J08EP-E, J08SP-E Boîte de jonction

ANYLOAD J08EP-E, J08SP-E junction and summing box accepts inputs from multiple load cells and sums up the generated signals into a single output to ensure an accurate multi-cell balance adjustment.  The J08EP-E, J08SP-E is housed in a fiberglass reinforced polyester enclosure purpose-built to prevent condensation and saltwater damage. It is designed to accommodate two to eight parallel load cell connections with an expansion port for wiring additional junction boxes.  The J08EP-E, J08SP-E load cell junction box is easy to install with quick removable load cell connectors and with our captive screw design securing the cover. This model equips with lightning/over voltage protection.

  • Enclosure Material: Fiberglass Reinforced Polyester
  • Number of cells: 2-8 single cells, only an even number of load cells ( eg. 2, 4, 6, 8)
  • Section or individual cell with signal and excitation trim
  • Protection contre la foudre et les surtensions
  • Connecteurs de cellules de charge rapidement amovibles
  • Puissance commutable On/Off par canal
  • Equipé de potentiomètres indépendants
  • Preinstalled GORE breather vent
  • Carte de circuit imprimé à revêtement conforme
  • Port d'extension pour J-Box supplémentaire
  • “No-loss” captive screw design
  • Indice de protection IP : IP67
  • Junction Box Grounding: Connect the external Grounding Stud directly to earth ground for proper surge protection
  • Cable Shielding: Run load cell shield uninterrupted through the junction box. Ground only at the indicator (instrument power ground) to prevent ground loops
Nombre de cellules 2-8 single cells
Input Cable Fittings M20: 6mm-12mm diameter cable
Output Cable Fittings M20: 6mm-12mm diameter cable
Options d'habillage Section or Individual cell with Signal Trim Section or Individual cell with Excitation Trim
Matériau du boîtier Fiberglass Reinforced Polyester
Indice de protection IP IP67
Résistance du capteur de charge Signal Trim Réglage de l'excitation
350Ω 3,6% de sortie 5.4% of output
700Ω 6.3% de sortie 2.7% of output
1000Ω 7.0% de sortie 1.9% of output
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