Double-Ended Shear Beam Load Cell DB940A Series
Double-Ended Shear Beam Load Cell DB940A Series

Double-Ended Shear Beam Load Cell DB940A Series

Material: Alloy steel

Rated Capacities:25klb~100klb

OIML NTEP HB44, CE and RoHS certified

IP Rating: IP68

Suitable for truck scale, heavy duty hopper scales and other electronic weighing devices

High precision by NTEP III L 10000, high reliability.

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DB940A is a double ended shear beam, both ends loaded, center supported via self-aligning semicircular arc convex structure, so that the force can be applied properly. This load cell is suitable for a wide range of truck scales, giant vessel scales and rail scales. It is designed to be lifted via a pair of parallel connected ring at both ends. Fully alloy steel construct, hermetically sealed, which ensure high seals performance of waterproof.

Parameter Units Specifications
Model No. DB923A
Rated capacity (Emax) lbs 50k;75k;100k
Accuracy class1)2) % of Emax ±0.02
Min. dead load lb 0
Rated output mV/V 3.0 ± 0.1%
Zero balance % of Emax ± 1
Repeatability error % of AL3) <±0.05
Creep; 30 minute % of AL <±0.02
Min. dead load output return (DR); 30 min % of AL <±0.02
Temp. effect on (Min. dead load output) % of Emax/°C <±0.002
Temp. effect on (Rated output2)) % of AL/°C <±0.002
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 766 ± 5
Terminal resistance (Output) 700 ± 3
Insulation resistance @50VDC > 5000
Breakdown voltage V AC > 500
Seal type / IP rating Hermetically welded / IP68
Load limit (Safe) % of Emax 150
Load limit (Ultimate) 200
Material(Spring element) Ally steel nickel plated
Material(Cable) Ø6;4-wire;PVC
Cable length ft 52.5
Weight; approx lb 25-40k               50-75k               100k
12.0                   18.0                    40.0
Fatigue life cycles @Emax >1,000,000
Deflection at Emax; approx mm < 1.5

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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