Description
HISBH04 – C2® Stainless Steel, Hermetically Sealed Shear Beam Load Cell (1,125 lbs – 22,500 lbs)
The Hardy HISBH04 Advantage Shear Beam is a precision load cell sensor. With a low combined error rating of 0.02% and capacity from 1,125 lbs – 22,500 lbs this shear beam is a work horse for demanding compression applications.
Load sensors provide extraordinary flexibility and durability in most industrial environments. It comes in stainless steel with true hermetic sealing and C2® electronic calibration capabilities. The IP68/IP69k load sensors are mV/V and mV/V/ohm matched in the factory. These sensors can be coupled with OneMount, Bumper/Slider/Fixed or HIMSBRE mounts for flexibility in a wide variety of industrial applications.
| Parameter | Specification |
|---|---|
| Load Sensor | HI SBH04 |
| Maximum Capacity (Emax) | 1.125k / 2.25k / 4.5k / 11.25k / 22.5k lbs |
| Max. Number of Verification Intervals (nmax) | 3000 |
| Min. Load Cell Verification Interval (vmin) | Emax / 11000 |
| Combined Error | ±0.0200 %RO |
| Non-Linearity | ±0.0166 %RO |
| Hysteresis | ±0.0166 %RO |
| Creep Error (30 min) / DR | ±0.0166 %RO |
| Temp. Effect on Min. Dead Load Output | ±0.0127 %RO / 10°C |
| Temp. Effect on Sensitivity | ±0.0100 %RO / 10°C |
| Non-Repeatability | Not specified |
| Rated Output (RO) | 2 ± 0.1 % mV/V |
| Calibration (mV/V/Ω) | Matched |
| Zero Balance | ±5 %RO |
| Excitation Voltage | 5 – 15 V |
| Input Resistance | 1100 ± 50 Ω |
| Output Resistance | 1000 ± 2 Ω |
| Insulation Resistance (100 VDC) | ≥ 5000 MΩ |
| Safe Load Limit | 200 % Emax |
| Ultimate Load Limit | 300 % Emax |
| Safe Side Load | 100 % Emax |
| Compensated Temperature Range | –10 … +40 °C |
| Operating Temperature Range | –40 … +80 °C |
| Load Cell Material | Stainless Steel 17-4PH (1.4548) |
| Sealing | Complete Hermetic Sealing (Glass-to-Metal Header) |
| Protection Class (EN 60529) | IP68 (up to 2 m water depth) / IP69k |
| Cable Length | 20 ft |
| Hazardous Area Certification | IS Class 1, 2, 3 Div. 1 |
| Legal for Trade | NTEP COC 99-057A1 |
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