Unit of Measure

Features

N/A

  • Precison Load Sensing
  • Rugged
  • Internally Sealed Strain Gages
  • Easy Installation
  • Direct Force Measurement
  • High Strength Stainless Steel

Dimensional Drawing

Dimensional Drawing

N/A
RCP-SCP Force Sensing Shackle Bolt
RCPdim_page14_new.jpg

Specifications

Shackle Size

N/A 2 Inch

Load Capacity

N/A 65000 lb

Material

N/A Stainless Steel 17-4, H-1025 (Standard)

Dp - Nominal Shackle Bolt Diameter

N/A 2.250 in

AE - Shackle Opening

N/A 3.25 in

AE - Tolerance ±

N/A 0.13 in

BC - Width of Shackle Ear/D (Nominal)

N/A 2.25 in

C - Clevis Bolt Head Diameter

N/A 2.750 in

H - Inside Length of Chain Shackle

N/A 6.50 in

H - Inside Length of Anchor Shackle

N/A 7.12 in

R - Outside Diameter of Shackle Ear (Nominal)

N/A 5.12 in

T - Thread Size

N/A 1-3/4-16 UNF

Shackle Type

N/A Anchor Shackle Chain Shackle

Connector Type

N/A Permanently Attached Cable

Performance Specs

Overload without Zero Shift

N/A 150%

Overload without Failure

N/A 300% (Minimum)

Bridge

N/A Full bridge 350 Ohm (Nominal)

Excitation

N/A 12 V AC (Maximum) 12 V DC (Maximum)
Output Signal1 N/A 2-mV/V (Nominal) 2-mV/V (Standardized Output)

Non-Repeatability

N/A ±0.15% FS (Nominal)

Non-Linearity

N/A ±0.50% FS (Nominal)

Hysteresis

N/A ±0.50% FS (Nominal)

Service Temp Range

N/A to 150 °F

Temp Effects (on Zero)

N/A 0.005% FS / °F (Nominal)

Temp Effects (on Output)

N/A 0.008% load / °F (Nominal)
Zero Balance2 N/A ±2% FS (Nominal)

Electrical Specifications

Cable

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

     Function 

N/A Wire Code

     (+) Excitation 

N/A Red

     (-) Excitation 

N/A Black

     (+) Signal 

N/A Green

     (-) Signal 

N/A White
  • 1 Exact output provided with calibration data. (Standardized outputs are optional). In addition, Strainsert factory calibrations are intended to simulate installed conditions, however, it is recommended that an in-place calibration be performed to account for any installation, tolerance, and/or alignment influences affecting sensor measurement.
  • 2 Prior to loading, it is necessary to initially/periodically null the zero load output to account for any residual offset.