Auxiliary Channel
CA-4008n-1U-5VT-TC
AUX Auxiliary Channel
CA-4008n-1U-5VT-TC AUX auxiliary channel is a battery testing system used to measure voltage and temperature. It provides real-time monitoring and precise testing, catering to scientific research and data analysis needs, enabling a comprehensive understanding of battery status.
Test Specification
0V~5V
Temperature Resolution
0.18℉ (0.1℃)
Temperature Range & Deviation -328℉~500℉±33.8℉
(-200℃~260℃±1℃)
Voltage Accuracy ±0.05% F.S.
Recording Frequency
10Hz
Communicationmode RS485
CA-4032n-1U-T-TC
AUX Auxiliary Channel
ICA-4032n-1U-T-TC AUX auxiliary channel is a battery testing system used to measure temperature. It provides real-time monitoring and precise testing, catering to scientific research and data analysis needs, enabling a comprehensive understanding of battery status.
Recording Frequency
10Hz
Temperature Range & Deviation
-328℉~500℉±33.8℉
(-200℃~260℃±1℃)
Communicationmode RS485
Temperature Resolution
0.18℉ (0.1℃)
CAE-6008n-BMS-CANFD-RS485
Power Battery DAQ Box
High-speed communication & multi-channel acquisition
Supports CAN FD 2Mbps high-speed transmission and RS485 long-distance communication, with 8 fully isolated channels for simultaneous battery module data acquisition. Precisely monitors critical parameters including voltage, temperature, and current, meeting the demands of high-frequency, high-precision monitoring in new energy vehicles, energy storage systems, and similar applications.
Intelligent protocol compatibility
Built-in CANFDNET-200U protocol stack, compatible with mainstream software such as ZLG CANPRO. Features multi-TCP Server connections (up to 4 paths), customizable port configurations, IP binding, and seamless integration with BMS, thermal chamber monitoring systems, and other devices.
Ultra-low latency & lossless data capture
Achieves 8,000 frames/s CANFD transmit/receive capability per channel (total), combined with 16KB network cache + 200 CANFD message buffer. Ensures <20ms transmission latency for complete data integrity under extreme conditions, ideal for high-frequency pulse signals or burst data scenarios.
Robust industrial design
1.5kV electromagnetic isolation for network ports and signal paths. Operates reliably in -20°C to 50°C environments. Simplifies deployment with static IP configuration and web-based management interface, ensuring long-term stability in industrial settings with strong interference resistance.
Future-proof flexibility
Supports dual-mode switching (CANFD/CAN), configurable RS485 baud rates (9.6K–115.2Kbps), and independent arbitration field/data field speed adjustments (up to 5M/2M). Includes software/hardware upgrade interfaces to adapt to future battery technology advancements.
CAE-6004n-BMS-CANFD-RS485
Power Battery DAQ Box
High-speed communication & multi-channel acquisition
Supports CAN FD 2Mbps high-speed transmission and RS485 long-distance communication, with 4 fully isolated channels for simultaneous battery module data acquisition. Precisely monitors critical parameters including voltage, temperature, and current, meeting the demands of high-frequency, high-precision monitoring in new energy vehicles, energy storage systems, and similar applications.
Intelligent protocol compatibility
Built-in CANFDNET-200U protocol stack, compatible with mainstream software such as ZLG CANPRO. Features multi-TCP Server connections (up to 4 paths), customizable port configurations, IP binding, and seamless integration with BMS, thermal chamber monitoring systems, and other devices.
Ultra-low latency & lossless data capture
Achieves 8,000 frames/s CANFD transmit/receive capability per channel (total), combined with 16KB network cache + 200 CANFD message buffer. Ensures <20ms transmission latency for complete data integrity under extreme conditions, ideal for high-frequency pulse signals or burst data scenarios.
Robust industrial design
1.5kV electromagnetic isolation for network ports and signal paths. Operates reliably in -20°C to 50°C environments. Simplifies deployment with static IP configuration and web-based management interface, ensuring long-term stability in industrial settings with strong interference resistance.
Future-proof flexibility
Supports dual-mode switching (CANFD/CAN), configurable RS485 baud rates (9.6K–115.2Kbps), and independent arbitration field/data field speed adjustments (up to 5M/2M). Includes software/hardware upgrade interfaces to adapt to future battery technology advancements.
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