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SPD-A3-CBAH01-B11
The Battery Monitoring Host SPD-A3-CBAH01-B11 is a state-of-the-art solution tailored for online battery monitoring in critical power scenarios. As the central hub of professional battery monitoring systems, it’s engineered to provide real-time oversight of battery banks, ensuring the stability and safety of backup power infrastructure. Whether deployed in data centers, telecom base stations, or industrial facilities, this device combines robust performance with seamless compatibility, making it a cornerstone for 24/7 power reliability. It integrates effortlessly with various sensors and third-party platforms, empowering users to proactively manage battery health and prevent unexpected power disruptions. With a focus on versatility and durability, it meets the rigorous demands of high-stakes environments where downtime is not an option.
The Battery Monitoring Host SPD-A3-CBAH01-B11 is a state-of-the-art solution tailored for online battery monitoring in critical power scenarios. As the central hub of professional battery monitoring systems, it’s engineered to provide real-time oversight of battery banks, ensuring the stability and safety of backup power infrastructure. Whether deployed in data centers, telecom base stations, or industrial facilities, this device combines robust performance with seamless compatibility, making it a cornerstone for 24/7 power reliability. It integrates effortlessly with various sensors and third-party platforms, empowering users to proactively manage battery health and prevent unexpected power disruptions. With a focus on versatility and durability, it meets the rigorous demands of high-stakes environments where downtime is not an option.
The Battery Monitoring Host supports a wide array of essential sensors, including battery sensors, Hall current sensors, DC voltage transmitters, and temperature sensors. This adaptability allows it to fit into diverse monitoring setups, delivering a holistic view of battery performance and surrounding environmental conditions. Whether monitoring small backup banks or large-scale industrial battery arrays, it adapts to the user’s specific needs without compromising functionality.
Equipped with AC/DC dual power supply and wide voltage input support, the device maintains consistent operation even in unstable power environments. This flexibility eliminates downtime caused by power source fluctuations or failures, ensuring uninterrupted online battery monitoring—a critical advantage for facilities relying on continuous backup power.
Designed for scalability, the host supports multiple battery groups, making it suitable for both small and large installations. Its ability to oversee numerous batteries simultaneously streamlines monitoring efforts, reducing the need for multiple standalone devices and simplifying system management.
The Active Cut-off Function is a vital safety feature that automatically disconnects the entire set of single battery collection modules if a single cell malfunctions. This prevents excessive discharge of the battery bank, protecting the batteries from irreversible damage and extending their overall service life.
Each serial port features dual RJ45 interfaces to enable loop communication, ensuring that the failure or disconnection of any single section does not disrupt communication with the remaining modules. This resilience guarantees continuous data collection and system functionality, even in the event of partial hardware issues.
Support for standard Modbus TCP/Modbus RTU protocol facilitates seamless integration with third-party dynamic environment monitoring systems and DCIM platforms. This interoperability eliminates compatibility barriers, allowing users to incorporate the Battery Monitoring Host into existing infrastructure without costly customizations.
The Battery Monitoring Host supports a wide array of essential sensors, including battery sensors, Hall current sensors, DC voltage transmitters, and temperature sensors. This adaptability allows it to fit into diverse monitoring setups, delivering a holistic view of battery performance and surrounding environmental conditions. Whether monitoring small backup banks or large-scale industrial battery arrays, it adapts to the user’s specific needs without compromising functionality.
Equipped with AC/DC dual power supply and wide voltage input support, the device maintains consistent operation even in unstable power environments. This flexibility eliminates downtime caused by power source fluctuations or failures, ensuring uninterrupted online battery monitoring—a critical advantage for facilities relying on continuous backup power.
Designed for scalability, the host supports multiple battery groups, making it suitable for both small and large installations. Its ability to oversee numerous batteries simultaneously streamlines monitoring efforts, reducing the need for multiple standalone devices and simplifying system management.
The Active Cut-off Function is a vital safety feature that automatically disconnects the entire set of single battery collection modules if a single cell malfunctions. This prevents excessive discharge of the battery bank, protecting the batteries from irreversible damage and extending their overall service life.
Each serial port features dual RJ45 interfaces to enable loop communication, ensuring that the failure or disconnection of any single section does not disrupt communication with the remaining modules. This resilience guarantees continuous data collection and system functionality, even in the event of partial hardware issues.
Support for standard Modbus TCP/Modbus RTU protocol facilitates seamless integration with third-party dynamic environment monitoring systems and DCIM platforms. This interoperability eliminates compatibility barriers, allowing users to incorporate the Battery Monitoring Host into existing infrastructure without costly customizations.
Processor Type: Advanced embedded processor optimized for efficient data processing and system management.
Operating System: Embedded Linux, selected for its stability, security, and suitability for industrial environments.
Storage & Memory: Sufficient ROM and RAM to handle large volumes of monitoring data and support simultaneous multi-tasking.
Upstream Ports: Includes standard LAN and RS485 ports for secure and reliable connection to upper-level monitoring systems.
Downstream Ports: Multiple SNS bus interfaces and RJ45 ports to connect with peripheral sensors and collection modules.
Additional Ports: HDMI and USB 2.0 ports for convenient local operation, configuration, and data transfer.
Protection Mechanisms: Equipped with GAS, PPTC, and TVS components to safeguard against overvoltage, overcurrent, and electrical surges.
Lightning Protection: Robust lightning protection to shield the device from electrical storms and transient voltage spikes.
Installation Type: 1U rack-mounted design for easy integration into standard server racks and equipment cabinets.
Temperature Range: Engineered to perform reliably in extreme temperature conditions, from frigid cold to high heat.
Humidity Tolerance: Operates effectively in humid environments without condensation-related issues, ensuring consistent performance in diverse climates.
Basic information | Processor | Cortex-A7 |
OS | Embedded Linux | |
ROM | 8G | |
RAM | 1G | |
Communication port | Upstream port | 1x LAN port，1x RS485 port |
Downstream port | 4 x SNS bus，8 x RJ45 port in total | |
Other port | HDMI | 1 x HDMI |
USB | 2 x USB2.0 | |
LAN port | Type | RJ45(T568B) |
Speed | 10/100M(self-adaption) | |
Communication distance | 100 meters | |
Protection type | GAS+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
RS485 port | Type | terminal block |
Baud rate | 1200~115200bps | |
Communication distance | 1200 meters | |
Over voltage/over current protection | 5V/200mA | |
Protection type | GAS+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
Installation | 1U rack mounted | |
Power supply | AC and DC dual power supply | 240V DC，wide voltage150-330VDC， |
220V AC，wide voltage100-240VAC | ||
Protection type | ZOV+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
Output power | 12V DC | |
SNS bus | Type | RJ45(T568B) |
Baud rate | 4800bps | |
Communication distance | 50 meters | |
Over voltage/over current protection | 18V/200mA | |
Protection type | GAS+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
Working environment | Temperature | -40~85℃ |
Humidity | 5%~95%（no condensing） | |
Size | 483mm(L)*208mm(W)*44.4mm(H) | |
Processor Type: Advanced embedded processor optimized for efficient data processing and system management.
Operating System: Embedded Linux, selected for its stability, security, and suitability for industrial environments.
Storage & Memory: Sufficient ROM and RAM to handle large volumes of monitoring data and support simultaneous multi-tasking.
Upstream Ports: Includes standard LAN and RS485 ports for secure and reliable connection to upper-level monitoring systems.
Downstream Ports: Multiple SNS bus interfaces and RJ45 ports to connect with peripheral sensors and collection modules.
Additional Ports: HDMI and USB 2.0 ports for convenient local operation, configuration, and data transfer.
Protection Mechanisms: Equipped with GAS, PPTC, and TVS components to safeguard against overvoltage, overcurrent, and electrical surges.
Lightning Protection: Robust lightning protection to shield the device from electrical storms and transient voltage spikes.
Installation Type: 1U rack-mounted design for easy integration into standard server racks and equipment cabinets.
Temperature Range: Engineered to perform reliably in extreme temperature conditions, from frigid cold to high heat.
Humidity Tolerance: Operates effectively in humid environments without condensation-related issues, ensuring consistent performance in diverse climates.
Basic information | Processor | Cortex-A7 |
OS | Embedded Linux | |
ROM | 8G | |
RAM | 1G | |
Communication port | Upstream port | 1x LAN port，1x RS485 port |
Downstream port | 4 x SNS bus，8 x RJ45 port in total | |
Other port | HDMI | 1 x HDMI |
USB | 2 x USB2.0 | |
LAN port | Type | RJ45(T568B) |
Speed | 10/100M(self-adaption) | |
Communication distance | 100 meters | |
Protection type | GAS+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
RS485 port | Type | terminal block |
Baud rate | 1200~115200bps | |
Communication distance | 1200 meters | |
Over voltage/over current protection | 5V/200mA | |
Protection type | GAS+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
Installation | 1U rack mounted | |
Power supply | AC and DC dual power supply | 240V DC，wide voltage150-330VDC， |
220V AC，wide voltage100-240VAC | ||
Protection type | ZOV+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
Output power | 12V DC | |
SNS bus | Type | RJ45(T568B) |
Baud rate | 4800bps | |
Communication distance | 50 meters | |
Over voltage/over current protection | 18V/200mA | |
Protection type | GAS+PPTC+TVS | |
Lightning protection | 4KV/2KA(8/20uScurrent wave) | |
Working environment | Temperature | -40~85℃ |
Humidity | 5%~95%（no condensing） | |
Size | 483mm(L)*208mm(W)*44.4mm(H) | |
The Battery Monitoring Host is ideal for a wide range of critical power applications where reliable battery performance is non-negotiable:
Data Centers: Monitors backup battery banks for servers, storage systems, and networking equipment, ensuring uninterrupted operation during power outages.
Telecom Base Stations: Oversees the performance of batteries powering communication infrastructure, maintaining connectivity in remote or harsh locations.
Industrial UPS Systems: Provides real-time monitoring for UPS battery packs, preventing failures that could disrupt manufacturing processes or critical industrial operations.
Backup Power Facilities: Ensures the readiness of emergency battery systems in hospitals, financial institutions, government buildings, and other facilities requiring constant power.
Renewable Energy Systems: Monitors batteries used in solar or wind energy storage setups, optimizing performance and extending battery life.
The Battery Monitoring Host is ideal for a wide range of critical power applications where reliable battery performance is non-negotiable:
Data Centers: Monitors backup battery banks for servers, storage systems, and networking equipment, ensuring uninterrupted operation during power outages.
Telecom Base Stations: Oversees the performance of batteries powering communication infrastructure, maintaining connectivity in remote or harsh locations.
Industrial UPS Systems: Provides real-time monitoring for UPS battery packs, preventing failures that could disrupt manufacturing processes or critical industrial operations.
Backup Power Facilities: Ensures the readiness of emergency battery systems in hospitals, financial institutions, government buildings, and other facilities requiring constant power.
Renewable Energy Systems: Monitors batteries used in solar or wind energy storage setups, optimizing performance and extending battery life.
The device is compatible with most industrial and backup battery types commonly used in critical power systems. It supports multiple battery groups, making it suitable for both small-scale backup banks and large industrial battery arrays in data centers, telecom base stations, and other high-demand environments.
The loop communication design uses dual RJ45 interfaces per serial port, creating a redundant communication path. If any section of the loop is disconnected or fails, data transmission continues through the alternate path, ensuring that the Battery Monitoring Host maintains contact with all connected modules. This redundancy eliminates single points of failure and guarantees continuous monitoring.
Yes, the host supports standard Modbus TCP/Modbus RTU protocol, which is widely adopted in the industry. This compatibility allows for quick and seamless integration with most third-party DCIM platforms and dynamic environment monitoring systems, eliminating the need for custom software development or expensive hardware upgrades.
The device is compatible with most industrial and backup battery types commonly used in critical power systems. It supports multiple battery groups, making it suitable for both small-scale backup banks and large industrial battery arrays in data centers, telecom base stations, and other high-demand environments.
The loop communication design uses dual RJ45 interfaces per serial port, creating a redundant communication path. If any section of the loop is disconnected or fails, data transmission continues through the alternate path, ensuring that the Battery Monitoring Host maintains contact with all connected modules. This redundancy eliminates single points of failure and guarantees continuous monitoring.
Yes, the host supports standard Modbus TCP/Modbus RTU protocol, which is widely adopted in the industry. This compatibility allows for quick and seamless integration with most third-party DCIM platforms and dynamic environment monitoring systems, eliminating the need for custom software development or expensive hardware upgrades.
