P365 High Line Pressure Transducer
- Low delta P range, high line pressure
- Ranges from ±8.0 to ± 10,000 PSI FS
- Wet-wet capability
- Line pressure to 10,000 psig
- 9-55Vdc Power, ±5Vdc or 4-20mA Output
- Stainless steel pressure cavities
- Now available in Inconel with Teflon Coated Diaphgrams
The P365 is Ideal for:
- Core Testing Applications
- Hydraulic Systems
- High Line Pressures/Low DP
The P365D transducer is designed to make low differential pressure measurements at high static line pressures. Operating from unregulated 9 to 55Vdc, the P365D is available with 4-20mA, ± 5Vdc or isolated ± 5Vdc output over full scale pressure ranges from ±8 to ±10,000 psid. The output shift due to static pressure will not exceed 3% of full scale, up to a line pressure of 10,000 psig.
The P365D is ideal for flow or pressure drop measurements in high pressure hydraulic systems. Its compact design and rugged construction allow it to be used in harsh environments.
The P365D has 410SST pressure cavities and a variety of O-ring material and plating options are available so that it may be used with corrosive liquids and gases
Now available in 316 SS for sea water and saline solutions and Inconel and Hastelloy for brine and other corrosive media.
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Our offers
- RS485 Serial, USB or CanBus Interface for Digital Operation with PC
- FS Ranges from 8 to 10,000 Psid
- Excellent Stability Over Wide Thermal Range
- 0.5% FS Accuracy, 0.7% Max Temperature Error
- For Liquid or Gas Service
- 10,000 Psig Line Pressure Rating
- Compatible with Serial Port Software
- Now available in Inconel with Teflon Coated Diaphgrams
- Rugged DP transmitter
- For liquid or gas service
- 4-20 mA Two-wire, ±5 VDC
- Full Scale Ranges from 2.22 inH2O to 10 KPsi
- Excellent temperature characteristics
- NEMA 4 Housing
- 0.25% standard, 0.1% and 0.05% accuracy options available
- Now available in 316SS and Inconel
- Wet-Wet capability
- Full scale range from ±8 psi to ±10,000 psi
- Static line pressures up to 10,000 psi with 3% FS Max. Line Pressure Effect
- Fast dynamic response
- Sensor diaphragms are field replaceable
- High natural frequency