Description
DEIF A/S
ROLLS-ROYCE
TYPE: XDi144-DUAL
FLEXIBLE DISPLAY BRIDGE INDICATOR
ORDER NO.: 400056237.60
MAIN BRIDGE
SUPPLY: 24VDC<6W
PROTECTION: FRONT: IP52, REAR IP20
WEIGHT: 350G
COMPASS SAFE DISTANCE: 0.3M
HELICON X3 SUPERSTAR AQUARIUS
ART NO.: 000121597
UN41 STBD MP
The DEIF XDi144-Dual is a flexible display bridge indicator designed for main bridge installations aboard commercial and offshore vessels. Manufactured by DEIF A/S and associated with Rolls-Royce marine control architecture, this dual-channel display unit forms part of the vessel’s integrated bridge and propulsion control system. It provides clear visual readout of operational parameters at the bridge station, supporting safe and reliable vessel command. As a Marine Control System component, it plays a direct role in real-time monitoring and situational awareness during navigation and manoeuvring operations.
Key Features
✓ Dual-channel flexible display indicator configured for main bridge use, delivering simultaneous readout of two independent signal channels at a single bridge station.
✓ Operates on a 24VDC supply drawing under 6W, with front panel protection rated to IP52 and rear protection to IP20, suitable for bridge console environments.
✓ Compatible with the Rolls-Royce Helicon X3 Superstar Aquarius control platform, integrating directly within that propulsion and manoeuvring control architecture — subject to confirmation of exact system version and configuration.
✓ Compact and lightweight at 350g, with a compass safe distance of 0.3m, making it suitable for installation within standard bridge console panels without compromising magnetic compass accuracy.
✓ Replacement and retrofit considerations should include verification of order number 400056237.60 and art number 000121597 against vessel-specific documentation and panel configuration to confirm fit and function.
Marine Applications
✓ Main bridge console installations on merchant vessels, offshore support vessels, and platform supply vessels equipped with Rolls-Royce propulsion and manoeuvring control systems.
✓ Integrated bridge systems requiring dual-parameter display at the conning or manoeuvring station, including thrust, pitch, or speed readout depending on system configuration.
✓ Helicon X3 Superstar Aquarius control networks where local display indicators are required at starboard or port manoeuvring positions.
✓ Retrofit and upgrade projects replacing legacy bridge display units within existing Rolls-Royce or DEIF-based control architectures, subject to compatibility confirmation.
✓ Vessels operating under flag state or class requirements for reliable bridge instrumentation, where display integrity is essential during docking, anchoring, and dynamic positioning operations.
Why Marine Engineers Choose
Marine engineers and bridge officers rely on the DEIF XDi144-Dual for its direct integration with Rolls-Royce Helicon control systems, its compact bridge-safe design, and its straightforward dual-channel display functionality — minimising downtime when a like-for-like replacement is required at the main bridge station.
Ideal For
Merchant vessels, offshore support vessels, platform supply vessels, anchor handlers, and other commercial tonnage fitted with Rolls-Royce Helicon X3 Superstar Aquarius propulsion control systems requiring bridge indicator replacement or upgrade.
Technical Support & Compliance
Technical support is available to assist with remote troubleshooting, onboard commissioning guidance, integration verification, and retrofit compatibility assessment for this bridge indicator. Engineering teams can advise on installation within existing panel configurations and Rolls-Royce Helicon control networks, subject to confirmation of the specific system version and vessel setup. To confirm compatibility and suitability before ordering, buyers are encouraged to share nameplate photographs, the vessel’s IMO number, relevant panel or system drawings, the control system model and software version, and any applicable class or flag state documentation. All compatibility assessments are subject to confirmation based on information provided.
