B560S/B760S SINGLE-ENDED BEAM LOAD CELL
| Patameter | Units | Specifications | ||||
| Model No. | B560S/B760S | |||||
| Rated capacity (Emax) | kN | 5 / 10 /20 | 50 | 100 | ||
| kg | 510 / 1020 / 2039 | 5099 | 10197 | |||
| Accruacy class 1)2) | C3 C5 | |||||
| Min. dead load | kg | 0 | ||||
| Rated output | mV/V | 2.0 ± 0.002 | ||||
| Zero balance | % of Emax | < ± 1 | ||||
| Repeatability error | % of AL 3) | < ± 0.010 < ± 0.006 | ||||
| Creep; 30 minute | % of AL | < ± 0.017 < ± 0.010 | ||||
| Min. dead load output return (DR); 30 min | % of AL | < ± 0.017 < ± 0.010 | ||||
| Temp. effect on | Min. dead load output | % of Emax/℃ | < ± 0.0020 < ± 0.0014 | |||
| Rated output 2) | % of AL/℃ | < ± 0.0012 < ± 0.0007 | ||||
| Temperature range | Compensated | ℃(°F) | -10 to +40 [+14 to +104] | |||
| Operating | -30 to +65 [-22 to +149] | |||||
| Safe storage | -40 to +80 [-40 to +176] | |||||
| Excitation voltage | Recommended | V AC/DC | 5 ~ 15 | |||
| Maximum | 15 | |||||
| Terminal resistance | Excitation | Ω | 1100 ± 15 | |||
| Output | 1000 ± 3 | |||||
| Insulation resistance @50VDC | MΩ | >5000 | ||||
| Breakdown voltage | V AC | >500 | ||||
| Seal type / IP rating | Hermetically welded / IP68 IP69k | |||||
| Load limit | Safe | % of Emax | 150 | |||
| Ultimate | 300 | |||||
| Material | Spring element | Stainless steel [ B760S: 17-4PH ] | ||||
| Strain gauge | PEEK [ B760S: HBK SG ] | |||||
| Cable | Φ5.6; 4-wire; PVC [ B760S: PU ] | |||||
| Cable length | m | 10.0 | ||||
| Weight; approx | kN | 5~20kN | 50kN | 100kN | ||
| 1.4 | 2.9 | 7.1 | ||||
| Fatigue life | cycles @Emax | >1,000,000 | ||||
| Deflection at Emax; approx | mm | <0.5 | ||||
| Barometric pressure effect on Zero Output | Vmin/kPa | <1.0 | ||||
| Mounting screw | Size/Grade | M12 / A2-70 | M20 / A2-70 | M24 / A2-70 | ||
| Recommended torque | N.m | 98 | 275 | 400 | ||
| Notes: | ||||||
| 1) Error due to the combined effect of non-linearity and hysteresis | ||||||
| 2) The sum of errors due to Temperature Effect on Output comply with the requirements of OIML R60 and NIST HB44 | ||||||
| 3) AL = Applied Load | ||||||















