S-Beam Load Cell S520 Series
S-Beam Load Cell S520 Series

S-Beam Load Cell S520 Series

Material: Alloy steel (Metric thread)

Rated Capacity:50kg~5t

OIML R60, NTEP HB44,CPA, CE and RoHS certified

IP Rating: IP66 /IP68

Suitable for process weighing of hopper scales, silo scales, tank scales, also force measurement. High precision by OIML R60 C5, high reliability

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S520 is a square-shaped tension & compression load cell, completely hermetically sealed by laser to ensure it can work in harsh environment. Available in a wide range of capacities from 50kg to 5t

Parameter Units Specifications
Model No. S520A
Rated capacity (Emax) kg/t 50;100;200;300;500;1000/2;3;5
Accuracy class1)2) C3                    C5
Min. dead load kg 0
Rated output mV/V 2.0 ± 0.002
Zero balance % of Emax ± 1
Repeatability error % of AL3) <±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/°C <±0.0020                                <±0.0014
Temp. effect on (Rated output2)) % of AL/°C <±0.0012                                <±0.0007
Temperature range (Compensated) °C(°F) -10 to +40 [+14 to +104]
Temperature range (Operating) -40 to +65 [-40 to +149]
Temperature range (Safe storage) -40 to +80 [-14 to +176]
Excitation voltage (Recommended) V AC/DC 5 ~15
Excitation voltage (Maximum) 15
Terminal resistance (Excitation) Ω 384± 5
Terminal resistance (Output) 350 ± 3
Insulation resistance @50VDC > 5000
Breakdown voltage V AC > 500
Seal type / IP rating Cap.≤1000kg:Silicon rubber/IP66
Cap.≤2t:Hermetically welded/IP68
Load limit (Safe) % of Emax 150
Load limit (Ultimate) 300
Material(Spring element) Stainless steel
Material(Cable) Ø5.6;4-wire;PVC
Cable length m 5.0
Weight; approx kg 50-500kg                 1000kg                  2-5t
0.8                          1.0                         1.4
Fatigue life cycles @Emax >1,000,000
Deflection at Emax; approx mm < 0.5
Barometric pressure on Zero Output Vmin/kPa < 1.0

Notes:

1Error due to the combined effect of non-linearity and hysteresis

2The sum of errors due to Temperature Effect on Output comply with the requirements of OIML R60 and NIST HB44

3AL = Applied Load

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