Testing that Reaches the World
Battery Seismic Testing
Embark on a journey of fortification and reliability with our specialized seismic testing services tailored exclusively for the battery industry. At Clark Testing, we recognize the paramount importance of ensuring that battery technologies can withstand seismic events and other forms of mechanical stress. Our advanced seismic testing capabilities are meticulously designed to evaluate the structural integrity and resilience of your battery products under seismic conditions.
Armed with state-of-the-art testing equipment and guided by our experienced team of engineers, we offer a comprehensive suite of seismic testing protocols uniquely tailored to address the specific challenges faced by battery developers. Whether you're engineering batteries for stationary energy storage, telecommunications infrastructure, or mission-critical applications, our testing solutions are meticulously calibrated to replicate the seismic forces your products may encounter.
Partnering with Clark Testing means gaining access to a trusted partner dedicated to fortifying the reliability and robustness of your battery innovations. Our rigorous testing processes, personalized customer service, and industry-leading expertise ensure that your battery products not only meet but exceed regulatory requirements and industry standards for seismic resilience. Choose [Company Name] for your seismic testing needs and navigate the competitive landscape of the battery industry with confidence and assurance
Typical SeismicValidation Testing for battery modules and battery packs include:
- IEEE
- AC-156
- UBC
Which Clark Shake Table is Right for You?
Clark’s Seismic Lab has equipment for every testing need. Its primary tri-axial seismic shake table is comprised of a 15’ x 15’ mounting surface (which can be extended up to 26’) operating on an independent tri-axial hydraulic system. A comprehensive list of our shake tables and their specs can be found below.
| Table 1 Tri-Axial (Anco) | |
| Size | 15’L x15’W x45’H (can be extended up to 26’L) |
| Payload | 25,000lbs |
| Acceleration | 8G ZPA, 18G SRS |
| Frequency Range | 1-100Hz |
| Tables 2 & 3 (RIM) | |
| Size | 4’L x4’W x35’H |
| Payload | 15,000lbs |
| Acceleration | 12G ZPA, 30G SRS |
| Frequency Range | 1-250Hz |
| Tables 4 & 5 (MIL) | |
| Size | 15’L x15’W x39’H (can be extended up to 24’L) |
| Payload | 20,000lbs |
| Acceleration | 3G ZPA, 8G SRS |
| Frequency Range | 1-250Hz |
Clark’s advanced computerized feedback systems greatly reduce over testing (exceeding prescribed tolerance) and minimize the need for multiple shakes – both of which can be common in the industry.
Test input motion can be derived from field data, sinusoidal, random, multi-frequency, or sine beat waveforms to achieve the required response. Clark’s data acquisition and electronic monitoring systems can record over 100 independent channels to ensure detailed and comprehensive data is recorded from each test.