WST1406 Onboard weighing system use Double ended shear beam load cell, The double-ended shear beam load cell is a high-precision force sensor primarily used for heavy-duty measurements in industrial applications. Its core design involves fixed supports at both ends and force applied in the middle, converting the shear deformation at the beam’s center into an electrical signal.
Its main advantages are symmetrical structure, extremely high stability, and strong resistance to eccentric loads and lateral forces. It is typically used for large-capacity weighing, with common ranges from 5 tons to over 200 tons.
Main applications include:
1. Vehicle weighing: This is the most common application, used in truck scales (weighbridges), rail scales, etc., for weighing trucks, trains, etc.
2. Tank and hopper weighing: Used for continuous level monitoring or quantitative feeding of large storage tanks, silos, and hoppers.
3. Industry and trade: Meets the accuracy requirements of commercial trade settlements and is widely used in platform scales, belt scales, and various industrial process control applications.
4. Many products are made of nickel-plated alloy steel or stainless steel, achieving IP67/IP68 protection ratings, resisting corrosion, and suitable for harsh environments such as outdoors, in humid conditions, and even requiring high-pressure washing.
FEATURES
• Material: Alloy steel
• Rated Capacities: 15t
• IP Rating: IP68
• Suitable for onboard vehicle weighing system and other electronic weighing devices
• High precision, high reliability
SIZE(mm)
SPECIFICATION
| Patameter | Units | Specifications | |
| Model No. | WST1406 | ||
| Rated capacity (Emax) | t | 15 | |
| Accruacy class 1)2) | 0.1% | ||
| Min. dead load | kg | 0 | |
| Rated output | mV/V | 1.125 ± 0.005 | |
| Zero balance | % of Emax | ± 1 | |
| Repeatability error | % of AL 3) | ＜ ± 0.02 | |
| Creep; 30 minute | % of AL | ＜ ± 0.020 | |
| Min. dead load output return (DR); 30 min | % of AL | ＜ ± 0.020 | |
| Temp. effect on | Min. dead load output | % of Emax/℃ | ＜ ± 0.002 |
| Rated output 2) | % of AL/℃ | ＜ ± 0.002 | |
| Temperature range | Compensated | ℃(°F) | -10 to +40 [+14 to +104] |
| Operating | -40 to +65 [-40 to +149] | ||
| Safe storage | -40 to +80 [-40 to +176] | ||
| Excitation voltage | Recommended | V AC/DC | 5 ~ 15 |
| Maximum | 15 | ||
| Terminal resistance | Excitation | Ω | 384 ± 10 |
| Output | 350 ± 3 | ||
| Insulation resistance @50VDC | MΩ | ＞5000 | |
| Breakdown voltage | V AC | ＞500 | |
| Seal type / IP rating | Hermetically welded / IP68 | ||
| Load limit | Safe | % of Emax | 200 |
| Ultimate | 300 | ||
| Material | Spring element | Alloy steel nickel plated | |
| Cable | Φ6; 4-wire; PVC | ||
| Cable length | m | 10.0 | |
| Weight; approx | kg | 7.0 | |
| Fatigue life | cycles @Emax | ＞1,000,000 | |
| Deflection at Emax; approx | mm | ＜0.5 | |
| Barometric pressure effect on Zero Output | Vmin/kPa | <1.0 | |
| 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 | |||
