Conventional weighing cells for truck scales are regularly damaged during storms. Yet the POWERCELL MTX load cell from METTLER TOLEDO is so reliable that not even a direct lightning strike can take it out of action. Mud, snow, water and lightning routinely cause damage to typical vehicle scale load cells (sensors). METTLER TOLEDO developed the POWERCELL MTX load cell for this kind of tough weather conditions. Many scale users discovered that a damaged sensor doesn’t just cause the scale to fail but to register incorrect weight. The error was only discovered during an annual calibration or after a dissatisfied customer.
Thanks to the POWERCELL load cell, there are hardly any service calls to the METTLER TOLEDO because of defective load cells. The POWERCELL MTX has been tested and proven for prolonged submersion, lightning resistance, and is the first digital vehicle scale cell to be tested and proven for IP69K (60°C water jets).
The POWERCELL is successfully operating the desert, Siberia and is installed in the only weighbridge in Antarctica. The only time a scale user sees the service department is during routine maintenance – this translates into real cost savings.
In the rare event of a cell failure, usually physical damage to the cell, the POWERCELL network reports the failure within 300 milliseconds. Imagine knowing that your scale is delivering dishonest weight in less than one second: No time for dissatisfied customers!
Fast Facts: POWERCELL MTX load cells
- Over 500000 Installed worldwide
- 25-90t / 55000-200000lbs
- Instant failure notification
- IP68/IP69K
- 3000e - 6’000e OIML
- 5000e – 10000e NTEP
- ATEX zone 1/21 & 2/22
- Integral lightning protection
- Digital monitoring and correction
- Temperature changes
- Zero change
- Hysteresis
Fast Facts: Weigh Bridges
- 24/7 use of the weighbridge
- Rugged and long life design
- Low profile
- Corrosion resistant
- All foundation types:
- Pit
- Portable
- Surface mount
- Normal & extreme duty loading
- On road & off road vehicles designs
| Please contact us for further information |
