA TION BETWEEN FINE AND COARSE PORTIONS $ISPENSER FOR ADDITIVES SEE ACCESSORY MOD % $ISPENSER FOR AUTOMATIC WATER ADDITION SEE ACCESSORY MOD % 4RANSPARENT #% CONFORM PROTECTION OF THE MIXING AREA TO ALLOW THE MIXTURE LOOKING DURING THE TEST AND TO CHECK THE ROTATION SPEED THROUGH A DIGITAL REVOLUTION COUNTER #OMPLETE WITH STAINLESS STEEL POLISHED BEATER AND MIXING BOWL %ASY AND FAST BOWL INSERTION AND REMOVAL 3AFETY SYSTEM OF BOWL PRESENCE AND CORRECT POSITION TO AVOID DANGEROUS WORKING WITH DOUBLE SENSOR OF REMOVED BOWL WITH LOAD UNLOAD SEQUENTIAL DISCRIMINATION FOLLOWS TO NEXT PAGE MATERIAL TESTING EQUIPMENT

SECTION %

# % - % . 4 - / 24!2 % +)4 -)8-!4)# FOLLOWS

!##%33/2)%3

&IRMWARE $IFFERENT AUTOMATIC PROGRAMMABLE MIXING CYCLES CONFORMING TO THE A M 3TANDARDS 4HE OPERATOR CAN ALSO PROGRAM UP TO AUTOMATIC PERSONALIZED MIXING CYCLES THROUGH 0# 3YNCHRONISED ACOUSTIC SIGNALS WITH CYCLE STEPS ,ARGE HIGH RESOLUTION AND CONTRAST ,#$ DISPLAY NEGATIVE BLUE VISUALIZING THE STATE OF THE DIFFERENT FUNCTIONS 2OTATIONAL MOTOR FEEDED THROUGH INVERTER TO GRANT THE MAX PRE CISION OF THE ROTATIONAL SPEED ADJUSTABLE BY THE OPERATOR ON THE DISPLAY 0OSSIBILITY OF MANUAL MIXING CYCLE 0OSSIBILITY TO STORE UP TO TESTS AND TO TRANSFER THE DATA VIA 23 TO 0#

% $)30%.3%2 SUPPLEMENTARY WITH HOPPER TO EASE THE MANUAL INTRODUCTION OF ADDITIVES ETC INTO THE BOWL ALSO DURING THE MIXING PHASE

% $)30%.3%2 SUPPLEMENTARY WITH HOPPER FOR THE AUTOMATIC INTRO DUCTION MANAGED BY THE SOFTWARE OF WATER INTO THE BOWL ALSO DURING THE MIXING PHASE 30!2% 0!243 % "/7, STAINLESS STEEL LITRE CAPACITY % "%!4%2 POLISHED STAINLESS STEEL

0OSSIBILITY TO SELECT DIFFERENT LANGUAGES $ETAILED INDICATION OF ALL THE TIMES ELAPSED FROM THE TEST START RESIDUAL TO END TEST ELAPSED FROM AND TEST AND BOWL REMOVAL STATE OF CYCLE DEVELOPMENT WITH ANALOGUE BAR SPEED ACTIVE PHASE SAND WATER TEST STATE CORRECT EXECUTION OR TEST INTERRUPTION WITH LOST RESULTS TYPE OF CURRENT TEST 0OWER SUPPLY 6 (Z PH $IMENSIONS X XH MM 7EIGHT KG

53% %8!-0,%

MATERIAL TESTING EQUIPMENT

SECTION %

#%- %. 4 -/ 24! 2

MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 %

$)')4!, h05,, /&&v "/.$ 342%.'4( 4%34%2 #!0!#)49 K.

SECTION %

34!.$!2$3 %. %. %. %. %. %. .& 0 "3 )3/

4HIS DYNAMOMETER MEASURES THE ADHESIVE FORCE AND THE TENSILE STRENGTH OF TWO LAYERS OF MATERIALS CONCRETE FACING PLASTERS MORTARS BUILDING PLASTERS LIME ETC AND IS PARTICULARLY SUITABLE FOR APPLICATIONS CONCERNING TESTING REPAIRS OF ANY STRUCTURE WHERE THE BOND STRENGTH BETWEEN TWO LAYERS IS AN ESSENTIAL FACTOR #OMPACT LIGHT FOR USE IN ANY LOCATION THIS 0ULL /FF 4ESTER IS FITTED WITH A LOAD CELL AND HIGH RESOLUTION LARGE DIGITAL DISPLAY UNIT IT IS THEREFORE SUITABLE FOR MEASUREMENTS FROM LOW LOADS UP TO K. GRANTING A WIDE WORKING RANGE AND IDEAL FOR A LARGE NUMBER OF APPLICATIONS AND MATERIALS 4HE DIRECT TENSILE FORCE IS APPLIED BY ROTATING THE HAND WHEEL 4HE THREE FEET OF THE UNIT CAN BE FIXED IN THE hLARGEv POSITION OVERALL DIMENSIONS MM DIAMETER SEE DRAWING h!v WITH VERY STABLE BEARING OR IN THE hCOMPACTv POSITION OVERALL DIMENSIONS MM DIAMETER SEE DRAWING h"v TO PERFORM TESTS IN NARROW SPACES OR FOR SPECIMENS CLOSE ONE TO THE OTHER 3PECIFICATIONS ,OAD CAPACITY K. 2ESOLUTION . 7ORKING RANGE TO K. !CCURACY AND REPEATABILITY BETTER THAN #OMPLETE WITH TRACEABLE CALIBRATION CERTIFICATE "ATTERY OPERATED 3ERIAL PORT FOR 0# CONNECTION (AND WHEEL ROUNDS WITH MECHANICAL ROUND COUNTER 'RAPHIC INDICATION OF THE APPLIED LOAD RATE 3EAT BALL ASSURING AXIAL CENTRAL LOAD APPLICATION 3UPPLIED COMPLETE WITH CARRYING CASE BUT h7)4(/54v ACCESSORIES TO PERFORM THE TEST WHICH HAVE TO BE ORDERED SEPARATELY 4O PERFORM THE TEST A COMMON ELECTRIC DRILL IS REQUIRED $IMENSIONS X XH MM 7EIGHT KG APPROX

% 0ULL /FF h$IGITALv TESTER K.

CAPACITY

)DENTICAL TO MOD % BUT WITH LOAD CELL AND DIGITAL DISPLAY RANGE K. FOR MORE ACCURATE MEASUREMENTS ON LOW STRENGTH VALUES

% IN ALUMINIUM CASE MATERIAL TESTING EQUIPMENT

% WITH FEET IN LARGE POSITION

$RAWING !

#%- %. 4 -/ 24! 2

SECTION %

% WITH FEET IN COMPACT POSITION

$RAWING "

!##%33/2)%3 % 3/&47!2% TO DOWNLOAD TEST RESULTS TO THE 0# % !DHESION TEST ALUMINIUM DISC MM DIA BY MM TICK NÂª PIECES % !DHESION TEST ALUMINIUM DISC MM DIA BY MM TICK NÂª PIECES % !DHESION TEST STAINLESS STEEL DISC MM DIA BY MM TICK NÂª PIECES )T CONFORMS TO %. 3PECIFICATION % !DHESION TEST ALUMINIUM DISC SQUARE X MM MM THICK NÂª PIECES 3TANDARD %. % #YLINDRICAL RING HAVING TRUNCATED CONE SHAPE

INSIDE DIA MM 3TANDARD %. % $RILL BIT WITH CENTERING BIT MM DIAMETER FOR THE PRE PARATION OF THE TEST SURFACE % $RILL BIT WITH CENTERING BIT MM DIAMETER FOR THE PREPARA TION OF THE TEST SURFACE % !CRYLIC ADHESIVE GLUE ML CARTRIDGE COMPLETE WITH SMALL PUMP AND NOZZLES

% %

30!2% 0!24 % 4IE ROD WITH SPHERIC HEAD FOR $ISC $YNAMOMETER COUPLING

% % MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 %

SECTION %

4HREE GANG MOULD FOR X X MM PRISMS

34!.$!2$3 %. %. )3/ -ANUFACTURED FROM STEEL WITH hHARDNESS OF INSIDE WALLS OVER (6 v IT MEETS THE DIMENSIONAL TOLERANCES TO %. 3TANDARD !LL SURFACES ARE GRINDED AND ALL PARTS ARE MARKED WITH AN IDENTIFICATION NUMBER FOR A CORRECT ASSEMBLING ! PART NUMBER IS ENGRAVED ON EACH MOULD AND A #ERTIFICATE OF #ONFORMITY IS SUPPLIED ALONG WITH 7EIGHT G

4HREE GANG VERIFIED MOULD FOR X X MM PRISMS 34!.$!2$3 %. %. )3/ )DENTICAL IN SHAPE TO MOD % BUT MANUFACTURED FROM HEAVY DUTY STEEL hWITH HARDNESS OF INSIDE WALLS OVER (6 v %. 3PECIFICATIONS RECOMMEND HARDNESS (6 4HIS HIGH HARDNESS VALUE KEEPS THE MOULD WITHIN THE TOLERANCES REQUESTED BY 3PEC FOR MANY TESTS GRANTING VERY LONG UTILISATION LIFE !LL PARTS ARE MARKED WITH AN IDENTIFICATION NUMBER FOR A CORRECT ASSEMBLING %ACH MOULD IS INDIVIDUALLY VERIFIED IN THE DIMENSIONAL TOLERANCES HARDNESS SQUARENESS FLATNESS AND ROUGHNESS WITH INSTRU MENTS PERIODICALLY CERTIFIED BY .AMAS #ENTRE OR EQUIVALENT ! PART NUMBER IS ENGRAVED ON EACH MOULD AND A #ERTIFICATE OF #ONFORMITY IS SUPPLIED ALONG WITH 7EIGHT G

% $%4!),

3IX GANG MOULD FOR X X MM $%4%2-).!4)/. /& 7!4%2 !"3/204)/. ON GROUTS FOR FLOOR OR WALL INSTALLATION OF CERAMIC TILES 34!.$!2$ %. )DENTICAL TO MOD % BUT EQUIPPED WITH THREE STAINLESS STEEL PARTITIONS POSITIONED IN THE MIDDLE OF THE GANGS TO OBTAIN SIX GANGS HAVING DIMENSIONS X X MM APPROX 7EIGHT G

4HREE GANG MOULD FOR PRISMS X X MM 34!.$!2$3 .& 0 !34- # $). -ADE FROM STEEL HARDNESS (2"

IT CONFORMS TO THE ABOVE MENTIONED 3PECIFICATIONS 7EIGHT KG %

4HREE GANG MOULD FOR X X MM 34!.$!2$ .& 0 -ADE FROM STEEL 7EIGHT KG %

!##%33/2)%3 % &%%$ (/00%2 USED TO FILL THE MOULD % % % WHEN IT IS MOUNTED ON THE *OLTING MACHINE % % -ADE FROM CAST ALUMINIUM 7EIGHT KG % ,!2'% !.$ 3-!,, 3#2!0%2 TO %.

"RIQUETTE MOULD 34!.$!2$3 !34- # # !!3(4/ 4 !CCURATELY MACHINED IT CONFORMS TO THE ABOVE 3PECIFICATIONS AND IS EASILY COLLAPSIBLE #OMPLETE WITH BASE 7EIGHT KG

3 342!)'(4 %$'% MM LONG % ',!33 0,!4% X X MM TO COVER THE MOULD % %

% %

MM THREE GANG CUBE MOULD 3 MATERIAL TESTING EQUIPMENT

% %

-ADE FROM STEEL HARDNESS (2" TI CAN BE ALSO USED FOR SOIL AND OTHER MATERIALS 7EIGHT KG

#%- %. 4 -/ 24! 2 %

*OLTING APPARATUS

6IBRATING MACHINE FOR MM CUBE MOULDS 34!.$!2$ "3 4HE MOULD IS MOUNTED ON A VIBRATION PLATFORM WITH EXCENTRIC MECHANISM 4HE MACHINE IS SUPPLIED COMPLETE WITH SEPARATE CONTROL PANEL WITH TIMER BUT hWITHOUT CUBE MOULDSv TO BE ORDERED SEPARATELY 0OWER SUPPLY 6 PH (Z 7 7EIGHT KG

SECTION %

34!.$!2$3 %. %. )3/ .& 0 "3 5.% 5SED TO COMPACT CEMENT MORTAR PRISMS X X MM IN THE THREE GANG MOULD AS REQUESTED BY THE ABOVE 3PECIFICATIONS 4HE APPARATUS CONSISTS OF A TABLE HOLDING THE MOULD SEATED ON A ROTATING CAM DRIVEN AT REVOLUTIONS PER MINUTE 4HE JOLTING GROUP IS CONNECTED TO THE TABLE BY BAYONET JOINTS FOR QUICK CHECKING OF THE WEIGHTS 4HE DROP HEIGHT MM IS ADJUST ABLE TO KEEP IT CORRECT ALSO AFTER INTENSIVE USES 4HE APPARATUS IS SUPPLIED WITH SEPARATE CONTROL PANEL INCLUDING MAIN SWITCH AUTO MATIC DIGITAL DROP COUNTER START STOP PUSH BUTTON 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG

% WITH MOULD

#UBE MOULD MM 34!.$!2$ "3 -ADE FROM STEEL WITH DIMENSIONS AS SPECIFIED BY ABOVE 3TANDARD #OMPLETE WITH BASE PLATE THREE MOULDS REQUIRED FOR EACH TEST 7EIGHT KG

% % WITH MOULD AND HOPPER

4HREE GANG VERIFIED MOULD FOR PRISMS X X MM h)TALCEMENTI MODELv 34!.$!2$ %. 3IMILAR TO MOD % BUT WITH ,ARGE BASE MM X 7EIGHT KG -ANUFACTURED EXPRESSLY FOR h)TALCEMENTI 'ROUPv CEMENT FACTORY

*OLTING APPARATUS hHIGH PERFORMANCEv

% WITH MOULD AND HOPPER

34!.$!2$3 %. %. )3/ 3IMILAR TO MODEL % BUT MANUFACTURED WITH OVERSIZED COMPONENTS TREATMENTS AND EXTREMELY ACCURATE COUPLINGS FOR INTENSIVE USE IN HEAVY CONDITIONS -OTOR FEEDED BY AN INVERTER TO GRANT THE KEEPING OF REVOLUTIONS PER MINUTE IN ANY CONDITION 7EIGHT KG MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 7!4%2 "!4(3 &/2 #%-%.4 #52).'

SECTION %

!.$ &/2 '%.%2!, ,!"/2!4/29 0520/3% 34!.$!2$3 %. %. )3/ !34- # #

$OUBLE WALLED ALL STAINLESS STEEL MADE WITH WOOL INSULATION AND WATER CIRCULATION ELECTRIC STIRRER THE BATH ENSURES AN UNIFORM AND CONSTANT TEMPERATURE 4EMPERATURE RANGE FROM AMBIENT TO Âª# WITH ACCURACY OF Âª# AT Âª# 4HE BATH IS EQUIPPED WITH DIGITAL THERMOSTAT AND A DUAL SAFETY THERMOSTAT WITH HIGHER THERMIC THRESHOLD ENSURING SAFE WORKING CONDITIONS ! COOLING COIL DEVICE TO BE CONNECTED TO THE WATER NET IS USED WHEN ROOM TEMPERATURE EXCEEDS THE REQUESTED ONE WITH POSSIBI LITY TO REDUCE THE BATH TEMPERATURE WITHIN THE ROOM AND WATER NET CONDITIONS 4HE SPECIMENS ARE HELD BY A PERFORATED SHELF SPACED FROM THE BOTTOM

-/$%,3 %

7ATER BATH LITRES CAPACITY )T CAN HOLD OVER SPECIMENS X X MM )NTERNAL DIMENSIONS X X MM /VERALL DIMENSIONS X X MM 0OWER SUPPLY 6 PH (Z 7 7EIGHT KG APPROX

% %

#URING CABINET

7ATER BATH LITRES CAPACITY )NTERNAL DIMENSIONS X X MM /VERALL DIMENSIONS X X MM 0OWER SUPPLY 6 PH (Z 7 7EIGHT KG APPROX "

7ATER BATH WITH COOLING DEVICE 3IMILAR TO MOD % BUT WITH TEMPERATURE RANGE TO Âª # !CCURACY OF Â¢ Âª # AT Âª # 4HE COOLING UNIT IS HOUSED UNDER THE WATER BATH /UTSIDE DIMENSIONS X XX MM 7EIGHT KG

34!.$!2$3 %. !34- # # # # "OTH EXERNAL AND INTERNAL WALLS ARE STAINLESS STEEL MADE AND INSU LATED BY A MM THICK GLASS WOOL 4HE CABINET HAS AN INNER INSPECTION GLASS DOOR 4EMPERATURE RANGE FROM AMBIENT TO Âª# WITH DIGITAL THERMOSTAT ! DUAL SAFETY THERMOSTAT WITH HIGHER THERMIC THRESHOLD ENSURES SAFE WORKING CONDITIONS (UMIDITY RANGE TO SATURATION 0OWER SUPPLY 6 PH (Z 7 )NSIDE DIMENSINS X X MM /VERALL DIMENSIONS X X MM 7EIGHT KG

% !##%33/29 % -ERCURY CONTROL THERMOMETER RANGE Âª# DIV Âª# MATERIAL TESTING EQUIPMENT

!##%33/29 6 4(%2-/ (9'2/-%4%2 FOR HUMIDITY AND TEMPERATURE CONTROL 4ECHNICAL DETAILS SEE PAG

#%- %. 4 -/ 24! 2 %

!##%33/29 FOR MOD % % %

,ARGE CAPACITY CURING CABINET

7ATER REFRIGERATOR )T COOLS THE WATER FROM ROOM TEMPERATURE UP TO Âª# WITH SUPPLY CAPACITY OF LITRE MINUTE 3TAINLESS STEEL MADE COMPLETE WITH MOTOR PUMP DIGITAL THERMOSTAT SENS Âª# IT IS CONNECTED TO WATER BATHS AND TANKS WHERE A LOWER TEMPERATURE THAN THE ROOM ONE IS REQUIRED #OMPLETE WITH TUBING AND ACCESSORIES FOR BATH CONNECTION 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X X MM 7EIGHT KG

SECTION %

34!.$!2$3 %. %. )3/ !34- # # # # 5.% &OR CURING LARGE QUANTITIES OF MORTAR CEMENT AND CONCRETE SPECI MENS AT CONTROLLED HUMIDITY AND TEMPERATURE !LUMINIUM AND POLICARBONATE MADE IT IS COMPLETE WITH PRECISION DIGITAL THERMOSTAT AND FOUR ROBUST SHELVES 4HE HUMIDITY FROM TO SATURATION IS MAINTAINED THROUGH WATER NEBULIZERS ACTIVATED BY COMPRESSED AIR AND THE TEMPERATURE BY AN IMMERSION HEATER AND REFRIGERATOR UNIT ACCESSORY MOD % 4EMPERATURE RANGE FROM AMBIENT TO Âª# ACCURACY Â¢ Âª# 4HE CABINET REQUIRES A COMPRESSED AIR SOURCE SEE ACCESSORY )NSIDE DIMENSIONS X X MM /VERALL DIMENSIONS X X MM 0OWER SUPPLY 6 PH (Z 7 7EIGHT KG

% 7/2+).' $)!'2!#52).' #!").%4 %

.%"5,):%2

#//,%2 %

!##%33/2)%3 FOR MOD % 6 !IR #OMPRESSOR AIR DISPLACEMENT LITRES MIN 4ANK CAPACITY LITRES 2ECOMMENDED FOR STANDARD USE 6 !IR #OMPRESSOR AIR DISPLACEMENT LITRES MIN 4ANK CAPACITY LITRES 2ECOMMENDED FOR INTENSIVE OR CONTINUOUS USE

7!4%2 .%4

#/-02%33/2 2%3)34!.#% !)2

% 4UBING AND ACCESSORIES TO CONNECT THE % CABINET TO THE AIR COMPRESSOR % 0AN X X MM POLYTHENE MADE IT ACCEPTS UP TO SIX X X MM PRISMS FOR CURING IN WATER

6 MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 3

5.)42/.)# K. 5.)6%23!, -5,4)0520/3%

SECTION %

#/-02%33)/. &,%852!, !.$ 4%.3),% &2!-% &/2 #/-02%33)/. &,%852!, 4%343 K. -!8 #!0!#)49 ,/!$ 4%.3),% 4%343 K. -!8 #!0!#)49 ,/!$ SEE MOD 3 7)4( !54/-!4)# ,/!$ /2 $)30,!#%-%.4 $%&/2-!4)/. #/.42/,

FOR TESTING #EMENT -ORTAR #ONCRETE 2OCK AND STONES #LAY BLOCKS -ETAL PLASTIC WIRES ROPES TEXTILES PAPERS ETC !SPHALT 3OIL 5NITRONIC TECHNICAL DETAILS AND ADITIONAL SPECIFIC TESTS ARE DESCRIBED AT PAG 30%#)&)# !00,)#!4)/.3 /. #%-%.4 !. -/24!2

3 WITH LOAD CELL

&LEXURAL TEST ON MORTAR PRISMS X X MM 3TANDARDS %. !34- # .& 0 $). %. )3/ 4EST DEVELOPMENT WITH LOAD CONTROL .EEDED ACCESSORIES 3 3TRAIN GAUGE LOAD CELL K. CAPACITY 3 ,OADING PISTON % &LEXURE %. DEVICE FOR X X MM SPECIMENS AVAILABLE ALSO TO !34- SEE PAG % 3OFTWARE FOR FLEXURAL TESTS

4ENSILE TEST ON MORTAR BRIQUETTES h v SHAPED 3TANDARDS !34- # # !!3(4/ 4 .EEDED ACCESSORIES 3 5NITRONIC #OMPRESSION 4ENSILE 3 4ENSILE #OMPRESSION STRAIN LOAD CELL K. CAPACITY 3 4ENSILE JAWS h v SHAPED FOR MORTAR BRIQUETTE 3 3OFTWARE FOR TENSILE TEST % "RIQUETTE MOULD SEE PAG

#OMPRESSION TEST ON MORTAR SPECIMENS K. MAX LOAD 3TANDARDS %. %. )3/ !34- # # .& 0 5.% "3 $). 4EST DEVELOPMENT WITH LOAD CONTROL .EEDED ACCESSORIES 3 3TRAIN GAUGE LOAD CELL K. CAPACITY 3 ,OADING PISTON % #OMPRESSION DEVICE ON PORTION OF X X MM SPECIMENS DEVICES FOR DIFFERENT SPECIMENS DESCRIBED AT PAG % 3OFTWARE FOR COMPRESSION TESTS MATERIAL TESTING EQUIPMENT

5NITRONIC #OMPRESSION K. 4ENSILE K. 4HE 5NITRONIC FRAME 3 IS MODIFIED AND IMPROVED TO PERFORM ALSO TENSILE TESTS WITH MAX CAPACITY OF K.

#%- %. 4 -/ 24! 2 3 5.)6%23!, %,%#42/-%#(!.)#!, &2!-% &/2 #/-02%33)/. &,%852% 4%.3),% 4%343 /& #/.3425#4)/. -!4%2)!,3 7)4( 3%26/ #/.42/,,%$ 3934%- /& ,/!$ /2 $)30,!#%-%.4 342!). 4HE MACHINE IS COMPOSED BY A STURDY BASE CONTAINING THE TRANSMISSION COMPONENTS AND THE HARDWARE CONTROL INSTRUMENTS 4HE BASE HOLDS TWO COLUMNS MADE OF HIGH RESISTANCE STEEL WITH GROUND HARD CHROME SURFACING 4HE UPPER CROSSHEAD CAN BE ADJUSTED IN HEIGHT TO HOLD THE ACCESSORIES TO PERFORM THE SPECIFIC TESTS 4HE LOWER MOBILE CROSSHEAD IS OPERATED BY A RECIRCULATING BALL SCREW SYSTEM THAT THROUGH A SERVO CONTROLLED MOTOR ASSURES THE CORRECT APPLICATION OF LOAD AND CONSTANT SPEED 4HE TWO CROSSHEADS FORESEE COUPLINGS TO FIX THE DIFFERENT TEST DEVICES SEE ACCESSORIES 4HE STRESS IS MEASURED BY AN ELECTRIC LOAD CELL AND THE CROSSHEAD DISPLACEMENT BY TRANSDUCERS ALL INCORPORATED INTO THE MACHINE )T IS POSSIBLE TO FIX ELECTRIC LOAD CELLS OF LOWER CAPACITY TO SATISFY SPECIFIC TEST REQUIREMENTS

SECTION %

-5,4) 4%34%2 K.

4ECHNICAL SPECIFICATIONS -AX LOAD K. BOTH COMPRESSION AND TENSILE -AX VERTICAL DAYLIGHT MM WITHOUT ACCESSORIES -AX VERTICAL DAYLIGHT WITH COMPRESSION PLATENS MM #OMPRESSION PLATENS DIAMETER MM UPPER PLATEN ON SEAT BALL $ISTANCE BETWEEN COLUMNS MM #ROSSHEAD TRAVEL MM MM TOTAL 4ESTING SPEED RANGE FROM TO MM MIN ,OAD RATE FROM . S TO K. S $ISPLACEMENT RESOLUTION MM WITH ACCURACY BETTER THAN -ACHINE CLASS 4HE -ULTI 4ESTER IS SUPPLIED COMPLETE WITH ELECTRIC LOAD CELL K. CROSSHEAD DISPLACEMENT TRANSDUCERS SOFTWARE FOR $URIEZ -ARSHALL #"2 TESTS 0# WITH ,#$ MONITOR KEYBOARD MOUSE CONNECTION CABLES UPPER AND LOWER COMPRESSION PLATENS h!RE NOT INCLUDEDv PRINTER AND ACCESSORIES FOR THE SPECIFIC TESTS THAT MUST BE ORDERED SEPARATELY SEE ACCESSORIES 0OWER SUPPLY 6 PH (Z 7 $IMENSIONS X XH MM 7EIGHT KG APPROX

!##%33/29 # ,!3%2 02).4%2 BENCH MODEL FOR GRAPHICS AND CERTIFICATES WITH DIRECT CONNECTION VIA 53"

-AIN TESTS AND SPECIFIC ACCESSORIES -!4%2)!,3

4%34

34!.$!2$

!##%33/2)%3

#EMENT AND -ORTAR

#OMPRESSION

%. !34- #

#OMPRESSION $EVICE % #OMPRESSION $EVICE %

&LEXURE

&LEXURE $EVICE % ,OAD #ELL K. 3

!DDITIONAL SPECIFIC ACCESSORIES FOR TESTS ON #ONCRETE !SPHALT 3OIL 3TEEL SEE PAG MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2 #/-02%33)/. !.$ &,%852!, 4%34).' -!#().%3 &/2 #%-%.4 342%.'4( $%4%2-).!4)/. )N THE CEMENT AND MORTAR SECTION WE ARE IN THE POSITION TO SUPPLY THE WIDEST AND MOST COMPLETE RANGE OF COMPRESSION FLEXURAL TESTING MACHINES TODAY AVAILABLE IN THE WORLDWIDE MARKET MAKING -ATEST THE LEADER MANUFACTURER OF STRENGTH TESTING MACHINES 4HE VERSATILITY AND FLEXIBILITY OF -ATEST PRODUCTION RANGE ALLOWS THE ENDUSER TO SELECT A CEMENT COMPRESSION FLEXURAL FRAME TO BE COMBINED WITH ANOTHER FRAME LIKE FOR EXAMPLE CONCRETE COMPRESSION FRAME IN ORDER TO SATISFY AND TO PERSONALIZE ANY SPECIFIC REQUIREMENT

SECTION %

4HE NEXT PAGES DESCRIBE -EASURING AND CONTROL SYSTEMS PAG Â&#x2022; 4WO COLUMNS MACHINES WITH ONLY ONE MEASURING RANGE FOR hCOMPRESSION TESTS ONLYv AND K. OR K. CAPACITY LOAD PAG Â&#x2022; 4WO COLUMNS MACHINES WITH hDOUBLE MEASURING RANGEv WITH THE SAME TESTING CHAMBER FOR hCOMPRESSION AND FLEXURAL TESTSv 2ANGES K. OR K. FOR COMPRESSION TESTS AND K. FOR FLEXURAL TESTS PAG Â&#x2022;

MATERIAL TESTING EQUIPMENT

-ACHINES WITH hDOUBLE TESTING CHAMBERv AND hTWO INDEPENDENT MEASURING RANGESv FOR hCOMPRESSIONv TESTS IN THE CHAMBER K. OR K. CAPACITY AND hFLEXURALv TEST IN THE CHAMBER K. CAPACITY PAG #OMBINED GROUPS FOR COMPRESSION AND FLEXURAL TESTS ON MORTARS COMPRESSION FLEXURAL TESTS ON CONCRETE SPLITTING BLOCK TESTS SUITA BLE TO PERSONALIZE AND SATISFY ANY SPECIFIC REQUIREMENT PAG

#%- %. 4 -/ 24! 2

# . $)')4%# # . !54/4%#

4/ 50'2!$% /2 #/-0,%4% 9/52 #/.#2%4% /2 -/24!2 #/-02%33)/. !.$ &,%852% 4%34).' -!#().% ALSO FROM OTHER MANUFACTURERS 4HE SYSTEM CAN MANAGE AND PROCESS THE DATA IN COMPLIANCE WITH %. 3PECIFICATION AND THE DIFFERENT )NTERNATIONAL 3TANDARDS FOR THE FOLLOWING TESTS s #OMPRESSION ON CONCRETE s &LEXURE ON CONCRETE s 3PLITTING ON CONCRETE CUBES AND CYLINDERS s #OMPRESSION AND FLEXURE ON MORTAR s # . /N BOARD GRAPHIC PRINTER s 23 CONNECTION WITH REMOTE CONTROL TO 0# 3PECIFICATIONS $IGITEC !UTOTEC ANALOGUE DIGITAL CHANNELS CONNECTABLE TO TWO DIFFERENT COMPRESSION FLEXURE FRAMES 3IMPLE AND IMMEDIATE SET UP OF THE PARAMETERS AND TEST EXECU TION MENU DRIVEN 4HE USE DOES NOT REQUIRE SPECIALISED STAFF

2APID APPROACHING TOUCHING ON AND BREAKING OF THE SPECIMEN UNDER DIRECT PUMP CONTROL !UTOTEC # . !UTOMATIC CONTROL OF THE PACE RATE !UTOTEC # . #ONTINUE LOAD DISPLAY "REAKING LOAD DETECTION !UTOMATIC ELABORATION OF THE SPECIFIC RESISTANCE VALUE 0ERMANENT FILE UP TO TESTS AND FILE OF DIFFERENT TYPES OF SPECIMENS 'RAPHIC DISPLAY WITH HIGH RESOLUTION X PIXELS 3ELECTABLE MEASURING FORCE K. LB ,ANGUAGES %NGLISH &RENCH 'ERMAN 3PANISH )TALIAN 0OLISH #ZECH 4URKISH #LASS STARTING FROM OF MAXIMUM VALUE

ON REQUEST FROM OF MAXIMUM VALUE

SECTION %

4WO CHANNELS COMPUTERISED GRAPHIC DISPLAY SYSTEM TO CONTROL AND MANAGE ALL SORTS OF AUTOMATIC !UTOTEC # . AND SEMI AUTOMATIC $IGITEC # . TESTING MACHINES FOR ACQUISITION DISPLAY PROCESSING PRINTING AND SAVING THE TEST DATA AND CERTIFICATES WITH SOFTWARE FOR REMOTE CONTROL FROM 0#

# . /N BOARD GRAPHIC PRINTER

#OMPRESSION AND &LEXURE ON -ORTARS

#OMPRESSION ON CONCRETE

# . # .

( 23 CONNECTION WITH REMOTE CONTROL TO 0#

&LEXURE ON CONCRETE

3PLITTING ON CONCRETE CUBES AND CYLINDERS 4ECHNICAL DETAILS AND ACCESSORIES SEE PAG MATERIAL TESTING EQUIPMENT

# % - % . 4 - / 24!2

N O I T U L O EV

SECTION %

# . #9"%2 0,53 # . 3%26/ 0,53

!N ELECTRONIC EVOLUTION WITH ANALOG INPUTS FOR COMPRESSION AND FLEXURAL TESTING MACHINES ON CONCRETE AND MORTAR $ESIGNED WITH THE LATEST TECHNOLOGY AN INNOVATIVE 0# LIKE 4OUCH 3CREEN SYSTEM EMPLOYED TO CONTROL AND MANAGE ALL SORTS OF AUTOMATIC 3ERVO 0LUS %VOLUTION # . AND SEMI AUTOMATIC #YBER 0LUS %VOLUTION # . TESTING MACHINES 4O UPDATE OR COMPLETE YOUR COMPRESSION AND FLEXURAL TESTING MACHINE ON CONCRETE AND MORTAR ALSO ON .ON -ATEST BRANDS 4HE SYSTEM CAN MANAGE AND PROCESS THE FOLLOWING TESTS #OMPRESSION AND FLEXURE ON CEMENT

# . /N BOARD GRAPHIC PRINTER

#OMPRESSION ON CONCRETE 4ENSILE ON STEEL &LEXURE ON CONCRETE

# .

3PLITTING TEST ON CONCRETE CUBES AND CYLINDERS

# .

#ONNECTION TO THE INTERNET FOR REMOTE ONLINE ASSISTANCE # 53" LASER PRINTER FOR GRAPHS AND CERTIFICATES ( 0# CONNECTION 2EMOTE CONTROL FROM 0#

MATERIAL TESTING EQUIPMENT

#%- %. 4 -/ 24! 2 3AFETY CUT OUT SWITCH

ANALOG INPUTS FOR CONNECTING UP TO LOAD CELLS AND TRANSDUCERS

'RAPHIC ON BOARD PRINTER

53" (OST PORTS

3$ CARD SLOT UNLIMITED MEMORY

SECTION %

-AIN &EATURES 4HE CONTROL UNIT #YBER 3ERVO 0LUS %VOLUTION RUNS LIKE A STANDARD 0# BASED ON 7INDOWS OPERATING SYSTEM 4HE TOUCH SCREEN GRAPHICAL ICON INTERFACE ALLOWS EASY SET UP OF THE PARAMETERS AND IMMEDIATE EXECUTION OF THE TEST (IGH RESOLUTION COLOR DISPLAY Â&#x2014; 6'! OFFERS ALL THE FUNCTIONS OF A 0# FOR THE MANAGEMENT AND ANALYSIS OF THE DATA TEST RESULTS AND GRAPHS

4 ( % 5 . ) 4 # ! . " % / 0 % 2 !4 % $ " 9 5 4 ) , ) : ) . ' 4OUCH 3CREEN DISPLAY LIKE A NORMAL 0#

Â&#x2014; 6'!

$IRECT CONNECTION OF THE #YBER 3ERVO 0LUS %VOLUTION TO THE )NTRANET DIRECT CONNEC TION TO A ,!. NETWORK AND )NTERNET TO ESTABLISH A REMOTE COMMUNICATION AND RECEIVE A DIAGNOSTIC ANALYSIS OF A POTENTIAL PROBLEM THE ABILITY TO EXECUTE THE TEST FROM DISTANCE AND TO PROVIDE UPDATES OF THE SOFTWARE -ATEST TECHNICIANS WILL CHECK THE UNIT LOCATED ABROAD TO GUARANTEE A PROMPT AND PROFESSIONAL ASSISTANCE

$IRECTIONAL ARROW KEYS LARGE ENOUGH FOR GLOVED OR UNGLOVED USE

)NTERNET DIRECT CONNECTION FOR REMOTE ASSISTANCE

-AIN FUNCTIONS -ORE INTUITIVE INTERFACE WHICH SIMPLIFIES THE USE OF THE MACHINE TEST BEGINS AFTER A FEW SIMPLE INPUTS 'REATER CALCULATION ABILITY AND DATA VISUALIZATION ON BOARD CHARTS AND GRAPHIC PRINT OUTS (IGH MANAGEMENT CAPACITY FOR THE MULTILINGUAL FRAMEWORK AND INTERNATIONAL SETTINGS DATE AND TIME DECIMAL UNITS UNIT OF MEA SURE %LASTIC SOFTWARE WHICH ALLOWS THE INSTALLATION OF NEW TESTS WHEN DESIRED 0ROFILE CONFIGURATION MANAGER #ONFIGURATION AND CALIBRATION SUPERVISION OF THE ANALOG CHANNEL !LARMS MANAGER %THERNET PARAMETERS CONFIGURATION )NTERNATIONAL SETTINGS CONFIGURATION (ARDWARE DIAGNOSIS FUNCTIONS &UNCTIONS FOR THE SOFTWARE UPDATE AND LICENSES

#ONNECTION OF A KEYBOARD OR MOUSE LIKE A REGULAR 0#

7INDOWS OPERATING SYSTEM LIKE A STANDARD 0# 4OUCH 3CREEN COLOR DISPLAY Â&#x2014; 6'!

%XECUTION OF TESTS THROUGH PARAMETERS SET UP CUSTOMIZATION 3EVERAL LEVELS OF PROTECTION PASSWORDS TO PREVENT THE ACCESSIBI LITY TO THE CONFIGURATION MENUS BY UNAUTHORIZED STAFF #YBER 0LUS %VOLUTION # . AND 3ERVO 0LUS %VOLUTION # . ARE SUPPLIED COMPLETE WITH LICENSES FOR THE EXECUTION OF THE FOLLOWING TESTS #/-02%33)/. ON MORTAR &,%852!, ON MORTAR #/-02%33)/. ON #ONCRETE &,%852!, ON #ONCRETE 30,)44).' 4%34 ON CYLINDERS AND CONCRETE CUBES )N ACCORDANCE TO THE FOLLOWING STANDARDS 5.) %. !34- "3 .& 5.% $). ETC

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SECTION %

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4HESE TESTING MACHINES FORESEE A DUAL MEASURING RANGE IN THE SAME TESTING CHAMBER 4HE TWO RANGES CAN BE USED ALTERNATIVELY AND ARE SUITABLE TO PERFORM &LEXURAL TESTS ON CEMENT PRISMS X X MM SELECTING THE LOW CAPACITY RANGE #OMPRESSION TESTS ON PORTIONS OF PRISM X X MM BROKEN IN FLEXURE CUBES SIDE MM v CORES WITH MAX HEIGHT OF MM SELECTING THE NOMINAL RANGE BY USING THE SUITABLE COMPRESSION DEVICES DESCRIBED IN NEXT PAGES ACCESSORIES % % 4HE MACHINES WITH DIGITAL READOUT ARE EQUIPPED WITH hTWO SUITABLE PRESSURE TRANSDUCERSv GRANTING THE #LASS FROM ON BOTH THE MEASURING RANGES 4HE MEASURING RANGE K. CAN BE ALSO USED FOR COMPRESSION TESTS ON SPECIMENS WITH EXPECTED LOW STRENGTH VALUES 4WO COLUMNS HIGH STIFFNESS FRAME -AX VERTICAL DAYLIGHT BETWEEN PLATENS MM 0LATENS DIAMETER MM 2AM TRAVEL MM APPROX !CCURACY 'RADE STARTING FROM OF THE SCALE FOR BOTH THE RANGES 4WO GAUGES DIA MM RANGE K. SUBDIV K. RANGE K. SUBDIV K. 3UPPLIED COMPLETE WITH LOWER COMPRESSION PLATEN AND COUPLING PIECE TO EASILY FIX THE COMPRESSION DEVICES 0OWER SUPPLY MOTORIZED MODELS 6 PH (Z 7 7EIGHT KG

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SECTION %

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4HESE TESTING MACHINES FORESEE A DUAL MEASURING RANGE IN THE SAME TESTING CHAMBER 4HE TWO RANGES CAN BE USED ALTERNATIVELY AND ARE SUITABLE TO PERFORM &LEXURAL TESTS ON CEMENT PRISMS X X MM SELECTING THE LOW CAPACITY RANGE #OMPRESSION TESTS ON PORTIONS OF PRISM X X MM BROKEN IN FLEXURE CUBES SIDE MM v CORES WITH MAX HEIGHT OF MM SELECTING THE NOMINAL RANGE BY USING THE SUITABLE COMPRESSION DEVICES DESCRIBED IN NEXT PAGES ACCESSORIES % % 4HE MACHINES WITH DIGITAL READOUT ARE EQUIPPED WITH hTWO SUITABLE PRESSURE TRANSDUCERSv GRANTING THE #LASS FROM ON BOTH THE MEASURING RANGES 4HE MEASURING RANGE K. CAN BE ALSO USED FOR COMPRESSION TESTS ON SPECIMENS WITH EXPECTED LOW STRENGTH VALUES 4WO COLUMNS HIGH STIFFNESS FRAME -AX VERTICAL DAYLIGHT BETWEEN PLATENS MM 0LATENS DIAMETER MM 2AM TRAVEL MM APPROX !CCURACY 'RADE STARTING FROM OF THE SCALE FOR BOTH THE RANGES 3UPPLIED COMPLETE WITH LOWER COMPRESSION PLATEN AND COUPLING PIECE TO EASILY FIX THE COMPRESSION DEVICES 0OWER SUPPLY 6 PH (Z 7 7EIGHT KG

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SECTION %

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SECTION %

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# % - % . 4 - / 24!2 #OMPRESSION DEVICES 4O BE POSITIONED BETWEEN THE COMPRESSION PLATENS OF THE MACHINE THEY FIT PERFECTLY WITHOUT REMOVING ANYTHING AND WITHOUT ADDING ANY DISTANCE PIECE $IMENSIONS X XH MM

SECTION %

-/$%,3 %

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!##%33/29 &/2 -/$ % %

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&LEXURE DEVICE FOR X X MM PRISMS 34!.$!2$3 %. .& 0 $). %. )3/ 5PPER BEARER IS SEAT BALL ASSEMBLED 4HE DISTANCE BETWEEN LOWER BEARERS IS MM AND ONE OF THEM HAS A SPHERICAL SEAT #ADMIUM PLATED FOR RUST PROTECTION $IMENSIONS X XH MM 7EIGHT KG

#OMPRESSION DEVICE FOR PORTIONS OF X X MM PRISM BROKEN IN FLEXURE 34!.$!2$ $). )DENTICAL TO MOD % BUT WITH COMPRESSION PLATENS HAVING X MM SIZE AS REQUESTED BY $). 3TANDARDS 7EIGHT KG

&LEXURE DEVICE FOR X X MM PRISMS

% MATERIAL TESTING EQUIPMENT

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SECTION %

#/-02%33)/. !.$ &,%852!, 4%34 /. -/24!2 30%#)-%.3 #/-02%33)/. 4%343 /. #/.#2%4% #5"% #9,).$%2 !.$ ",/#+3 30%#)-%.3 "9 #(//3).' 4(% 34!.$!2$ #/-02%33)/. -!#().% !-/.' /52 $)&&%2%.4 !6!) ,!",% -/$%,3 &2/- K. 4/ K. #!0!#)49 SEE SECTION #ONCRETE FROM PAG TO PAG 4HE COMPOSITION OF THE COMBINED GROUP IS OBTAINED BY #

#OMPRESSION FRAME ON MORTAR SPECIMENS K. OR K. CAPACITY MOD % $ % $ % . % . % ! % ! % . % . TECHNICAL DETAILS AND SPECIFIC ACCESSORIES AT PAG Â&#x2022; COMPLETE WITH PRESSURE TRANSDUCER USED IN CONJUNCTION WITH A CONCRETE DIGITAL COMPRESSION MACHINE $IGITEC !UTOTEC #YBER 0LUS 3ERVO 0LUS %VOLUTION SEE PAG Â&#x2022;

# EXEMPLE #

#OMPRESSION &LEXURAL FRAME ON MORTAR SPECIMENS DUAL RANGE K. OR K. FOR COMPRESSION TESTS K. FOR FLEXURE TESTS MOD % . % . % . % . TECHNICAL DETAILS AND SPECIFIC ACCESSORIES AT PAG Â&#x2022; COMPLETE WITH TWO PRESSURE TRANSDUCERS USED IN CONJUN CTION WITH A CONCRETE DIGITAL COMPRESSION MACHINE #YBER 0LUS 3ERVO 0LUS %VOLUTION MODEL ONLY SEE PAG Â&#x2022;

# EXEMPLE #

)N ADDITION TO THE PROPOSED GROUPS IT IS POSSIBLE TO COMPOSE MANY OTHER ALTERNATIVE TESTING GROUPS WITH DIGITAL DISPLAY MEASURING SYSTEM LIKE FOR EX 'ROUP FORMED BY TWO CONCRETE COMPRESSION FRAMES

'2/50 %8%-0,%

'ROUP FORMED BY ONE CONCRETE FLEXURAL FRAME AND ONE MORTAR COMPRESSION FRAME

'2/50 %8%-0,% MATERIAL TESTING EQUIPMENT

SECTION %

# %-% . 4 -/ 24! 2

% .

% . % .

$ETERMINATION OF -/$5,53 /& %,!34)#)49 IN COMPRESSION OF PRODUCTS AND SYSTEMS FOR THE PROTECTION AND REPAIR OF CONCRETE STRUCTURES -ORTARS 3YSTEM !UTOMATIC WITH PACE RATE CONTROL ALSO WHEN RELEASING THE LOAD 34!.$!2$ %. )T CAN BE USED WITH A -!4%34 TESTING MACHINE TO BE SELECTED AMONG THE 3ERVO 0LUS %VOLUTION MODELS REF # . SEE PAG 4HE APPLIANCE INCLUDES s (YDRAULIC SYSTEM )T IS AN HYDRAULIC INSTALLATION AND HAS A HIGH PERFORMANCE VALVE DIRECTLY CONTROLLED BY THE DIGITAL UNIT THAT GRANTS THE AUTOMATIC CONTROL OF THE PACE RATE INCREASING THE LOAD KEEPS A CERTAIN LOAD AND THAN CONTROLS THE PACE RATE DECREASING THE LOAD 4HE SETTING OF THE PACE RATE IS MADE BY A VERY SENSITIVE VALVE CONTROLLED BY A STEP BY STEP MOTOR AND IT ALLOWS A MICROMETRIC ACTION ON THE PACE RATE GRANTING EXCELLENT RESULTS ! LASER POSITION DETECTOR ALLOWS A RAPID POSITIONING OF THE PISTON 4HIS GRANTS A TOUCHING SENSITIVITY OF TEST STARTING OF ABOUT PER THOUSAND OF THE MAXIMUM CAPACITY s %LECTRONIC MEASURING SYSTEM 4HE HIGH PERFORMANCE CONTROL AND DATA PROCESSING UNIT CONTROL LED BY A BIT MICROPROCESSOR CAN MANAGE UP TO HIGH RESO LUTION CHANNELS FOR THE CONTROL OF LOAD CELLS OR TRANSDUCERS WITH STRAIN GAGES BRIDGE MATERIAL TESTING EQUIPMENT

# 4HE UNIT CONTAINS TWO !NALOGICAL $IGITAL LAST GENERATION CONVER TERS WITH BITS RESOLUTION 4HE SYSTEM PROCESSES THE SIGNALS COMING FROM THE LOAD CELLS AND FROM THE EXTENSOMETERS GIVING ALL THE RESULTS REQUIRED FOR A FURTHER PROCESSING FOLLOWING THE MOST UPDATED )NTERNATIONAL 3TANDARDS FOR THIS APPLICATION s $ATA ACQUISITION AND PROCESSING SOFTWARE 54- ,ICENSE FOR %LASTIC -ODULUS TO %. 4HE SOFTWARE HAS BEEN DEVELOPED ON THE WORKING LINE OF THE ALREADY KNOWN SOFTWARE 54- WINDOWS MENU )T CONTAINS THE PROFILES OF THE MAIN 3TANDARDS USED BUT THE USER CAN MODIFY AS HE LIKES AND PERSONALISE THE TEST PROFILE THAT WILL BE EFFECTED IN A COMPLETELY AUTOMATIC WAY BY THE TESTING MACHINE

#%- %. 4 -/ 24! 2 4HE USER CAN INTRODUCE A LIST OF DATES CONCERNING THE SPECIMEN THAT WILL BE TESTED AND THE KIND OF TEST THAT HE WANTS TO MAKE SHAPE OF THE SPECIMEN DIMENSIONS AGE OF THE SPECIMEN AVERAGE EXPECTED BREAKING VALUE ETCx 4HE APPLIANCE ALLOWS VERIFYING THE PROPER READING OF THE EXTENSOMETERS AND IF EVERYTHING IS WITHIN THE EXPECTED TOLERANCES IT MANAGES THE AVERAGE DEFORMATION VALUE READ BY THE TRANSDUCERS AND PROCESSED BY THE DIGITAL UNIT THAN IT TRANSMITS BY MEANS OF THE SERIAL COMMUNICATION PORT 2* .ETWORK #ONNECTION TO A 0ERSONAL #OMPU TER THAT CAN BE ALREADY BY THE END USER OR SUPPLIED SEPARATELY NOT INCLUDED WITH THE 3OFTWARE ALL THE DATES OF THE TEST 4HESE DATES WILL BE PROCESSED BY THE SOFTWARE AND TRANSFORMED IN A GRAPH LOAD DEFORMATION AND LOAD TIME FOLLOWING THE )NTERNATIONAL 3TANDARDS

SECTION %

4HE SOFTWARE GIVES THE POSSIBILITY TO PRINT ON A STANDARD PRINTER A TEST CERTIFICATE REPORTING ALL THE DATES CONCERNING THE TEST AND THE SPECI MEN AND THE GRAPH OF THE TEST 4HE 3OFTWARE INCLUDES THE LICENSE h3ERVONETv MOD # . WHILE THE EXTENSOMETERS TWO MODELS ARE PRO POSED ! AND " ARE NOT INCLUDED IN THE STANDARD SUPPLY AND MUST BE ORDERED SEPARATELY SEE ACCESSORIES ./4% 4HE %LASTIC -ODULUS ON -ORTARS MOD % . CAN BE USED TOGETHER WITH ! %84%.3/-%4%23 342!). '!'%3 3).',% 53% %,%#42)# AVAILABLE IN DIFFERENT SIZES MOD # TO # SEE ACCESSORIES

OR " %84%.3/-%4%23 #/-02%33/-%4%23 ELECTRONIC UNIVERSAL MECHANICAL FRAME MOD # SEE ACCESSORIES !##%33/2)%3 ! %84%.3/-%4%23 342!). '!'%3 3).',% 53% %,% #2)# 0ACK OF PIECES

3CREEN DURING A TEST AND MARKER INDICATING ANY CHANGE

!VAILABLE MODELS # %LECTRIC EXTENSOMETER # # BASE LENGTH MM # %LECTRIC EXTENSOMETER BASE LENGTH MM # %LECTRIC EXTENSOMETER BASE LENGTH MM # %LECTRIC EXTENSOMETER BASE LENGTH MM # +)4 FOR THE APPLICATION OF SINGLE USE EXTENSOMETERS COMPOSED BY GLUE WELDER SOLDER CLEANING LIQUID ACCES SORIES THE WHOLE IN CARRYING CASE # ).4%2&!#% -/$5,% hNEEDED ACCESSORYv TO CONNECT UP TO ELECTRIC SINGLE USE EXTENSOMETERS 4HIS MODULE ALLOWS ALSO THE AUTOMATIC CALIBRATION OF THE ZERO AND OF THE MEASURING RANGE AFTER A SPECIAL THERMAL COMPENSA TION 4HIS GRANTS A FIVE TIMES BETTER ACCURACY THAN THE ONE REQUESTED BY THE 3TANDARDS !3 !. !,4%2.!4)6%

0ERSONALISATION OF THE TEST CERTIFICATE

" # %84%.3/-%4%2 #/-02%33/-%4%2 %,%#42/.)# 5.)6%23!, -%#(!.)#!, &2!-% )T CAN BE USED ONLY WITH SAMPLES HAVING MINIMUM HEIGHT OF MM 4ECHNICAL DETAILS SEE PAG # 4%-0,!4% TO REGULATE AND CALIBRATE THE BASE LENGTH OF THE # EXTENSOMETER

0ERSONALISATION AND COMPOSITION OF A TEST PROFILE

# MATERIAL TESTING EQUIPMENT

SECTION %

# % - % . 4 - / 24!2

MATERIAL TESTING EQUIPMENT