Description
DEIF
TYPE: TAP-210DG/3
INWATT TRANSDUCER
100029786.10
RANGE: -3500-0-3500 KW
VOLTAGE: -/440V CT-RATIO: 6000/5A
INPUT: -2918-0-2918 W
OUTPUT: -10-0-10 V
LOAD: > 500 Ω COUPLING: 2W
SUPPLY: 440V AC
The DEIF TAP-210DG/3 is a precision inwatt transducer designed to measure and transmit active electrical power within marine power management and control systems. Operating across a bidirectional range of -3500 to +3500 kW, it converts three-phase power input signals into a proportional analogue voltage output, enabling accurate real-time power monitoring across vessel electrical networks. As a core component within the Marine Control System category, this transducer supports the stable and efficient operation of onboard power distribution, generator management, and load-sharing systems where reliable active power feedback is essential to safe vessel operation.
Key Features
✓ Bidirectional active power measurement with a range of -3500 to 0 to +3500 kW and a corresponding analogue output of -10 to 0 to +10 V DC, enabling precise power flow indication in both directions.
✓ Designed for use with a 440V AC supply voltage and a CT ratio of 6000/5A, with a rated input of -2918 to 0 to +2918 W and a minimum load impedance exceeding 500 Ω on a 2-wire coupling configuration.
✓ Compatible with DEIF power management and generator control systems where analogue transducer inputs are required; wider system compatibility is subject to confirmation based on panel and controller model.
✓ Suitable for installation in protected marine electrical enclosures and switchboard environments; mounting configuration and environmental ratings should be confirmed against vessel-specific installation drawings.
✓ As a like-for-like replacement component, the TAP-210DG/3 supports straightforward service and retrofit integration into existing DEIF-based power control architectures, minimising reconfiguration requirements during maintenance.
Marine Applications
✓ Generator management systems aboard merchant vessels, tankers, and bulk carriers where continuous active power monitoring is required for load sharing and protection functions.
✓ Main switchboard and power distribution panels on offshore support vessels, platform supply vessels, and DP-classed ships requiring accurate real-time power feedback.
✓ Integrated power management systems (PMS) on cruise ships, RoPax ferries, and large passenger vessels where multi-generator load balancing depends on transducer-grade signal accuracy.
✓ Retrofit and upgrade projects on existing DEIF control installations requiring direct replacement of power measurement transducers without full system overhaul.
✓ Shore power and parallel operation monitoring applications where bidirectional power measurement is needed to detect reverse power conditions and protect generating sets.
Why Marine Engineers Choose
Marine engineers specify the DEIF TAP-210DG/3 for its proven performance in demanding shipboard electrical environments, its compatibility with established DEIF power management architectures, and the confidence that comes from sourcing a genuine manufacturer-specified transducer with clearly defined electrical parameters.
Ideal For
Merchant vessels, offshore support vessels, platform supply vessels, DP ships, passenger ferries, cruise ships, bulk carriers, and any vessel operating DEIF-based power management or generator control systems requiring active power transducer replacement or upgrade.
Technical Support & Compliance
Technical support is available to assist with remote troubleshooting, onboard diagnostics, testing and commissioning guidance, and integration support for retrofit or upgrade installations involving this transducer. Compatibility with specific DEIF panels, controllers, or power management system versions is subject to confirmation. To verify suitability for your application, buyers are encouraged to share nameplate photographs, the original part number (100029786.10), relevant system drawings or wiring diagrams, the controller or panel model and software version, and vessel name or IMO number where applicable. All technical compatibility assessments are provided subject to confirmation based on documentation supplied.
