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The DEIF AGCGS3 is an advanced genset controller, designed to be the core of power management in diverse power generation setups. It is part of DEIF’s comprehensive product portfolio, which is renowned for its reliability and innovative solutions in the power control domain.
AGCGS3
This controller serves as the intelligent link between the generators, engines, and associated electrical systems. It interfaces with a wide range of sensors and actuators, collecting real – time data from the genset components. By analyzing this data, the AGCGS3 makes informed decisions to optimize the overall performance of the genset system. For example, it can regulate the engine’s speed to maintain the generator’s frequency within the required tolerance levels. It also controls the excitation system to ensure a stable output voltage, even under varying load conditions.
The DEIF AGCGS3 is highly versatile and compatible with a broad spectrum of generator models, whether they are diesel – powered, gas – driven, or run on natural gas. It can be integrated into both simple single – genset configurations and complex multi – genset setups found in large – scale power plants. For engineers and integrators, its flexibility is a major advantage. It supports user – defined control strategies, allowing for customization to meet the specific requirements of different applications. Whether it’s a small – scale backup power solution for a residential area or a large – scale industrial power generation facility, the AGCGS3 can be programmed to deliver optimal performance and reliable operation.
AGCGS3
Main features and advantages:
One of the standout features of the DEIF AGCGS3 is its precise measurement capabilities. It can accurately measure voltage in a wide range, typically from 100 – 690 VAC, with a minimal current draw of less than 0.5 mA. The frequency measurement is equally accurate, catering to both 50Hz and 60Hz power systems. This high – precision measurement is fundamental for maintaining power quality. With such accurate readings, the controller can make minute and precise adjustments to the genset’s output, ensuring that the power supplied is stable and suitable for even the most sensitive electrical equipment.
The AGCGS3 is equipped with multiple relay outputs, which are rated at 250VAC/24VDC with a substantial current – handling capacity, usually 8/16A (UL/CUL: 250 VAC/DC 6A B 300, 24 VAC/DC 8/16A). These relay outputs are extremely versatile and are used to control various external devices. They can be used to operate circuit breakers, which protect the electrical system from over – current situations. Contactors, which switch electrical loads, can also be controlled by these relays. Additionally, they can trigger alarms to notify operators of potential issues in the genset system. Their high – current capacity simplifies the overall system design as they can directly control many industrial – grade components without the need for additional amplification or intermediate devices.
In terms of communication, the AGCGS3 offers a range of options. Interfaces such as Ethernet TCP/IP Modbus RTU enable seamless data exchange with other devices, sensors, and monitoring systems. This connectivity is invaluable for remote monitoring and control. Engineers can access real – time data about the genset’s performance from a control room located far away or even via the internet. This not only allows for quick decision – making but also enables proactive maintenance. By remotely monitoring parameters like generator load, engine temperature, and oil pressure, potential problems can be detected at an early stage, and maintenance can be scheduled before a major breakdown occurs, thus minimizing downtime.
The DEIF AGCGS3 is built to withstand harsh operating conditions. Its hardware is ruggedized, making it suitable for use in environments with high temperatures, humidity, and vibrations. The controller also comes with comprehensive built – in diagnostic features. It can continuously monitor the health of the genset, detecting issues such as over – current, over – voltage, under – voltage, and engine – related faults like low oil pressure or high coolant temperature. When such issues are detected, the AGCGS3 can take immediate and appropriate action, such as shutting down the genset to prevent further damage. This proactive approach not only extends the lifespan of the genset but also ensures the reliability of the power supply, which is crucial in applications where continuous power is essential.
AGCGS3
Technical specifications:
Model AGCGS3
Brand DEIF
Type Advanced Genset Controller
Measured Voltage 100 – 690 VAC, < 0.5 mA
UL/CUL Voltage Rating Max. 600 VAC
Measured Current -/1 A or -/5 A, < 0.3 VA (UL/CUL: use listed or r/c (xo dw 2.8) ct)
Power Supply 12/24 VDC, protected by a 12A fuse
Relay Outputs 250VAC/24VDC, 8/16A (UL/CUL: 250 VAC/DC 6A B 300, 24 VAC/DC 8/16A)
Communication Options Ethernet TCP/IP Modbus RTU (with option “N”), and other interfaces adaptable for different applications
Operating Temperature -20°C to +55° C (the range may vary slightly depending on the installation environment and any additional cooling/heating measures implemented)
Mounting DIN – rail mountable, facilitating easy installation in standard control panels
Diagnostic Features Detection of over – current, over – voltage, under – voltage, frequency deviation, and engine – related faults including oil pressure, coolant temperature, and more
Contact Us
Phone:+86 16626708626
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Email: 3772179818@qq.com
AGCGS3
Application areas:
In the intricate world of power generation and distribution, the DEIFAGCGS3 emerges as a crucial component. Consider a large – scale data center, where continuous and stable power is non – negotiable. Here, multiple diesel generators stand by as backup power sources. The DEIFAGCGS3 takes charge of synchronizing these generators seamlessly. When the main power grid experiences an outage, the AGCGS3 quickly starts the generators and ensures they work in harmony. It monitors key electrical parameters such as voltage, current, and frequency in real – time. If there’s a sudden spike in power demand due to the activation of additional servers, the AGCGS3 adjusts the generators’ output promptly. This guarantees that the data center’s operations, including the storage and processing of vast amounts of data, remain uninterrupted, safeguarding against potential data loss and service disruptions.
On construction sites, power requirements are dynamic. As different heavy – duty equipment like cranes, excavators, and concrete mixers start and stop throughout the day, the power load fluctuates significantly. The DEIF AGCGS3is deployed to manage the gensets on – site. It controls the start – stop sequences of the generators based on the actual power demand. For instance, when multiple large – scale machines are in operation simultaneously, the AGCGS3 ensures that enough generators are running to meet the high load. Conversely, during periods of lower demand, it can safely shut down some generators to conserve fuel. This not only optimizes power usage but also extends the lifespan of the generators, reducing maintenance costs in the long run.
In the marine industry, ships rely on reliable power systems for various operations, from navigation to onboard amenities. The DEIF AGCGS3 plays a pivotal role in controlling the ship’s gensets. It adapts to the ever – changing electrical needs of the vessel. During rough seas, when additional power is required for stabilizing systems, the AGCGS3 adjusts the gensets’ performance accordingly. It also ensures that the power supply to critical systems like communication and safety equipment remains consistent, regardless of the ship’s operational state or the external environmental conditions.
AGCGS3
Related products:
- DEIF AGCGS4 – This is an upgraded version of the AGCGS series. While the AGCGS3 offers advanced control features for a wide range of applications, the AGCGS4 provides additional functionality, such as enhanced communication capabilities and more precise control algorithms. It can be used in scenarios where even higher levels of performance and flexibility are required, for example, in large – scale power plants with complex power distribution networks.
- DEIF IOM300 – An input/output module, the DEIF IOM300 is highly compatible with the AGCGS3. It expands the controller’s input and output capabilities, allowing it to interface with a larger number of sensors and actuators. For instance, it can be used to connect additional analog sensors for measuring parameters like fuel level or vibration levels in the genset, providing more comprehensive data for the AGCGS3 to base its control decisions on.
- DEIF PMS300 – The Power Management System (PMS300) works in tandem with the AGCGS3. The AGCGS3 controls the individual gensets, while the PMS300 manages the overall power distribution and load sharing among multiple gensets and other power sources in a complex power system. Together, they ensure efficient power management and optimal utilization of power resources.
- DEIF AGCGS3 – EXT – This is an expansion module for the AGCGS3. It adds extra features such as additional relay outputs or communication ports. In applications where the standard AGCGS3 does not have enough outputs to control all the required devices or where more communication channels are needed for integration with other systems, the AGCGS3 – EXT can be easily added to meet these requirements.
- DEIF ASC – 5 – Suitable for hybrid power systems, the DEIF ASC – 5 coordinates the integration of different power sources, such as solar panels, wind turbines, and gensets. When used in combination with the AGCGS3, the AGCGS3 controls the genset operation, and the ASC – 5 manages the overall power flow and energy management between the various power sources, maximizing the use of renewable energy while ensuring a stable power supply.
- DEIF COM – 20 – A communication gateway, the DEIF COM – 20 enables the AGCGS3 to communicate with different protocols and networks. It can translate the data from the AGCGS3 into a format that can be understood by other systems, such as SCADA (Supervisory Control and Data Acquisition) systems. This is useful in large – scale industrial automation setups where seamless integration of different components is necessary.
- DEIF MON – 10 – A monitoring module, the DEIF MON – 10 is designed to work with the AGCGS3 to provide in – depth monitoring of the genset system. It can collect and analyze data on parameters like generator efficiency, engine wear, and power quality over time. The insights gained from this module can be used to optimize the performance of the genset and plan for preventive maintenance more effectively.
AGCGS3
Installation and maintenance:
Before installing the DEIFAGCGS3, several important pre – installation considerations must be addressed. First, ensure that the control panel where the AGCGS3 will be mounted has sufficient space. The DIN – rail mounting requires a clean and stable rail, and there should be at least 50 mm of clearance around the controller to allow for proper ventilation. Since the AGCGS3 operates with electrical signals, proper grounding is of utmost importance. Connect the ground terminal of the controller to a reliable earth ground. This not only protects against electrical interference but also ensures the safety of the entire system. Additionally, verify that the power supply voltage in the installation area falls within the specified 12 – 24 VDC range. Any deviation from this range can lead to improper functioning of the controller.
For maintenance, regular visual inspections are highly recommended. Check for any signs of physical damage, such as cracks in the enclosure or loose connections, on a monthly basis. These inspections can help identify minor issues before they escalate into major problems. Periodically, use the built – in diagnostic features of the AGCGS3 to perform comprehensive diagnostic tests. This involves checking for any fault codes related to voltage, current, or engine parameters. If the controller is connected to a network for remote monitoring, ensure that the communication lines are secure and free from interference. Keep an eye out for firmware updates from DEIF. Installing these updates when available can bring in bug fixes, performance improvements, and new features that enhance the operation of the AGCGS3. Additionally, consider performing regular calibration of the sensors connected to theAGCGS3 to ensure accurate data input, which is crucial for the controller’s optimal performance.
Other DEIF product models:
DEIF CM-2
DEIF AGC-4
DEIF PPM300
DEIF PPU/2/GS
DEIF PCM4.3
DEIF 8027.9
DEIF CSQ-3
DEIF SCM4.2
DEIF SCM4.1
DEIF PCM4.1
DEIF GPU-3
DEIF AGC200-CPU
DEIF MIC-2-MKII
DEIF PPU-3
