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FQ47LP

FQ47LP Low-Pressure Stainless Steel Pressure Sensor

Low-pressure stainless steel sensor with separate −1–0 bar vacuum and 0–5 to 0–15 psi gauge configurations.

The FQ47LP is designed for low-pressure measurement where the measured medium remains isolated from the electrical signal. Its compact stainless steel construction supports low static and thermal error plus multiple output and connector options. Media compatibility must be confirmed for the selected wetted material and operating conditions.

FQ47LP Low-Pressure Stainless Steel Pressure Sensor
Best For
  • ▶Pneumatic and low-pressure test systems
  • ▶Pressure instrumentation and data logging
  • ▶External tank-level monitoring
  • ▶Low-pressure gas platforms and P/I converters
  • ▶OEM builds needing compact low-pressure measurement

For absolute low-pressure measurement, review FQLK47LP Absolute Low-Pressure Sensor.

Quick Specs

Performance

Accuracy
±0.25% BFSL max
Stability
±0.25% FS/year, typical
Pressure Cycles
>50 million full-scale cycles

Range

Min Range
−1–0 bar vacuum
Max Range
0–15 psi gauge
Overrange
2× rated pressure

Environmental

Operating Temp
-40 to 85°C
Protection
IP66
EMC
Protected

Mechanical

Shock
100 g, 11 msec, ½ sine
Vibration
10 g peak, 20–2,000 Hz
Technology
Stainless steel media-isolated low-pressure MEMS
Key Benefits
  • ✓Separate −1–0 bar vacuum and 0–5 to 0–15 psi gauge ranges
  • ✓Stainless steel media-isolated construction
  • ✓Oil-free, weld-free, internal O-ring-free sensing element
  • ✓Accuracy: ±0.25% BFSL max
  • ✓Wide compensated temperature range: 0 to 70°C
  • ✓Multiple electrical outputs including mV/V, voltage, and 4–20 mA
  • ✓EMI/RFI protection for industrial environments
  • ✓Compact body for test benches, instrumentation, and OEM assemblies
Configure & Order
Pressure Port
Pressure Unit
Pressure Range
Output Signal
Electrical Connection
Wetted Material
Options
Configured Part Number
FQ47LPAV0001BAA0000
Request Quote for This Configuration

The configuration code is a preliminary reference. Final range and unit compatibility, wiring, documentation, and availability are confirmed in the quotation.

Full Specifications

Accuracy±0.25% BFSL max (Includes non-linearity, hysteresis, and non-repeatability)
Long Term Stability±0.25% FS/year, typical
Operating Temperature-40 to 85°C
Storage Temperature-40 to 125°C
Compensated Temperature0 to 70°C
TC Zero±1.0% FS max
TC Span±1.5% FS max
Overrange Protection2× rated pressure
Burst Pressure5× rated pressure or 1,400 bar, whichever is less
Pressure Cycles>50 million full-scale cycles
Shock100 g, 11 msec, ½ sine
Vibration10 g peak, 20–2,000 Hz
Ingress ProtectionIP66
EMI/RFI ProtectionYes
TechnologyStainless steel media-isolated low-pressure MEMS
Output Specifications

10 mV/V (50 mV full scale at 5 V excitation)

Excitation5 VDC, typical
Impedance5 kΩ nominal
Current Consumption<5 mA
BandwidthDC to 1 kHz (−3 dB)
Zero Offset±2% FS max
Span Tolerance±2% FS max
Output Load>1 MΩ

4–20 mA (loop powered)

Excitation10–28 VDC
BandwidthDC to 250 Hz (−3 dB)
Zero Offset±1% FS max
Span Tolerance±2% FS max
Output Load0–800 Ω @ 10–28 VDC
Reverse Polarity ProtectionYes

Voltage, 3- or 4-wire

Excitation10–28 VDC
Impedance<100 Ω, nominal
Current Consumption<10 mA
BandwidthDC to 1 kHz (−3 dB)
Noise<2 mV RMS
Zero Offset±1% FS max
Span Tolerance±2% FS max
Output Load10 kΩ min
Reverse Polarity ProtectionYes
Applications

Low-Pressure Instrumentation

Low-pressure and absolute low-pressure sensors for pneumatics, boiler controls, data logging, test stands, and pressure-to-current conversion systems.

Liquid Level Monitoring

Submersible models cover groundwater, irrigation, wastewater canals, storage tanks, and the fuel-tank applications listed in their source sheets; low-pressure models are documented for external tank-level monitoring. Media and installation compatibility require review.

Ready to Order?

Share your pressure range, media, output, and process connection. We will help identify a suitable configuration for review and provide a quotation.

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