Description
DEIF
TAP 210DG/3
INWATT TRANSDUCER
79183.5
RANGE: 100-0-500KW
VOLTAGE: 440V
CT-RATIO: 1000/5A
INPUT: 500-0-2500W
OUTPUT: 2-0-10V
LOAD: > 500
COUPLING: 2W
SUPPLY: 440V AC
The DEIF TAP 210DG/3 is an inwatt transducer designed to measure active electrical power within marine control systems. Operating across a bidirectional range of 100-0-500kW, it converts power input signals into a stable analogue voltage output (2-0-10V), making it directly compatible with power management, load sharing, and generator monitoring equipment commonly found aboard commercial and industrial vessels. As a core component within the Marine Control System category, this transducer plays a critical role in ensuring accurate power measurement, enabling generators and switchboards to maintain safe, balanced load distribution during vessel operations.
Key Features
✓ Bidirectional active power measurement across a 100-0-500kW range, with a CT ratio of 1000/5A and a rated voltage of 440V AC supply, as specified in the original product data.
✓ Analogue voltage output of 2-0-10V derived from an input range of 500-0-2500W, providing a clean, proportional signal suitable for interfacing with power management controllers and monitoring panels.
✓ 2-wire coupling configuration with a load rating greater than 500, making it compatible with standard analogue input cards used in DEIF power management systems and similar marine control architectures — subject to confirmation of system version.
✓ Designed for installation within switchboard panels or generator control enclosures; mounting location and environmental suitability (dry/protected areas) should be confirmed against vessel-specific drawings before installation.
✓ As a direct replacement or retrofit component within DEIF-based power management systems, the TAP 210DG/3 supports straightforward service exchange, reducing commissioning time during planned maintenance or fault rectification.
Marine Applications
✓ Generator power monitoring on merchant vessels, tankers, bulk carriers, and offshore support vessels where accurate active power measurement is essential for load sharing and fuel efficiency.
✓ Integration within main switchboard panels and power management systems (PMS) to provide real-time power feedback to automatic voltage regulators and load controllers.
✓ Retrofit or replacement within existing DEIF power management installations on vessels undergoing electrical system upgrades or fault repairs — compatibility subject to confirmation.
✓ Suitable for use in shore power monitoring, parallel generator operation, and bus-tie control applications where bidirectional power measurement is required.
✓ Applied aboard cruise ships, ferries, dredgers, and platform supply vessels operating complex multi-generator configurations requiring precise power transducer signals.
Why Marine Engineers Choose
Marine engineers specify DEIF transducers for their reliable signal accuracy and straightforward integration within established power management architectures. The TAP 210DG/3’s defined input-output characteristics and standard analogue output simplify commissioning and reduce the risk of signal mismatch in critical generator control circuits.
Ideal For
Merchant vessels, offshore platforms, ferries, cruise ships, bulk carriers, tankers, and any vessel class operating DEIF-based or compatible marine power management and generator control systems requiring active power transduction.
Technical Support & Compliance
Technical assistance is available to support remote troubleshooting, onboard diagnostics, commissioning verification, and system integration for this transducer. Repair and retrofit evaluations can be arranged depending on the scope of work required. To confirm compatibility with your specific installation, buyers are encouraged to share nameplate photographs, the original part number, relevant wiring or panel drawings, the system model and software version, and vessel name or IMO number where applicable. All compatibility assessments are subject to confirmation based on the documentation provided.
