Регулятор VOESSEN LRS6KH4R, из нержавеющей стали, до 3400 м3/час, избыточного давления, 4 порта, вход справа

Линейный регулятор VOESSEN LRS6KH4R, из нержавеющей стали, до 3400 м3/час, избыточного давления, 4 порта, вход справа, входное давление 10 бар, выходное давление от 0 до 2 бар, внутренняя резьба NPT 1/4" на выходе, внутренняя резьба NPT 1/4" на выходе, внутренняя резьба NPT 1/4" на выходе, стандартный входной манометр
  • Код:
    VS-00115061
  • Артикул:
    LRS6KH4RH0L2N14FN14FN14FSTDG
Цена по запросу
Мне нужна помощь в выборе

Линейный регулятор VOESSEN LRS6KH4R, с мембранной системой редуцирования, из нержавеющей стали марки AISI/ASTM 316L для слабокоррозионных и токсичных газов чистотой до 6.0 (99,9999%), расход газа до 3400 м3/час, регулирующий избыточное давление, 4 порта, вход справа, входное давление 10 бар, выходное давление от 0 до 2 бар, внутренняя резьба NPT 1/4" на выходе, внутренняя резьба NPT 1/4" на выходе, внутренняя резьба NPT 1/4" на выходе, стандартный входной манометр с трубкой Бурдона

LRS6KH4RH0L3N01FN01FN01FSTDG LRS6KH4RH0L3N01FN01FN12FSTDG LRS6KH4RH0L3N01FN01FN14FSTDG LRS6KH4RH0L3N01FN12FN12FSTDG
LRS6KH4RH0L3N01FN12FN14FSTDG LRS6KH4RH0L3N01FN14FN12FSTDG LRS6KH4RH0L3N12FN01FN01FSTDG LRS6KH4RH0L3N12FN01FN12FSTDG
LRS6KH4RH0L3N12FN01FN14FSTDG LRS6KH4RH0L3N12FN12FN01FSTDG LRS6KH4RH0L3N12FN12FN12FSTDG LRS6KH4RH0L3N12FN12FN14FSTDG
LRS6KH4RH0L3N12FN14FN14FSTDG LRS6KH4RH0L3N14FN01FN12FSTDG LRS6KH4RH0L3N14FN01FN14FSTDG LRS6KH4RH0L3N14FN12FN12FSTDG
LRS6KH4RH0L3N14FN12FN14FSTDG LRS6KH4RH0L3N14FN14FN12FSTDG LRS6KH4RH0L3N14FN14FN14FSTDG LRS6KH4RH0L2N01FN01FN12FSTDG
LRS6KH4RH0L2N01FN01FN14FSTDG LRS6KH4RH0L2N01FN12FN12FSTDG LRS6KH4RH0L2N01FN12FN14FSTDG LRS6KH4RH0L2N01FN14FN01FSTDG
LRS6KH4RH0L2N01FN14FN12FSTDG LRS6KH4RH0L2N01FN14FN14FSTDG LRS6KH4RH0L2N12FN01FN12FSTDG LRS6KH4RH0L2N12FN01FN14FSTDG
LRS6KH4RH0L2N12FN12FN12FSTDG LRS6KH4RH0L2N12FN14FN01FSTDG LRS6KH4RH0L2N14FN01FN01FSTDG LRS6KH4RH0L2N14FN01FN12FSTDG
LRS6KH4RH0L2N14FN12FN01FSTDG LRS6KH4RH0L2N14FN12FN12FSTDG LRS6KH4RH0L2N14FN12FN14FSTDG LRS6KH4RH0L2N14FN14FN12FSTDG
LRS6KH4RH0L2N14FN14FN14FSTDG LRS6KH4RH0L4N01FN01FN12FSTDG LRS6KH4RH0L4N01FN12FN01FSTDG LRS6KH4RH0L4N01FN12FN12FSTDG
LRS6KH4RH0L4N01FN12FN14FSTDG LRS6KH4RH0L4N01FN14FN01FSTDG LRS6KH4RH0L4N01FN14FN12FSTDG LRS6KH4RH0L4N12FN01FN01FSTDG
LRS6KH4RH0L4N12FN01FN12FSTDG LRS6KH4RH0L4N12FN01FN14FSTDG LRS6KH4RH0L4N12FN12FN12FSTDG LRS6KH4RH0L4N12FN12FN14FSTDG
LRS6KH4RH0L4N12FN14FN01FSTDG LRS6KH4RH0L4N12FN14FN14FSTDG LRS6KH4RH0L4N14FN01FN01FSTDG LRS6KH4RH0L4N14FN01FN12FSTDG
LRS6KH4RH0L4N14FN01FN14FSTDG LRS6KH4RH0L4N14FN12FN12FSTDG LRS6KH4RH0L4N14FN12FN14FSTDG LRS6KH4RH0L4N14FN14FN01FSTDG
LRS6KH4RH0L4N14FN14FN12FSTDG LRS6KH4RH0LXN01FN01FN12FSTDG LRS6KH4RH0LXN01FN01FN14FSTDG LRS6KH4RH0LXN01FN12FN01FSTDG
LRS6KH4RH0LXN01FN12FN14FSTDG LRS6KH4RH0LXN01FN14FN12FSTDG LRS6KH4RH0LXN01FN14FN14FSTDG LRS6KH4RH0LXN12FN01FN01FSTDG
LRS6KH4RH0LXN12FN01FN12FSTDG LRS6KH4RH0LXN12FN01FN14FSTDG LRS6KH4RH0LXN12FN12FN01FSTDG LRS6KH4RH0LXN12FN12FN14FSTDG
LRS6KH4RH0LXN12FN14FN01FSTDG LRS6KH4RH0LXN12FN14FN12FSTDG LRS6KH4RH0LXN12FN14FN14FSTDG LRS6KH4RH0LXN14FN01FN01FSTDG
LRS6KH4RH0LXN14FN01FN12FSTDG LRS6KH4RH0LXN14FN12FN01FSTDG LRS6KH4RH0LXN14FN12FN12FSTDG LRS6KH4RH0LXN14FN12FN14FSTDG
LRS6KH4RH0LXN14FN14FN01FSTDG LRS6KH4RH0LXN14FN14FN12FSTDG LRS6KH4RH0LXN14FN14FN14FSTDG LRS6KH4RH0L7N01FN01FN01FSTDG
LRS6KH4RH0L7N01FN01FN12FSTDG LRS6KH4RH0L7N01FN01FN14FSTDG LRS6KH4RH0L7N01FN12FN01FSTDG LRS6KH4RH0L7N01FN12FN12FSTDG
LRS6KH4RH0L7N01FN12FN14FSTDG LRS6KH4RH0L7N01FN14FN01FSTDG LRS6KH4RH0L7N01FN14FN12FSTDG LRS6KH4RH0L7N01FN14FN14FSTDG
LRS6KH4RH0L7N12FN01FN01FSTDG LRS6KH4RH0L7N12FN01FN12FSTDG LRS6KH4RH0L7N12FN01FN14FSTDG LRS6KH4RH0L7N12FN12FN14FSTDG
LRS6KH4RH0L7N12FN14FN01FSTDG LRS6KH4RH0L7N12FN14FN12FSTDG LRS6KH4RH0L7N12FN14FN14FSTDG LRS6KH4RH0L7N14FN01FN01FSTDG
LRS6KH4RH0L7N14FN01FN12FSTDG LRS6KH4RH0L7N14FN01FN14FSTDG LRS6KH4RH0L7N14FN12FN01FSTDG LRS6KH4RH0L7N14FN12FN12FSTDG
LRS6KH4RH0L7N14FN12FN14FSTDG LRS6KH4RH0L7N14FN14FN14FSTDG LRS6KH4RH2L3N01FN01FN01FSTDG LRS6KH4RH2L3N01FN01FN12FSTDG
LRS6KH4RH2L3N01FN01FN14FSTDG LRS6KH4RH2L3N01FN12FN01FSTDG LRS6KH4RH2L3N01FN12FN12FSTDG LRS6KH4RH2L3N01FN12FN14FSTDG
LRS6KH4RH2L3N01FN14FN01FSTDG LRS6KH4RH2L3N01FN14FN12FSTDG LRS6KH4RH2L3N01FN14FN14FSTDG LRS6KH4RH2L3N12FN01FN01FSTDG
LRS6KH4RH2L3N12FN01FN12FSTDG LRS6KH4RH2L3N12FN12FN01FSTDG LRS6KH4RH2L3N12FN12FN12FSTDG LRS6KH4RH2L3N12FN12FN14FSTDG
LRS6KH4RH2L3N12FN14FN01FSTDG LRS6KH4RH2L3N12FN14FN12FSTDG LRS6KH4RH2L3N12FN14FN14FSTDG LRS6KH4RH2L3N14FN01FN01FSTDG
LRS6KH4RH2L3N14FN01FN12FSTDG LRS6KH4RH2L3N14FN01FN14FSTDG LRS6KH4RH2L3N14FN12FN01FSTDG LRS6KH4RH2L3N14FN12FN12FSTDG
LRS6KH4RH2L3N14FN12FN14FSTDG LRS6KH4RH2L3N14FN14FN01FSTDG LRS6KH4RH2L3N14FN14FN14FSTDG LRS6KH4RH2L2N01FN01FN01FSTDG
LRS6KH4RH2L2N01FN01FN12FSTDG LRS6KH4RH2L2N01FN01FN14FSTDG LRS6KH4RH2L2N01FN12FN01FSTDG LRS6KH4RH2L2N01FN14FN01FSTDG
LRS6KH4RH2L2N01FN14FN12FSTDG LRS6KH4RH2L2N01FN14FN14FSTDG LRS6KH4RH2L2N12FN01FN01FSTDG LRS6KH4RH2L2N12FN01FN12FSTDG
LRS6KH4RH2L2N12FN01FN14FSTDG LRS6KH4RH2L2N12FN12FN01FSTDG LRS6KH4RH2L2N12FN12FN12FSTDG LRS6KH4RH2L2N12FN14FN01FSTDG
LRS6KH4RH2L2N12FN14FN12FSTDG LRS6KH4RH2L2N12FN14FN14FSTDG LRS6KH4RH2L2N14FN01FN01FSTDG LRS6KH4RH2L2N14FN01FN12FSTDG
LRS6KH4RH2L2N14FN01FN14FSTDG LRS6KH4RH2L2N14FN12FN01FSTDG LRS6KH4RH2L2N14FN12FN12FSTDG LRS6KH4RH2L2N14FN14FN01FSTDG
LRS6KH4RH2L2N14FN14FN12FSTDG LRS6KH4RH2L2N14FN14FN14FSTDG LRS6KH4RH2L4N01FN01FN01FSTDG LRS6KH4RH2L4N01FN01FN12FSTDG
LRS6KH4RH2L4N01FN01FN14FSTDG LRS6KH4RH2L4N01FN12FN01FSTDG LRS6KH4RH2L4N01FN12FN12FSTDG LRS6KH4RH2L4N01FN12FN14FSTDG
LRS6KH4RH2L4N01FN14FN01FSTDG LRS6KH4RH2L4N01FN14FN12FSTDG LRS6KH4RH2L4N01FN14FN14FSTDG LRS6KH4RH2L4N12FN01FN01FSTDG
LRS6KH4RH2L4N12FN01FN12FSTDG LRS6KH4RH2L4N12FN12FN01FSTDG LRS6KH4RH2L4N12FN12FN12FSTDG LRS6KH4RH2L4N12FN12FN14FSTDG
LRS6KH4RH2L4N12FN14FN12FSTDG LRS6KH4RH2L4N12FN14FN14FSTDG LRS6KH4RH2L4N14FN01FN01FSTDG LRS6KH4RH2L4N14FN01FN14FSTDG
LRS6KH4RH2L4N14FN12FN01FSTDG LRS6KH4RH2L4N14FN12FN12FSTDG LRS6KH4RH2L4N14FN12FN14FSTDG LRS6KH4RH2L4N14FN14FN01FSTDG
LRS6KH4RH2L4N14FN14FN12FSTDG LRS6KH4RH2L4N14FN14FN14FSTDG LRS6KH4RH2LXN01FN01FN14FSTDG LRS6KH4RH2LXN01FN12FN01FSTDG
LRS6KH4RH2LXN01FN12FN14FSTDG LRS6KH4RH2LXN01FN14FN01FSTDG LRS6KH4RH2LXN01FN14FN12FSTDG LRS6KH4RH2LXN01FN14FN14FSTDG
LRS6KH4RH2LXN12FN01FN01FSTDG LRS6KH4RH2LXN12FN01FN12FSTDG LRS6KH4RH2LXN12FN01FN14FSTDG LRS6KH4RH2LXN12FN12FN01FSTDG
LRS6KH4RH2LXN12FN12FN12FSTDG LRS6KH4RH2LXN12FN12FN14FSTDG LRS6KH4RH2LXN12FN14FN01FSTDG LRS6KH4RH2LXN12FN14FN12FSTDG
LRS6KH4RH2LXN12FN14FN14FSTDG LRS6KH4RH2LXN14FN01FN01FSTDG LRS6KH4RH2LXN14FN01FN12FSTDG LRS6KH4RH2LXN14FN12FN01FSTDG
LRS6KH4RH2LXN14FN12FN12FSTDG LRS6KH4RH2LXN14FN14FN01FSTDG LRS6KH4RH2LXN14FN14FN12FSTDG LRS6KH4RH2LXN14FN14FN14FSTDG
LRS6KH4RH2L7N01FN01FN01FSTDG LRS6KH4RH2L7N01FN01FN14FSTDG LRS6KH4RH2L7N01FN12FN01FSTDG LRS6KH4RH2L7N01FN12FN14FSTDG
LRS6KH4RH2L7N01FN14FN01FSTDG LRS6KH4RH2L7N01FN14FN12FSTDG LRS6KH4RH2L7N01FN14FN14FSTDG LRS6KH4RH2L7N12FN01FN01FSTDG
LRS6KH4RH2L7N12FN01FN12FSTDG LRS6KH4RH2L7N12FN01FN14FSTDG LRS6KH4RH2L7N12FN12FN01FSTDG LRS6KH4RH2L7N12FN12FN12FSTDG
LRS6KH4RH2L7N12FN12FN14FSTDG LRS6KH4RH2L7N12FN14FN01FSTDG LRS6KH4RH2L7N14FN01FN01FSTDG LRS6KH4RH2L7N14FN01FN12FSTDG
LRS6KH4RH2L7N14FN01FN14FSTDG LRS6KH4RH2L7N14FN12FN01FSTDG LRS6KH4RH2L7N14FN12FN14FSTDG LRS6KH4RH2L7N14FN14FN01FSTDG
LRS6KH4RH2L7N14FN14FN12FSTDG LRS6KH4RH2L7N14FN14FN14FSTDG LRS6KH4RH0L3N01FN12FN01FSTDG LRS6KH4RH0L3N01FN14FN01FSTDG
LRS6KH4RH0L3N01FN14FN14FSTDG LRS6KH4RH0L3N12FN14FN01FSTDG LRS6KH4RH0L3N12FN14FN12FSTDG LRS6KH4RH0L3N14FN01FN01FSTDG
LRS6KH4RH0L3N14FN12FN01FSTDG LRS6KH4RH0L3N14FN14FN01FSTDG LRS6KH4RH0L2N01FN01FN01FSTDG LRS6KH4RH0L2N01FN12FN01FSTDG
LRS6KH4RH0L2N12FN01FN01FSTDG LRS6KH4RH0L2N12FN12FN01FSTDG LRS6KH4RH0L2N12FN12FN14FSTDG LRS6KH4RH0L2N12FN14FN12FSTDG
LRS6KH4RH0L2N12FN14FN14FSTDG LRS6KH4RH0L2N14FN01FN14FSTDG LRS6KH4RH0L2N14FN14FN01FSTDG LRS6KH4RH0L4N01FN01FN01FSTDG
LRS6KH4RH0L4N01FN01FN14FSTDG LRS6KH4RH0L4N01FN14FN14FSTDG LRS6KH4RH0L4N12FN12FN01FSTDG LRS6KH4RH0L4N12FN14FN12FSTDG
LRS6KH4RH0L4N14FN12FN01FSTDG LRS6KH4RH0L4N14FN14FN14FSTDG LRS6KH4RH0LXN01FN01FN01FSTDG LRS6KH4RH0LXN01FN12FN12FSTDG
LRS6KH4RH0LXN01FN14FN01FSTDG LRS6KH4RH0LXN12FN12FN12FSTDG LRS6KH4RH0LXN14FN01FN14FSTDG LRS6KH4RH0L7N12FN12FN01FSTDG
LRS6KH4RH0L7N12FN12FN12FSTDG LRS6KH4RH0L7N14FN14FN01FSTDG LRS6KH4RH0L7N14FN14FN12FSTDG LRS6KH4RH2L3N12FN01FN14FSTDG
LRS6KH4RH2L3N14FN14FN12FSTDG LRS6KH4RH2L2N01FN12FN12FSTDG LRS6KH4RH2L2N01FN12FN14FSTDG LRS6KH4RH2L2N12FN12FN14FSTDG
LRS6KH4RH2L2N14FN12FN14FSTDG LRS6KH4RH2L4N12FN01FN14FSTDG LRS6KH4RH2L4N12FN14FN01FSTDG LRS6KH4RH2L4N14FN01FN12FSTDG
LRS6KH4RH2LXN01FN01FN01FSTDG LRS6KH4RH2LXN01FN01FN12FSTDG LRS6KH4RH2LXN01FN12FN12FSTDG LRS6KH4RH2LXN14FN01FN14FSTDG
LRS6KH4RH2LXN14FN12FN14FSTDG LRS6KH4RH2L7N01FN01FN12FSTDG LRS6KH4RH2L7N01FN12FN12FSTDG LRS6KH4RH2L7N12FN14FN12FSTDG
LRS6KH4RH2L7N12FN14FN14FSTDG LRS6KH4RH2L7N14FN12FN12FSTDG
Параметры редуцирования избыточное давление
Входное давление до 10 бар
Выходное давление до 2 бар
Коэффициент расхода Cv (по азоту) 10
Скорость утечки по корпусу (Leakrage rate outside) 1x10^-8 мбар л/с (по гелию)
Скорость утечки по седлу (Leakage rate seat) <1x10^-6 мбар л/с (по гелию)
Номинальный расход до 3400 м3/час
Температурный диапазон от -30°C до +74°C
Класс чистоты газа 6.0
Материал мембраны (диафрагмы) Hastelloy C276
Материал фильтра нержавеющая сталь
Материал передаточного диска (Regulator poppet) нержавеющая сталь
Материал уплотнения по корпусу FKM Viton® (FFKM Kalrez® опционально)
Материал уплотнения по седлу клапана PCTFE
Материал маховика анодированный алюминий
Размеры (ДхВ) 230х139 mm
Вес 14,2 кг
8 800 551-53-40
+7 495 128-07-58