RDP Electrosense Model RF Tension Load Cell SLC-RF030000

Description
Our SLC-RF load cell or force sensor is a device which converts load or force into an electrical signal. A tension load cell measures the tension force applied between the top and bottom mounting threads. Care should be taken to ensure that the model SLC-RF load sensor is not exposed to load or force in excess of its capability. The range of model SLC-RF tension load cell selected should therefore be appropriate for the maximum force (including transient forces) that can be applied to it. The SLC-RF transducer is a strain gauge type transducer and has a mV output which may require an amplifier. For the SLC-RF we can offer a variety of high quality, low noise and high precision strain gauge amplifiers.
Request a Quote
Description
Our SLC-RF load cell or force sensor is a device which converts load or force into an electrical signal. A tension load cell measures the tension force applied between the top and bottom mounting threads. Care should be taken to ensure that the model SLC-RF load sensor is not exposed to load or force in excess of its capability. The range of model SLC-RF tension load cell selected should therefore be appropriate for the maximum force (including transient forces) that can be applied to it. The SLC-RF transducer is a strain gauge type transducer and has a mV output which may require an amplifier. For the SLC-RF we can offer a variety of high quality, low noise and high precision strain gauge amplifiers.
Request a Quote

Suppliers

Company
Product
Description
Supplier Links
Model RF Tension Load Cell - SLC-RF030000 - RDP Electrosense
Pottstown, PA, United States
Model RF Tension Load Cell
SLC-RF030000
Model RF Tension Load Cell SLC-RF030000
Our SLC-RF load cell or force sensor is a device which converts load or force into an electrical signal. A tension load cell measures the tension force applied between the top and bottom mounting threads. Care should be taken to ensure that the model SLC-RF load sensor is not exposed to load or force in excess of its capability. The range of model SLC-RF tension load cell selected should therefore be appropriate for the maximum force (including transient forces) that can be applied to it. The SLC-RF transducer is a strain gauge type transducer and has a mV output which may require an amplifier. For the SLC-RF we can offer a variety of high quality, low noise and high precision strain gauge amplifiers.

Our SLC-RF load cell or force sensor is a device which converts load or force into an electrical signal.
A tension load cell measures the tension force applied between the top and bottom mounting threads.
Care should be taken to ensure that the model SLC-RF load sensor is not exposed to load or force in excess of its capability. The range of model SLC-RF tension load cell selected should therefore be appropriate for the maximum force (including transient forces) that can be applied to it.
The SLC-RF transducer is a strain gauge type transducer and has a mV output which may require an amplifier. For the SLC-RF we can offer a variety of high quality, low noise and high precision strain gauge amplifiers.

Supplier's Site

Technical Specifications

  RDP Electrosense
Product Category Force and Load Sensors
Product Number SLC-RF030000
Product Name Model RF Tension Load Cell
Force Measured Tension
Unlock Full Specs
to access all available technical data

Similar Products

Model 43 Compression Load Cell - SLC43/003000 - RDP Electrosense
Specs
Force Rating 3000 lbs (1361 kg)
Force Measured Compression
Output Analog Voltage
View Details
Model UG Tension/Compression Universal Load Cell - SLC-UG020000 - RDP Electrosense
Specs
Force Rating 20000 lbs (9070 kg)
Force Measured Tension; Compression
Output Analog Voltage
View Details
Model 43 Compression Load Cell - SLC43/000250 - RDP Electrosense
Specs
Force Rating 250 lbs (113 kg)
Force Measured Compression
Output Analog Voltage
View Details
Model 45 Tension/Compression Universal Load Cell - SLC45/100000 - RDP Electrosense
Specs
Force Rating 100000 lbs (45351 kg)
Force Measured Tension; Compression
Output Analog Voltage
View Details