Examples of using Mpa in English and their translations into Czech
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Coordinate with the mpa.
MPA can progress quickly.
Stan, we know about the MPA.
Zoe, send crack MPA signature to me.
Body material Maximum Allowable Pressure PS MPa.
Hermle's MPA Technology- our portal to the world of additive manufacturing.
Predefined materials are in N/mm/MPa unit system.
Viscosity, dynamic: 900- 1500 mPa.s(ISO 9371) Explosive properties: Not known.
MPA technology is used to produce components made of metal powder that can be used under production conditions.
Just scan the QR code andwatch the film about the MPA technique on our YouTube channel.
During MPA, we analyze your capabilities and help you identify any potential improvements.
It is designed to increase input pressure of at least 0.2 MPa(2 bar) up to a maximum of 28 MPa 280 bar.
The officers who invaded Stan's place didn't take special notice, butif you look at the medicine cabinet, he has a prescription for MPA.
Viscosity, dynamic: 850- 1150 mPa.s(T 25 C, ISO 9371) Explosive properties: Explosive vapour/air mixtures may be formed.
Simulation of the complete process allied to quality assurance functionality makes the software a highly flexible andversatile tool for MPA technology users.
Viscosity, dynamic: 850- 1150 mPa.s(T 25 C, ISO 9371) Explosive properties: Pressurised container: May burst if heated.
Weight 1.4 kg Air consumption at 1 sighting at a pressure of 6 bar 0.7 l Pressure 0.39 to 0.78 MPa(3.9 to 7.8 bar) Type/ Length cli 511f ncov J/ 15 to 50 mm Min.
MPA is a thermal injection technique for metal powders, permitting generative manufacture of large- volume components with virtually any desired inner geometry.
If a more detailed machine assessment is needed, which includes in depth tests and diagnostics,ask for our Machine Performance Audit(MPA) or Machine Accuracy Audit MAA.
Max. working pressure: up to DN 1400 inc.- 0,42 MPa, from DN 1400- 0,25 MPa Max. working temperature: 200 C, short-term temperature up to 250 C Technical description: The valve consists of the body and the disk.
Pressure meter b Gauge manifold c Low-pressure valve(Lo) d High-pressure valve(Hi)e Charging hoses f Vacuum pump g Service port h Valve lids i Gas stop valve j Liquid stop valve 1 Vacuum the system until the pressure on the manifold indicates -0.1 MPa -1 bar.
It is necessary to install a safety valve with a rated pressure of 0.6 MPa(6 bar) to the inlet pipe of the heat pump, to prevent the pressure in the boiler from rising for more than 0.1 MPa 1 bar.
Pressure meter b Gauge manifold c Low-pressure valve(Lo)d High-pressure valve(Hi) e Charging hoses f Vacuum pump g Service port h Valve lids i Gas stop valve j Liquid stop valve 1 Vacuum the system until the pressure on the manifold indicates -0.1 MPa -1 bar.
It is necessary to install a safety valve with a rated pressure of 0.6 MPa(6 bar) to the inlet pipe of the heat pump, to prevent the pressure in the boiler from rising for more than 0.1 MPa 1 bar.
ECO 50 C Program duration of the standard cleaning cycle 160 min Noise level 52 dB(A) re 1 pW Mounting FREE STANDING Could be built-in YES Height 85 cm Width 45 cm Depth(with connectors) 58 cm Power consumption 1930 W Ratedvoltage/frequency 220-240 V/50 Hz Water pressure(flow pressure) 0,4-10 bar 0,04-1 Mpa.
Max. working pressure: 0,42 MPa Max. working temperature: 250 C Technical description: The butterfl y valve is made as a double eccentric valve the axis of the operating shaft lies out of the axis of sealing as well as the axis of the fl ow.
In a closed, pressurised system of installation, it is obligatory to install a safety valve on the inlet pipe with a rated pressure of 0.6 MPa(6 bar), 0.9 MPa(9 bar) or 1.0 MPa(10 bar)(see the label), which prevents the elevation of pressure in the boiler by more than 0.1 MPa(1 bar) above the rated pressure.
Max. working pressure: 0,42 MPa Max. working temperature: 350 C, short-term temperature up to 450 C Technical description: The relief valve consists of a fabricated corner unit, its larger fl ange is designed with a seat.
Maximum allowed operating parameters of heating water: Maximum allowed water temperature: +110 C(+95 C pro SUMX 10 až SUMX 16)Max water pressure for SUMX 1-25: 1 MPa Maximum water pressure for SUMX 28-90: 0,6 MPa For installations using hot water up to 130 C, it is possible to use the so-called inverted(reverse) mixing set configuration with a pump situated in the return water branch to ensure the required water temperature of 110 C in the heater outlet.
Max. working pressure: 0,42 MPa Max. working temperature: 1450 C Technical description: HVS type 136 is a fabricated unit protected by a fi reproof lining, which prevents heat loss from the piping and overheating of the gate valve surface.