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ATi's FlexPlate
Torque Sensing Systems permit in-vehicle Engine Output
torque measurements. A customer-supplied flex-plate is converted into a
rotating torque sensor. Custom stainless steel sensors also available
to mate directly with engine and transmission components. The flexplate
is instrumented for an accurate and dependable torque measurement,
independent of thrust loading, temperature or other environmental
factors. Virtually no vehicle modifications are required.
ATi's
Torque Converter Systems allow in-vehicle measurement of
temperature, pressure or other criteria. Sytems are designed to fit
within existing space constraints and minimize modifications to the
vehicle. |
ATi's
Flexplate
Torque Sensor shown with Stationary Loop Antenna
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Ati's
Torque Converter Temperature Monitoring System.
Four Channel Thermocouple System shown with Stationary
Loop Antenna
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Highly reliable and durable. RF
Telemetry is used for data transfer while Induction Power is used for
power transfer to the rotating sensor. These technologies permit
excessive movement between the rotating sensor and stationary loop
antenna with no affect on the signal quality minimal alignment between
the stationary and rotating components is required.
Immune to the Environment.
The RF Telemetry and Induction Power are also immune to dust and oil
build-up,
unlike Infrared Torque Sensors which are sensitive to not only dirt
build-up but shaft movements as well. The sensing element is designed
to be immune to thrust loading which occurs when the torque converter
heats up. All components are designed to withstand the harshest shock
and vibration conditions in addition to 140 degrees C operation. ATi
was the first in the industry to successfully measure Indy Car engine
output torque in-vehicle, using the same technology. |
| FEATURES |
| Minimal
Modifications -
Using your stock components, we can make a system to fit your space
requirements.
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Truly Non-Contact -
Telemetry Data Link and Inductive Power.
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High Speed Operation -
Designed to withstand extreme testing conditions at up to 10,000 RPM.
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Reliable, Accurate and
Repeatable -
Immune to thrust loading from torque converter.
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Available for any size
Flexplate - Most any torque range available.
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Eliminates Frictional Error
due to Bearings.
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No Slip Ring Noise
or Maintenance.
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High Torsional Stiffness.
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Long Life - No
Maintenance.
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- Induction Power Supply: 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.
- Durability: Sensor's
electronics, gages and wiring are all embedded; sealed and protected by
stainless steel covers
- Capacity: Most any Torque
capacity avaialble.
- 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.
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