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Exemplary_Impulseteststands

Exemplary_Impulseteststands
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Exemplary_Impulseteststands

Product catalog summary
Pressure Pulsation Test Bench (Type: PPM 278-00)
  • Main Features: This test bench offers high dynamic features with a pressure range from -0.8 to +3.5 bars and a fully air-conditioned test chamber.
  • Function: It allows pressure alternation with adjustable hysteresis under various climate conditions, with temperatures ranging from -72°C to +180°C and humidity up to 98%.
  • Structure: Features a central climatic chamber with overpressure and vacuum components, controlled via a 19" touch screen.
  • Technical Specifications: Operates at a test frequency of 0.5 Hz, with a test volume of 15 dm³, and dimensions of 4,000 mm x 3,200 mm x 3,600 mm, weighing approximately 4200 kg.
Impulse Test Benches
  • PPM/I/600/5: Offers impulse pressure from 5 to 600 bar, frequency up to 5 Hz, and chamber temperatures from -40°C to 180°C, with a power supply of approximately 80 kW.
  • PPM-I-4000-15-50: Provides impulse pressure up to 4,000 bar, with a maximum test frequency of 15 Hz and a power supply of 50 kW.
  • PPM-I-4000-15-120: Similar to the 50 kW model but with a higher power supply of 120 kW, designed for higher test frequencies and pressures.
  • PPM-I-4500-15-120: Capable of impulse pressure up to 4,500 bar, designed for very high test frequencies with precise repeat accuracy.
Features of Pulsating High Pressure Test Stand
  • Pressure Transducer: Ensures automatic afterfeeding during tests to prevent interruptions.
  • Temperature Control: Maintains stable temperature in the high-pressure head using a glycol-water mixture.
  • Separate Testing Medium: Ensures strict separation of transmission and test mediums.
  • Variable Components: Allows for different piston diameters to accommodate varied test objectives.
  • Upgradability: Designed for potential upgrades to higher pressures.
  • Maintenance: Offers easy access for maintenance with a low-maintenance power cylinder lasting 10 years.
Overview of the Pulsation Pressure Testing Machine
The machine by Poppe+Potthoff Maschinenbau GmbH features an ergonomic test chamber with easy access, compact design, and front-positioned controls. It includes a low-maintenance power cylinder, digital controls compliant with EN 61131-3, and soundproofing for minimal noise.
Digital Communication and Control
Ensures seamless data flow with automatic fault correction, optional camera surveillance, and remote supervision capabilities. The software, developed in LabView, allows for customer expansion and customization.
Testing Capabilities
Supports collective load testing with variable pressures and load oscillations, documenting wear and tear to optimize maintenance intervals. Statistical data monitoring aids in evaluating test quality.
Energy Efficiency
Operates in a low energy consumption mode, activating components only as needed and utilizing heat recycling through integrated heat exchangers.
Impulse Test Bench Details
Features a hydraulic-driven pressure intensifier with high precision, using hydraulic oil as the test medium and balanced temperature via an optimized water cooling system.
Advanced Features
Includes a pressure transducer for afterfeeding, temperature-controlled head cooling, and adaptable high-pressure components for varied pulsation fluid volumes and pressures.
System Design
The system is compact, consisting of three modules with an independently operating temperature test chamber. It supports temperatures from -20°C to +150°C and includes a manual door with a safety glass observation window.
Technical Specifications
  • Impulse Pressure: Oil - 70 bar, Coolant - 2.5 bar
  • Impulse Shape: Sinus/Trapeze
  • Max Test Frequency: 2 Hz
  • Burst Pressure: 320 bar
  • Test Medium: Fuchs Titan 52512, Pentosin FFL-2, Glycol/Coolant
  • Media Temperature: RT to +135°C
  • Chamber Temperature: -20°C to +150°C
  • Max Noise Level: 75 dBA
  • Electrical Load: 55 kW
  • Machine Dimensions: Width - 4900 mm, Height - 2200 mm, Depth - 2050 mm
  • Test Chamber Dimensions: Width - 1500 mm, Height - 900 mm, Depth - 900 mm
See more

Catalog excerpts

Exemplary_Impulseteststands-1

Pressure pulsation test Typ: PPM 278-00 Main Features: High dynamic features Test pressure range -0.8 to +3.5 bars fully air-conditioned test chamber Function: The pressure pulsation test bench allows pressure alternation to be performed in the overpressureoverpressure, overpressure-vacuum and vacuumvacuum range. The alternating pressure hysteresis is variably adjustable and can take place under a variety of climate conditions. Test temperatures of -72°C to +180°C and an adjustable air humidity up to 98% can be set in the climatic chamber, which also serves as a test chamber. Three test connections are located on each side in the test chamber and can be individually shut off via separate valves. An automated leak test can detect a leak in each individual test piece every X cycles and exclude them from the test circuit. Technical Specifications: The centrally placed climatic chamber constitutes the central points of the machine. On the left side of the machine are the overpressure components, consisting of an adsorption dryer with a compressed air tank and two overpressure accumulators for test pressure generation. On the left side of the machine are the vacuum components. Vacuum pump, vacuum reservoir and two underpressure tanks. Also located on the right side are the machine controls with a 19" touch screen, alternatively with a keyboard and a mouse. For transport, the machine basically consists of six modules which can be joined into a single unit at the installation site. Pressure and utility lines are equipped with quick connectors on the modules for easy disassembly. Test frequency Test pressure Test volume Temperature testing Climate testing Humidity range Dryer compressed air dewpoint Test space dimensions 1,100 mm wide 2,150 mm deep 950 mm high Machine dimensions 4,000 mm wide 3,200 mm deep 3,600 mm high Total weight Connection values Pressurised air: 5000 Nl/min Electrical: 20 kW Poppe+Potthoff Maschinenbau GmbH ▪ Geschäftsführer: Stefan Dreyer ▪ Sitz der Gesellschaft: 99734 Nordhausen HRB 500899, Amtsgericht Jena ▪ Konten: Deutsche Bank Kto.Nr. 048 008 7 BLZ 480 700 20 ▪ Ust-ID-Nr.: DE251274201 IBAN: DE54480700200048008700

 Open the catalog to page 1
Exemplary_Impulseteststands-2

Poppe+Potthoff Maschinenbau GmbH ▪ Geschäftsführer: Stefan Dreyer ▪ Sitz der Gesellschaft: 99734 Nordhausen HRB 500899, Amtsgericht Jena ▪ Konten: Deutsche Bank Kto.Nr. 048 008 7 BLZ 480 700 20 ▪ Ust-ID-Nr.: DE251274201 IBAN: DE54480700200048008700 ▪ SWIFT-CODE:

 Open the catalog to page 2
Exemplary_Impulseteststands-3

Impulse Test Bench Type: PPM/I/600/5 Main Attributes • • • 600 bar frequency 5 Hz chamber temperature -40oC up to 180oC Function A hydraulic-driven pressure intensifier generates the pulse pressure. Constant 350 bar hydraulic pressure is generated by a hydraulic unit activating the pressure intensifier via a highly dynamic control valve. Pressure test run is measured and saved by a pressure transducer and allows pressure control. Pressure run is visualized on a PC. Operation is menu-navigated and facilitates special software configurations. The unit works on a self-regulating basis. Possible...

 Open the catalog to page 3
Exemplary_Impulseteststands-4

Poppe+Potthoff Maschinenbau GmbH ▪ Geschäftsführer: Stefan Dreyer ▪ Sitz der Gesellschaft: 99734 Nordhausen Bielen HRB 500899, Amtsgericht Jena ▪ Konten: Deutsche Bank Kto.Nr. 048 008 7 BLZ 480 700 20 ▪ Ust-ID-Nr.: DE251274201 IBAN: DE54480700200048008700 ▪ SWIFT-CODE:

 Open the catalog to page 4
Exemplary_Impulseteststands-5

Impulse Test Bench Type: PPM-I-4000-15-50 Main Attributes • • • • compact test unit PPM-Design high dynamic exact repeat accuracy Function A hydraulic-driven pressure intensifier generates the pulse pressure. Constant 350 bar hydraulic pressure is generated by a hydraulic unit activating the pressure intensifier via a highly dynamic control valve. This pressure activates the pressure intensifier via a control valve. The pressure intensifier works on a constant pressure transmission ratio generating high pressure by linear movements. A highly dynamic servo valve is installed as control valve thus...

 Open the catalog to page 5
Exemplary_Impulseteststands-6

Poppe+Potthoff Maschinenbau GmbH ▪ Geschäftsführer: Stefan Dreyer ▪ Sitz der Gesellschaft: 99734 Nordhausen Bielen HRB 500899, Amtsgericht Jena ▪ Konten: Deutsche Bank Kto.Nr. 048 008 7 BLZ 480 700 20 ▪ Ust-ID-Nr.: DE251274201 IBAN: DE54480700200048008700 ▪ SWIFT-CODE:

 Open the catalog to page 6
Exemplary_Impulseteststands-7

Impulse Test Bench Type: PPM-I-4000-15-120 Main Attributes • • • compact test unit PPM -Design high dynamic Function A hydraulic-driven pressure intensifier generates the pulse pressure. Constant 350 bar hydraulic pressure is generated by a hydraulic unit activating the pressure intensifier via a highly dynamic control valve. This pressure activates the pressure intensifier via a control valve. The pressure intensifier works on a constant pressure transmission ratio generating high pressure by linear movements. A highly dynamic servo valve is installed as control valve thus guaranteeing very...

 Open the catalog to page 7
Exemplary_Impulseteststands-8

Poppe+Potthoff Maschinenbau GmbH ▪ Geschäftsführer: Stefan Dreyer ▪ Sitz der Gesellschaft: 99734 Nordhausen Bielen HRB 500899, Amtsgericht Jena ▪ Konten: Deutsche Bank Kto.Nr. 048 008 7 BLZ 480 700 20 ▪ Ust-ID-Nr.: DE251274201 IBAN: DE54480700200048008700 ▪ SWIFT-CODE:

 Open the catalog to page 8
Exemplary_Impulseteststands-9

Impulse Test Bench Type: PPM-I-4500-15-120 Main Attributes • • • compact test unit PPM -Design high dynamic Function A hydraulic-driven pressure intensifier generates the pulse pressure. Constant 350 bar hydraulic pressure is generated by a hydraulic unit activating the pressure intensifier via a highly dynamic control valve. This pressure activates the pressure intensifier via a control valve. The pressure intensifier works on a constant pressure transmission ratio generating high pressure by linear movements. A highly dynamic servo valve is installed as control valve thus guaranteeing very...

 Open the catalog to page 9
Exemplary_Impulseteststands-10

Features of Pulsating high Pressure Test Stand Pressure Transducer for Afterfeeding The high pressure test stand offsets the leakage of the piston rings on the main pressure transducer using a pressure transducer with static sealing. Afterfeeding takes place automatically during the pressure test without action from the operator. The integrated digital controls monitor and correct both pressure transducers during pulsation testing. Therefore it is not necessary to interrupt testing during afterfeeding no matter at what pressure range the test is conducted. Temperature controlled Head cooling...

 Open the catalog to page 10

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