AZLI Single Point Load Cell (ATEX)
For platforms 400 x 400mm / 800 x 800mm
Key features
- Range: 10 to 50kg (platforms 400 x 400mm) and 100 to 500kg (platforms 800x800mm)
- 17-4 PH Stainless steel construction
- Combined error < +/- 0.02% (0.017% C4)
- Protection class IP68
- Accuracy class C3 (OIML R60)
- AZLI 10, 20, 50: Class C3/C4
Do you need this sensor for your next project?
Request a no-obligation quote or send us your contact details for a free, no-obligation consultation. Our sales engineers will then contact you within a maximum of 1 to 2 working days.
Product downloads
Talk to our experts
Not exactly what you are looking for? We offer standard sensors, but can also help you with sensors adapted for you or a fully customised measurement solution. Contact us for advice or pricing.
Talk to an expertTechnical Specifications
| Specification | Value |
|---|---|
| Combined error | ≤±0.02% | ≤±0.017% |
| Compensated temperature range | -10 °C / +40 °C |
| Creep at nominal load in 30 minutes | 0.02% |
| Deflection at nominal load | 0.5 mm |
| Input resistance | 350 Ω ±3.5 |
| Insulation resistance | ≥5000 MΩ |
| Material | 17-4 PH Stainless steel |
| Max supply voltage without damage | 18 V |
| Minimum verification interval (v min) | E max / 10000 | E max / 40000 |
| Nominal load (e max) | 10 - 20 - 50 - 100 - 200 - 300 - 500 kg | 10 - 20 - 50 kg |
| Oiml r60 accuracy class • verification intervals | C3 • 3000 | C4 • 4000 |
| Operating temperature range | -35 °C / +65 °C |
| Output resistance | 350 Ω ±3.5 |
| Protection class | IP68 |
| Rated output | 2 mV/V ±10% |
| Safe overload (% of full scale) | 150% |
| Temperature effect on span | 0.0014% °C |
| Temperature effect on zero | 0.0017% °C |
| Ultimate overload (% of full scale) | 300% |
| Zero balance | ±2% |
Related products
Need something else?
PTC Single Point Load Cell (ATEX)
- Range: 30 to 150kg
- Stainless steel AISI 420 construction
- Combined error < +/- 0.02%
AM Single Point Load Cell (ATEX)
- Range: 60 to 300kg
- Aluminium alloy loadcell
- Combined error < +/- 0.02% (0.017% C4; 0.014% C5)