< Previouswww.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 5.36 CONCRETE Compression Machines Accessories *Also requires an HCM-0600 lower platen. HCM-0107P Cylinder Platens ASTM C39, AASHTO T22 Used when testing 6" (152 mm) or 4" (101 mm) diameter concrete cylinders in compression. Platen is manufactured from steel with all compo- nents plated for corrosion resistance. Its bearing platen is 6.5" (165 mm) in diameter, through-hardened to HRC 55 or greater, plane to .0005" (.02 mm), has scribed concentric circles, and is hard nickel plated for wear resistance. Note: An optional spacer is required for testing 4" (101 mm) diameter cylinders. Cylinder Platenssee chart above Ship wt. 40 lbs. (18.1kg) 6" (152mm) Cube Platen Test Sets ASTM C109, C1604, C39, AASHTO T22, T106 Used for testing 6" (152 mm) concrete cubes and cylinders in compression. Cube test set consists of a 6.5" (165mm) square, spherically-seated upper platen assembly. The platen bearing blocks are through-hardened to HRC 55 or greater, plane to .0005" (.012 mm) in any 6" (152 mm) area, has concentric circles for easier centering of cylinders and is hard nickel- plated for wear and corrosion resistance. Kit includes; spherical seated platen assembly and spacer. Note: A 6.5" (152 mm) square lower platen is supplied with MA-0113 cube set for use in HCM-2500 series machines 6" (152mm) Cube Platen Setsee chart above 2500 PlatenShip wt. 38 lbs. (17.2kg) 3000 PlatenShip wt. 116 lbs. (52.6kg) 4000 & 5000 PlatenShip wt. 100 lbs. (45.3kg) 2" (50mm) Cube Platen Test Sets ASTM C109, C1604, C39, AASHTO T22, T106 Used for testing 2" (50 mm) cubes and 3" (76 mm) diameter cylinders and cores in compression. Cube test set consists of a 3.125" (80mm) diam- eter, spherically-seated upper platen assembly and a lower pedestal with a 2.83" (72mm) diam- eter bearing block surface used for positioning the cube sample at the correct height for testing. The bearing blocks of the upper platen are hard- ened to 60 HRC and plane to .0005" (.01 mm) and hard plated for corrosion resistance. The upper bearing block is closely held in its spherical seat, but is free to tilt in any direction and seat securely under load. The bearing blocks are removable and replaceable. The platen is easily installed in the upper cross- head of the load frame and is securely held in place by either the holding stem, hex bolt or draw rod system. Spacers are required for testing 3" diameter cyl- inders or cores. Cube pedestal is not used when testing cylinders or cores. 2" (50mm) Cube Platen Setsee chart above Ship wt. 14lbs. (6.3kg) Masonry Platens ASTM C140, C1314 Masonry platens feature large diameter spheri- cal disk and seat assemblies, and platen bearing surface plane to .001" (.025 mm) in any 6" (152 mm) direction, through hardened to HRC 60 and plated for wear and corrosion resistance. The bearing block is held securely in its seat assembly by a series of heavy duty springs and safety links which allow it to rotate freely and seat under load. The HCM-0106 and HCM-0106.3 are used to test masonry units up to 8" (203 mm) wide. Both items are supplied with an 8" wide x 16" long bottom bearing plate through-hardened to HRC 60 and plated for corrosion resistance. The HCM-0107P can be used to test masonry units up to 12" (305 mm) wide. NOTE: HCM-0106 and HCM-0106.3 platens do not meet ASTM C140 and C1314 Specifications. Masonry Platensee chart above Ship wt. 135 lbs. (61.2kg) Flexural Beam Attachment ASTM C78, C293, AASHTO T97, T77 Used to determine the modulus of rupture of center or third-point beams with a depth of 6" (150 mm). The upper heads load bearing blocks are easily changed for either a center or third-point testing configuration. Bottom support blocks are set in the lower support channel with a fixed 18" (457 mm) span length. Bearing blocks are spring-loaded to hold them in contact with the pivot balls and rod, as required by ASTM specifications. These beam attachments can be used with 4" x 4" x 16" and 6" x 6" x 18" beams. Flexural Beam Attachmentsee chart above Ship wt.134 lbs. (60.7kg) HCM-0101HCM-0113 MachinesHCM-0030HCM-2500 SetHCM-0112SA HCM-0112A Platen, UpperHCM-0023L HCM-0023L Platen, LowerHCM-0022SA HCM-0022A MachinesHCM-3000HCM-4000 SetHCM-0114A HCM-0115A Platen, UpperHCM-0023N HCM-0023 Platen, LowerHCM-0022A HCM-0022A MachinesHCM-5000 SetHCM-0115A Platen, UpperHCM-0023 Platen, LowerHCM-0022A MachinesHCM-2500HCM-3000 PlatenHCM-0101 HCM-0104 MachinesHCM-4000HCM-5000 PlatenHCM-0101 HCM-0101 MachinesHCM-2500HCM-3000 PlatenHCM-0106 HCM-0106.3 MachinesHCM-4000HCM-5000 PlatenHCM-0107P HCM-0107P MachinesHCM-2500HCM-3000 AttachmentHCM-0119BHCM-0117B MachinesHCM-4000HCM-5000 AttachmentHCM-0119BHCM-0119B MachinesHCM-0030 AttachmentHCM-0119B MachinesHCM-2500HCM-3000 SetHCM-0113HCM-0111 Platen, UpperHCM-0113XHCM-0111X MachinesHCM-4000HCM-5000 SetHCM-0116HCM-0116 Platen, UpperHCM-0116XHCM-0116X HCM-0119BHCM-0112A5.37 www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 CONCRETE Compressometers / Extensometers HCM-0120HCM-0135 HCM-HP4014 HCM-00127 CylindersItemHCM-0030HCM-1000HCM-2500HCM-3000HCM-4000HCM-5000Ship Wt. 4 x 8 in. PlatenNASuppliedSuppliedSuppliedSuppliedSupplied 39 lb/17.7kg SpacerNAHCM-0639HCM-0639HCM-0662HCM-0653HCM-0653 34.4 lb /15.6kg 3 x 6 in. PlatenHCM-0023LHCM-0023LHCM-0023LHCM-0023NHCM-0023HCM-0023 45 lb/20.1kg SpacerHCM-0604 (2")*HCM-0639HCM-0639HCM-0661HCM-0654HCM-0654 35 lb/15.8kg 2 x 4 in. PlatenHCM-0023LHCM-0023LHCM-0023LHCM-0023NNRNR 13 lb/5.8kg SpacerHCM-0639 (4")*HCM-0615HCM-0615HCM-0666NRNR 17 lb/3.1kg Cylinder Splitting Set ASTM C496, AASHTO T198 The cylinder splitting head has a bearing contact area of 12” (304 mm) long by 2” (50 mm) wide, its surface is machined plane to .001” (.025 mm) and has a scribed center line of the face of the bar for easier centering of test samples. •Used to determine the splitting tensile strength of concrete cylinders. An optional splitter spacer assembly HCM-122A bolts to the top of the fixture, to allow testing of 4" x 8" cylinders (New models only). Note: A lower bearing plate 12 ½” (317 mm) long by 7” (178 mm) wide is supplied with HCM-0120 Split- ting Test Set for use in HCM-2500 series machines. Cylinder Splitting Setsee chart above HCM-0120Ship wt. 173 lbs. (69kg) HCM-0123, HCM-0124Ship wt. 240 lbs. (108.8kg) Splitter Spacer Assembly An optional splitter spacer assembly bolts to the top of the fixture, to allow testing of 4" x 8" cylinders. Note HCM-0122A spacer assembly can only be used on Cylinder Splitters purchased after 7-14-2022. Splitter Spacer AssemblyHCM-0122A Ship wt. 5lbs. (2.2kg) Spacers for Platen Adjustment Spacers are used with test platens to adjust the vertical working clearance height inside a machines load frame, for testing samples of var- ious types and sizes to prevent over-extension of the load frames piston. They are manufactured from steel and machined plane on both ends to maintain a parallel align- ment between spacers and test platens. Spacers are painted for corrosion resistance. Spacers are available in four model types; three model types for mounting against the machines upper cross- head by the holding stem, socket head bolt or draw rod methods, and one model type that sits on the machines lower cross-head used with a bearing platen. Spacerssee chart below Brick Platen Assembly ASTM C39, C67, AASHTO T67 The brick platen assembly is designed for testing brick in compression. The set consists of an upper spherically-seated platen and a lower platen. The upper platen is 6.5" (165mm) wide x 8" (203mm) long x 1.875" (48mm) thick, through-hardened to HRC 60 or better, plane to .0005" (.02mm) and hard-plated for wear and corrosion resistance. The platen is closely held in its spherical seat, but in such a manner as to allow the contact platen to tilt freely and seat securely under load. The bottom bearing block is used beneath the test specimen to minimize wear on the lower machine platen. It is 8" (203mmm) long x 6.5" (165mm) wide x 1.875" (48mm) thick, through-hardened to HRC 60 or greater, plane to .0005" (.02mm) and is hard-plated for wear and corrosion resistance. Optional spacers are required to close the vertical opening of the machine when testing bricks. Brick Platen AssemblyHCM-00127 Ship wt. 100 lbs. (45kg) Cylinder Loading Shelf Auxiliary Cylinder Loading Shelf is available for use with HCM-2500 Series machines. Cylinder Loading Shelf HCM-0135 Ship wt. 40lbs. (18.4kg) Feeler Gauge Feeler gauges are used for precise alignment of the base and platen. Feeler Gauge, .001 x 12" HCM-CA0481 Feeler Gauge Set, 6" Long Leafs Ranging from .002 to .025 HCM-CA0485 Ship wt. 6lbs. (2.7kg) Selector Valve The HCM-HP4014 selector valve accessory pro- vides switching capabilities between two sep- arate compression frames when using a single pump for both frames. This valve can be used with either the HCM-5080 or HCM-5070 Humboldt automatic controllers or our HCM-5090.3F digital indicator. Selector ValveHCM-HP4014 Ship wt. 7lbs. (3.2kg) AbleCable (i7 Digital Indicator) Serial/USB cable, which allows you to transfer load vs. time graph with test date, I.D. number and test data directly into a spread sheet program. This allows the user to transfer data from an indi- vidual test to a spread sheet to create a X-Y load vs. time graph with the graph wizard. Requires user to set initial column headings. For use with the i7 digital indicator only. AbleCableHCM-0718 Ship wt. 0.4lbs. (0.181g) AbleCable Extension, 25' (7.6m)HCM-0707.25 Ship wt. 5lbs. (2.2kg) Compression Machine Travel Limit Switch An electrical switch that prevents the hydraulic piston from going beyond its maximum travel point. Limit Switch, HCM-2500 Series HCM-TM0101 Limit Switch, HCM-3000 Series HCM-TM0106 Limit Switch, HCM-4000 Series HCM-TM0100 Limit Switch, HCM-5000 Series HCM-TM0102 Ship wt. 3 lbs. (1.4kg) MachinesHCM-2500HCM-3000 Splitting SetHCM-0120 HCM-0124 MachinesHCM-4000HCM-5000 Splitting SetHCM-0123 HCM-0123 Platens and Spacers for Concrete Compression Frameswww.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 5.38 CONCRETE Compression Machines Compressometer-Extensometers ASTM C469 Compressometer-extensometers are used to determine Poisson’s ratio and Young’s modu- lus during a compression test. This device con- tains a third, center yoke with a hinge dividing it into two equal segments. The middle yoke is hinged to permit rotation of the two segments of the yoke in the horizontal plane. Indicator gives deformation readings. Second indicator is furnished for compressometer section. Unit mea- sures changes in length and diameter. All H-2900 series compressometers may be ordered with dial gauges, digital indicators or strain transduc- ers, see charts above. Digital indicators and LSCT models can be used with data acquisition systems through the use of our mini-loggers, see right. Compressometer-Extensometers see chart above Ship wt. 9.6 lbs. (4.3kg) Compressometers ASTM C469 The compressometer is used for evaluating the chord modulus of elasticity (Young’s modulus) of concrete cylinders while undergoing compres- sion testing. The compressometer includes two, cast-aluminum alloy yokes, mounting and cen- tral points, stainless steel control rods. Models are available with a dial gauge— with a range of 0.2" (5.08mm) and minimum graduations of .0001 (.0025mm), as well as with a digital indicator or a LSCT transducer. Digital indicators and LSCT models can be used with data acquisition systems through the use of our mini-loggers, see right. Compressometerssee chart above Ship wt. 10 lbs. (4.5kg) Compressometers Dial Gauge Digital Indicator LSCT 6” x 12” (152 x 305mm) cylindersH-2911H-2911D H-2911L 4” x 8” (102 x 203mm) cylindersH-2916H-2916D H-2916L 3” x 6” (76 x 152mm) cylindersH-2918H-2918D H-2918L Compressometer / Extensometers Dial Gauge Digital Indicator LSCT 6” x 12” (152 x 305mm) cylindersH-2912H-2912DH-2912L 4” x 8” (102 x 203mm) cylindersH-2917H-2917DH-2917L 3” x 6” (76 x 152mm) cylindersH-2919 H-2919D H-2919L H-2911H-2918D H-2912L HM-2310.04 HCM-5090.3F Data Acquisition Upgrade for Existing Compression Machines and Compressometer-Extensometer Testing Looking to upgrade your existing manually-oper- ated compression machine or add compressom- eter/extensometer testing capabilities to it? Now you can easily upgrade your frame with Hum- boldt’s HCM-5090 Digital Indicator. The HCM- 5090’s four, independent data acquisition chan- nels provide you with enough options to control all your data needs with one digital indicator. A typical setup would provide the logging of Load, Stress and Rate from one compression machine in Channel One. Channels Two and Three would pro- vide inputs for measuring displacement— allowing you to perform extensometer and compressome- ter testing. Channel Four would provide another input for logging Load, Stress and Rate, perfect for an additional load frame set up for something like flexural testing or cubes. All this information can be simultaneously tracked by the HCM-5090.3F. For more information on the HCM-5090.3F, see page 5.30. If you are interested in an automatic solu- tion upgrade, you should look at the HCM-5080 and HCM-5070 automatic controllers on page 5.28. Digital Indicator, 120/220V 50/60HzHCM-5090.3F Ship wt. 6lbs. (2.7kg) Strain Transducer ASTM C469 Strain transducer: 0.4" (10mm) Strain TransducerHM-2310.04 Ship wt. 1lbs. (453g) Pressure Transducer Pressure transducer: 10,000 psi with cable and plug for HCM-5090.3F Pressure TransducerHCM-4177 Ship wt. 1lbs. (453g) HCM-41775 39 www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 CONCRETE High-Performance Compression Machines High-Performance 3000 / 4000 / 5000 / 6000kN Computer-Controlled Compression Machines ASTM C39, AASHTO T22; DIN EN 12390-3, 12504-1, 12390-6, EN 12390-13, EN 206 Compression testing machines for compressive strength testing of light, normal and heavy con- crete, as well as ultra-high performance concrete (UHPC), according to DIN EN 7500-1 and EN 12390-4 in a very wide measuring range class 1. •Extremely solid and stiff 4-column frame •Large area test chamber protection made of polycarbonate, protects against specimen splinters caused by explosion fractures •High-quality servo valve for pressure or volume flow control •Powerful hydraulic unit •Fast lift and bypass function for time-saving positioning of the test cylinder •DOLI EDCi Control electronics fully-automatic test procedures suitable for force, displacemen- tor deformation controlled tests with predefined loading speeds •Automatic break detection and free adjustable test end conditions •Readout and export of measurement data Test frame Test frame with hydraulic cylinder for compression strength test in strain gauged column according to DIN EN 12390-4 and class 1 according to DIN EN 7500-1 in the specified measuring range. In the basic configuration, the framework is designed for force-controlled tests, whereby the force value is determined via a strain gauge pressure sensor. Optionally a position measuring system can be installed. The massive steel frame is extremely stiff, the columns are tensioned without any play. The hydraulic cylinder is made from solid material and is attached utilizing an external clamp holder. The end position is monitored by a mechanical limit switch. Samples: Cubes (edge length): 200, 150, 100mm (auxiliary platens required) Cylinders (height) 320, 300, 200mm Devices (height) up to 330mm e.g. splitting tensile. Other samples possible. Safety: The test frame with a control cabinet ful- fills all requirements according to DIN EN 12390-4 and DIN EN ISO 7500-1. The complete machine is delivered with an EC declaration of conformity and operating instruc- tions according to the Machinery Directive 2006/42 / EG. Large area of the testing machine is equipped with an impact-resistant, transparent test room protection made of polycarbonate. The position of the protective door is monitored with a tamper-proof, 2-channel security hinge. When the door is open, the hydraulic unit is redundantly depressurized. Control cabinet SV-EDCi Control cabinet with main switch incl. under-volt- age release and emergency stop switch, as well as a Schuko plug on the front panel. Electrical Connection: 1~240V, 50/60Hz, 3~480V, 50/60Hz. Hydraulic system The powerful hydraulic unit with oil tank incl. all necessary safety, control and directional valves according to DIN 4413. It generates a maximum system pressure of 350 bar A fine 3µm pressure filter in the pressure line is filtering the hydraulic oil and protecting the system components. Incl. filter pollution, oil level and temp switch (70 ° C) The hydraulic unit is inside of the control cabi- net providing low noise operation <68 dB (A). A high-quality servo valve or variable-frequency drive for pressure or volume flow control enables the most precise force and stroke control (closed- loop control). An additional low-pressure pump for the quick stroke function and an oil-air cooler (for long test scenarios). Measuring and control electronics A Doli EDCi controller is used for universal dig- ital measuring and control electronics for these testing machines. This is installed in the control cabinet and can optionally be operated with a remote control. The control electronics enables a fully automatic test execution with given load- ing speeds for force-controlled tests (position and strain controlled tests optional). With sensi- tive and adjustable break detection, the failure of the sample is detected early. Communication to the PC: Ethernet socket / USB 2.0 configuration Remote maintenance via TeamViewer function (PC required). Technical data EDCi Expansion option: min. 2 channels Supply voltage + 24 VDC, 1.5 A Control output ± 10V A / B pulse train to control the subsequent electronics Automatic sensor detection by intel- ligent sensor connector SGS Calibration data is saved in the sensor plugs.www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 5 40 CONCRETE High-Performance Compression Machines 3000kN (674,426 lbs.) Compression Machines ASTM C39, AASHTO T22; DIN EN 12390-3, 12504-1, 12390-6, EN 12390-13, EN 206 Compression testing machines for compressive strength testing of light, normal and heavy concrete, as well as ultra-high perfor- mance concrete (UHPC), according to DIN EN 7500-1 and EN 12390-4. 3000kN Compression Machine, Servo-controlledHCM-3100 7F 3000kN Compression Machine, Variable DriveHCM-3101 7F Ship wt 3640 lbs (1650kg) 4000kN (899,235 lbs ) Compression Machine, Servo-controlled ASTM C39, AASHTO T22; DIN EN 12390-3, 12504-1, 12390-6, EN 12390-13, EN 206 Compression testing machines for compressive strength testing of light, normal and heavy concrete, as well as ultra-high perfor- mance concrete (UHPC), according to DIN EN 7500-1 and EN 12390-4. 4000kN Compression Machine, Servo-controlledHCM-4100 7F Ship wt 8820 lbs (4000kg) 5000kN (1,124,044 lbs) Compression Machine ASTM C39, AASHTO T22; DIN EN 12390-3, 12504-1, 12390-6, EN 12390-13, EN 206 Compression testing machines for compressive strength testing of light, normal and heavy concrete, as well as ultra-high perfor- mance concrete (UHPC), according to DIN EN 7500-1 and EN 12390-4. 5000kN Compression Machine, Servo-controlledHCM-5100 7F Ship wt 11025 lbs (5000kg) 6000kN (1,348,853 lbs.) Compression Machine ASTM C39, AASHTO T22; DIN EN 12390-3, 12504-1, 12390-6, EN 12390-13, EN 206 Compression testing machines for compressive strength testing of light, normal and heavy concrete, as well as ultra-high perfor- mance concrete (UHPC), according to DIN EN 7500-1 and EN 12390-4. 6000kN Compression Machine, Servo-controlledHCM-6100 7F Ship wt 13230 lbs (6000kg) Intermediate Cube Platen Set, 200 and 150mm (8") DIN EN 12390-4 For cubes 200mm (7.87") and 150mm (5.9"): Includes (1) 210 x 210 x 50mm (8.26" x 8.26" x 1.97") and (1) 160 x 160 x 75mm (6.3" x 6.3" x 2.95"). To be place on lower machine platen, includ- ing sample centering hardened > 58 HRC flatness < 0,03mm roughness Ra 0,4 bis 3,2 µm contact surfaces are parallel < 0,05mm. Inter Cube Platen Set, 200 and 150mm (8")HCM-5100 5 Ship wt. 14lbs. (6.3kg) Intermediate Cube Platen Set, 100mm (4") DIN EN 12390-4 For testing cubes 100mm (3,93") (only in combination with 30,0700) hardened > 58 HRC flatness < 0,03mm roughness Ra 0,4 to 3,2 µm contact surfaces are parallel < 0,05mm. Is used in combination with HCM-5100.5. Inter Cube Platen Set, 100mm (4")HCM-5100 6 Ship wt. 14lbs. (6.3kg) Tensile Splitting Device EN 1338 Convex pressure cutting Test chamber height adjustable from 70 up to 170mm. Diameter of pressure blades 75mm. Length of pressure blades 330mm. Including distance piece 50mm (w/d/h) 350x245x285 max. mm. Tensile Splitting DeviceHCM-5100 7 Ship wt. 25lbs. (11.3kg) SpecificationHCM-3100HCM-4100 Capacity674,426 lbf. (3000kN)899,235 lbf (4000kN) Force measuring range, class 1 13488 - 674426 lbf (60 – 3000 kN) 17984- 899235 lbf (80 – 4000 kN) Stroke3.93" (100mm)3.93" (100mm) Chamber height12.4" (315mm)13.39" (340mm) Column spacing front 14.17" (360mm)17.72" (450mm) Column spacing side 10.63" (270mm)17.72" (450mm) Platen dimensions12.6" (Ø320mm)16.34" (Ø415mm) Frame Dimensions 29.5" x 26" x 62.2" 750 x 660 x 1580 mm 36.6" x 33.9" x 77.2" 930 x 860 x 1960 mm Control Cabinet Dimensions 47.25" x 22.45" x 41" 1200 x 570 x 1040 mm 47.25" x 22.45" x 41" 1200 x 570 x 1040 mm SpecificationHCM-5100HCM-6100 Capacity1,124,044 lbf (5000kN)1,348,854 lbf (6000kN) Force measuring range, class 1 22481- 1,124,044 lbf (100 – 5000 kN) 26977 - 1,348,854 lbf (120 – 6000 kN) Stroke3.93" (100mm)3.93" (100mm) Chamber height13.39" (340mm)13.39" (340mm) Column spacing front 17.72" (450mm)21.85" (555mm) Column spacing side 17.72" (450mm)17.72" (450mm) Platen dimensions16.34" (Ø415mm)16.34" (Ø415mm) Frame Dimensions 39" x 36.2" x 79.1" 990 x 920 x 2010 mm 39.4" x 35.4" x 66.9" 1000 x 900 x 1700 mm Control Cabinet Dimensions 47.25" x 22.45" x 41" 1200 x 570 x 1040 mm 47.25" x 22.45" x 41" 1200 x 570 x 1040 mm5.41 www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 CONCRETE Fiber-Reinforced Concrete Compression Machine HCM-1200.7F.3 Flexural Testing Machine For Fiber Reinforced Concrete ASTM C496, C1550, C1609; EN 12390-5, EN 14651 CMOD, EN 14488-3, EN 14488-5 This 300kN (67443lbs.) Flexural Testing Machine is designed for the determination of the post- crack properties of steel fiber and fiber-reinforced concrete, concrete beams and shotcrete accord- ing to EN 7500-1 and EN 12390-4 in a very wide measuring range class 1. •Suitable for high-precision force/displacement and deformation-controlled test procedures •Automatic switching between the control modes in one test procedure •Extremely solid and stiff 4-column frame with a maximal frame deformation of 2.8 MN/mm •The upper bending roll is variable adjustable from 3- to 4-point bending •Compression platens are adaptable Double acting test cylinder in servo-slide qual- ity with integrated displacement measurement in the basic configuration, the framework is designed for force, position and strain-con- trolled tests, whereby the force value is deter- mined via a strain gauge load cell (class 0.5). A position measuring system is installed in the cylinder by default. The massive steel frame is extremely stiff, the columns are tensioned without any play. A double-acting bending test cylinder with long piston stroke in servo-slide quality is mounted on the upper crossbeam. An anti-rota- tion lock prevents the twisting of the piston rod with the upper bending edge. The upper bending edge can easily convert from 3-Point to 4-point bending. Additional accessories like curb stamp, machine platens etc. can be adapted. The bend- ing edges and beams for 3-point-bending and 4-point-bending are included. Hydraulic System The powerful hydraulic unit with 40L oil tank includes all necessary safety, control and direc- tional valves according to DIN 4413. It generates a maximum system pressure of 350 bar and a volume flow of 1.2L / min. A fine 3µm pressure filter filters the hydraulic oil and protects system components. The hydraulic unit is inside the con- trol cabinet producing very low noise levels (<66 dB). A high-quality servo valve for pressure or vol- ume flow control enables the most precise force and stroke control (closed-loop control). An addi- tional low-pressure pump for the oil-air cooler (for long test scenarios) provides 20 bar 6.2 L / min volume flow and fast lift function. Measuring and Control Electronics Machine uses a digital Doli EDCi20 controller. This is installed in the control cabinet and can optionally be operated with a remote control. The control electronics provide automatic testing with given loading speeds for force, displacement and strain-controlled tests with sensitive and adjust- able break detection. Communication to the PC: Ethernet socket / USB 2.0 configuration. Remote configuration and remote maintenance via Team- Viewer function (PC required). Flexural Compression Machine for Testing Fiber-Reinforced Concrete 400V 50/60Hz, 3PhHCM-1200.7F.3 Ship wt. 9478lbs. (4300kg) SpecificationHCM-1200.7F.3 Capacity67,443 lbf (300kN) Force Measuring Range 675 – 67443 lbf (3 – 300kN) Class 1 Stroke3.93" (250mm) Column Spacing, Front37.8" (960mm) Column Spacing, Side24.0" (610mm) Bending Roll Dims 1.18" x 20.08" (ø30 x 510mm) Distance, Upper Rolls 2.95 – 13.39" (75 –340mm) Distance, Lower Rolls 3.15 – 40.16" (80 –1020mm) Flex Machine (L x W x H) 47.3 x 33.5 x 96.5" (1200 x 850 x 2450mm) Control Cabinet 47.25 x 22.45 x 41" (1200 x 570 x 1040mm) DescriptionInformationPart # Machine Platen Machine platen device for Ø215 acc. EN12390-4 spherical mounted HCM-1200.5 Measuring Rods For EN 14488-3, ASTM C1609 testing. Includes measuring probe. HCM-1200.6 CMOD Clip-on Extensometer For EN 14651 tests 5.0mm compressed gauge length +4mm/-1mm measuring range. HCM-1200.7 Round Panel For ASTM C1550, includes measuring sensor. HCM-1200.8 Energy Absorption Device For EN 14488-5, includes measuring sensor. HCM-1200.9 Roller Conveyor For sample insertion of concrete beams into the 4-column frame. HCM-1200.10www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 5 42 CONCRETE Compression/Flexural Compression Machine Combined Compression/Flexural Compression Machine and Control Cabinet ASTM C109, C348, C349, C39; DIN EN 12390-3, 12504-1, 12390-5, 12390-6, DIN EN 12390-13, EN 1338, 1339, 1340, EN 206 Combined compression/flexural machine for com- pressive and flexural strength testing of cement and concrete samples, as well as ultra-high per- formance concrete (UHPC). According to EN 7500-1 in a very wide measuring range class 1. •Extremely solid and stiff, 4-column frame •Space-saving unit consisting of compression and flexural test chamber •Large area test chamber protection made of polycarbonate protects against specimen splin- ters caused by explosion fractures •High-quality servo valve for pressure or volume flow control •Powerful hydraulic unit •Fast lift and bypass function for time-saving positioning of the test cylinder •DOLI EDCi Control electronics, fully-automatic test procedures suitable for force, displacement or deformation controlled tests with predefined loading speeds •Automatic break detection and free adjustable test end conditions •Readout and export of measurement data •Long piston stroke of 60mm with optimized test chamber height of 210mm for a wide range of application •Force value detection via precise force trans- ducers (DMS based) •Various fixed test inserts or devices can be adapt into a machine to test according a large number of standards (ASTM / EN / BS etc.) •DOLI EDCi Control electronics fully-automatic test procedures suitable for force, displacement or deformation controlled tests with predefined loading speeds •Automatic break detection and free adjustable test end conditions •Readout and export of measurement data •PC required, but not supplied Combined Compression/Flexural Compression Machine and Control Cabinet 3000kN/150kN – 230V 50/60HzHC-2825A 4F Ship wt. 1212.54 lbs. (550kg) •* 3000/100kN, 3000/200kN and 3000/300kN options also available. Combined Compression/Flexural Testing Machine and Control Cabinet Compression Side Capacity674,426 lbf (3000kN) Force measuring range, class 1 11240 - 674426 lbf (50 - 3000kN) Stroke3.93" (100mm) Test chamber height 12.4" (315mm) Column spacing front 14.1" (360mm) Column spacing side 10.2" (260mm) Machine platens dimension 12.6" (Ø320mm) Bending Side Capacity33,721 lbf (150kN) Force measuring range, class 1 337 - 33,721 lbf (1.5 - 150kN) Stroke8.6" (220mm) Distance between rolls 8.6" (220mm) Dimension rolls 1.574" x 24.4" (Ø40 X 620mm) Adjustable dis- tance lower rolls 3.15" – 40.16" (80 - 850mm) Dimensions: Frame Control cabinet 46.1" x 41" x 90.5" (1170 x 1040 x 2300mm) 47.25" x 22.45" x 41" (1200 x 570 x 1040mm) Shown with PC, not included HC-2825A.4F UHPC TEST MACHINE5 43 www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 CONCRETE Compression/Flexural Accessories HC-2825A.8 Intermediate Platens Set for 200mm and 150mm cubes (7.87", 5.9") DIN EN 12390-4 Consists of (1) intermediate platen — 210 x 210 x 50mm (8.26" x 8.26" x 1.97") and (1) 160 x 160 x 575mm (6.3" x 6.3" x 2.95"). These hardened plates are placed on the lower machine platen, include a sample center ring and comply to DIN EN 12390-4. They are hardened >58 HRC with a flatness of <0.03mm, a roughness of Ra 0.4 bis 3.2µm and are parallel <0.05mm. Intermediate Platens Set for Cubes 200mm & 150mm (7 87", 5 9")HC-2825A 8 Ship wt. 74.95 lbs. (34kg) Intermediate Platen for 100mm (3.93") Cubes DIN EN 12390-4 Consists of (1) intermediate platen — 110 x 110 x 50mm (4.33" x 4.33" x 1.97"). These hardened plates are used in combination with HC-2825A.8 They are hardened >58 HRC with a flatness of <0.03mm, a roughness of Ra 0.4 bis 3.2µm and contact surfaces are parallel <0.05mm. Intermediate Platen for 110mm (4 33")CubesHC-2825A 9 Ship wt. 11.2 lbs. (5kg) Machine Platen, Compression Side Platen for use on the compression side. 20.4" x 13" (520 x 330mm) Machine Compression PlatenHC-2825A 10 Ship wt. 25 lbs. (11.3kg) 4-Point Bending Device EN 12390-5 Adjustable from (2.8" to 9.8" (70-250mm). Height of specimen maximum: 7.8" (200mm). Blade dimensions: Length: 7" (180mm), Diameter: 0.78" (20mm). 4-Point Bending DeviceHC-2825A 11 Ship wt. 25 lbs. (11.3kg) Machine Platen, Bending Side EN 12390-4 Machine platen ø8.4" (215mm), spherical mounted for exchange with the upper bending edge. Machine Platen, Bending SideHC-2825A 12 Ship wt. 25 lbs. (11.3kg) Compression Device, 2" (50mm) cubes ASTM C109 For testing 2" x 2" (50 x 50mm) cubes. Hardened >55 HRC. Compression Device, CubesHC-2820A 4 Ship wt. 25 lbs. (11.3kg) Flexure Device, 6.3" (160mm) Prisms ASTM C348 For testing 1.57" x 1.57" x 6.3" (40 x 40 x 160mm) prisms. Installation height: 185mm. Flexure Device, PrismsHC-2820A 5 Ship wt. 25 lbs. (11.3kg) Compression Device, 6.3" (160mm) Prisms EN 196, EN 13892-2, EN 1012-11 For testing 1.57" x 1.57" x 6.3" (40 x 40 x 160mm) prisms. Hardened >55 HRC. Compression Device, PrismsHC-2820A 6 Ship wt. 25 lbs. (11.3kg) Flexure Device, 6.3" (160mm) Prisms EN 196, EN 13892-2, EN 1012-11 For testing 1.57" x 1.57" x 6.3" (40 x 40 x 160mm) prisms. Flexure Device, PrismsHC-2820A 7 Ship wt. 25 lbs. (11.3kg) Curb Stone Stamp EN 1340 Compression stamp, 1.6" (40mm) diameter with spherical bearing (calotte), hardened and ground. Curb Stone StampHC-2825A 13 Ship wt. 25 lbs. (11.3kg) CBR (California Bearing Ratio) Stamp DIN EN 13286-47; TP BF-StB; SNV 670 320a CBR stamp, 2" (50mm) diameter with hardened stamp. CBR StampHC-2825A 14 Ship wt. 25 lbs. (11.3kg) PC Software PC software for machine operation. PC SoftwareHC-2820A 9 Ship wt. 25 lbs. (11.3kg) HC-2820A.5 HC-2820A.6 HC-2820A.4 HC-2820A.7 HC-2825A.11HC-2825A.9 HC-2825A.12 HC-2825A.13www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 5 44 CONCRETE Flexural Testing Frames HCM-1143C HCM-1144C HCM-1142 HCM-1143 Flexural Frame controlled with a HCM-5080 Automatic Pump and Controller System mounted on a concrete compression machine. SpecificationHCM-1142HCM-1143HCM-1144 Capacity (100kN) (200kN) (300kN) Piston Stroke2.95" (75mm)1.96" (50mm)8.66" (220mm) Bending Roller Length6.30" (160mm)optional20.10" (510mm) Bending Roller Dia.1.50" (38mm)1.50 -0.78" (38-20mm)1.6" (40mm) Lower Roller Distance29.50" (750mm)35.40" (900mm)40.1" (1020mm) Overall Width33.00" (840mm)39.30" (1000mm)26.40" (670mm) Overall Depth33.20" (845mm)50.80" (1290mm)53.90" (1370mm) Overall Height47.80" (1215mm) 50.80" (1290mm)87.00" (2210mm) Flexural Testing Frames ASTM C78, C293; EN 12390-5,EN 1339, EN 1338 These Flexural Series Frames are designed to be used as auxiliary frames in conjunction with a concrete compression machine controlled by Humboldt’s HCM-5080 or HCM-5070 Automatic Pump and Controller Systems. See page 5.28- 5.30 for more information on Humboldt‘s Auto- matic Pump and Controller Systems. These add-on flexural machines provide the optimum in testing performance and evaluation options, enabling you to get the best results from your test measurements. They can be used to perform strength tests of beams and kerbs, splitting tests of cobblestone, and also three- or four-point tests. These frames support a hydraulic ram and upper sub-platen assembly incorporating a spherical seating. The upper and lower sub-platens will accept various specimen loading accessories, which are supplied separately, please inquire. The detached design of these flexural frames allows for enhanced setup options in the lab. Flexural Machine, 100kN Requires HCM-4177 Pressure Transducer, sold separately. Flexural Machine, 100kNHCM-1142 Ship wt. 772lbs. (350kg) Flexural Machine, 200kNHCM-1143 Ship wt. 1014lbs. (460kg) Flexural Machine, 300kNHCM-1144 Ship wt. 1102lbs. (500kg) Flexural Machine, C-Type, 200kNHCM-1143C Ship wt. 1014lbs. (460kg) Flexural Machine, C-Type, 300kNHCM-1144C Ship wt. 1102lbs. (500kg) HCM-1144 Flexural Frame and a concrete compression machine controlled with a HCM-5070 Console Automatic Pump and Controller System. HCM-1143 HCM-11445 45 www.humboldtmfg.com • 1.800.544.7220 • 708.468.6300 CONCRETE Flexural Beam Testing, Portable H-3030A H-3030CLH-3031CL Concrete Beam Tester for 6" x 6" Beams Humboldt’s Portable, Concrete Beam Testers are a great quality control tool for contractors, DOTs and consultants for quickly and accurately determining flexural strengths of concrete using 6" x 6" cross-section test beams. These Beam Breakers are hydraulically driven units using the center-point loading method and provide contin- uous readings to the beam breaking point while retaining the maximum reading for accuracy and to eliminate lost data. The gauge also resets to zero for testing multiple beams. These beam breakers are constructed of light- weight aluminum, making them extremely porta- ble for use at even the most remote of job-sites. Self-contained, portable concrete beam tester, which accurately and easily determines flexural strengths of 6" x 6" test beams of 16" and 18" lengths. These beam testers can be used as an accurate quality control tool to determine whether curing concrete has met a specified flexural strength. In this type of application, a known flexural strength value is determined and is used as a go/no-go test parameter. Numerous government agencies including Illinois/Iowa DOT have found its results acceptable for their purposes. These beam testers provide dual registration of modulus at rupture between 15,000 lbf. and 0–6,800 kgf. The unit is calibrated by measuring the load applied on a calibrated load cell. The fac- tory calibration is supplied at gauge readings of 10% FS, FS and 3 readings in between. Three load cell readings are averaged at each point to estab- lish the correction for each point. Concrete Beam Tester 6" x 6" x 16", Single-PointH-3030A 6" x 6" x 18", Single-PointH-3032A 6" x 6" x 18", Third PointH-3033A Ship wt. 87lbs. (39.4kg) Continuous-Load Concrete Beam Tester, 6" x 6" Humboldt’s Portable, Continuous-Load, Concrete Beam Testers are great quality control tools for contractors, DOTs and consultants, who can use them to quickly and accurately determine flexural strengths of 6" x 6" concrete test beams. These Beam Testers incorporate a continuous, screw-jack micro pump to provide a constant application of force against the test beam. It can be used as an accurate quality control tool to determine whether curing concrete has met a specified flexural strength. In this type of applica- tion, a known flexural strength value can be deter- mined and used as a go/no-go test parameter. Humboldt’s Portable, Concrete Beam Testers with Micro-pumps are a great quality control tool for contractors, DOTs and consultants for quickly and accurately determining flexural strengths of concrete using 6" x 6" cross-section test beams. These hydraulically driven units use the cen- ter-point loading method and provide continuous readings to the beam breaking point while retain- ing the maximum reading for accuracy and to eliminate lost data. The gauge will then reset to zero for continuous testing These beam breakers are constructed of light- weight aluminum, making them extremely porta- ble for use at even the most remote of job-sites. Self-contained, portable concrete beam tester, which accurately and easily determines flexural strengths of 6" x 6" test beams of 16" and 18" lengths. Continuous-Load Concrete Beam Tester 6" x 6" x 16", Single-PointH-3030CL 6" x 6" x 18", Single-PointH-3032CL 6" x 6" x 18", Third-PointH-3033CL Ship wt. 90lbs. (40.8kg) Continuous-Load Concrete Beam Tester, 4" x 12" The Humboldt H-3031CL Portable, Continu- ous-Load, Concrete Beam Tester is a great quality control tool for contractors, DOTs and consultants for quickly and accurately determining flexural strengths of concrete using 4" x 4" x 12" test beams. The H-3031CL incorporates a continuous, screw- jack micro pump to provide a constant application of force against the test beam. It can be used as an accurate quality control tool to determine whether curing concrete has met a specified flex- ural strength. In this type of application, a known flexural strength value can be determined and used as a go/no-go test parameter. The H-3031CL beam breaker is constructed of lightweight aluminum, making it extremely porta- ble for use at even the most remote of job-sites. Self-contained, this portable, concrete beam tester accurately and easily determines flexural strengths of 4" x 4" x 12" test beams, which are placed on rollers that are 12" apart. The hydraulically driven unit uses a center-point loading method that provides continuous read- ings to the break point and retains the maximum reading to eliminate losing break-point data. The gauge will then reset to zero for continuous test- ing. The lightweight aluminum unit features an 8,000 lbf. x 100 lbf force pressure. The unit is cal- ibrated by measuring the load applied on a cali- brated load cell. The factory calibration is supplied at gauge readings of 10% FS, FS and 3 readings in between. Three load cell readings are averaged at each point to establish the correction for each point. Continuous-Load Concrete Beam Tester 4" x 12" BeamsH-3031CL Ship wt. 90lbs. (40.8kg) For Beam Molds, see page 5 15 NOTESNext >