function reset_below(){
document.getElementById("Deluge Release").value = "Déclenchement hydraulique"
document.getElementById("Deluge Resetting").value = "Remise à zéro locale"

document.getElementById("Deluge Pressure Control Release").value = "Déclenchement hydraulique"
document.getElementById("Deluge Pressure Control Resetting").value = "Remise à zéro locale"

document.getElementById("Preaction Release").value = "Déclenchement pneumatique"
document.getElementById("Preaction Interlock").value = "Sans Interverrouillage"

document.getElementById("Remote Control").value = "Déclenchement hydraulique"


document.getElementById("Basic Valve Size 1").value = ""
document.getElementById("units1").value = "mm"
document.getElementById("quantity1").value = ""

document.getElementById("Basic Valve Size 2").value = ""
document.getElementById("units2").value = "mm"
document.getElementById("quantity2").value = ""

document.getElementById("Basic Valve Size 3").value = ""
document.getElementById("units3").value = "mm"
document.getElementById("quantity3").value = ""

document.getElementById("Basic Valve Size 4").value = ""
document.getElementById("units4").value = "mm"
document.getElementById("quantity4").value = ""

document.myForm.materials[0].checked = true
document.getElementById("Ends_Material").style.display = "none"
document.getElementById("Ends_Material").value = "Acier moulé"
document.getElementById("Housing_Material").style.display = "none"
document.getElementById("Housing_Material").value = "Ni.Al.Bz"
document.getElementById("other_ends_material").style.display = "none"
document.getElementById("other_ends_material").value = "Remplis ici"
document.getElementById("other_housing_material").style.display = "none"
document.getElementById("other_housing_material").value = "Remplis ici"

document.getElementById("Coating").value = "Standard – Epoxy de 0,1 mm (0,004”) d'épaisseur"
document.getElementById("other_coating").style.display = "none"
document.getElementById("other_coating").value = "Remplis ici"



document.myForm.ends[0].checked = true
document.getElementById("Threaded option").value = "BSP"
document.getElementById("Threaded option").style.display = "inline"
document.getElementById("Other_threaded").style.display = "none"
document.getElementById("Other_threaded").value = "Remplis ici"
document.getElementById("Flanged option").style.display = "none"
document.getElementById("Flanged option").value = "ANSI B16.5 Class 150"
document.getElementById("Flanged RF or FF").style.display = "none"
document.getElementById("Flanged RF or FF").value = "RF"
document.getElementById("Other_flanged").style.display = "none"
document.getElementById("Other_flanged").value = "Remplis ici"

document.getElementById("Wafer line flanges").style.display = "none"
document.getElementById("Wafer line flanges").value = "ANSI B16.5 Class 150"
document.getElementById("Wafer RF or FF").style.display = "none"
document.getElementById("Wafer RF or FF").value = "RF (à face surélevée)"
document.getElementById("Other_wafer").style.display = "none"
document.getElementById("Other_wafer").value = "Remplis ici"

document.myForm.Flow_test_port[1].checked = true
document.myForm.Drain_port[1].checked = true
document.myForm.Installation[0].checked = true

document.getElementById("Actual maximum line pressure").value = ""
document.getElementById("Flow rate through the Inbal Valve size 1").value = ""
document.getElementById("Flow rate through the Inbal Valve size 2").value = ""
document.getElementById("Flow rate through the Inbal Valve size 3").value = ""
document.getElementById("Flow rate through the Inbal Valve size 4").value = ""

document.getElementById("In case of pressure control for size 1 set to:").value = ""
document.getElementById("In case of pressure control for size 2 set to:").value = ""
document.getElementById("In case of pressure control for size 3 set to:").value = ""
document.getElementById("In case of pressure control for size 4 set to:").value = ""

document.getElementById("Actual maximum line pressure units").value = "psi"
document.getElementById("Flow rate through the Inbal Valve units").value = "gpm"
document.getElementById("In case of pressure control, set to units").value = "psi"

document.getElementById("solenoid_table").style.display = "none"
document.myForm.Solenoid_Valve[0].checked = true
document.getElementById("Solenoid Valve Volt").style.display = "none"
document.getElementById("Solenoid Valve Volt").value = "120V"
document.getElementById("frequency").style.display = "none"
document.getElementById("Other Solenoid Valve Voltage").style.display = "none"
document.getElementById("Other Solenoid Valve Voltage").value = "Remplis ici"
document.getElementById("Solenoid Valve ACDC").style.display = "none"
document.getElementById("Solenoid Valve ACDC").value = "Alternatif"
document.getElementById("Solenoid valve body").value = "Laiton"
document.getElementById("other_body_material").style.display = "none"
document.getElementById("other_body_material").value = "Remplis ici"
document.getElementById("Hazardous Area Classification").value = "Remplis ici"

document.myForm.Enclosure_protection[0].checked = true
document.getElementById("Enclosure protection Ex.proof option").style.display = "none"
document.getElementById("Enclosure protection Ex.proof option").value = "EExeIIT4"
document.getElementById("other Enclosure protection Ex.proof option").style.display = "none"
document.getElementById("other Enclosure protection Ex.proof option").value = "Remplis ici"
document.getElementById("Inbal Valve closes when solenoid valve").value = "Alimentée"

document.myForm.Control_trim_materials[0].checked = true
document.getElementById("Non-standard option").style.display = "none"
document.getElementById("Non-standard option").value = "Ni.Al.Bz"
document.getElementById("other Non-standard option").style.display = "none"
document.getElementById("other Non-standard option").value = "Remplis ici"

document.myForm.Full_or_basic_control_trim[1].checked = true

document.getElementById("Fluid").value = "Eau Potable"


}