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Subsea

We have worked on many projects in the subsea sector from Christmas trees to subsea sampling skids, ROV’s as well as subsea wellheads for some of the biggest companies in this field. We also have experience in working towards API certifications and can offer many products already qualified to these standards.

Core Sensors CS15 Series

Non-Clogging submersible pressure transducer
Pressure ranges from 2 PSI to 50 PSI
Flush diaphragm prevents clogging
Hastelloy C276 diaphragm material
IP68 rated
Operating temperature of -40 to +85°C
Compensated temperatures from 0 to +55°C

Core Sensors CS20 Series

Industrial temperature transmitter
RTD sensor type, PT100, Class B
Media temperature range of -40°C up to +200°C *
Operating temperature range of -40°C up to +85°C
Total error at RT & FS of ≤±1%
Maximum pressure of 5,000 PSI
Amplified 4-20mA or 1-5V output signal

Core Sensors CS54 Series

Non-Incendive Differential Pressure Transducer
Differential pressure up to 50 PSI
Line pressure up to 500 PSI
Accuracy of ≤±0.25% BFSL / ≤±0.5% BFSL (2 PSI & below)
Overpressure of 2X or 500 PSI (whichever is less)
Temperature range −40°C to +80°C
Media temperature of -40 to +125°C

Core Sensors CS60 Series

Explosion-Proof Pressure Transducer
Pressure ranges from 50 PSI to 30,000 PSI
One piece diaphragm design – No internal O-rings or welds
Factory sealed stainless steel case – Withstands harsh environments
Accuracy of ≤±0.25% BFSL at 25°C (<10,000 PSI)
Pressure cycles of 100 million
Overpressure of 2x minimum

Emerson Paine™ 210-60-090 Series

Differential pressure transducer
Very low thermal sensitivity shift of ±0.01% of F.S. per°C
Small, lightweight manifold style mounting for easy installation
Temperature compensated design provides highly accurate pressure measurements
Shock and vibration resistant design offers highly accurate and reliable pressure monitoring in many operating conditions
Durable solution withstands harsh environments for long-lasting performance
Custom electrical connection and pressure port adaptors are available on request

Emerson Paine™ 210-65-010 Series

Differential pressure transducer
Thermal sensitivity shift of ±0.01% of F.S. per °C
Small, lightweight manifold style mounting for easy installation
Shock and vibration resistant design offers highly accurate and reliable pressure monitoring in many operating conditions
Compact design for an easy-to-use differential measurement solution
Durable solution withstands harsh environments for long-lasting performance
Custom electrical connection and pressure port adaptors are available on request

Emerson Paine™ 211-37-520 Series

High pressure and temperature transducer
Considered as an ideal solution for downhole, subsea and industrial design
Full scale (F.S.) sensitivity of 2.6mV/V ±0.2%
External case pressure up to 20,000 PSI
All-welded, sealed construction provides durability, resilience and stability in harsh and corrosive environments
Non-linearity and hysteresis combined: ±0.15% F.S. max (BSLM)

Emerson Paine™ 220-30-020 Series

Subsea pressure and temperature transmitter
Fully submersible transmitter designed for remote subsea systems for pressure and temperature measurement
Resolution of 16 bits minimum (0.08 PSI for 5,000 PSI Full Scale) with digital CANopen® Accuracy
Customisable transmitter options available for fit-for-use designs

Emerson Paine™ 310-38-0050 Series

Ultra miniature high pressure transducer
Designed for harsh environments
Drift less than 0.05% of full scale over 60 days
Output at zero pressure of 0.1 mv/v ±0.01 mv/v at 75°F or 23°C
Customisable transducer options available for fit-for-use designs

Emerson Paine™ 320-10-010 Series

High precision pressure and temperature transmitter with programmable temperature Output: °F or °C
Withstands harsh and extreme environments for durability in tough applications
Customisable transmitter options available for fit-for-use designs

Emerson Paine™ 320-12-0010 Series

Precision pressure and temperature transmitter with a Temperature Output of °F or °C
Micro-processor based technology provides precise digital measurements for optimal accuracy and a temperature resolution of 12 Bits minimum
Customisable transmitter options available for fit-for-use designs

Stellar Technology MIN835 Series

High capacity miniature tension and compression load cell
Shock and vibration resistant
Variety of mounting configurations
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.005% FSO/°F
Temperature effect on span ±0.005% Reading/°F
Zero balance ±1% FSO

Stellar Technology MIN840 Series

High accuracy miniature tension or compression load cell
Shock and vibration resistant
Variety of mounting configurations available
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.005% FSO/°F
Temperature effect on span ±0.005% Reading/°F
Zero balance ±1% FSO

Stellar Technology PNC700 Series

General purpose, high accuracy pancake tension and compression load cell
Barometric compensation
Shock and vibration resistant
Low profile design
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO

Stellar Technology PNC710 Series

General purpose, high accuracy pancake tension and compression load cell
Barometric compensation
Shock and vibration resistant
Low profile design
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO

Stellar Technology PNC720 Series

General purpose, high accuracy pancake tension and compression load cell
Hysteresis of 0.08% FSO
Barometric compensation
Shock and vibration resistant
Low profile design
All welded stainless steel construction
5 point calibration record traceable to NIST (0, 50%, 100%, 50%, 0)
Temperature effect on zero ±0.002% FSO/°F
Temperature effect on span ±0.002% Reading/°F
Zero balance ±1% FSO