Company Profile

Head Office. JL.Puspanjolo Barat Raya 38 Semarang 50141, Indonesia | ph. (024) 91081635, 7621195, 7609156 | Fax. (024) 7609156 | www.urip-group.com

Company Profile

HISTORY
Merupakan anak perusahaan URIP GROUP Holding Companies, yang bergerak dibidang Mechanical, khususnya bidang mesin perpompaan dan harvester.

Urip Group Holding Companies merupakan grup perusahaan yang didirikan pada tahun 1940 oleh Bapak Oerip Setija Boedi. Pada awalnya perusahaan kami bergerak pada bidang oil and gas, yang berkolaborasi dengan Shell Oil Company, sebelum akhirnya pada tahun 1948 diambil alih oleh Negara dibawah PT. Pertamina.

Sampai dengan tahun 2011, URIP GROUP Holding Companies berkembang ke beberapa cabang usaha, mulai dari Fuel Company, Liquid Petroleum Gas, Rice Milling, Perkebunan, Palawija, Food and Baverage, Hydrocarbon Energy Saver, Gadget Supply, Mechanical Electrical.

ABOUT
Ditunjuk oleh perusahaan manufaktur Hydro-Vacuum S A (H.V) dari Polandia dalam memasarkan dan pendistribusian barang produksi H.V di Indonesia pada umumnya.

Visi
Menjadi perusahaan yang mengglobal, serta diakui secara internasional.

Misi
Peningkatan kinerja dan wajah perusahaan yang mengarah pada :
* Peningkatan nilai pelayanan kepada konsumen.
* Hubungan kerjasama yang saling menguntungkan dengan partner kerja.
* Memperkuat struktur organisasi perusahaan.
* Berinvestasi sarana dan prasarana perusahaan untuk menunjang kinerja pelayanan perusahaan menjadi lebih efektif, efisien, dan profesional.

HV

HV
Link Hydro-Vacuum

Minggu, 04 Maret 2012

SELF-PRIMING LIQUID RING PUMP and SPLITCASE

Application

SKA type self-priming centrifugal, pums with side ring channel and open impeller, are designed to pump liquids within the corrosion resistance limits of material use for their construction. the biggest advantage of SKA pumps is their self-priming ability, which eliminates necessity to flood suction pipeline with liquid. SKA pumps cab pump liquids of a temperature up to 110 c, discharget liquid density up to 1300 kg/m3 and viscosity up to 150 mm2/s contaminated with nonabrasive solid particles up to 0,5 mm in trace amounts. the pumps can cooperate with 50 Hz or 60 Hz motors.

SKA pumps are used in :

  • waterworks system
  • individual households
  • industry

SKB type self-priming centrifugal, pums with side ring channel and open impeller, are designed to pump liquids within the corrosion resistance limits of material use for their construction. The biggest advantage of SKB pumps is their self priming ability, which eliminates necessity to flood suction pipeline whit liquid. the pump gets self-priming ability after it is flooded with liquid. the pumps can cooperate with portable devices as well as with 50 Hz - 60 Hz motors. SKB pumps are by standart equipped with mechanical seal that entirely eliminates leakage of cord sealing lubricant.


SKB pump are used in :

  • waterworks system
  • individual households
  • waterworks automatic systems
  • industry

SM self-priming pumps are designed for pumping non-aggressive liquids, except fuels, within the corrosion resistance limits of materials used for their construction and liquid containing trace amount of non-abrasive solid particles of up to 0,5 mm in size. The advantage of SM pumps is their ability to automatically remove air from the suction pipeline after their one-time priming with pumped liquid without the need of flooding suction pipeline. SM pumps are by standard equipped with mechanical seal that entirely eliminates leakage of cord sealing lubricant. another advantage of SM pumps is their compact structure, which reduces space needed to install them.


SM pumps are used in :

  • water supply from wells or natural/artifical tanks
  • rainwater handling systems
  • use in domestic hydrophores
  • industrial purposes

SKG type self-priming rotodynamic, pumps with side ring channel and open impeller, are designed to pump liquid within the corrosion resistance limits of materials used for their construction. the pumps are also designed for pumping hydrocarbons such as petrol, fuel oils etc.

SKG pumps are manufacture in wide range of material versions : from grey cast iron, bronze alloys to carbon austenitic cast steels. the structure of the pump allows to use wide range of mechanical seals: from single end-face type to compact type, with barrier liquid etc. SKG pumps are certified with PRS certificates as well as associations of marine classification.

SKG pump are used in :

  • industrial systems



SA, SB seft-priming, rotodynamic, pumps with open impeller are designed for pumping liquids within the corrosion resistance limits of materials used for their construction and liquids containing trace amount of non-abrasive solid particles of up to 0,5 mm in size. together with the liquid, those pumps are able to replenish air in the tank through an aeration injection valve. SB.80 pumps are adjusted for pumping a wide range of hydrocarbons such as petrol, fuel oils etc. SA, SB pumps are manufactured in wide range of material versions, including broze and cast steels.

SA, SB pumps are used in 
  • waterworks systems
  • industrial systems

DHV Centrifugal, single stage, double suction, axially sectioned DHV type pumps are suitable for pumping clean or slightly impure (max 20 mg/dm3) liquids of low viscosity and with a temperature of up to 130 c. The DHV pumps are characterized by high rigidity of the hydraulic system, due to two-sided support of the shaft. owing to the impeller mounted centrally on the shaft and water suction carried out on both sides of the impeller, the axial forces within the pump have been reduced to the minimum, allowing the application of a simple bearing system and considerably extending the life of the pump itself. these pumps are characterized by hight efficiency and low maintenance costs. vast array of type series and extensive operating range enable optimal pump selection in accordance with the preset operating paramater.

DHV pumps are used in :
  • water supply systems and waterwork
  • industry (pressure increasing systems, cooling system, process water circulation systems)
  • thermal-electric power stations
  • industrial cooling systems
  • environmental engineering


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