High-Frequency Fatigue Rated Load Cells
High-Frequency Fatigue Rated Load Cells
SKU:LOA-5384be
High-Frequency Load Cells for precise force measurement in dynamic settings. Rugged, durable, and fatigue resistant.
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$499.99
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$499.99
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High-Frequency Fatigue Rated Load Cells
$499.99
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High-Frequency Fatigue Rated Load Cells
$499.99
Quantity: 1
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Experience advanced load sensing with our Hi-Freq Fatigue Rated Load Cells suitable for Completely Reversed or Uni-Directional force measurements. With low deflection, high natural frequencies, and an exceptional One Billion cycle lifetime, our load cells excel in precision and durability. Featuring a compact design, sealed strain gauges, and superior fatigue resistance, these load cells offer reliable performance under varied conditions, meeting the stringent requirements of industrial and government sectors.
Product Specifications
Dimensional Drawing Dimensional Drawing
Fatigue Rated Load Cell
Electrical Specifications Cable
#20(26x34) AWG., rubber insulation, shielded, rubber jacket, 4-Conductor (Standard Cable)
Electrical Specifications Excitation
Red
Electrical Specifications Function
Wire Code
Electrical Specifications Mating Plug
PT06A-10-6S (SR)
Electrical Specifications Receptacle
PT02H-10-6P
Electrical Specifications Signal
Green
Features 0
Low Profile, Rugged, Compact & Lightweight Low Deflection High Frequency Dynamic Load Sensing Pressure Compensating Sealed Strain Gages Counterbored Mounting Holes Low Sensitivity to Extraneous Loads High Static Overload Highest Fatigue Rating in the Industry âOne Billion Fully Reversed Cycles (Fatigue Rated Models)
General Information 0
Load Cells are strain gage transducers developed by Strainsert (U.S. Patent No. 3,695,096). They are manufacured utilizing the internal strain gage process perfected by Strainsert since 1960. The structure is simple and compact, consisting of an inner loading hub and an outer supporting flange bridged smoothly by a uniformly continuous solid shear web avoiding structural stress risers.Strain gages are installed and sealed inside small gage holes along the neutral axis of the web. Linearity and symmetry of output signal in tension and compression are obtained by equal straining of all shear gages in the bridge circuit.Low deflection and high natural frequency are obtained, along with high resistance to extraneous forces. Mechanical and dynamic properties are fully tabulated.
Performance Specs Bridge Balance
±2% FS
Performance Specs Bridge Resistance
350 Ohms (Nominal)
Performance Specs Compensated Range
60 to 150 ºF
Performance Specs Excitation Voltage
15V AC or DC (Maximum)
Performance Specs Fatique Life
One Billion (109) Cycles
Performance Specs Hysteresis
±0.15% FS
Performance Specs Insulation Resistance
10,000 Megaohms (Minimum)
Performance Specs Non Linearity
±0.25% FS
Performance Specs Non Repeatability
±0.05% FS
Performance Specs Temperature Effect On Bridge Balance
±0.0035% FS/°F
Performance Specs Temperature Effect On Output Signal
±0.0030% Load/°F (Nominal)
Specifications A Diameter
2-3/16 in
Specifications Basic Model
FL50U(C2)-2
Specifications B Diameter
3-3/8 in
Specifications Configuration
Dual Bridge | Single Bridge
Specifications Connector Type
Connector | Permanently Attached Cable
Specifications C Diameter
6-7/8 in
Specifications D Diameter
7-1/4 in
Specifications E Length
8-3/4 in
Specifications F Height
1-1/2 in
Specifications G Width
3-3/4 in
Specifications Hole Type
Threaded Loading Hole | Thru Hole
Specifications H Height
1-3/4 in
Specifications K Inside Diameter
17/32 in
Specifications K Outside Diameter
25/32 in
Specifications Lifting Holes Bc Diameter
NONE
Specifications Load Capacity
±20, C/R KIPS | 30, U/D KIPS
Specifications L Diameter
5-1/4 in
Specifications N Depth Of Hole
9/16 in