Description
DEIF
-265-0-200 MM
ANALOG DRAFT GAUGE
216350 10
The DEIF Analog Draft Gauge (part reference 216350 10) is a panel-mounted measuring instrument designed to display vessel draft readings across a range of -265 to 0 to +200 mm. As part of a ship’s Marine Control System, this gauge provides a direct, real-time visual indication of hull draft, enabling officers and engineers to monitor loading conditions, ballast adjustments, and trim with confidence. Reliable draft monitoring is fundamental to safe navigation, cargo operations, and regulatory compliance, making this gauge an operationally critical component aboard a wide range of commercial and offshore vessels.
Key Features
✓ Analog display format provides continuous, at-a-glance draft readings without dependency on digital power supplies or software interfaces, supporting operational reliability in demanding marine environments.
✓ Measurement range of -265 to 0 to +200 mm as specified; further electrical and mechanical specifications such as supply voltage, accuracy class, and enclosure rating are subject to confirmation based on the unit’s nameplate and configuration.
✓ Designed for integration within DEIF marine control and monitoring systems; compatibility with specific panels, controllers, or sensor inputs should be confirmed against the vessel’s existing system configuration and wiring documentation.
✓ Intended for installation in control rooms, engine control rooms, or bridge monitoring panels — mounting arrangement and environmental suitability (vibration, humidity, temperature) are typical of marine-grade instrumentation and subject to the installation specification.
✓ Suitable as a direct replacement or spare for vessels already operating DEIF instrumentation, minimising recalibration requirements; verification against original system drawings and nameplate data is recommended prior to installation.
Marine Applications
✓ Bulk carriers and tankers where accurate draft reading is essential during cargo loading, discharge, and ballast water management operations.
✓ Container vessels and ro-ro ferries requiring continuous draft monitoring to maintain stability within approved loading conditions throughout port and sea passage.
✓ Offshore support vessels and platform supply vessels where draft and freeboard monitoring directly influences operational safety and deck load management.
✓ Dredgers and heavy-lift vessels where variable loading and trim control require reliable, real-time draft indication at the operator station.
✓ Cruise ships and passenger ferries where draft monitoring contributes to passenger safety management, port entry compliance, and voyage planning.
Why Marine Engineers Choose
DEIF instrumentation is well regarded in the marine industry for its reliability and suitability within integrated monitoring and control systems. The analog format of this draft gauge offers straightforward readability and reduced dependency on complex digital infrastructure, making it a practical and dependable choice for vessel operators seeking consistent performance in critical measurement applications.
Ideal For
Commercial cargo vessels, tankers, bulk carriers, offshore support vessels, passenger ferries, and any seagoing vessel equipped with DEIF marine control and monitoring systems requiring accurate draft indication.
Technical Support & Compliance
Technical assistance is available to support remote troubleshooting, compatibility verification, onboard commissioning, and retrofit or replacement projects involving this gauge and associated DEIF control system components. Repair and system integration support can be discussed depending on scope and vessel requirements — subject to confirmation. To confirm suitability and ensure correct supply, buyers are encouraged to share nameplate photographs, the full part number (216350 10), original system drawings or wiring diagrams, the control system model and software version where applicable, and vessel name or IMO number. All compatibility and technical claims are subject to confirmation against actual installation documentation.
