ELT Vmax
Electrolyte Leak Detector for Inline leak testing during mass production of battery cells
Product configurator
Gemini™ MxG5xx
Patented direct electrolyte leak test method developed by INFICON
With this unique electrolyte leak detection method, ELT Vmax allows for fast and efficient leak testing of metal-ion batteries. It is used for all cell types and in a wide range of industries, whether for traction batteries in the automotive industry, in communication technology, in consumer electronics, in power tools or in medical technology.
The ELT Vmax reliably detects electrolyte leaks down to the micrometer range - and finds leaks up to 1,000 times smaller than with conventional methods. With direct electrolyte leak testing, metal-ion batteries such as lithium, sodium, and aluminum-ion batteries of all cell formats can be reliably tested.
Inline leak testing at the pace of your battery cell production
With the combination of intelligent process control and a powerful mass spectrometer system, ELT Vmax enables faster measurements with very short cycle times. With its modular and compact design, ELT Vmax offers system integrators a space saving design for easy integration into high-speed production systems.
Space-saving, slim and easy to integrate
The measuring unit of ELT Vmax is reduced to the essentials and optimized for use in fully automated production lines. Thanks to the multi-chamber connection and in combination with powerful external pumps, it is the perfect basis for high throughputs.
Advantages at a glance
- High-speed throughput: Particularly short measuring times thanks to the combination of intelligent process control and a powerful sensor. Extra throughput with optimally designed vacuum systems consisting of external pumps , suitable batch sizes and carrier gas for even faster response time
- High uptime: Integrated gross leak test to protect against production interruptions due to serious contaminations
- Fully automated calibration: E-check connection kit for connecting the test leak to the vacuum chambers for continuous calibration, fast availability without manual intervention
- Easy integration: Compact, space-saving design for easy integration into high-speed production lines
- High flexibility: ELT Vmax tests all cell formats of battery cells filled with liquid electrolyte, such as
lithium-ion, sodium-ion batteries and many more. - Can be installed in dry room environments
Typical Applications
Markets
- Automotive
- 3C (Computing, Communication, Consumer Electronics Industry)
- Energy storage
Manual or automated leak testing of metal-ion battery cells
- Soft pouch cells
- Prismatic cells
- Round cells
- Coin cells / button cells
- Super capacitors
Specifications
| Smallest detectable leak rate | 5x10-7mbar·l/s (Helium equivalent leak rate) |
| Leak rate unit | mbar·l / s, atm·cc / s, Pa·m³ / s |
| Detection sensor | Quadropole mass spectrometer (2 cathodes) |
| Serial interfaces | USB 2.0; M12 (for connection I/O1000); RJ45 (network connection) PROFIBUS, PROFINET, DeviceNet, Ethernet / IP, serial interface (RS232), digital I/Os |
| Dimensions (W x H x D) | 482,6 mm x 233,4 mm x 497,5 mm (19 in x 9,2 in x 19,6 in) |
| Menu navigation | German, English, Spanish, Korean, Chinese, Japanese |
Odering Information
| 600-301 | ELT Vmax |
| 600-106 | E-Check Connection Kit (E-check not included in the scope of delivery) |
| 600-310 | CP7-Control Panel |
| 600-107 | Carrier gas capillary 10 sccm |
| 560-310 | I/O 1000 module |
| 560-315 | BM1000 PROFIBUS module |
| 560-316 | BM1000 PROFINET IO module |
| 560-317 | BM1000 DeviceNet module |
| 560-318 | BM1000 Ethernet/IP module |
| 560-332 | Data Cable 2 m |
| 560-335 | Data Cable 5 m |
| 560-340 | Data Cable 10 m |
| 600-105 | E-Check Calibration Leak (DMC) |
