Forney Test Machines
LA-270-VFD Automatic Beam Machine
BEAM TESTER COMPRESSION MACHINE
Load Capacity
30,000lb
Frame
Standard (F)
Control System
VFD
Test Types
Compression, Flexural
Testing Materials
Cubes, Grout Prism, Beams
DESIGNED & BUILT BY FORNEY
Exceeds ACI Recommendations
GET A CONNECTED MACHINE AND SAVE $1,500
NATIVE TWO-WAY INTEGRATION WITH CMT SOFTWARE
Connected Testing Machines allow technicians to get more done faster with minimal human error through a two-way integration with ForneyVault. Resulting in 99.9%+ fewer manual errors, 66%+ increase in productivity, and 100% unalterable, unquestionable data.
- “One-touch” test starts and automatic controls
- Pre-test “Smart Checks” to validate test parameters
- Automatic preload calculations, notifications for individual and average low breaks and excessive variance, automatic data transfer, and more
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Hardware
Frame
Designed and built by Forney. These machines are ideal for flexural testing of concrete beams and compression testing of small specimens, of low strength concrete, cement, and other building materials. Standard Testing Machines have frames manufactured from solid steel into a one-piece, welded unit that exceeds ACI recommendations. Easily adjustable for testing 6” beams with a span of 12”, 18” and 24” in either center point or third point loading and offers an optional accessory that allow testing of 2” cubes.
The load frame is manufactured from rectangular steel tubing welded to a solid steel plate top crosshead and a steel channel lower crosshead. The hydraulic cylinder assembly is mounted to the top crosshead, with force being applied in a downward direction. This design eliminates foreign material build-up around the piston cylinder area.
The LA-0270 can be configured as an add-on to our standard compression testing machines to utilize the hydraulics and readout on the compression machine to create a two-frame tester
that addresses a wide testing range with unprecedented accuracy.
Hydraulic
The hydraulic unit is supplied as a complete, fully integrated assembly. The unit is pre-piped and pre-wired. It incorporates hydraulic valves.
The ForneyLink human machine interface (HMI), hydraulic unit, E-Stop, and dump valve are directly connected to the compression unit. Single unit design permits easy installation and provides portability without disassembling of hydraulic or electrical components.
Electrical
A PC-based system utilizes a variable frequency drive to control the hydraulic pump motor. This maximizes efficiency – only running the pump at speeds necessary to achieve the desired pressure. This energy-efficient approach dramatically reduces heat build-up in the hydraulic system and greatly extends hydraulic component life.
Here are the main components of the system:
- Variable frequency drive (VFD)
- Windows-based touchscreen human machine interface (HMI)
- Pressure transducer that provides pressure feedback
- E-stop PB
- Limit switch
- Solenoid-operated dump valve
Safety Features
Several safety features are incorporated to protect both operator and testing machine:
- Maximum Capacity Protection: A high-pressure safety relief value protects the hydraulic circuit and load frame from exceeding maximum capacity.
- Overextension Protection: A piston over-extension limit switch system protects against piston extension beyond maximum travel.
Software
Easy Automatic Testing
Push one button and the machine performs the complete test, including piston retract. Accurately controls the rate of load at the desired setting, thus no question about meeting ASTM (or other) specifications and ensuring repeatable results. Frees the operator to do other tasks while testing is in process.
Digital Control System
Setup of testing protocol, real-time display of test data, and post-test data transfer is accomplished through the ForneyLink touchscreen HMI. The operator can navigate options for:
- Test Run
- Test Setup
- Machine Setup
- Calibration
- Reporting and Data Transfer
- Diagnostics
Provides simultaneous display of force, stress, and rate of load and displays a real-time graph of Load vs. Time, or Stress vs. Strain. Standard functionality includes data collection by the ForneyLink HMI for printing and transfer. Data from optional extensometer and compressometer displacement transducers are also collected by the HMI. This data is captured with the same timestamp as the load data.
CMT Software Integration
Connected testing machines natively integrate with ForneyVault CMT software, improving important processes before and after an automatic test.
Before the test, Connected machines will:
- Enable positive specimen identification via barcode scan
- Provide pre-test “Smart Checks” based on preloaded sample and specimen data to validate sample date, ample size and type, and expected strength.
- Validate specimen geometry.
- Calculate preload settings based on actual and/or expected strength.
After the test, Connected machines will:
- Provide a detailed XY plot data for every test performed.
- Transfer data automatically to LIMS packages, QC systems, or other software.
- Alert to warn calibration expiration.
- Notify correction factor use, individual low breaks, and excessive variance.
- Enable intelligent workflows for detailed reporting and approvals.
Remote Support
With a user-provided Internet connection (either Wi-Fi or Ethernet), all Forney VFD systems are capable of real-time, online support from the Forney Support Team for basic settings and test setup to advanced troubleshooting, fault finding, and software updates.
We offer unlimited Remote Technical Support for all Forney Testing Machines during the two-year warranty period.
For ForneyVault® subscribers, post-warranty remote technical support fees are waived for the life of your subscription.
Please refer any special requirements to a Forney sales representative.
* Specifications are subject to change without notice.
Accessories
-
Cylinder Compression (4" Dia x 8" L with Pad Caps) (100mm x 200mm)
TA-0101 Cylinder Top Platen Assembly
TM-0095 Bottom Platen
TM-2035 Centering Stud
-
Cylinder Compression (4" Dia x 8" L with Capping Compound or Ground Ends) (100mm x 200mm)
TA-0101 Cylinder Top Platen Assembly
TA-0151 Bottom Platen
TM-2035 Centering Stud
-
Cube (2") (50mm)
TAG-0071 Cube (2") Accessory Kit
-
Flexural Beam (6" x 6" x 18") (150mm x 150mm x 450mm)
included
-
Grout Prism (3" x 3" x 6") (75mm x 75mm x 150mm)
TA-0101 Cylinder Top Platen Assembly
TM-0095 Bottom Platen
TA-0172 Spacer, 3" H
(2) TM-2035 Centering Stud
-
MOE (4" diameter) (100mm)
LA-0488-E4-SG Compressometer
*Must have compression accessories
*Must have -M or -MP machine
-
MOE & Poisson's Ratio (4" Diameter) (100mm)
LA-0488-P4-SG Compressometer/Extensometer
*Must have compression accessories
*Must have -MP machine
-
MOE & Poisson's Ratio (2" Diameter) (50mm)
TA-3542-03 Axial Extensometer 2"
TA-3975-01 Diametral 0.030"
*Must have compression accessories
*Must have -MP machine
Factory Installed Options
-
Voltage
110/220VAC Single Phase
-
Displacement
Available Upgrade
-
Optional Test Protocol Capabilities
ASTM C469 MOE (M)
ASTM C469 MOE & Poisson's Ratio (MP)
ISO 13503-2 Proppant (SW-0010)
*Additional accessories required
*Inquire about other test types
-
Capacity Options
none
-
Frame Options
Second Frame Capability (AB)
-
Travel Limit Switch
Not Applicable
Specifications
-
Load Capacity Range
300lbf - 30,000lbf
-
Vertical Opening
15.375"
-
Horizontal Opening
9"
-
Ram Diameter
2"
-
Piston Stroke
2"
-
Platen Hardness
50 HRC (rollers)
-
Lower Platen Dimension
NA
-
Upper Platen Dimension
NA
-
Oil Reservoir Capacity
2 Gallons
-
Overall Width
27"
-
Overall Depth
25"
-
Overall Height
56"
-
Unit Weight
200lbs
-
Test Standard Ready
ASTM C78, C293 Flexural Beams in Third or Center Point
ASTM E4
-
Test Standard Capable
ASTM C39, C78, C293, C109, C469, C1019, D7012
AASHTO T 22, T 97, T 106
BS 1610, BS 1881, EN ISO7500-1, EN 12390-3, EN 12390-4
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