Woodward SPM-D11 8440-1706

Description

Product Overview

The WOODWARD SPM – D11 8440 – 1706 is an advanced and specialized control module from WOODWARD, a globally recognized titan in industrial control solutions. As a high – end offering within WOODWARD’s diverse product lineup, this model combines the core strengths of the SPM – D11 series with the unique features denoted by the 8440 – 1706 specification, providing unparalleled control and monitoring capabilities tailored for complex industrial applications, especially those related to high – performance engine management and power – generation systems. It serves as a critical component in optimizing system performance, ensuring stable operation under demanding conditions, and enhancing overall efficiency across a wide range of industrial settings.

Integrated with state – of – the – art control algorithms and a powerful processing unit, the WOODWARD SPM – D11 8440 – 1706 enables real – time, high – precision monitoring and intelligent, rapid adjustments of critical parameters. It excels in managing intricate aspects such as engine speed under fluctuating loads, precise fuel injection control for optimal combustion, and efficient load distribution across multiple power – generation units. Whether deployed in large – scale power plants with complex grid – connection requirements, high – performance marine vessels navigating challenging sea conditions, or heavy – duty mobile equipment operating in harsh and variable terrains, the SPM – D11 8440 – 1706 offers seamless and reliable control, significantly contributing to the enhanced reliability, productivity, and sustainability of industrial operations.

Technical Specifications

Woodward SPM-D11 8440-1706

Main Features and Advantages

Enhanced Ultra – precise Control

Building on the precise control foundation of the SPM – D11 series, the WOODWARD SPM – D11 8440 – 1706 takes it a step further with enhanced control capabilities. Its advanced multi – core processing – powered control algorithms can analyze extremely complex and rapidly changing operating conditions in real – time. In a combined – cycle power plant with intermittent renewable energy integration, when there are sudden and significant fluctuations in power demand due to changes in wind or solar output, the SPM – D11 8440 – 1706 can not only instantly detect the change but also execute a series of coordinated and precise adjustments to the gas and steam turbine engines. It precisely regulates the engine speed, fine – tunes the fuel injection volume with sub – millisecond precision, and optimizes the load distribution among different power – generation units. This ensures a stable and consistent power output to the grid, maximizes the overall energy conversion efficiency of the plant, and minimizes emissions, all while reducing mechanical stress on the engines and extending their service life.

Advanced and Diverse Connectivity

The SPM – D11 8440 – 1706 features an upgraded and diverse set of communication interfaces. The enhanced CAN bus offers a higher data transfer rate, enabling faster and more reliable communication with other CAN – based devices in the system. The Ethernet interface supports multiple industrial protocols like Modbus TCP and Profinet, allowing seamless integration with a wide variety of higher – level management systems, such as enterprise resource planning (ERP) systems for centralized control and monitoring in large industrial complexes. Additionally, the inclusion of a Bluetooth Low Energy option provides a convenient local configuration method. For example, technicians can use a mobile device with a dedicated app to quickly access and modify the module’s settings without the need for physical wired connections, saving time and effort during installation, commissioning, and maintenance. In a marine engine control setup, the module can connect with a plethora of sensors and actuators distributed across the ship, from engine room sensors monitoring vibration, temperature, and pressure to propeller pitch actuators. It then transmits and receives data in real – time to and from the ship’s bridge, on – shore monitoring centers, and other onboard systems, enabling comprehensive remote monitoring, intelligent control, and data – driven decision – making, thereby enhancing the overall safety and operational efficiency of the vessel.

Superior Robust and Durable Design

Engineered to endure the harshest industrial environments, the WOODWARD SPM – D11 8440 – 1706 has an IP65 protection rating, ensuring high resistance to dust, water jets, and vibrations. Moreover, the additional conformal coating on its internal circuitry provides an extra layer of defense against moisture, salt – spray (ideal for marine applications), and chemical corrosion, making it highly reliable in challenging settings like offshore oil rigs, chemical plants, and construction sites in coastal areas. The wide operating temperature range from – 40 °C to 85 °C, combined with its robust construction using high – quality, industrial – grade components and a redundant design for critical functions, further minimizes the risk of failure. This means that even in the most extreme climates, from the freezing cold of arctic regions where equipment can face icing issues to the intense heat of deserts with high – temperature – induced thermal stress, the SPM – D11 8440 – 1706 can operate continuously without interruption, reducing maintenance frequency and costly downtime for industrial operations.

Intuitive and Flexible Configuration

The SPM – D11 8440 – 1706 offers an intuitive and highly flexible configuration interface. The accompanying software features a user – friendly graphical user interface (GUI) that simplifies the customization process. Operators can easily adjust a wide range of control parameters, configure input/output signals with detailed settings, and set up complex control loops for different engine models and application scenarios. For instance, in an industrial manufacturing plant with multiple production lines, each powered by different types of engines, operators can quickly adapt the SPM – D11 8440 – 1706 to the unique control needs of each line. They can fine – tune parameters related to engine performance optimization, safety interlocks, and energy management. The module also supports configuration backup and restoration, allowing for easy transfer of settings between multiple units or quick recovery in case of system issues. This flexibility not only simplifies the installation and deployment process but also makes the SPM – D11 8440 – 1706 suitable for a vast array of industrial scenarios, from small – scale facilities to large – scale, highly complex industrial plants.

Woodward SPM-D11 8440-1706

Application Field

In the power – generation industry, the WOODWARD SPM – D11 8440 – 1706 is a top – choice for high – end power plants, including those with complex grid – connection requirements and integration of multiple energy sources. It plays a vital role in controlling diesel, gas, and hybrid – power generators in both standby and prime – power systems. In data centers, hospitals, and other facilities with critical power needs, it ensures the reliable and stable operation of backup generators, safeguarding essential operations from power outages. In renewable energy – integrated power plants, it can intelligently coordinate the operation of different power sources, such as wind turbines, solar panels, and diesel generators, optimizing energy production, storage, and distribution to maximize the utilization of renewable energy while maintaining grid stability.

In the marine sector, the SPM – D11 8440 – 1706 is essential for managing the operation of main engines, auxiliary engines, and generators on various types of ships. On luxury cruise ships, it balances power demands for propulsion, hotel services (including air – conditioning, lighting, and entertainment systems), and onboard amenities, ensuring a comfortable experience for passengers while optimizing fuel consumption. In naval vessels, its high – reliability, security features, and advanced control capabilities ensure the stable operation of critical power systems, enhancing the ship’s mission – readiness and combat effectiveness even in the most demanding maritime scenarios.

For the heavy – duty mobile equipment industry, the WOODWARD SPM – D11 8440 – 1706 is used to control engine performance in construction machinery, mining trucks, and agricultural equipment. In large – scale mining operations, it precisely regulates engine parameters to enhance the productivity of mining trucks, reducing fuel consumption and maintenance costs while improving operator comfort. In the oil and gas industry, it is applied in exploration, production, and transportation equipment, ensuring reliable engine operation in harsh environments with extreme temperatures, high altitudes, and dusty conditions, enabling efficient resource extraction and distribution.

Related Products

• WOODWARD SPM – D12 8440 – 1707: A closely related model, the SPM – D12 8440 – 1707may have slight variations in its input/output configurations, software features, or additional functionality. It serves as an alternative option for users who require specific features that the SPM – D11 8440 – 1706 might not fully offer, while still maintaining similar high – level control capabilities and being part of the same high – performance product family.
• WOODWARD 9907 Series Advanced Variants: Some advanced variants within the WOODWARD 9907 Seriesshare certain control functions with the SPM – D11 8440 – 1706 but are designed for different application focuses. While the SPM – D11 8440 – 1706 specializes in high – performance engine and power – generation control with its unique set of features, the 9907 Series advanced variants may offer enhanced capabilities in areas such as advanced analytics, machine – learning – based predictive maintenance, or integration with emerging industrial IoT technologies, catering to specific industrial needs where those aspects are more critical.
• WOODWARD 5464 – 461 Enhanced Version: An enhanced version of the WOODWARD 5464 – 461actuator driver can be used in tandem with the SPM – D11 8440 – 1706. The SPM – D11 8440 – 1706 generates precise control signals based on the monitored parameters and control algorithms, and the enhanced 5464 – 461 actuator driver then drives the actuators with higher precision and faster response times, controlling engine components such as fuel valves, throttle positions, and variable – geometry turbochargers, creating a more comprehensive and high – performance engine control solution.
• WOODWARD 8290 – 100 Pro Edition: The WOODWARD 8290 – 100 Pro Editioncommunication interface module can be integrated with the SPM – D11 8440 – 1706 to further expand its communication capabilities. It offers additional communication ports, higher data transfer speeds, and support for more industrial communication protocols, enabling the module to connect with a broader range of devices and systems. This is especially useful in large – scale industrial networks where seamless communication and data exchange between multiple control modules, sensors, actuators, and management systems are required for centralized control and monitoring.

Installation and Maintenance

Pre – installation preparation: Prior to installing the WOODWARD SPM – D11 8440 – 1706, it is essential to thoroughly review the detailed installation manual provided by WOODWARD. Ensure that the power supply voltage at the installation site strictly adheres to the range of 24 VDC ± 10%. Gather all the necessary cables and connectors, including those suitable for the high – precision differential inputs, high – current drive outputs, and the diverse communication interfaces. Prepare appropriate tools for handling the module carefully, as its advanced internal components may be sensitive. Select an installation location that meets the specified temperature and humidity requirements, is well – ventilated, and is shielded from excessive dust, moisture, and strong electromagnetic interference. Mount the module securely using the provided mounting brackets or screws, making sure to follow the wiring diagram precisely to ensure proper connection of all input/output signals and power supply. Ground the module as per the instructions to prevent electrical interference and ensure safety.

Maintenance recommendations: Regularly inspect the WOODWARD SPM – D11 8440 – 1706 for any signs of physical damage, such as cracks in the housing, loose connectors, or indications of overheating. Clean the module’s exterior periodically using a dry, soft, anti – static cloth to remove dust and debris, taking extra care in dusty environments. Continuously monitor the power supply voltage to ensure it remains within the specified range and check for any fluctuations or anomalies that could affect the module’s operation. Regularly test the communication interfaces for errors, disruptions, or data loss in data transfer, using diagnostic tools provided by WOODWARD or compatible third – party software. Utilize the module’s built – in self – diagnostic functions and the associated advanced software tools to perform in – depth routine health checks. These checks can help detect potential issues like sensor malfunctions, software glitches, or hardware failures at an early stage. If any abnormal behavior is detected, promptly refer to the comprehensive troubleshooting guide in the product manual. For complex issues, contact WOODWARD’s dedicated technical support team, which is available 24/7. Additionally, keep the module’s software updated by installing the latest firmware releases provided by WOODWARD. These updates often include performance improvements, security enhancements, new features, and bug fixes, ensuring that the SPM – D11 8440 – 1706 continues to operate at its optimal level.

Product Guarantee

WOODWARD stands firmly behind the quality and reliability of the WOODWARD SPM – D11 8440 – 1706. The product undergoes an extensive and rigorous series of testing and quality control procedures during the manufacturing process to meet and exceed the most stringent industry standards. WOODWARD offers an extended warranty period, during which, in the unfortunate event of a defect caused by faulty materials or workmanship, the company will promptly provide free repair or replacement services. In addition to the warranty, WOODWARD’s dedicated technical support team, consisting of highly skilled engineers and experts, is available around the clock, 24/7, to assist customers with any installation, operation, or maintenance issues. Whether it’s providing remote diagnostic support through advanced communication tools, helping with complex software configuration, or offering on – site service in case of critical problems, WOODWARD is committed to ensuring that customers can have full confidence in relying on the SPM – D11 8440 – 1706 for their critical control needs. This comprehensive product guarantee not only reflects WOODWARD’s unwavering confidence in the performance and durability of the WOODWARD SPM – D11 8440 – 1706 but also underscores its long – standing commitment to delivering exceptional customer satisfaction at every stage of the product lifecycle.