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About the MIOF-85DO

Advanced Sensor MIOF-85DO Series sensor is a media isolated pressure sensor designed for corrosive gases and liquids compatible with stainless 316L. The sensor design utilizes silicon oil to transfer pressure from the 316L diaphragm to the sensing element. The MIOF-85DO Series provides a 14bit digital pressure and 11 bit digital temperature output offered in SPI and I2C protocols. The rugged design is compatible with a wide range of harsh media including refrigerants, compressed air, and hydraulic fluids. The design’s superior performance provides low thermal errors across a wide temperature range of -20 to 85°C. Available in gage and absolutes pressures with a flexible O-ring pressure port these sensors are ideal for OEM customer with ranges up to 500PSI.

MIOF-85DO

MIOF-85DO

(MIOF) Media Isolated Oil Filled Technology

Media Isolated, Oil Filled, Threaded Process Ported Sensor, Digital Output, I2C & SPI Protocols

Features

- Compatible with Corrosive media

- Temperature Compensated

- Digital Output

- Gage & Absolute Pressures

- mV Output

- Threaded Process Port

- 1% Total Error Band

- High Linear Output

Great for .....

Process Controls

Dialysis Machine

Hydraulic Systems

SPECIFICATIONS

Performance

Total Error Band

±1.0 %FSS

Resolution

14 bit

Update Time

2Khz

Calibration

2nd Order Offset, Sensitivity, and PNL

Thermal

Operating Temperature

-40 to 125 ̊C

Compensated Temperature

-20 to 85 ̊C

Thermal Error, Offset

±0.4 %FSS (Typical)

Thermal Error, Span

± 0.2 %FSS

Electrical

Output

Digital Output, 14 bits, 0 to 16384 cts

Protocols

I2C or SPI

Offset

10% or 5% Cts (16384)

Full Scale Span

80% or 90% Cts (16384)

Maximum Ratings

Excitation

5.5Vdc

Storage Temperature

-50 to 125C

Over Pressure

4x Range

Media Compatibility

Liquids & Gases compatible with 316L

Model Number Configuration

Mechanical Dimensions

Urban

Contact Our Sales Team

Have questions? Need a quote? We are ready to help as a member of our sales team will contact you to discuss your requirements. 

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