Capacités nominales | 100lb, 500lb, 1Klb, 2.5Klb, LE2.5Klb, 4Klb, SE5Klb, 5Klb, 10Klb, 15Klb, 20Klb, 100kg, 500kg, 2t, 2.5t, 3t, 5t, 10t, 20t |
Sortie pleine échelle | 3.0mV/V ± 0.25% |
Solde zéro | ±0.02 mV/V |
Non-linéarité | <±0.17% |
Répétabilité | <±0.17% |
Erreur d'hystérésis | <±0.17% |
Creep in 30 min | <±0.23% |
Résistance d'entrée | 400Ω ± 20 for kg; 350Ω ± 7 for lb |
Résistance de sortie | 350Ω ± 3 |
Résistance de l'isolation | >2 [50V DC] GΩ |
Cable Material | Custom high-temperature wire |
Excitation recommandée | 10V (15V maximum) |
Plage de température compensée | -10°C to 150°C/ 14°F to 302°F (Customizable up to 200°C) |
Surcharge sûre | 150% de la pleine échelle |
Rompre la surcharge | 300% de la pleine échelle |
Seal Type / IP Rating | Cap. ≤300kg/500lb: Environmentally Sealed/IP66 Cap.≥500kg/1Klb: Environmentally Sealed/IP67(Custom vacuum-sealed version) |
Cable Color Code | Exc+ Red; Exc-Black; Sig+ Green; Sig- White; Shield Bare |
563Yx-AS-VAC Cellule de charge à poutre simple extrémité
High-Temperature and Vacuum Shear Beam Load Cells from ANYLOAD are designed for environments where standard sensors fall short. Built for aerospace, semiconductor manufacturing, metallurgy, and advanced research, they provide the accuracy and stability needed under extreme thermal and pressure conditions, while offering the flexibility to be configured for unique project requirements.
- Applications: aerospace, semiconductor manufacturing, metallurgy, advanced research, etc.
- Special configuration based on the proven 563YH load cell platform, engineered for demanding vacuum and high-temperature applications
- Vacuum-compatible (option): Sealed internal cavities and low-outgassing construction for dynamic vacuum environments down to 1 Pa (~1 x 10-² Torr)*, rated for repeated vacuum cycling.
- High Temperature Resistance (option): Compensated range* -10°C to 150°C, operational up to 200°C
Without material effect on weighing accuracy for most applications. Please nous contacter for more info about the part-number information.