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Item # FL300UM, Metric Universal Load Cells






Features  · Dimensional Drawing  · Specifications  · Performance Specs  · Electrical Specifications  · General Information

Features
  • 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


Dimensional Drawing

Dimensional Drawing


Specifications

Load Capacity
1,335 kN

Type of Flat Load Cells
Universal Metric

Rated Output
2-mV/V (Nominal)
2-mV/V (Std. Output)
3-mV/V (Nominal)
3-mV/V (Std. Output)

Configuration
Dual Bridge
Single Bridge

Non-Linearity
General Purpose ±0.25% F.S.
Precision ±0.10% F.S.

Connector Type
Connector
Permanently Attached Cable

Hole Type
Threaded Loading Hole
Thru Hole

A - Diameter
127 mm

B - Diameter
235 mm

C - Diameter
368 mm

D - Diameter
381 mm

E - Length
419 mm

F - Height
38.1 mm

G - Width
95.3 mm

H - Height
102 mm

K - Outside Diameter
39.69 mm

k - Inside Diameter
26.99 mm

Number of Hold Down Bolt Holes
16

L - Diameter
299 mm

M - Length
17.5 mm

N - Depth of Hole
31.8 mm

T - Hole
76.55 -0/+0.05 Thru Hole
M76x2

Lifting Holes - Threads
M10

Lifting Holes - BC. Diameter
104.8 mm

Weight
78 kg

Material of Construction
Alloy Steel


Performance Specs

Accuracy
 

     Non-Linearity
General Purpose ±0.25% FS
Precision ±0.10% FS

     Hysteresis
General Purpose ±0.15% FS
Precision ±0.10% FS

     Non-Repeatability
±0.05% FS

Environmental
 

     Compensated Range
60 to 150 ºF

     Effect on Zero
±0.0035% FS/°F

     Effect on Output
±0.0030% Load/°F (Nominal)

Electrical
 

     Excitation Voltage
15V AC or DC (Maximum)

     Bridge Resistance
350 Ohms (Nominal)

     Zero Balance1
±2% FS (Nominal)

     Insulation Resistance
10,000 Megaohms (Minimum)

Mechanical
 

     Safe Static Overload without Zero Shift
200%FS

     Safe Static Overload without Output Shift
200%FS

     Safe Static Overload without Structural Failure
250%FS
1 Prior to loading, it is necessary to initially/periodically null the zero load output to account for any residual offset.


Electrical Specifications

Mating Plug
PT06A-10-6S (SR)

     Function
Pin

     (+) Excitation
A

     (-) Excitation
D

     (+) Signal
B

     (-) Signal
C

Cable
#20(26x34) AWG., rubber insulation, shielded, rubber jacket, 4-Conductor (Standard Cable)

     Function 
Wire Code

     (+) Excitation 
Red

     (-) Excitation 
Black

     (+) Signal 
Green

     (-) Signal 
White


General Information
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.


 MORE IMAGES 

·  Load Cell Cross Section

·  Universal Flat Load Cells - Dimension Drawing


 DOWNLOADS 

Metric Universal Load Cells Ordering Information
(PDF, 282KB)

Dimensions
(PDF, 113KB)

Technical Information
(PDF, 210KB)

Spacers for Flat Load Cells
(PDF, 480KB)

Installation Instructions
(PDF, 558KB)

Strainsert Force Calibration Service
(PDF, 407KB)

Hold-Down Bolt Preload Torque Values
(PDF, 46KB)



 Renewal Parts 


page100
Standard Cable

PT1H-10-6P
PT1H-10-6P
Transducer Receptacles

more available ..