Examples of using Net head in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Length: Net Rod: 185 cm+ 100 cm Net head.
An innovative net head with an integrated EVA buoyancy aid.
Selecka: a 3-jet Pelton turbine with 1845 kW output for a net head of 299 m and discharge of 0.7 m³/s.
Net head for the hydropower plant Pangyo is 16.6 m with a flow rate of 2 m³/s.
The 2- jet Pelton turbine generates 920 kW at a net head of 298 m and a discharge of 0.35 m³/s.
HPP San Giovanni Bianco: one(1) vertical Kaplan tube turbine with direct coupled asynchronous generator,designed for a net head of 4.76 m and a discharge of 1.95 m3/s.
Kriva: one 3-jet Pelton Turbine with an output of 605 kW for a net head of 105 m and flow rate of 0.65 m³/s.
The plant is equipped with two(2) five-jet, vertical Pelton turbines generatingnearly 4.3 MW at a net head of 120m and a discharge of 4 m³/s.
Brajcino 1: a 3-jet Pelton turbine with 740 kW output for a net head of 112 m and discharge of 0.75 m³/s.
The installed capacity of Rekovici hydropower plant will be around 8 MW;the turbines will be designed for a net head of 5.33 m and an unit flow of 55 m3/s.
HPP San Marcel: one(1) Kaplan bulb turbine, designed for a net head of 3 m and a discharge of 15 m3/s.
The future hydropower plant San Giovanni Biancofeatures an installed output of 225 kW at a net head of 5.6 m and a discharge of 4.5 m3/s.
The rubberized mesh, the telescopic handle and the strong aluminum net head make this net perfect for predator fishing.
Slatino: one 2-jet Pelton Turbine with an output of 585 kW for a net head of 220 m and flow rate of 0.3 m³/s.
Kamenicka: one 3-jet Pelton Turbine with an output of 1255 kW for a net head of 142 m and flow rate of 1 m³/s.
Drugovo: one 2-jet Pelton Turbine with an output of 620 kW for a net head of 201 m and flow rate of 0.35 m³/s.
Kranska: one 2-jet Pelton Turbine with an output of 610 kW for a net head of 152 m and flow rate of 0.45 m³/s.
Krkljanska: one 2-jet Pelton Turbine with an output of 400 kW for a net head of 128 m and flow rate of 0.35 m³/s.
Brajcino 1: one3-jet Pelton Turbine with an output of 740 kW for a net head of 112 m and flow rate of 0.75 m³/s.
Brbusnica: one 3-jet Pelton Turbine with an output of 595 kW for a net head of 103.5 m and flow rate of 0.65 m³/s.
HPP Gradecka: one two-jet Pelton turbine will generate 920 kW at a net head of 298 m and a discharge of 0.35 m³/s.
HPP Patiska: one three-jet Pelton turbine will generate 716 kW at a net head of 163.6 m and a discharge of 0.5m³/s.
HPP Brajcino 2: one five-jet Pelton turbine willgenerate 1517 kW at a net head of 111m and a discharge of 1.55 m³/s.
HPP Galicnik 3 one three-jet Pelton turbine willgenerate 1303 kW at a net head of 241.4 m and a discharge of 0.61 m³/s.
HPP Chuksan: consists of(2) horizontal pit type Kaplan turbines with anoutput of 670 kW each for a net head of 4.5 m and a flow rate of 16.5 m³/s per turbine.
HPP Gumi: consists of(2) two horizontal pit type Kaplan turbines withan output of 1660 kW each for a net head of 6.6 m and a flow rate of 28.5 m³/s per turbine.
HPP Keumgang: consists of(2) horizontal pit type Kaplan turbines with anoutput of 1670 kW each for a net head of 4.2 m and a flow rate of 45 m³/s per turbine.
HPP Keumnam: consists of(3) horizontal pit type Kaplan turbines with anoutput of 838 kW each for a net head of 2.51 m and a flow rate of 37.8 m³/s per turbine.
HPP Buyeo: consists of(4) four horizontal pit type Kaplan turbines withan output of 1000 kW each for a net head of 3.2 m and a flow rate of 34.5 m³/s per turbine.
HPP Gangchun: consists of(3) three horizontal pit type Kaplan turbines withan output of 3067 kW each for a net head of 4.7 m and a flow rate of 73.9 m³/s per turbine.