Strainsert Co.
West Conshohocken, PA 19428
New Strain Gage Modules for Single and Multiple Sensor Systems
Analog 4-20 mA strain gage module converts bridge sensor output into a 4-20 mA current loop. Powered by a DC power supply and is measured by remote instrumentation. DSC digital strain gage module offers up to 500 readings/second.
Read More »
New Strain Gage Modules for Single and Multiple Sensor Systems
Analog 4-20 mA strain gage module converts bridge sensor output into a 4-20 mA current loop. Powered by a DC power supply and is measured by remote instrumentation. DSC digital strain gage module offers up to 500 readings/second.
Read More »
New e DSC and DSC-USB Strain Gage Module Offers Accuracy, Reliability and Stability
DSC digital strain gage module offers up to 500 readings/second. DSC-USB Strain Gage module provides USB connectivity powered by the host USB. Delivers 200 samples per second at 18 bit resolution and appears as a virtual COM port.
Read More »
New e DSC and DSC-USB Strain Gage Module Offers Accuracy, Reliability and Stability
DSC digital strain gage module offers up to 500 readings/second. DSC-USB Strain Gage module provides USB connectivity powered by the host USB. Delivers 200 samples per second at 18 bit resolution and appears as a virtual COM port.
Read More »
New Wireless Load Cell System and Pin are Ideal for Both Single and Multiple Sensor Systems
Offer transmission range of up to 2,600 Feet. Features license free 2.4 GHz telemetry that enhances efficiency and productivity in the field. Applications include aerospace, energy, industrial weighing, construction and automotive industries.
Read More »
New Wireless Load Cell System and Pin are Ideal for Both Single and Multiple Sensor Systems
Offer transmission range of up to 2,600 Feet. Features license free 2.4 GHz telemetry that enhances efficiency and productivity in the field. Applications include aerospace, energy, industrial weighing, construction and automotive industries.
Read More »
Latest Crosstalk Correction Process is Used to Mathematically Correct for Signal Error
Provides correction with higher degree of precision for all angles and force magnitudes. Minimizes Crosstalk error and provides viable solution to applications that require measurements at an unknown load direction. Offers result that improves both magnitude and angle accuracies in the region of interest for the given bi-axial pin.
Read More »
Latest Crosstalk Correction Process is Used to Mathematically Correct for Signal Error
Provides correction with higher degree of precision for all angles and force magnitudes. Minimizes Crosstalk error and provides viable solution to applications that require measurements at an unknown load direction. Offers result that improves both magnitude and angle accuracies in the region of interest for the given bi-axial pin.
Read More »
Wireless Force Sensors are designed for in-field measurement.
Intended for use with Strainsert full bridge 350 Ω sensors, J-Unit1 wireless load cell receiver/transmitter incorporates embedded, factory-programmable radio. Also available, CW 900 MHz stand-alone wireless load pin sensor incorporates fully embedded factory programmable radio that eliminates need for cable runs. Both sensors let users perform calibration adjustments in field, support...
Read More »
Wireless Force Sensors are designed for in-field measurement.
Intended for use with Strainsert full bridge 350 Ω sensors, J-Unit1 wireless load cell receiver/transmitter incorporates embedded, factory-programmable radio. Also available, CW 900 MHz stand-alone wireless load pin sensor incorporates fully embedded factory programmable radio that eliminates need for cable runs. Both sensors let users perform calibration adjustments in field, support...
Read More »
New Strain Gage Modules for Single and Multiple Sensor Systems
Analog 4-20 mA strain gage module converts bridge sensor output into a 4-20 mA current loop. Powered by a DC power supply and is measured by remote instrumentation. DSC digital strain gage module offers up to 500 readings/second.
Read More »
New Strain Gage Modules for Single and Multiple Sensor Systems
Analog 4-20 mA strain gage module converts bridge sensor output into a 4-20 mA current loop. Powered by a DC power supply and is measured by remote instrumentation. DSC digital strain gage module offers up to 500 readings/second.
Read More »
New e DSC and DSC-USB Strain Gage Module Offers Accuracy, Reliability and Stability
DSC digital strain gage module offers up to 500 readings/second. DSC-USB Strain Gage module provides USB connectivity powered by the host USB. Delivers 200 samples per second at 18 bit resolution and appears as a virtual COM port.
Read More »
New e DSC and DSC-USB Strain Gage Module Offers Accuracy, Reliability and Stability
DSC digital strain gage module offers up to 500 readings/second. DSC-USB Strain Gage module provides USB connectivity powered by the host USB. Delivers 200 samples per second at 18 bit resolution and appears as a virtual COM port.
Read More »
New Wireless Load Cell System and Pin are Ideal for Both Single and Multiple Sensor Systems
Offer transmission range of up to 2,600 Feet. Features license free 2.4 GHz telemetry that enhances efficiency and productivity in the field. Applications include aerospace, energy, industrial weighing, construction and automotive industries.
Read More »
New Wireless Load Cell System and Pin are Ideal for Both Single and Multiple Sensor Systems
Offer transmission range of up to 2,600 Feet. Features license free 2.4 GHz telemetry that enhances efficiency and productivity in the field. Applications include aerospace, energy, industrial weighing, construction and automotive industries.
Read More »
Latest Crosstalk Correction Process is Used to Mathematically Correct for Signal Error
Provides correction with higher degree of precision for all angles and force magnitudes. Minimizes Crosstalk error and provides viable solution to applications that require measurements at an unknown load direction. Offers result that improves both magnitude and angle accuracies in the region of interest for the given bi-axial pin.
Read More »
Latest Crosstalk Correction Process is Used to Mathematically Correct for Signal Error
Provides correction with higher degree of precision for all angles and force magnitudes. Minimizes Crosstalk error and provides viable solution to applications that require measurements at an unknown load direction. Offers result that improves both magnitude and angle accuracies in the region of interest for the given bi-axial pin.
Read More »Strainsert Now Offering 48 Hour Turnaround Time of CPA Series Force Sensing Load Pins for Quick Ship Program
Strainsert, a premier manufacturer of accurate standard and custom force sensors for research, testing, weighing and control applications in the Aerospace, Military, Marine and Automotive industries, has improved the turnaround time of their unique CPA Series Load Pin product line from 72 to 48 hours for the quick ship program. Strainsert introduced a new quick ship program for CPA Series force...
Read More »Strainsert Now Offering 48 Hour Turnaround Time of CPA Series Force Sensing Load Pins for Quick Ship Program
Strainsert, a premier manufacturer of accurate standard and custom force sensors for research, testing, weighing and control applications in the Aerospace, Military, Marine and Automotive industries, has improved the turnaround time of their unique CPA Series Load Pin product line from 72 to 48 hours for the quick ship program. Strainsert introduced a new quick ship program for CPA Series force...
Read More »