tecsis LP Electric Compression Force Transducer Model F1301

Description
In addition to our bonded foil strain gage capability, we also provide load cells and force transducers featuring welded thin film technology. The standardized thin film sensing elements are versatile enough to be applied to a variety of load cell configurations and make automated manufacturing possible. The thin film design provides integral amplification, high temperature stability, and is resistant to shock and vibration conditions. Features Thin film implant (instead of conventional bonded foil strain gauges) corrosion free stainless steel integrated amplifier stable with changes in temperature excellent long term stability high shock and vibration resistance for dynamic or static measurements
Description
In addition to our bonded foil strain gage capability, we also provide load cells and force transducers featuring welded thin film technology. The standardized thin film sensing elements are versatile enough to be applied to a variety of load cell configurations and make automated manufacturing possible. The thin film design provides integral amplification, high temperature stability, and is resistant to shock and vibration conditions. Features Thin film implant (instead of conventional bonded foil strain gauges) corrosion free stainless steel integrated amplifier stable with changes in temperature excellent long term stability high shock and vibration resistance for dynamic or static measurements

Suppliers

Company
Product
Description
Supplier Links
Electric Compression Force Transducer - Model F1301 - tecsis LP
Worthington, OH, USA
Electric Compression Force Transducer
Model F1301
Electric Compression Force Transducer Model F1301
In addition to our bonded foil strain gage capability, we also provide load cells and force transducers featuring welded thin film technology. The standardized thin film sensing elements are versatile enough to be applied to a variety of load cell configurations and make automated manufacturing possible. The thin film design provides integral amplification, high temperature stability, and is resistant to shock and vibration conditions. Features Thin film implant (instead of conventional bonded foil strain gauges) corrosion free stainless steel integrated amplifier stable with changes in temperature excellent long term stability high shock and vibration resistance for dynamic or static measurements

In addition to our bonded foil strain gage capability, we also provide load cells and force transducers featuring welded thin film technology. The standardized thin film sensing elements are versatile enough to be applied to a variety of load cell configurations and make automated manufacturing possible. The thin film design provides integral amplification, high temperature stability, and is resistant to shock and vibration conditions.

Features

  • Thin film implant (instead of conventional bonded foil strain gauges)
  • corrosion free stainless steel
  • integrated amplifier
  • stable with changes in temperature
  • excellent long term stability
  • high shock and vibration resistance
  • for dynamic or static measurements
Supplier's Site

Technical Specifications

  tecsis LP
Product Category Force and Load Sensors
Product Number Model F1301
Product Name Electric Compression Force Transducer
Force Rating 2248 to 44960 lbs (1020 to 20390 kg)
Accuracy 1.00 ±% Full Scale
Force Measured Compression
Package Pancake
Unlock Full Specs
to access all available technical data

Similar Products

Single point load cell PW4C3/300g - 1-PW4C3/300G-1 - Hottinger Brüel & Kjær A/S
Specs
Force Rating 0.6615 lbs (0.3000 kg)
Output Passive (mV/V)
Device Sensor Element / Chip; Sensor / Transducer
View Details
Pivot Ends in Same Plane - TLLF-60 SS - Strainsert
Specs
Force Rating 60000 lbs (27211 kg)
Force Measured Tension
Output Analog Voltage
View Details
MR04-10M - Force sensor, 10 lbF / 160 ozF / 5 kgF / 5000 gF / 50 N, M3 - MR04-10M - Mark-10 Corporation
Specs
Force Rating 11.24 lbs (5.1 kg)
Force Measured Compression
Package Miniature
View Details