- Accuracy ±0.5%
- 3 mV/V, 5 Vdc and 10 Vdc outputs
- 0 - 100 to 0 - 30,000 psi
- Excellent temperature compensation
- Internal shunt calibration
- Bonded strain gauge sensor
 Datasheet |
| User Manual |
- Accuracy ±0.25%
- 3 mV/V, 5 Vdc and 10 Vdc outputs
- 0 - 100 to 0 - 30,000 psi
- Excellent temperature compensation
- Internal shunt calibration
- Bonded strain gauge sensor
| Datasheet |
| User Manual |
- Accuracy ±0.15%
- Excellent temperature compensation
- Welded, stainless steel construction
- 3mv/V output
- Internal shunt calibration
| Datasheet |
| User Manual |
- 3 mV/V full scale output
- Accuracy better than ±0.5%
- Pressure ranges from 0-15 PSI to 0-10,000 PSI
- Pressure/vacuum service
- Extended operating temperature range
- All welded, stainless steel construction
- Withstands severe shock and vibration
- Internal 80% shunt calibration
- CE approval
| Datasheet |
| User Manual |
- Accuracy ±0.25%
- Stainless steel construction
- Sealed zero and span potentiometers
- Tight temperature compensation
- Ranges 0-15 PSI through 0-15,000 PSI
- Advanced electronic design
- Internal shunt calibration
| Datasheet |
- Accuracy ±0.25%
- Stainless steel construction
- Heavy duty construction
- Ranges 0-110 PSI through 0-750 PSI
- Advanced electronic design
| Datasheet |
| User Manual |
- Flush diaphragm
- Accuracy ±0.50%
- Zero volume pressure port
- 15 to 10,000 psi
- 3 mV/V output
- Internal shunt calibration
| Datasheet |
| User Manual |
- 3 mv/v full scale output
- Accuracy ±0.50%
- Pressure ranges 0-1,000 PSI to 0-30,000 PSI
- Iconel 718 pressure fitting
- Zero volume pressure port
- Meets cleanability standards
- Metal-to-metal pressure seal
- Internal 80% shunt calibration
- CE approved
| Datasheet |
| User Manual |
- 4-20mA loop-powered output
- +/- 0.25% accuracy available
- Wide selection of pressure ranges available
- Turndown 3:1
- Configurations available for use in hazardous locations
- Remotely configurable via HARTTM
- Precise, repeatable pressure measurements
- Output supplied directly to DSC or PLC
- Meets CE requirements
- CE ATEX Intrinsically Safe Approved
- FM Explosion Proof Approved
- CSA Explosion Proof Approved
- SIL 2 Certified (Pressure Output)
- PL'c' Certified (Relay Output)
- Additional approvals are available
| Datasheet |
| User Manual |
Dynisco Industrial Sensors
“Industrial sensors” from Dynisco cover a wide range of pressure and temperature sensors and transmitters for general industrial applications — beyond just plastics processing. These include universal pressure sensors/transmitters suited for media such as oil, air, gas or other fluids, offering a variety of outputs and certifications (e.g. 4–20 mA, mV/V, V-signals).
These sensors are built to industrial standards: stainless steel or other rugged housings, hermetically sealed constructions, and often approved for hazardous or high-stress environments. They are suitable for demanding conditions like high pressure, temperature, aggressive media or explosion-prone areas. That makes them versatile for machinery, hydraulics, process engineering, chemical plants, pump and pressure systems, and other demanding industrial contexts.
Questions & Answers on Dynisco Industrial Sensors
What falls under “industrial sensors” at Dynisco?
Universal pressure transmitters and sensors for general process applications (hydraulics, pneumatics, fluids, gases), measuring pressure (and in some cases temperature) across diverse industries.
What parameters can they measure?
Primarily absolute or relative pressure; optionally temperature or combined parameters, depending on the version and application. Exact ranges depend on the sensor model.
What output signals are offered?
Common outputs include 4–20 mA, mV/V or voltage (e.g. 0–10 V), making them compatible with PLCs, data acquisition systems, controllers or display units.
In which application areas are they used?
Hydraulic/pneumatic systems, general process engineering, chemical or petrochemical plants, pump or pressure systems, test stands, gas or fluid monitoring — basically wherever robust, precise pressure or temperature measurement is required.
What distinguishes Dynisco industrial sensors from simple sensors?
They feature robust construction (stainless steel, welded housings), long-term stability, resistance to harsh conditions, broader measurement ranges, and often certifications for industrial or hazardous environments — making them more reliable for demanding applications.
Are there special certifications or protection ratings?
Yes — many sensors are rated for explosive environments and meet standards such as ATEX, FM, CSA or similar industrial safety/certification norms.
How are these sensors installed?
Usually via threaded fitting or flange into a process line; electrical connection via standard terminals or connectors to control or measurement systems. Compact design allows for retrofit or maintenance-friendly installation.
What are the advantages over generic sensors?
Better durability, suitability for harsh conditions, more precise and stable measuring behaviour, wider range of applications and compliance with industrial safety standards. Good for long-term use in demanding processes.
When does it make sense to use Dynisco industrial sensors?
Whenever pressure or temperature must be monitored under challenging industrial conditions — such as hydraulics, chemical or process industries — or when reliability and robustness are critical.