| 项目 / Parameter (CN/EN/RU/ES) | 单位 (Unit) | 参数值 (Value) |
| 额定载荷 / Rated load | T | 0.5 / 1 / 1.5 / 2 / 2.5 / 3 / 5 / 10 |
| Номинальная нагрузка / Carga nominal | ||
| 综合误差 / Comprehensive error | % FS | ≤ ± 0.020 |
| Комбинированная ошибка / Error combinado | ||
| 输出灵敏度 / Output Sensitivity | mV/V | 2.0 ± 0.002 |
| Чувствительность на выходе / Sensibilidad de salida | ||
| 输出阻抗 / Output impedance | Ω | 350 ± 3.50 |
| Выходное сопротивление / Impedancia de salida | ||
| 允许温度范围 / Allowable temp. range | °C | -35 ~ +70 |
| Допустимый диапазон температур / Rango de temp. permitido | ||
| 认证等级 / Authentication | — | OIML R60 C3 |
| Сертификация / Certificación | ||
| 输入阻抗 / Input impedance | Ω | 350 ± 3.5 |
| Входное сопротивление / Impedancia de entrada | ||
| 绝缘阻抗 / Insulation impedance | MΩ | ≥ 5000 (50V DC) |
| Сопротивление изоляции / Impedancia de aislamiento | ||
| 推荐激励电压 / Recommended excitation voltage | V (DC) | 5 ~ 12 |
| Рекомендуемое напряжение возбуждения / Voltaje de excitación recomendado | ||
| 防护等级 / Protection class | — | IP66 |
| Класс защиты / Clase de protección |
1. C3等级高精度:综合误差≤±0.020%FS,输出2.0±0.002mV/V,适合平台秤/料斗秤/罐体称重等工业场景。
2. 稳定耐用,抗偏载结构:剪切梁/悬臂梁结构,长期稳定;蠕变≤±0.016%FS/30min,重复性更可靠。
3. 温漂小,环境适应强:温补-10~40℃;工作温度-35~70℃;温度对零点/灵敏度影响更小,适合工厂现场。
4. 电气参数通用易配套:350Ω输入/输出阻抗;推荐激励5~12VDC(最大18VDC),便于搭配变送器/仪表。
5. 多量程多尺寸可选:0.5~10T多规格;不同量程对应不同尺寸与螺纹(M12/M18/M24等),选型更匹配安装空间。
1. C3 Accuracy & Stable Output: 2.0 ± 0.002 mV/V sensitivity with ≤ ±0.020%FS combined error for reliable industrial weighing.
2. Shear Beam Design for Industrial Scales: Designed for platform, hopper and tank weighing applications with good long-term stability.
3. Low Creep & Low Temp Drift: Creep ≤ ±0.016%FS/30min; temperature effects on zero and sensitivity help maintain repeatability.
4. Easy Electrical Matching: 350 ± 3.5Ω input/output impedance; recommended 5–12VDC excitation (max 18VDC).
5. Multiple Capacities & Mounting Sizes: 0.5–10T options; different capacities come with different dimensions and thread sizes (M12/M18/M24, etc.).





