AWE Double Shear Beam Load Cell | AGF-2
Simple to install and easy to use. Suitable for electronic truck scale, railroad scale, hopper scale and various special scales.
AGF-2 Double Shear Beam Load Cell Features:
Specifications
Rated Output (mV/V) | 3.00 ± 0.01 |
Nonlinearity | ± 0.02% of Full Scale |
Hysteresis | ± 0.02% of Full Scale |
Repeatability | ± 0.01% of Full Scale |
Creep (30 minutes) | ± 0.02% of Full Scale |
Zero Balance | ± 1.00% of Full Scale |
Temperature Effect on Zero | ± 0.02% of Full Scale/10°C |
Temperature Effect on Output | ± 0.02% of Full Scale/10°C |
Input Resistance (Ω) | 700± 10 |
Output Resistance (Ω) | 700± 3 |
Insulation Resistance (Ω) | ≥ 5000M |
Excitation Voltage | 10V (DC/AC) |
Compensated Temperature Range | -10°C to +50°C |
Operation Temperature Range | -20°C to +60°C |
Safe Overload | 120% of Full Scale |
Cable | Φ6x12m |
Cable Colour Code | Input: Red(+) Black(-) Output: Green(+) White(-) |
To contact Australian Weighing Equipment about AWE Double Shear Beam Load Cell | AGF-2 use Get a quote.
Simple to install and easy to use. Suitable for electronic truck scale, railroad scale, hopper scale and various special scales.
AGF-2 Double Shear Beam Load Cell Features:
Specifications
Rated Output (mV/V) | 3.00 ± 0.01 |
Nonlinearity | ± 0.02% of Full Scale |
Hysteresis | ± 0.02% of Full Scale |
Repeatability | ± 0.01% of Full Scale |
Creep (30 minutes) | ± 0.02% of Full Scale |
Zero Balance | ± 1.00% of Full Scale |
Temperature Effect on Zero | ± 0.02% of Full Scale/10°C |
Temperature Effect on Output | ± 0.02% of Full Scale/10°C |
Input Resistance (Ω) | 700± 10 |
Output Resistance (Ω) | 700± 3 |
Insulation Resistance (Ω) | ≥ 5000M |
Excitation Voltage | 10V (DC/AC) |
Compensated Temperature Range | -10°C to +50°C |
Operation Temperature Range | -20°C to +60°C |
Safe Overload | 120% of Full Scale |
Cable | Φ6x12m |
Cable Colour Code | Input: Red(+) Black(-) Output: Green(+) White(-) |
To contact Australian Weighing Equipment about AWE Double Shear Beam Load Cell | AGF-2 use Get a quote.
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