Petra ME is a Zemic BM8H Shear beam load cell supplier. The (single ended) shear beam is designed for low profile scale and process applications. The shear beam capacities are from 100kg to 50t. One end of the shear beam contains the mounting holes while the opposite end is where the cell is loaded. The load cell should be mounted on a flat smooth surface with high strength hardened bolts.
The larger shear beam cells have more than two mounting holes to accommodate extra bolts to keep the hardware from stretching under stress load. Shear beams are available of nickel plated alloy steel or stainless steel for use in harsh environments.
Features:
- Stainless steel IP68 shear beam load cell
- Hermetically sealed
- Suitable for hopper, platform and pallet scales
- High accuracy
- Current calibrated (A1-option)
Petra ME is a load cells supplier in UAE, Oman, Saudi and Jordan with a network of load cells and strain gauge sensors dealers and distributors in all GCC and East Africa. Our range of brands and models comes from different load cells manufacturers.
Zemic BM8H Shear beam load cell is a strain gauge sensor type. Stainless steel 17-4PH constructed IP68 shear beam Load Cell. Hermatically sealed Class C3 OIML R60 Approved, for total protection from ingress of liquids. Ideally suitable for truck scales, track scales, hoopers, vessels, and other electronic weighing devices. Supplied with 6m (6 core screened cable) length on models 2-5te, and 3m on 500kg-1te models, more than enough for local connection to indicator.
See accessories for the weighing assemblies available for this product also check out our range of electronic load indicators and amplifiers for a complete weighing solution.
- Stainless Steel Construction
- Sealed to IP68
- Hermatically Sealed
- Class C3 OIML Approved
- 0mV/V
| Accuracy class | OIML R60 C3 | ||||
| Output sensitivity ( = FS ) | mV/V | 2.0 ± 0.02 | |||
| Maximum capacity ( Emax ) | t | 0.5, 1, 1.5, 2, 5 250 | |||
| Max.number of load cell intervals | nLC | 3000 | |||
| Ratio of min. LC verification interval | Y = Emax / vmin | 15000 | |||
| Combined Error | %FS | ≤± 0.0230 | |||
| Minimum dead load | Of Emax | 0% | |||
| Safe overload | of Emax | 150 % | |||
| Ultimate overload | of Emax | 300 % | |||
| Zero balance | of FS | < ± 1.0 % | |||
| Excitation, recommended voltage | V | 5 ~ 12 | |||
| Excitation maximum | V | 18 | |||
| Input resistance | Ω | 1000 ± 10 | |||
| Output resistance | Ω | 1000 ± 10 | |||
| Insulation resistance | MΩ | ≥5000 ( at 50VDC ) | |||
| Compensated temperature | °C | -10 ~+40 | |||
| Operating temperature | °C | -35 ~ +65 | |||
| Storage temperature | °C | -40 ~ +90 | |||
| Element material | Stainless steel | ||||
| Ingress Protection (acc. to EN 60529) | IP68 | ||||
| Recommended torque on fixation bolts | Nm | M12: 100 M20:450 | |||
| ATEX classification (optional) | II1G Ex ia II1C T4 | II1D Ex iaD 20 T73°C | II3G nL IIC T4 | ||
