Description

GE DS200TBQCG1AAA

I. Overview

II. Technical Parameters

Power Parameters

• Voltage Range: It demonstrates excellent adaptability, capable of operating stably within the voltage range of 3.3V–5V, providing a fundamental guarantee for the device's stable operation. This broad voltage adaptation range allows it to easily fit different power supply systems, seamlessly connecting with both low-voltage small industrial control systems and high-voltage large-scale automated production lines, which greatly enhances the product's versatility and application flexibility.
• Power Supply Type: Powered by a DC9–36V non-isolated power supply, this power type has wide applicability in industrial applications, meeting the power supply needs of various industrial scenarios. Meanwhile, the total power consumption of the device is ≤8W. The low-power design not only helps reduce energy consumption but is also particularly suitable for intrinsic safety power supply applications, further expanding the product's usage scope.
• Operating Temperature Range: With superior temperature adaptability, it can operate normally in extreme temperatures from -40°C to 85°C. Whether in outdoor industrial facilities during cold northern winters or high-temperature production workshops in hot southern summers, the device can function stably, effectively expanding its applicable geographical areas and working scenarios to meet the industrial production needs of different regions and environments.

Electrical Parameters

• Rated Current: In terms of electrical performance, the device offers precise and stable current support. Although the specific rated current value is not specified, judging from its adaptation to medium-voltage motors and industrial applications, it can provide appropriate current for connected devices, ensuring their efficient operation under rated conditions and meeting the diverse requirements of different industrial devices for current carrying capacity.
• Load Capacity: It can support current fluctuations within a certain range to meet the current demands of different devices during startup, operation, and other stages. The strong load capacity enables it to easily handle the driving and control tasks of various complex industrial devices—from small precision instruments to large high-power industrial machinery—stably providing power support to ensure normal equipment operation.
• Load Voltage: The load voltage range covers a wide interval, enabling good matching with industrial devices of various voltage levels, providing a solid power guarantee for device stability, and ensuring safe and efficient device operation under different voltage conditions.

Communication Parameters

• Communication Ports: Equipped with diverse communication ports, including 2 x 10 Gigabit SFP+ interfaces and 4 x Gigabit RJ45 interfaces. The 10 Gigabit SFP+ interfaces, with their high-speed transmission characteristics, can meet the needs of large-data-volume and high-speed communication, suitable for industrial scenarios with extremely high requirements for data transmission speed, such as high-definition video surveillance data transmission and large-scale data collection and transmission. The 4 Gigabit RJ45 interfaces, with broad versatility, can be easily connected to various common network devices to achieve stable communication between devices, playing an important connecting role in industrial automation networks. Additionally, it supports DeviceNet fieldbus communication, enabling efficient data interaction with other devices supporting this protocol, further expanding its application scope in industrial automation networks and facilitating the construction of complex industrial automation communication networks.
• Communication Protocols: Supporting multiple mainstream communication protocols such as Modbus RTU and Modbus TCP/IP, it has broad communication compatibility, allowing it to achieve good interconnection and interoperability with automation devices of different brands and types, and easily integrate into various complex automation system architectures. Whether in traditional industrial automation control systems based on RS485 bus or emerging intelligent automation networks following industrial Ethernet standards, it can achieve seamless device access and data interaction, providing strong support for building intelligent and efficient industrial automation management systems.

III. Functional Features

Comprehensive and Precise Protection Functions

• Overcurrent Protection: Using advanced current monitoring algorithms, it tracks current changes during device operation in real time and accurately. Once the current is detected to exceed the preset overcurrent threshold, it can quickly activate the protection mechanism with millisecond-level response speed, timely cut off the circuit, and effectively prevent serious accidents such as device overheating, insulation damage, and even fire caused by overcurrent, fully ensuring the safe and stable operation of devices and related systems.
• Ground Fault Protection: With a sensitive ground current monitoring function, it closely monitors the ground current in the power system. When abnormal ground fault current is detected, it immediately issues a high-precision alarm signal and quickly takes effective measures such as cutting off the power supply and starting the backup protection circuit, avoiding personal electric shock hazards and other more serious power accidents caused by ground faults, and building a solid defense line for personnel safety and normal device operation.
• Short Circuit Protection: With high-speed short circuit detection capability, it can identify short circuit faults instantly and quickly execute circuit breaking operations to prevent irreversible damage to devices and lines caused by short circuit current, ensuring that the power system can quickly return to normal operation when a short circuit fault occurs and minimizing the impact of faults on production.
• Undervoltage and Overvoltage Protection: Continuously monitoring the device's power supply voltage, it triggers protection actions in a timely manner when the voltage is lower than or higher than the preset normal working range. Undervoltage protection prevents device overheating and damage due to inability to start or operate normally under low voltage; overvoltage protection avoids insulation damage caused by excessive voltage, extending the device's service life.
• Phase Loss Protection: Real-time monitoring of the device's three-phase power supply status. Once a phase loss is detected, it immediately takes protection measures to stop device operation, preventing key device components from burning out due to single-phase operation and ensuring the stable operation of devices under normal three-phase power supply.
• Overheat Protection: Using high-precision temperature sensors, it real-time monitors the temperature of key internal components of the device. When the temperature exceeds the preset safety threshold, it activates the overheat protection function, preventing device damage due to overheating by reducing device load or stopping device operation, effectively protecting the device's core components and extending the overall service life of the device.

Efficient Control Functions

• Solid State Control: Adopting advanced solid-state switching technology and abandoning traditional mechanical contacts, it greatly improves the device's reliability and service life. In application scenarios with frequent switching actions, problems such as mechanical contact wear and adhesion will not occur, effectively reducing device maintenance frequency and costs and ensuring long-term stable system operation. The solid-state control technology also enables faster and more precise switching operations to meet the requirements of industrial automation production processes for rapid device response and precise control.
• Fast Response: With an extremely short response time, it can complete switching actions in microsecond level, especially suitable for occasions with strict requirements on switching speed, such as instant start-stop control of devices and transmission of high-frequency pulse signals. The fast response characteristic ensures the timely and accurate execution of control commands, improves the overall operation efficiency of the system, and plays a key role in some industrial production processes with extremely high real-time requirements, such as equipment control in high-speed automated production lines, to ensure the efficiency and precision of the production process.

Convenient Communication and Configuration Functions

• Support for Multiple Communication Protocols: Supporting multiple mainstream communication protocols such as Modbus, IEC 61850, RS485, and Modbus TCP, it has broad communication compatibility and can seamlessly integrate with various automation system architectures. Whether in traditional industrial automation control systems based on RS485 bus or emerging smart grid automation networks following IEC 61850 standard, it can easily realize device access and data interaction. This enables it to work collaboratively with devices of different brands and types when building large-scale complex industrial automation management systems, realize data sharing and collaborative control, and provide strong support for creating intelligent and efficient industrial production environments.
• Convenient Configuration Method: By connecting a computer running GE's special configuration software to the device, users can obtain a powerful and easy-to-use configuration interface. In this interface, users can flexibly and accurately set various parameters of the device, including the action threshold and time delay of protection functions, the baud rate and communication address of communication parameters, and the range and accuracy of measurement parameters. At the same time, the device is also equipped with a complete simulation test function. Users can simulate the operating status of devices and possible fault conditions in various industrial production processes on the computer to comprehensively and carefully test the device's operation. Through simulation testing, users can discover potential problems in advance and optimize and adjust the device's parameters, significantly improving the efficiency and accuracy of device configuration, reducing the difficulty of device debugging and maintenance, greatly shortening the project implementation cycle, and bringing users an efficient and convenient use experience.

High Reliability and Excellent Environmental Adaptability

• High-quality Manufacturing Guarantee: In the product manufacturing process, GE strictly follows high-standard quality systems, selects top global high-quality raw materials, and uses advanced automated manufacturing processes and strict quality detection procedures. The internal electronic components of the device have gone through layer-by-layer screening and multiple rounds of strict testing to ensure that each component has excellent performance and extremely high reliability. In the long-term and high-intensity operation process, these high-quality components can work stably, effectively reducing the probability of device downtime caused by component failures, reducing maintenance costs, and providing users with long-term and reliable use guarantees, serving as a solid backing for the stable operation of industrial automation.
• Environmental Adaptability Design: Aiming at various complex and harsh environmental challenges faced by industrial automation, the device has been comprehensively optimized in design. In industrial sites with strong electromagnetic interference or near substations, it has excellent electromagnetic interference resistance by adopting advanced electromagnetic shielding technology, optimizing circuit layout, and selecting electronic components with high anti-interference performance, and can work stably in complex electromagnetic environments without being affected by external electromagnetic interference. In some chemical enterprises, coastal areas, and other places with chemical corrosion risks, its shell and internal structure adopt materials with excellent corrosion resistance or special protective coatings to ensure that the device can still operate normally in harsh chemical environments and effectively extend the device's service life. In terms of temperature and humidity adaptability, the device can work stably in a wide temperature range from -40°C to 85°C and an environment with up to 95% relative humidity (non-condensing). Whether in industrial facilities in cold polar regions or factories in high-temperature and humid tropical regions, it can reliably play its role, demonstrating excellent environmental adaptability.

User-friendly Interface Design