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ATi systems are typically used to transmit data
from rotating shafts or machinery to a stationary
receiver. The 2040BC Miniature Strain Gage Transmitter can be associated to strain gages
adhered to your shaft in order to transmit shaft
torque and thrust, while the system is running.

Power is supplied to the Transmitter Inductively for continuous, non-interrupted measurements. No batteries are required because the IPS delivers power through a stationary loop antenna to a rotating
antenna. The rotating loop antenna and Induction Power Converter are embedded into the Model 2010i Collar Assembly.
Yoke Mounted Wireless Telemetry Drive-Shaft Torque Monitoring System
Yoke Mounted Wireless Telemetry Drive-Shaft Torque Monitoring System
 
Shaft Mounted Wireless Telemetry Drive-Shaft Torque Monitoring System
Shaft Mounted Wireless Telemetry Drive-Shaft Torque Monitoring System
Single piece and split collars are available in most any size, which will clamp or bolt to any shaft size. The Model 2025iR Receiver features a built-in Induction Power Supply, while the 2025i utilizes the separate 2030i IPS. Either includes a digital backlit LCD display andanalog outputs. The unit can be powered from 12 VDC or 120 VAC.


FEATURES
  • Torque Sensing System available in Shaft or Yoke Mounted Configurations.
  • Truly Non-Contact no bearings or foot mounting.
  • Available for Most any Size Shaft.
  • No Slip Ring Noise or Maintenance.
  • Long Life - No Maintenance.


  • SYSTEM COMPONENTS

    • Induction Power Supply (optional): The Model 2030i IPS delivers power through a stationary loop antenna to an antenna embedded in the collar. This power transfer provides long term, uninterrupted measurements with no batteries.


    • Remote Calibration (optional): The RC Option enables the user to actuate a positive or negative shunt calibration from the Receiver. The shunt calibration resistor is located on the Transmitter.


    • Durability: Electronics, gages and wiring are all embedded; sealed and protected with covers


    • Capacity: Most any Torque capacity avaialble.


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