Busch Multi Pump Systems

Product details

Combing years of system design experience with process vacuum know-how, Busch engineers have designed ideal system solutions for general industrial and laboratory applications. Using modern 3D design software, each system has gone through a digital design and modeling process to ensure component fit and purpose. Each system is engineered using only high-quality components and materials, resulting in a system that meets or exceeds the latest technical standards.

• Description
• Specifications
• Resources
• Brochures

• R5 Multi-Pump Systems with Vertical Tanks

  Standard Design Features

  Build-Your-Own systems with truly modular CUBED designs Pump isolation valve (actuated manually, pneumatically or electrically) 3-phase power supply of 230 or 460 Volt 200 gallon ASME coded vertical receiver with 6" ANSI flanged inlet Motor starter panel per module with disconnect switch (lockable) Control panel with 7" touchscreen Ethernet switch and status light tower Common power panel for single customer electrical hook-up Busch GRP200 pressure transmitter Inlet manifold includes industrial duty transparent flexible connections for continuous visual monitoring Inlet filer per pump Receiver and oil drain valve

  Configuration Dependent Features

  Main system disconnect 10" HMI upgrade Exhaust pressure and temperature sensors Receiver sight tube for level monitoring  4" NPT receiver inlet connection System exhaust manifold with isolation valves and drain

  MINK Multi-Pump Systems with Vertical Tanks

  Standard Design Features

  Build-Your-Own systems with truly modular CUBED designs Pump isolation valve (actuated manually, pneumatically or electrically) 3-phase power supply of 230 or 460 Volt 200 gallon ASME coded vertical receiver with 6" ANSI flanged inlet Motor starter panel per module with disconnect switch (lockable) Control panel with 7" touchscreen Ethernet switch and status light tower Common power panel for single customer electrical hook-up Busch GRP200 pressure transmitter Inlet manifold includes industrial duty transparent flexible connections for continuous visual monitoring Inlet filer per pump Receiver drain valve

  Configuration Dependent Features

  Main system disconnect 10" HMI upgrade Exhaust pressure and temperature sensors Receiver sight tube for level monitoring  4" NPT receiver inlet connection System exhaust manifold with isolation valves and drain Variable Frequency Drive (VFD) per pump with PID control and optimal energy saving operation

• Vacuum Pump Model	Isolation valve type	Motor (HP)	Nominal pumping speed (ACFM)	End Pressure (*Hg)	Tank (Gal)	Weight of 1 Pump System w/ Tank (Lbs)	Weght per Addt'l Pump Module (Lbs)
  MM 1102	Manual, Air or Electric	2	44	28.2	200	1745	640
  MM 1142	Manual, Air or Electric	3	57	28.2	200	1745	640
  MM 1104	Manual, Air or Electric	4	79	28.2	200	1830	640
  MM 1144	Manual, Air or Electric	5	103	28.2	200	1830	640
  MM 1324	Manual, Air or Electric	5	112	28.2	200	1830	800
  MM 1202	Manual, Air or Electric	6.4	141	27	200	1830	806
  MM 1252	Manual, Air or Electric	7.5	170	27	200	1830	841
  MM 1322	Manual, Air or Electric	9	212	25.5	200	1830	849

   

  Vacuum Pump Model	Isolation valve type	Motor (HP)	Nominal pumping speed (ACFM)	End Pressure (*Hg)	Tank (Gal)	Weight of 1 Pump System w/ Tank (Lbs)	Weght per Addt'l Pump Module (Lbs)
  RA 0165	Manual, Air or Electric	7.5	112	29.91	200	1745	625
  RA 0205	Manual, Air or Electric	7.5	141	29.91	200	1745	625
  RA0255	Manual, Air or Electric	10	177	29.91	200	1830	710
  RA 0305	Manual, Air or Electric	12	212	29.91	200	1830	710

• Brochure: R5 Multi-Pump Systems with Vertical Tanks

  Brochure: MINK Multi-Pump Systems with Vertical Tanks

• Brochure: R5 Multi-Pump Systems with Vertical Tanks

  Brochure: MINK Multi-Pump Systems with Vertical Tanks