DAP 2200-BRG SAM ELECTRONICS

Description

Technical Parameter Table

Product introduction

The SAM Electronics DAP 2200‑BRG is an advanced monitoring and control module designed for demanding maritime automation systems. As part of SAM Electronics’ DAP 2200 family, the DAP 2200‑BRG variant offers a robust platform for integrating alarms, monitoring signals, I/O modules and control logic in shipboard environments. With part number 815.001.110‑01 and revision D, this unit is specifically engineered for installation in marine automation panels, providing a reliable, long‑term solution for vessel control systems.

The DAP 2200‑BRG serves as a central interface unit within a ship’s automation architecture: it receives signals from sensors, instrumentation and subsystems, processes alarm/monitoring logic, and interfaces to higher‑level control consoles or supervisory systems. Its marine‑rated build ensures compatibility with the harsh conditions of sea‑going vessels, including vibration, EMI resilience and robustness required for critical systems.

From a value perspective, the SAM Electronics DAP 2200‑BRG enables shipyards, retrofits and maintenance teams to maintain operational integrity of legacy control systems while offering standardised spare‑part support. It operates as a pivotal component in monitoring and control networks, reducing system downtime, ensuring safety compliance and simplifying service logistics.

Core advantages and technical highlights

Functional innovation: The DAP 2200‑BRG integrates a modular I/O architecture with alarm‑monitoring logic, enabling flexible configuration for various shipboard control functions — such as engine monitoring, fire detection interface, subsystem alarms or auxiliary controls. This reduces the need for multiple stand‑alone modules and simplifies wiring and cabinet space.

Reliability and suitability for marine environment: Built by SAM Electronics with industry‑recognised marine certification pedigree, the DAP 2200‑BRG is engineered to meet vibration, temperature, and electromagnetic‑interference (EMI) conditions found in marine shipboard and offshore installations. This makes it a highly dependable unit in mission‑critical automation systems.

Compatibility and spares‑strategy friendly: The DAP 2200‑BRG retains the same form‑factor, I/O block interfaces and communication approach used in the DAP 2200 family by SAM Electronics, making it straightforward to integrate as a drop‑in spare or replacement module in existing control panels. This compatibility reduces engineering time and lowers lifecycle costs.

Ease of maintenance and serviceability: Modular design allows individual I/O modules or logic boards to be replaced in the field, improving service turnaround. The standardised part number (815.001.110‑01) and revision labelling (Rev D) assist in ensuring correct replacement and spares tracking.

Long‑term support and cost‑effectiveness: For marine fleet operators seeking to extend the lifecycle of existing automation systems, specifying the DAP 2200‑BRG provides a viable path forward without full system redesign. Its supportability and parts availability make it attractive for maintenance‑driven budgets.

Typical application scenarios

The DAP 2200‑BRG is ideally used in maritime automation systems where continuous monitoring, alarm management and subsystem supervision are required. In engine control rooms aboard vessels, the module can act as the backbone of alarm panels, collecting signals from sensors (temperature, pressure, vibration) and routing them to bridge or engine‑control consoles. In shipboard auxiliary systems (e.g., cooling, fuel and lubrication systems), the DAP 2200‑BRG monitors operational thresholds, triggers alarms and coordinates with control logic to ensure safe and efficient operation.

During vessel overhauls and retrofit projects, the DAP 2200‑BRG allows ship‑yards or service companies to replace ageing alarm and monitoring equipment without re‑wiring entire panels. Because it supports the same I/O footprint as earlier DAP 2200 models, it simplifies integration into existing ships’ automation systems, reducing downtime and project risk.

In offshore platforms, the module can serve as part of a central monitoring network, tying in fire‑main control, gas detection, pump‑monitoring systems and dynamic positioning alarm logic. Its robust marine design ensures it operates reliably in harsh offshore environments, contributing to safety management and regulatory compliance.

Related model recommendations

• DAP 2200‑ECR: Another member of the DAP 2200 family (e.g., part number 815.001.111‑01) used in similar monitoring and control applications; offers alternate configuration options.
• DAP 2200‑ACC: Alarm‑control configuration within the DAP 2200 series (e.g., part number 815.001.112‑01) that focuses on alarm-extension modules.
• MCS 40M: SAM Electronics’ monitoring and control system used in propulsion or machinery‑space applications; suitable when larger system architecture is required.
• AAP 2010: A different module family by SAM Electronics focused on bridge navigational alarms; relevant when bridging systems are integrated.
• PFM 2200: A process‑monitoring module within the DAP/2200 architecture offering additional sensor or I/O expansion; useful for upgrading existing monitoring networks.

These models share the same overall architecture and form‑factor strategy from SAM Electronics, allowing fleet operators to maintain compatibility, standardise spares and reduce training time.

Installation, commissioning and maintenance instructions

Installation preparation: Before installing the DAP 2200‑BRG, ensure the control cabinet or enclosure provides adequate cooling, vibration isolation and EMC‑shielding as per shipboard standards. Confirm that the I/O wiring harness and bus connectors match the module’s interface, and verify correct part number (815.001.110‑01 Rev D) to avoid version mismatch. Ensure power supply rails, ground/earth bonding and instrumentation signal integrity meet relevant marine safety & automation standards.

Commissioning: With the module installed and powered, verify all I/O channels (digital, analog) respond correctly using test signals. Load the proper configuration file or logic programme (tailored for the ship’s alarm/monitoring scheme) and test alarm thresholds, event logging and output actuation. Simulate normal and fault conditions (sensor signal loss, high‑value thresholds) to ensure correct alarm propagation and control behaviour. Document baseline system logs and perform a final verification with the engineering review.

Maintenance suggestions: For long‑term performance of the DAP 2200‑BRG, schedule periodic inspection of connector contacts (clean & reseat annually), verify power‑supply voltages and ground continuity, and monitor module temperature during operation. Maintain the configuration backups and version history to support rapid replacement in case of module failure. Keep a spare module on‑board or in service stock and train maintenance technicians on module removal/installation to minimise vessel downtime. Replace any module showing signs of drift, loose connectors, or corrosion before it impacts system reliability.

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