Description
HONEYWELL
MODEL: A-5
SENSOTEC SENSOR / PRESSURE TRANSDUCER
P/N: 060-E124-03A5G
O/C: AP141DR,1A,2N,5A,6A
RANGE: 5000 PSIG
EXC/SUPPLY: 9-28 VDC
OUTPUT: 4-20 MA
TAMB = 85°C
The Honeywell Sensotec A-5 (060-E124-03A5G) is a high-pressure transducer designed to deliver accurate, continuous pressure measurement across demanding industrial and marine environments. With a rated range of 5000 PSIG and a standard 4-20 mA analogue output, this sensor integrates directly into gas detection and pressure monitoring systems found aboard commercial vessels and offshore installations. Its wide supply voltage tolerance of 9–28 VDC makes it compatible with a broad range of shipboard power systems, while the maximum ambient temperature rating of 85°C ensures reliable operation in elevated-temperature machinery spaces and gas handling areas. As a core component within gas detection system architectures, reliable pressure sensing is critical to safe operational monitoring and alarm response.
Key Features
✓ High-range pressure sensing rated to 5000 PSIG, providing precise measurement capability for high-pressure gas and fluid systems onboard.
✓ Standard 4-20 mA analogue output ensures compatibility with a wide range of control panels, PLCs, and monitoring systems — subject to confirmation of interface requirements.
✓ Wide excitation supply range of 9–28 VDC accommodates variable shipboard power conditions without the need for additional signal conditioning in most configurations.
✓ Maximum ambient temperature rating of 85°C supports deployment in engine rooms, compressor spaces, and other thermally demanding areas typical of marine installations.
✓ Manufactured by Honeywell under the Sensotec brand, a recognised name in precision sensing; replacement and retrofit suitability should be confirmed against the existing system drawing and order code.
Marine Applications
✓ Gas detection system pressure monitoring aboard LNG carriers, chemical tankers, and gas-handling vessels where high-pressure sensing is critical to safety operations.
✓ Compressor and pressure vessel monitoring in engine rooms and machinery spaces on offshore supply vessels and platform support vessels.
✓ Integration into cargo handling control systems where continuous pressure feedback is required for system regulation and alarm triggering.
✓ Retrofit or replacement sensing for existing Honeywell-based gas detection or process monitoring panels on bulk carriers and tanker fleets.
✓ Offshore and industrial applications where robust, high-pressure transducers with analogue output are required in process control or safety instrumentation loops.
Why Marine Engineers Choose
Marine engineers specify the Honeywell Sensotec A-5 pressure transducer for its combination of high-pressure range, analogue output compatibility, and broad supply voltage tolerance — characteristics that reduce integration complexity and support reliable long-term performance in safety-critical monitoring roles onboard.
Ideal For
LNG and LPG carriers, chemical tankers, offshore support vessels, platform supply vessels, bulk carriers with gas detection requirements, and any commercial vessel operating high-pressure gas or fluid monitoring systems requiring analogue 4-20 mA pressure sensing.
Technical Support & Compliance
Technical assistance is available to support troubleshooting, commissioning, and integration of this pressure transducer into existing onboard gas detection or monitoring systems. Support extends to retrofit and upgrade assessments, sensor loop testing, and compatibility verification with connected control panels or PLCs — subject to confirmation based on site-specific configuration. To confirm suitability for your application, buyers are advised to share nameplate photographs, the full part number and order code, system schematic or wiring drawings, the make and model of the connected monitoring panel or controller, vessel name, IMO number, and a clear description of the intended scope of use. All compatibility and interoperability claims are subject to confirmation against actual system documentation.
