Boosters, Dual Media

HC2D2: 8 different intensification factors

• P_IN: 20 - 207 bar (inlet pressure)
• P_H: 800 bar maximum (outlet pressure)
• P_RETURN: As low as possible (Return pressure to tank)
• P_OUTLET: P_H = (P_IN - P_Return) i (Intensification)
  The intensification ratio is related to the inlet pressure at media 2, the values in the table are measured at 1 bar on media 2

HC2D2W: 8 different intensification factors

• P_IN: 20 – 207 bar (inlet pressure)
• P_H: 800 bar maximum (outlet pressure)
• P_RETURN: As low as possible (return pressure to tank)
• P_OUTLET: P_H = (P_IN – P_Return) i (intensification)
  The intensification ratio is related to the inlet pressure at media 2, the values in the table are measured at 1 bar on media 2

HC2D2HW versions: 4 different intensification factors

• P_IN: 20 – 207 bar (inlet pressure)
• P_H: 1,380 bar maximum (outlet pressure)
• P_RETURN: As low as possible (return pressure to tank)
• P_OUTLET: P_H = (P_IN – P_Return) i (intensification)
  The intensification ratio is related to the inlet pressure at media 2, the values in the table are measured at 1 bar on media 2

HC6D2: 9 different intensification factors

• P_IN: 20 - 207 bar (inlet pressure)
• P_H: 800 bar maximum (outlet pressure)
• Drain connections: Max. 10 bar
• Mounting: Inline tube

• P_IN: 20 - 207 bar (inlet pressure)
• P_H: 800 bar maximum (outlet pressure)
• P_RETURN: As low as possible (Return pressure to tank)
• Intensification ratios: P_H = (P_IN - P_Return) i (Intensification)
• Drain connections: Max. 10 bar
• Mounting: Inline tube

HC9D2W versions: 5 different intensification factors

• P_IN: 20 – 207 bar (inlet pressure)
• P_H: 1380 bar maximum (outlet pressure)
• P_RETURN: As low as possible (return pressure to tank)
• P_OUTLET: P_H = (P_IN – P_return) X i (intensification)
• Drain connections: Max. 10 bar
• Mounting: Inline tube