Downhole Pressure Transducer Series 211-37-520:
0-5,000 through 0-30,000 PSIA. This downhole transducer series is specifically designed for high temperature and high pressure applications where long-term stability is important.
The material used in our downhole sensor construction is compatible with H2S and other highly corrosive media. Instead of an o-ring, an Inconel 600 seal can be purchased and used for virtually maintenance-free, permanent high temperature/pressure transducer installations. Contact the factory for downhole pressure transducer drawings and details, or see below for specifications.
Since 1951, Paine Electronics has manufactured state-of-the-art precision pressure instrumentation for some of the world’s most vital technologies. Each Paine pressure/temperature transducer represents our unwavering commitment to reliability and innovation. The most accurate pressure instrumentation is ensured through rigorous testing and the most advanced materials (e.g. a high-resistance platinum RTD for greater sensitivity or advanced bonded strain gage technology for long-term stability and accuracy). Paine Electronics: Pressure Instrumentation for the Toughest Applications.
Specifications Pressure | Pressure Range: | 0-5,000 through 0-30,000 PSIA | | Proof pressure: | 150% of rated range | | Burst pressure: | 200% of rated range |
Thermal Properties | Operating temperature range: | -40°F to +425°F | | Compensated temperature range: | +75°F to +350°F | | | |
Accuracy | Non-linearity and hysteresis combined: | ± 0.15 % F.S. max. (best straight line method) | | Total error band including nonlinearity, hysteresis and thermal effects: | ± .75% F.S. | | Sustained pressure/temperature stability: | When pressurized to full scale pressure at 300°F, full scale output will not shift more than ±.03% F.S. in 14 days nor more than ±.05% FS. in 60 days. | | Sustained pressure/temperature stability: | When pressurized to full scale pressure at 350°F, full scale output will not shift more than ±.05% F.S. in 14 days nor more than ±.07% FS. in 60 days. | | | | | Stability & repeatability: A transducer tested per Steps 1 through 5 below will exhibit a zero balance and sensitivity stability within 0.1% F.S. from Step 1 to Step 5. Zero balance and sensitivity from Step 2 will repeat that of Step 4 within ± 0.1% F.S. | Step 1: | Stabilize unit 4 hours at +100°F. Record output at 0 to 100% F.S. in 25% F.S. pressure steps. | Step 2: | Stabilize unit 4 hours at +350°F Record output at 0 to 100% F. S. in 25% F.S. pressure steps. | | Step 3: | Five pressure cycles from ambient to F.S. pressure and return. Hold 10 minutes at F.S. pressure steps. | | Step 4: | Within two hours after Step 3, record output at 0 to 100% F.S. in 25% F.S. pressure steps. | | Step 5: | Stabilize unit 12 hours minimum at +100°F. Record output at 0 to 100% FS. in 25% F.S. pressure steps. | | | |
Physical Properties | Pressure media: | Any compatible with Alloy UNS N07718 Rockwell C 40 max. | | Weight: | 2.0 ounces max | | | |
Electrical | Excitation: | 1 to 20 VDC (10 VDC nominal) | | Input resistance: | 1500 ± 300 ohms | | Output resistance: | 1500 ± 300 ohms | | Output at zero pressure: | 0 ± 2 % F.S. | | Full scale (F.S.) sensitivity: | 2.6 mV/V ± 2% | | Platinum resistance temperature detector (RTD) | °C, 1000 ohms ± 2.5 ohms to ± IEC 751 ± .12%, Alpha = .00385 | | Insulation resistance: | All conductors together to case: 10,000 Megohms minimum at 50 VDC and +77°F | | | |
Environmental | Acceleration: | 20 G's per MIL-STD-810, METHOD 513.1, PROC. I | | Vibration: | 20 G's per MIL-STD-810, METHOD 514.1, PROC. V | | Shock: | 30 G's per MIL-STD-810, METHOD 516.1, PROC. IV |
Error due to combined effect of shock, vibration, and acceleration shall be less
than .02% of F.S. per G. Electrical Connections | Pin A: | (+) excitation | | Pin B: | (+) signal | | Pin C: | (-) signal return | | Pin D: | (-) excitation return | | Pin E: | (RTD) | | Pin F: | (RTD) |
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