An application-focused guide to selecting pressure transmitters & transducers for industrial equipment, OEM machinery, skids, tanks, and test systems.
Whether you are designing OEM machinery, building hydraulic skids, commissioning compressor packages, monitoring tanks, or working on refrigeration systems and test stands, reliable pressure measurement is critical for protecting equipment, maintaining control stability, improving process accuracy, and ensuring long-term system performance.
Table of Contents
- Gauge & Absolute
- Differential Pressure
- Flush, Sanitary & Cleanability-Critical
- Flush Diaphragm
- Submersible & Hydrostatic Level
- Hazardous-Location & Severe-Duty
- Energy, Test-Stand & Validation
Pressure Transmitter vs. Pressure Transducer
Pressure transducers and pressure transmitters both measure pressure and convert it into an electrical signal. In many industrial settings, the broader term pressure sensor is also used to describe either type of device.
A Pressure transmitter includes built-in amplification and signal conditioning, then outputs a standardized signal such as 4–20 mA or 0–10 VDC. This makes transmitters better suited for longer cable runs, greater distance, and better noise immunity.
A Pressure transducer outputs a lower-level signal, such as mV/V, and is often used where signal conditioning already exists or cable runs are short.
Gauge & Absolute Pressure Transmitters for Industrial & OEM Equipment

Used across hydraulic machinery, compressors, refrigeration systems, automation panels, pump skids, and general industrial equipment where single-point pressure monitoring is required.
| Application | Brand | Series/Datasheet | Pressure Range | Key Strengths |
|---|---|---|---|---|
| General industrial machinery & OEM equipment | Dylix | GX | 0–15,000 PSIG | ✓ Performance-to-cost balance ✓ Long life in cyclic / spike conditions ✓ NEMA 4X rated |
| Harsh OEM environments, mobile machinery & fluid power | Dylix | GXR | 0–20,000 PSIG | ✓ Shock and vibration resistant ✓ EMI/RFI filtering ✓ Surge protection |
| Ultra-high-pressure systems, intensifiers, and specialized process equipment | Dylix | BR | 20,000–100,000 PSI | ✓ Designed for ultra-high pressure ✓ Small sensing element reduces force loading ✓ NEMA 4X rated |
| Heavy-duty process skids and industrial systems | Kobold | PAS | -14.5…21.7 PSIG to 0…8,700 PSIG | ✓ Heavy-duty industrial transmitter ✓ HART communication ✓ High rangeability and diagnostics |
| HVAC, refrigeration, and cooling circuits | Kobold | SEN | Vacuum to 10,000 PSIG | ✓ Ceramic sensing element ✓ Broad range from vacuum to high pressure ✓ Economical OEM fit |
| Refrigeration, pneumatics, gas stocking, and machine production | Kobold | SEN-96 | Vacuum to 6,000 PSIG | ✓ OEM-targeted platform ✓ Compact and economical ✓ Good fit for vacuum and refrigeration duty |
| Pumps, compressors, and industrial process | Kobold | KPA | 0–50 to 1,000 PSIG | ✓ No welds or O-ring seals ✓ Exceptional cycle life ✓ Strong OEM value |
| Machinery industry, compressor monitoring, and pump systems with local indication | Kobold | PDA | Vacuum to 5,800 PSIG | ✓ Digital indication plus analog output ✓ Optional switching output ✓ Cost-effective OEM platform |
| High-precision industrial systems | Kobold | KPG / KPK | Up to 15,000 PSIG | ✓ Higher-accuracy options available ✓ Fast response time ✓ High overpressure protection |
| OEM machinery with Mini-DIN connection | Intempco | PT01 | 0–10,000 PSI | ✓ Low-cost OEM transmitter ✓ Shock and vibration resistant ✓ Mini-DIN connection |
| OEM machinery with cable connection | Intempco | PT02 | 0–10,000 PSI | ✓ Low-cost OEM transmitter ✓ Cable-style installation ✓ Good fit for vibration-heavy equipment |
| Compressors, hydraulics, and pump protection systems | Intempco | PT03 | 30–10,000 PSI | ✓ M12 connector option ✓ Shock / vibration / EMI resistant ✓ Flexible outputs and process connections |
Differential Pressure Transmitters for Engineered Systems

Used for flow measurement, filtration monitoring, leak testing, hydraulic balancing, and pressure differential across process equipment.
| Application | Brand | Series/Datasheet | Pressure Range | Key Strengths |
|---|---|---|---|---|
| Flow measurement, orifice plates, venturi systems, filtration, and general industrial DP service | Dylix | DP | 0–15 to 6,000 PSID | ✓ Higher differential pressure ranges ✓ NEMA 4X packaging ✓ Strong fit for general industrial and leak-testing duty |
| Low differential pressure for air, gas, and clean fluid systems | Dylix | DPC | 0–5 inWC to 0–50 PSID | ✓ Wet/wet differential sensing ✓ Modular and configurable design ✓ OEM-focused performance-to-cost |
| Leak testing, low differential, and high-static line-pressure service | Dylix | DPL | 0–5 to 0–750 inWC | ✓ Low range / high proof design ✓ 316L diaphragms and process flanges ✓ Strong fit for elevated static pressure |
| High-range differential pressure, hydraulic balancing, and high line pressure systems | Dylix | HDP | 0–100 to 0–20,000 PSID | ✓ High-range DP measurement ✓ All-welded, O-ring-free design ✓ Built for symmetry, reliability, and high line pressure |
| Industrial flow and process systems | Kobold | PAD | Up to 500 PSID | ✓ Heavy-duty industrial DP transmitter ✓ Compact design ✓ Reliable process performance |
Flush, Sanitary & Cleanability-Critical Pressure Transmitters

Specified for hygienic processing, sanitary tank level measurement, and cleanability-critical applications where diaphragm buildup, product residue, or frequent washdown (Clean In Place / CIP) must be managed without compromising measurement stability.
| Application | Brand | Series/Datasheet | Pressure Range | Key Strengths |
|---|---|---|---|---|
| Food and beverage processing skids | Dylix | FS | 0–3 to 0–1,000 PSI | ✓ Sanitary tri-clamp connection ✓ Hygienic design ✓ Strong fit for regulated processing |
| Blending and homogenizing tank level measurement | Dylix | FD | 0–50 inWC to 0–50 PSI | ✓ Designed specifically for tank level measurement ✓ Flush diaphragm design ✓ Good fit for blending and homogenizing tanks |
| High-cycle homogenizers and washdown environments | Dylix | FH | Up to 20,000 PSI | ✓ Flush diaphragm design ✓ Extreme cyclic durability ✓ Strong fit for sanitary and washdown duty |
| Food, pharma, and paint spraying processes | Dylix | FHM | 0–100 to 20,000 PSI | ✓ Non-oil-filled sensing element ✓ Minimal clamping effect when mounting ✓ Built for abrasive, cyclical, and in-situ cleaning service |
| High-pressure food processing (HHP / HPP systems) | Dylix | BR | Up to 100,000 PSI (700 MPa) | ✓ Ultra-high pressure capability (HHP/HPP) ✓ Designed for extreme compression cycles ✓ Reliable in food processing pressure systems |
Flush Diaphragm Transmitters for Harsh, Abrasive & High-Cycle Service

| Application | Brand | Series/Datasheet | Pressure Range | Key Strengths |
|---|---|---|---|---|
| High-cycle systems with water hammer or spiking | Dylix | FL | 0–50 to 7,500 PSI | ✓ Non-oil-filled sensing element ✓ Strong fit for cyclical service ✓ Designed for harsh pressure events |
| Abrasive industrial service requiring oil-filled stability | Dylix | FLO | 0–5 to 0–300 PSI | ✓ Oil-filled flush design ✓ Rugged for abrasive conditions ✓ Stable in harsh industrial duty |
| Automotive, adhesives, paints, slurries, and rugged OEM service | Dylix | MT | 0–100 to 0–10,000 PSI | ✓ Non-oil-filled miniature flush design ✓ Solid steel diaphragm ✓ Good fit for abrasive and cyclical applications |
Submersible & Hydrostatic Level Transmitters

Used for hydrostatic level measurement in wells, tanks, reservoirs, lift stations, and wastewater systems where continuous immersion and long-term stability are required.
| Application | Brand | Series/Datasheet | Pressure Range | Key Strengths |
|---|---|---|---|---|
| Wastewater lift stations, sludge pits, and tanks | Dylix | GXS | 0–5 to 0–230 ftWC | ✓ Corrosion resistant ✓ Strong fit for wastewater and slurries ✓ Long-term submersion |
| Groundwater and deep wells | Dylix | ST | 0–5 to 0–1,500 ftWC | ✓ Stable long-term level measurement ✓ Designed for well deployment ✓ Good fit for deep-well service |
| Environmental monitoring and narrow well installations | Dylix | STD | 0–5 to 0–300 ftWC | ✓ Slim probe design ✓ Easier fit in tight wells ✓ Long-term submersible use |
| Industrial and municipal hydrostatic level measurement | Intempco | LHT11 | 0 to 300 m water column | ✓ Hydrostatic level transmitter ✓ Rugged immersed service ✓ Good fit for water and wastewater |
| Level plus temperature measurement in one point | Intempco | LHT12 | 0 to 300 m water column | ✓ Combined pressure and temperature output ✓ Reduces penetrations ✓ Useful for tank monitoring |
| Industrial submersible tank and process water applications | Kobold | KPW | 0…50 inH2O to 0…1,000 PSIG | ✓ Submersible pressure transducer ✓ Durable cable design ✓ Industrial liquid level use |
| Deep well and narrow-bore level applications | Kobold | NTB | 0…1 to 0…350 m water column | ✓ Deep-well positioning ✓ Slim form factor ✓ Good fit for narrow installations |
Hazardous-Location & Severe-Duty Pressure Transmitters
Used in oil and gas, hydrogen compression, gas lift, chemical processing, and other environments where hazardous-area protection or extreme-duty mechanical design is required.

| Application | Brand | Series/Datasheet | Pressure Range | Key Strengths |
|---|---|---|---|---|
| Refineries, chemical plants, and hazardous gas systems | Dylix | EXG | 0–100 to 0–25,000 PSI | ✓ Explosion-proof pressure transmitter ✓ Hermetically sealed construction ✓ Strong fit for gas compression service |
| Hazardous-area differential service, filtration, and process DP | Dylix | EXD | 0–5 inWC to 0–5,000 PSID | ✓ Explosion-proof differential transmitter ✓ Hermetically sealed 316L welded construction ✓ Certified for Class I Div 1 / Div 2 |
| Classified areas requiring intrinsically safe variants of standard transmitters | Dylix | GX7 / GXR7 / BR7 | Various ranges available | ✓ Intrinsically safe variants of standard families ✓ Easier continuity for OEM designs ✓ Helps avoid redesign when IS is required |
| Frac trucks, wellhead pressure, and extreme oilfield duty | Dylix | RN | 0–5,000 to 20,000 PSI | ✓ Hammer union style ✓ Inconel diaphragm ✓ Designed for extreme shock and high-cycle service |
Energy, Test-Stand & Validation Applications

Used in aerospace testing, defense programs, hydrogen and corrosion testing, combustion systems, automotive brake validation, and high-cycle R&D environments.
| Application | Brand | Series/Datasheet | Pressure Range | Key Strengths |
|---|---|---|---|---|
| Aerospace, defense, and validation systems | Dylix | SX | 0–50 PSI to 30,000 PSI | ✓ Aerospace and defense positioning ✓ ±0.15% FSO standard accuracy ✓ Built for vibration, thermal stress, and cycling |
| Test systems where residue must be removed between runs | Dylix | VX | 0–50 PSI to 30,000 PSI | ✓ Compact package ✓ Strong fit for test applications ✓ Easy cleaning between cycles |
| Hydrogen, corrosion, and high-pressure gas test environments | Dylix | GX / GXR | Configuration dependent | ✓ Specialty wetted materials such as Hastelloy available ✓ Good cyclic durability ✓ Strong fit for engineered test systems |
| Automotive brake testing and hydraulic validation systems | Intempco | PT03 | 30–10,000 PSI | ✓ Stable signal output ✓ Handles vibration and EMI ✓ Good fit for repetitive test environments |
| High-precision industrial validation and laboratory measurement | Kobold | KPG / KPK | Up to 15,000 PSIG | ✓ Higher accuracy options ✓ Fast response time ✓ Strong fit for precision measurement |
Who We Are
We support OEMs, integrators, municipalities, contractors, and industrial facilities across the United States with pressure instrumentation from Dylix, Kobold, and Intempco.
Request A Quote!
What we need to know:
- Pressure range
- Media type
- Process connection
- Output signal
- Environmental conditions
We will review suitable options & provide datasheets, lead times, and a quote to support your application.
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