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MODEL P106 Absolute or Sealed Pressure Transducer
Constructed of all corrosion resistant stainless steel, Tavis Model P106 is an
extremely accurate high pressure transducer for use in corrosive media applications.
Utilizing all welded construction and an extremely stable electronics package,
this model provides good, long-term stability, low hysteresis and high accuracy.
Adjustable zero, range, and low power consumption are featured.
HIGH ACCURACY |
LONG TERM
STABILITY |
STABLE
CALIBRATION |
ALL WELDED CONSTRUCTION |
CORROSIVE
MEDIA |
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GENERAL SPECIFICATIONS |
Pressure Ranges
Proof Pressure
Weight
Sensor Type
Media |
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0 to100 through 0 to 3500 psi
200% F.S. or 5000 psi max.
16 oz. max.
Variable reluctance
Liquids or gases compatible with 17-4 PH SS |
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ELECTRICAL |
Input Voltage
Input Current
Output
Output Impedance
Output Noise
Insulation Resistance
Isolation Resistance
Adjustment Range:
Zero
Span |
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20 to 40 VDC
10 mA max.
0 to 5 VDC
750 ohms max.
15 mV P-P max.
100 megohms min. at 100 VDC
50 megohms min. at 100 VDC
± 2% F.S. min.
± 2% F.S. min.
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PERFORMANCE |
Static Error Band *
Hysteresis
Repeatability
Temperature Error *
Frequency Response *
Regulation
Resolution |
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± 0.5% F.S. max. (2)
± 0.1% F.S. nom.
± 0.1% F.S. nom.
± 2.0% F.S. max. (2)
Flat ± 5% to 250 Hz
0.05% F.S. per volt max.
Infinite |
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ENVIRONMENTAL |
Temperature Range:
Compensated
Operating
Vibration
Shock
Humidity, Altitude, Rain,
Fungus, Salt spray, Sand,
and Dust |
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- 65 F to + 165 F
- 65 F to + 200 F
35 g s Peak to 2000 Hz
100 g s, 11 ms
Unaffected |
*Static Error Band is defined as
the maximum allowed deviation
from a best fit straight line
which minimizes errors due to
the combined effects of nonlinearity,
hysteresis, resolution,
and non-repeatability. |
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*Temperature Error is defined
as the maximum allowed
deviation from a best fit straight
line which minimizes errors due
to temperature from 65 F to
+ 165 F. |
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*Frequency Response given
is for electronics only. Actual
frequency response will depend
on pressure range and media. |
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"Let us handle your pressure" |