1102-01A（1102-02A）一起买实惠
1102-01A（1102-02A）抓紧机遇、1102-01A（1102-02A）让利多销
PCB L&T Canister load cell,50 lbf (222 N) rated capacity, 50% static overload protection,2mV/V output, 1/4-28 UNF-2B threads, PT02E-10-6P connector,aluminum constructio
Measurement Range: 50 lb (222 N)
Size - Diameter: 2.75 in (69.9 mm)
Size - Height: 1.5 in (38.1 mm)
Electrical Connector: PT02E-10-6P
Product NotesAccessories:
Hysteresis≤0.05 % FS≤0.05 % FS
Non-Repeatability≤0.02 % FS≤0.02 % FS
Creep (in 20 minutes)≤.025 %≤.025 %
Static Error Band≤.05 % FS≤.05 % FS
Eccentric Load Sensitivity≤0.25 %/in≤0.25 %/25.4mm
Resonant Frequency2.8 kHz2.8 kHz
ENVIRONMENTALOverload Limit75 lb334 N
Load Limit (Side Force, FX or FY)50lb222 N[3] Load Limit (Bending Moment, MX orMY)50 in-lb5.6 Nm[3] Load Limit (Axial Torque,MZ)35 in-lb4 Nm[3] Temperature Range(Operating)-65 to +200 °F-54 to +93 °C
Temperature Range (Compensated)+70 to +170 °F+21 to +77 °C
Temperature Effect on Output (Maximum)±0.0015 %Reading/°F±0.0027%Reading/°C[4] Temperature Effect on Zero Balance(Maximum)±0.0008 %FS/°F±0.0015 %FS/°C[4] ELECTRICALBridgeResistance700 Ohm700 Ohm[5] Excitation Voltage (Recommended)10VDC10 VDC[6] Insulation Resistance>5000000000Ohm>5000000000 Ohm
Zero Balance≤1 % FS≤1 % FS
Output Polarity+Tension+Tension
PHYSICALSize - Height1.5 in38.1 mm[7] Size - Diameter2.75in69.9 mm[7] Weight0.67 lb304 g
Mounting Thread1/4-28 FemaleNo Metric Equivalent
Housing MaterialPainted AluminumPainted Aluminum
Sensing ElementStrain GageStrain Gage
Deflection at Full Scale Capacity0.003 in0.08 mm
Electrical ConnectorPT02E-10-6PPT02E-10-6P
All specifications are at room temperature unless otherwisespecified.
[1] FS - Full Scale.
[2] RO - Rated Output.
[3] Singularly applied, i.e. no other extraneous loads.
[4] Over compensated operating temperature range.
[5] Nominal.
[6] Calibrated at 10 VDC, usable 5 to 20 VDC or VAC RMS.
[7] See Outline Drawing 51277 for Complete Dimensions
8311-01-10ACABLE(1)
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37 Matches
1203-12A/084A100
1203-13A/084A100
1380-02A
1380-03A
1380-01A
1381-01A
1381-02A
1630-06C
1403-05ADB
1404-03ADB
1404-12A/084A101
1102-01A
1102-05A
1203-14A/084A100
1203-15A/084A100
1204-13A/084A101
1403-12A/084A100
1403-14A/084A100
1403-15A/084A100
1404-13A/084A101
1631-04C
1631-06C
1102-02A
1102-03A
1102-04A
1203-11A/084A100
1204-12A/084A101
1381-04A
1403-11A/084A100
1403-13A/084A100
1404-02ADB
1408-02ADB
1411-02ADB
1630-03C
1630-04C
1631-01C
1631-03C
Impact HammersEach PCB® Modally Tuned®, ICP® instrumented impact hammerfeatures a rugged, force sensor that is integrated into thehammer’s striking surface.
“Modal Tuning” is a feature that ensures the structuralcharacteristics of the hammer do not affect measurement results.This is accomplished by eliminating hammer resonances in thefrequency range of interest from corrupting the test data,resulting in more accurate and consistent measurements.
The force sensor provides a measurement of the amplitude andfrequency content of the energy stimulus that is imparted to a testobject. Accelerometers are used in conjunction with the hammer toprovide a measurement of the object’s structural response due tothe hammer blow. A variety of tips supplied with each hammer permitthe energy content of the force impulse to be tailored to suit therequirements of the item under test.
Using multi-channel data acquisition and analysis software, thetest engineer is able to ascertain a variety of mechanicalproperties leading to an understanding of an object’s structuralbehavioral characteristics. Items analyzed can include resonancedetection, mode shapes, transfer characteristics, and structuralhealth – such as crack and fatigue detection.
Modally Tuned® to provide more consistentresults
Variety of hammers to suit any size test object
Assortment of tips offer frequency tailoredimpulse
Structure Health Testing
Resonance Determination
Modal Analysis
How do I select an impact hammer for my application?The general rule of thumb to follow is the larger thestructure to excite, the larger the impact hammer required. Someselection guidelines are as follows:
086E80 Electronic Components such as Printed Circuit Boards &Hard Drives
086C01 (TLD086C01) Small Structures, lightly damped panels & frames
086C02, C03, & C04 Mediumsized structures such as Car Frames, Engines, & MachinedParts
(TLD086C02, C03, & C04)
086D05 (TLD086D05) Heavier sizedcomponents such as Pumps & Compressors
086D20 (TLD086D20) Heavy Structures suchas Tool Foundations & Storage Tanks
086D50 (TLD086D50) LargeStructures such as Buildings, Bridges, & Ships
Models with TEDS include the TLD prefix suchas TLD086C01.
For additionalinformation: TEDS Sensors and Technology
