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DBT-720-K(L)
Danble
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Tailored for the unique demands of battery testing, our rapid temperature change test chamber combines safety, precision, and efficiency to meet industry standards such as IEC 62133, UN38.3, and GB/T 31241.
|Advanced Control & Monitoring
The integrated PLC system with a 7-inch touchscreen allows programming of 50+battery -specific test profiles, including temperature -voltage synchoronization.
Real-time data logging tracks battery temperature, voltage, and current during thermal cycles, with automatic alerts for abnormal conditions. (e.g., temperature exceeding 80℃ for lithium-ion cells)
|Battery-Specific Performance
Temperature Range: -40℃~+150℃ (optional for lithium-ion batteries), with optional extended ranges for high-temp battery testing.
Ramp Rate: 5℃~15℃/min ( Linear), 5℃~30℃/min (non-Linear), adjustable to simulate fast-charging thermal spikes or environmental temperature swings.
Chamber Safety: Equipped with explosion-proof design, gas detection sensors, and emergency exhaust system to handle battery overheating or leakage risks.
|Battery Testing Capabilities
Thermal Cycling Tests: Replicate hundreds of charge-discharge cycles under varying temperatures to assess capacity degradation and cycle life.
Temperature Impact Tests: Evaluate battery performance at extrem cold( e.g., -40℃ for EV winter use) and high heat ( e.g., +60℃ for summer storage)
Thermal Runaway Prevention: Detect critical temperature points where batteries may malfunction, supporting safe battery design optimization.
|Design for Battery Sizes
Flexible Chamber Sizes: From small chambers ( accommodating 18650/21700cells) to large enclosure for EV battery packs ( up to 1000L volume)
Sample Holders: Customized racks to secure battery cells, modules, or packs, ensuring stable positioning during rapid temperature changes.
|Durable & Safe Construction
Interior: 304 stainless steel chamber with corrosion resistance, suitable for long-term use with various test samples.
Insulation: High-density polyurethane foam insulation minimizes energy loss, reducing operational costs.
Safety Features: Over-temperature protection, door interlock (prevents chamber operation when open), and emergency stop button ensure operator safety and test integrity.
|Applications:
Ideal for industries requiring strict environmental validation:
Electronics: Test circuit boards, semiconductors, and batteries under rapid temperature shifts to detect latent defects.
Automotive: Validate components like sensors, connectors, and rubber parts for resistance to extreme thermal cycles.
Aerospace: Simulate high-altitude temperature variations to ensure aircraft parts meet safety standards.
|Compliance & Support
Certified to meet global battery testing standards, our chambers assist manufacturers in passing regulatory audits.
We provide pre-test consulting to align with specific battery types (e.g., cylindrical, prismatic, pouch) and offer training on safety protocols for high-risk battery testing.
A customized 3-year warranty and responsive technical support ensure long-term operational reliability.
Tailored for the unique demands of battery testing, our rapid temperature change test chamber combines safety, precision, and efficiency to meet industry standards such as IEC 62133, UN38.3, and GB/T 31241.
|Advanced Control & Monitoring
The integrated PLC system with a 7-inch touchscreen allows programming of 50+battery -specific test profiles, including temperature -voltage synchoronization.
Real-time data logging tracks battery temperature, voltage, and current during thermal cycles, with automatic alerts for abnormal conditions. (e.g., temperature exceeding 80℃ for lithium-ion cells)
|Battery-Specific Performance
Temperature Range: -40℃~+150℃ (optional for lithium-ion batteries), with optional extended ranges for high-temp battery testing.
Ramp Rate: 5℃~15℃/min ( Linear), 5℃~30℃/min (non-Linear), adjustable to simulate fast-charging thermal spikes or environmental temperature swings.
Chamber Safety: Equipped with explosion-proof design, gas detection sensors, and emergency exhaust system to handle battery overheating or leakage risks.
|Battery Testing Capabilities
Thermal Cycling Tests: Replicate hundreds of charge-discharge cycles under varying temperatures to assess capacity degradation and cycle life.
Temperature Impact Tests: Evaluate battery performance at extrem cold( e.g., -40℃ for EV winter use) and high heat ( e.g., +60℃ for summer storage)
Thermal Runaway Prevention: Detect critical temperature points where batteries may malfunction, supporting safe battery design optimization.
|Design for Battery Sizes
Flexible Chamber Sizes: From small chambers ( accommodating 18650/21700cells) to large enclosure for EV battery packs ( up to 1000L volume)
Sample Holders: Customized racks to secure battery cells, modules, or packs, ensuring stable positioning during rapid temperature changes.
|Durable & Safe Construction
Interior: 304 stainless steel chamber with corrosion resistance, suitable for long-term use with various test samples.
Insulation: High-density polyurethane foam insulation minimizes energy loss, reducing operational costs.
Safety Features: Over-temperature protection, door interlock (prevents chamber operation when open), and emergency stop button ensure operator safety and test integrity.
|Applications:
Ideal for industries requiring strict environmental validation:
Electronics: Test circuit boards, semiconductors, and batteries under rapid temperature shifts to detect latent defects.
Automotive: Validate components like sensors, connectors, and rubber parts for resistance to extreme thermal cycles.
Aerospace: Simulate high-altitude temperature variations to ensure aircraft parts meet safety standards.
|Compliance & Support
Certified to meet global battery testing standards, our chambers assist manufacturers in passing regulatory audits.
We provide pre-test consulting to align with specific battery types (e.g., cylindrical, prismatic, pouch) and offer training on safety protocols for high-risk battery testing.
A customized 3-year warranty and responsive technical support ensure long-term operational reliability.
