Description
DEIF A/S
ROLLS-ROYCE
TYPE: XDi144-DUAL
FLEXIBLE DISPLAY BRIDGE INDICATOR
ORDER NO.: 400056237.60
UN81 TT
STBD WING
SUPPLY: 24VDC<6W
PROTECTION: FRONT: IP52, REAR IP20
WEIGHT: 350G
COMPASS SAFE DISTANCE: 0.3M
HELICON X3 SUPERSTAR AQUARIUS
ART NO.: 000121597
The DEIF XDi144-Dual is a flexible display bridge indicator designed for use within integrated marine control systems. Engineered in collaboration with Rolls-Royce marine technology, this unit serves as a panel-mounted visual indicator on the bridge or wing console, providing clear operational readouts for vessel control and monitoring. Its dual-display format allows simultaneous presentation of multiple data channels, making it a critical component in bridge system layouts where space efficiency and information clarity are essential. As part of the Marine Control System category, it supports reliable real-time feedback to navigating officers and engineers during normal operations and manoeuvring.
Key Features
✓ Dual-channel flexible display format enables simultaneous readout of two independent data sources from a single panel unit, improving bridge situational awareness.
✓ Operates on a 24VDC supply drawing less than 6W, with front-face ingress protection rated IP52 and rear protection rated IP20, suitable for bridge wing environments.
✓ Compass safe distance of 0.3m and a lightweight profile of 350g support installation in sensitive bridge and wing console locations without interference to magnetic compasses.
✓ Compatible with DEIF Helicon X3, Superstar, and Aquarius control system platforms as referenced in the product data; broader system compatibility subject to confirmation based on vessel configuration.
✓ Panel-mount construction with rear IP20 rating indicates intended installation within an enclosure or console; replacement and retrofit applications should verify connector type, mounting dimensions, and system software version prior to installation.
Marine Applications
✓ Bridge wing consoles on merchant vessels, ferries, and offshore support vessels requiring clear and compact display indicators for propulsion or thruster control systems.
✓ Integrated bridge systems on vessels equipped with Rolls-Royce or DEIF automation platforms, including those running Helicon X3, Superstar, or Aquarius control architectures.
✓ Main bridge panels and manoeuvring stations where dual-parameter display is required for thrust, speed, pitch, or other vessel control feedback variables.
✓ Retrofit and upgrade projects on existing vessels where legacy display indicators require replacement within DEIF-compatible control system infrastructures.
✓ Starboard wing stations (as referenced by STBD WING designation) on vessels where independent wing console monitoring is required for safe berthing and port operations.
Why Marine Engineers Choose
The DEIF XDi144-Dual is a purpose-built bridge indicator from a trusted marine automation manufacturer, offering a compact, low-power dual-display solution with defined ingress protection and compass-safe credentials — making it a reliable choice for bridge wing and console installations within DEIF and Rolls-Royce marine control environments.
Ideal For
Merchant vessels, RoRo ferries, offshore support vessels, platform supply vessels, and any vessel type operating with DEIF or Rolls-Royce integrated bridge and propulsion control systems requiring certified bridge indicator components.
Technical Support & Compliance
Remote and onboard technical support is available for troubleshooting, commissioning, and system integration of this display indicator within existing control architectures. Assistance with testing, retrofit planning, and compatibility verification can be arranged subject to confirmation. To confirm suitability for your vessel, buyers are advised to share nameplate photographs, the order or art number (400056237.60 / 000121597), control system model and software version, mounting arrangement drawings, and vessel name or IMO number where applicable. All compatibility and fitment assessments are subject to confirmation based on the information provided.
