? Explanation
  • add to Notepad
  • HTML-Datasheet
  • no Datasheet available
  • Productdetails as PDF

AOBU Single Point Bending Beam Load Cell

Loadcell AOBU

The AOBU series single point load cell is designed for low profile scales and automatic weighing systems where great accuracy, reliability and fast measurement are required.

Technical dataAOBU

Rated capacity (RC):

3 kg

6 kg, 10 kg, 25 kg, 30 kg, 50 kg,
52 kg, 100 kg, 150 kg, 250 kg

Non-linearity:

≤0.02 % RO

Hysteresis:

≤0.02 % RO.

Creep, 20 min:

≤0.03 %

Non-repeatability:

≤0.02 % RO

Rated output (RO):

1 mV/V ±10 %

Zero balance:

≤5 % RO

Temperature effect on rated output:

≤0.012 % load/10 K

Temperature effect on zero balance:

≤0.03 % RO/10 K

Compensated temperature range:

-10 … +70 °C

Operating temperature range:

-20 … +80 °C

Supply voltage, recommended:

10 VDC

Supply voltage max.:

15 VDC

Terminal input resistance:

420 Ω ±20 Ω

Terminal output resistance:

350 Ω ±5 Ω

Insulation resistance, min.:

2000 MΩ at 50 VDC

Safe overload:

150 % RC

Ultimate overload:

300 % RC

Environmental sealing:

meets IP65

Electr. connection:

capacity 3 kg to 30 kg
capacity 50 kg to 250 kg

Ø4 mm x 1.5 m (22AWG x 4-core, shielded)
Ø5 mm x 1.5 m (22AWG x 4-core, shielded)

Rated capacity Max. allowable platform size

3 kg (29.4 N)

200 x 200 mm

6 kg to 30 kg (58.8 N to 294 N)

300 x 300 mm

50 kg (490 N)

400 x 500 mm

52 kg to 250 kg (510 N to 2.45 kN)

400 x 600 mm

Dimensions

Dimensions of loadcell AOBU

Dimensions in ''mm'', all values are approx. values These drawings are for information only and not intended for construction purpose. Please contact us for detailed drawings.

Wiring

Wiring of loadcell Series A

red

+ supply voltage

green

+ output signal

white

- supply voltage

blue

- output signal

Ordering Information

AOBU-xx rated capacity xx
 

3 = 3 kg

50 = 50 kg

 
 

6 = 6 kg

52 = 52 kg

 
 

10 = 10 kg

100 = 100 kg

 
 

25 = 25 kg

150 = 150 kg

 
 

30 = 30 kg

250 = 250 kg

 

Safety note: Depending on the application it may be essential to provide additional safety precautions like safety chains etc. for catching the load in a breakage, which cannot be excluded completely.