Strainsert Co. - SPHC Series, Actuator/Hydraulic Cylinder Load Pins

Direct replacement of hydraulic actuator/cylinder pins, with minimal machining and hardware.
Measurement ranges from 3,500 to 300,000 lbs.
Inquire for custom product ranges.

Unit of Measure

Items	SPHC-.5 SPHC Series, Hydraulic Cylinder Load Pins	SPHC-.75 SPHC Series, Hydraulic Cylinder Load Pins	SPHC-1 SPHC Series, Hydraulic Cylinder Load Pins	SPHC-1.375 SPHC Series, Hydraulic Cylinder Load Pins	SPHC-1.75 SPHC Series, Hydraulic Cylinder Load Pins
Material	N/A Stainless Steel 17-4, H-1025 (Standard)
Load Capacity	N/A 3500 lb	N/A 6000 lb	N/A 16500 lb	N/A 25000 lb	N/A 39000 lb
Dp - Nominal Pin Diameter	N/A 0.500 in	N/A 0.750 in	N/A 1.000 in	N/A 1.375 in	N/A 1.750 in
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)
Connector Type	N/A Axial Connector Permanently Attached Axial Cable
Load Angle Relative to Base Bracket	N/A 0° (Standard) Customer Defined (±Alpha)
Cylinder Bore Diameter	N/A 1-1/2 Inch	N/A 2 Inch2-1/2 Inch	N/A 3-1/4 Inch	N/A 4 Inch	N/A 5 Inch
A - Width of Center Loading Section	N/A 0.50 in	N/A 0.94 in	N/A 1.19 in	N/A 1.56 in	N/A 2.00 in
B - Width of Clevis Support Section	N/A 0.63 in	N/A 0.72 in	N/A 0.84 in	N/A 1.16 in	N/A 1.38 in
C - Length of Pin Reduced Section, Instrumented Zone	N/A 0.25 in	N/A 0.31 in	N/A 0.31 in	N/A 0.44 in	N/A 0.50 in
CE - Length	N/A 1.50 in	N/A 2.38 in	N/A 3.13 in	N/A 4.13 in	N/A 4.50 in
Ec - Width of Rod End Clevis	N/A 2.00 in	N/A 2.75 in	N/A 3.25 in	N/A 4.38 in	N/A 5.38 in
F - Clevis Pin Head Length	N/A 2.00 in
FL - Length	N/A 1.13 in	N/A 1.88 in	N/A 2.25 in	N/A 3.00 in	N/A 3.13 in
G - Clevis Support Section	N/A 0.37 in	N/A 0.47 in	N/A 0.60 in	N/A 0.78 in	N/A 1.00 in
H - Allowance for Retaining Ring	N/A 0.63 in	N/A 0.44 in	N/A 0.44 in	N/A 0.50 in	N/A 0.56 in
J - Connector End Diameter	N/A 2.00 in	N/A 2.00 in	N/A 2.00 in	N/A 2.00 in	N/A 2.25 in
K - Distance btw. Shear Planes	N/A 0.75 in	N/A 1.25 in	N/A 1.50 in	N/A 2.00 in	N/A 2.50 in
L - Overall Length of Pin	N/A 4.63 in	N/A 5.19 in	N/A 5.69 in	N/A 6.88 in	N/A 7.94 in
MB - Length	N/A 2.00 in	N/A 2.50 in	N/A 3.00 in	N/A 3.40 in	N/A 4.30 in
MR - Length	N/A 0.56 in	N/A 1.06 in	N/A 1.13 in	N/A 1.75 in	N/A 1.88 in
N - Height of Anti-Rotation Plate	N/A 1.50 in	N/A 1.75 in	N/A 2.50 in	N/A 2.88 in	N/A 3.25 in
P - Width	N/A 0.750 in	N/A 0.750 in	N/A 0.750 in	N/A 1.130 in	N/A 1.130 in
Q - Anti-Rotation Plate - Clevis Pin	N/A 1.00 in	N/A 1.50 in	N/A 1.50 in	N/A 1.50 in	N/A 1.50 in
M - Anti-Rotation Plate - Rod End Clevis	N/A 1.00 in	N/A 1.50 in	N/A 2.00 in	N/A 2.75 in	N/A 3.50 in
S - Thickness	N/A 0.25 in	N/A 0.25 in	N/A 0.25 in	N/A 0.38 in	N/A 0.38 in
CW - Thickness	N/A 0.50 in	N/A 0.63 in	N/A 0.75 in	N/A 1.00 in	N/A 1.25 in
CB - Thickness	N/A 0.75 in	N/A 1.25 in	N/A 1.50 in	N/A 2.00 in	N/A 2.50 in
E - Length	N/A 2.50 in	N/A 3.50 in	N/A 4.50 in	N/A 5.00 in	N/A 6.50 in
Receptacle	N/A PTIH-10-6P
Mating Plug	N/A PT06A-10-6S (SR)
Function	N/A Pin
(+) Excitation	N/A A
(-) Excitation	N/A D
(+) Signal	N/A B
(-) Signal	N/A C
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
Calibration	N/A CAL5-LO
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.