Pavone APCU0020 CVS Universal load cell

  • Pavone APCU0020 CVS Universal load cell

Pavone APCU0020 CVS Universal load cell

Code: APCU0020
Marque: Pavone

APCU0020 CVS 500KG S/S
APCU0040 CVS 1T S/S
APCU0060 CVS 2T S/S
APCU0080 CVS 5T S/S
APCU0100 CVS 10T S/S


The universal CVS load cell, built in stainless steel and designed for force measurements, is able to work both in traction and in compression and has excellent characteristics of linearity, precision and resistance. In fact, it withstands overloads of over 300% and has waterproof protection for use in severe environmental conditions. Furthermore, the load cell is equipped with an M8-PG7 cable gland and a 5-meter shielded cable with 4 conductors.

Technical Specifications

Rated load RL: 5, 10, 20, 30, 50, 100, 200, 300, 600, 1000 kN
Combined error: ±0.08 % RO
Repeatability: ±0,02 % RO
Creep (20 minutes): ±0,02 % RO
Safe overload: 150 % RL
Ultimate overload: > 300 % RL
Material: Stainless steel AISI 17-4PH
Degree of protection: IP67
Deflection: 0.35 mm
Compensated Temperature: -20 ÷ +70 °C
Temperature range: -10 ÷ +50 °C
Temperature effect on zero balance: < ±0.005 % RO/°C
Temperature effect on output: < ±0.005 % RO/°C
Rated output RO: 2.0 mV/V ±0.1 %
Zero balance: < ±1.5 % RO
Insulation resistance: > 5000 MOhm
Input resistance: 700 ±20 Ohm
Output resistance: 700 ±5 Ohm
Recommended input: 2 ÷ 15 Vdc/ca


Pavone Fiches techniques

Pays et langue Nom du fichier Lien de téléchargement
United States (English) Technical_Specifications_Pavone_Systems_dat400_ab4429_77453.pdf Télécharger
United States (English) Technical_Specifications_Pavone_Systems_dat500_4f7480_64370.pdf Télécharger
United States (English) Technical_Specifications_Pavone_Systems_dat-500-analog_efec3b_78468.pdf Télécharger
United States (English) Technical_Specifications_Pavone_Systems_mc302_43103b_19246.pdf Télécharger
United States (English) Technical_Specifications_Pavone_Systems_mct-1303-batch_081be9_91178.pdf Télécharger
United States (English) Technical_Specifications_Pavone_Systems_tester1006_9b8a5a_88792.pdf Télécharger

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