美國(guó)MTH再生渦輪泵T31/T41/T51
美國(guó)MTH再生渦輪泵T31系列
水道設(shè)計(jì)
MTH掌握了再生渦輪泵最重要的設(shè)計(jì)考慮因素之一，即水流通道的形狀，以達(dá)到最大的容量和壓力，同時(shí)最大限度地降低馬力要求。通過優(yōu)化每個(gè)葉輪的水通道橫截面輪廓，MTH提高了效率和壓力超過其他技術(shù)實(shí)現(xiàn)的標(biāo)準(zhǔn)。
葉輪輪廓
在T31系列泵中并入的再生渦輪泵技術(shù)中最顯著的改進(jìn)之一是能夠確定最佳葉輪寬度和葉片長(zhǎng)度。這些因素對(duì)再生渦輪泵的所需馬力與壓力曲線有顯著影響。通過優(yōu)化每個(gè)泵的這些參數(shù)，提高了峰值效率，并降低了“非高峰”功率要求。
能力達(dá)到9 GPM
前往300英尺
溫度可達(dá)250°F
MTH T31系列泵
T31系列緊耦合再生渦輪泵代表了中低壓（低至400英尺）的低流量（1/2至9 GPM）應(yīng)用中最經(jīng)濟(jì)，最高性能的替代方案。通過將液壓渦輪泵設(shè)計(jì)中的最新概念與精密計(jì)算機(jī)控制制造相結(jié)合，T31系列泵即使在低NPSH下也能提供高效泵送操作。將易于維修的設(shè)計(jì)與使用高質(zhì)量的部件相結(jié)合，使維護(hù)成本最小化，從而延長(zhǎng)使用壽命。
葉輪葉片
在為特定的水通道橫截面確定最有利的葉輪輪廓之后，MTH計(jì)算最大化泵的性能所需的葉片數(shù)量。T31系列中的當(dāng)前葉片設(shè)計(jì)提高了效率和設(shè)計(jì)壓力，而不會(huì)產(chǎn)生與生產(chǎn)輪廓葉片葉輪相關(guān)的制造困難。最先進(jìn)的電腦控制機(jī)器簡(jiǎn)化了T31系列中使用的各種MTH葉輪的制造。結(jié)果是提供超過那些昂貴的單元的效率特性的高性能泵。
NPSH要求
T31系列再生渦輪泵符合低凈吸頭（NPSH）要求，無需效率損失。這是通過保持入口流體速度低，然后緩慢加速到通道速度來實(shí)現(xiàn)的。專門的斜坡負(fù)責(zé)這種溫和的液體進(jìn)入葉輪葉片，并且考慮到T31系列泵的高入口效率。
陡峭的頭/容量曲線
隨著壓力的變化，泵送能力也會(huì)稍有變化。陡峭的壓力特性克服了臨時(shí)的線路電阻。
自調(diào)節(jié)葉輪
T31葉輪利用平衡孔來促進(jìn)液壓自定心并消除對(duì)外部調(diào)節(jié)的需要。葉輪對(duì)軸承不施加推力，延長(zhǎng)使用壽命。自定中心同樣有效，無論是安裝在水平還是垂直的位置。
擴(kuò)展可靠性電機(jī)
定制D3電機(jī)采用304不銹鋼軸和重型球軸承，延長(zhǎng)使用壽命。單相ODP和3相TEFC外殼是標(biāo)準(zhǔn)的，以及兩極，50Hz / 60Hz等級(jí)以及UL和CE標(biāo)志。
Capacities to 9 GPM
Heads to 300 Feet
Temperatures to 250°F
MTH T31 Series Pumps
The T31 Series close-coupled regenerative turbine pumps represent the most economical, high performance alternative for low flow (1/2 to 9 GPM) applications involving moderate to high pressures (heads to 400 feet). By combining the latest concepts in hydraulic turbine pump design with precision computer controlled manufacturing, the T31 Series pumps deliver high efficiency pumping operation, even at low NPSH. Maintenance costs are kept to a minimum by combining an easily serviceable design with the use of high quality components to provide long life.
Water Passage Design
MTH masters one of the most critical design considerations of regenerative turbine pumps - the shaping of water passageways to achieve maximum capacity and pressure while minimizing horsepower requirements. By optimizing water passageway cross-sectional profiles for each impeller, MTH improves both efficiency and pressure over the standards realized by other techniques.
Impeller Profile
One of the most notable improvements in regenerative turbine pump technology, incorporated in T31 Series pumps, involves the ability to determine the optimum impeller width and blade length. These factors have a significant effect on the required horsepower versus pressure curve for regenerative turbine pumps. By optimizing these parameters for each pump, peak efficiency is improved and “off peak” horsepower requirements are reduced as well.
Impeller Blades
After the most favorable impeller profile has been determined for a particular water passageway cross-section, MTH calculates the number of blades needed to maximize the performance of that pump. Current blade design in the T31 Series increases both efficiency and design pressure without the manufacturing difficulties associated with producing contoured blade impellers. State-of-the-art computer controlled machines simplify manufacturing of the various MTH impellers utilized in the T31 Series. The result is a high performance pump providing efficiency characteristics exceeding those of much more expensive units.
NPSH Requirements
T31 Series regenerative turbine pumps meet low net positive suction head (NPSH) requirements without efficiency loss. This is achieved by keeping the inlet fluid velocity low and then gently accelerating to passageway velocities. Special ramps are responsible for this gentle fluid entry into the impeller blades and account for the high inlet efficiency of the T31 Series pumps.
Steep Head/Capacity Curve
Pumping capacity varies only slightly as pressure changes. Steep pressure characteristic overcomes temporary line resistances.
Self Adjusting Impeller
T31 impellers utilize balancing holes to promote hydraulic self-centering and to eliminate the need for external adjustment. The impeller exerts no thrust load on the bearings, thereby extending service life. Self-centering is equally effective whether mounted in the horizontal or vertical position.
Extended Reliability Motors
Custom manufactured D3 motors feature a 304 stainless steel shaft and heavy duty ball bearing for extended life. Single phase ODP and 3 phase TEFC enclosures are standard, as well as a two-pole, 50Hz/60Hz ratings, and UL and CE Marks.
美國(guó)MTH再生渦輪泵T31
愛澤工業(yè)(IZE_INDUSTRIES)特價(jià)經(jīng)銷、常用備件型號(hào):
MTH再生渦輪泵T31SERIES 3450RPM
MTH再生渦輪泵T31SERIES 2880RPM
MTH再生渦輪泵T31A 3450RPM
MTH再生渦輪泵T31A 2880RPM
MTH再生渦輪泵T31B 3450RPM
MTH再生渦輪泵T31B 2880RPM
MTH再生渦輪泵T31C 3450RPM
MTH再生渦輪泵T31C 2880RPM
MTH再生渦輪泵T31D 3450RPM
MTH再生渦輪泵T31D 2880RPM
MTH再生渦輪泵T31E 3450RPM
MTH再生渦輪泵T31E 2880RPM
MTH再生渦輪泵T31F 3450RPM
MTH再生渦輪泵T31F 2880RPM
MTH再生渦輪泵T31G 3450RPM
MTH再生渦輪泵T31G 2880RPM
MTH再生渦輪泵T31H 3450RPM
MTH再生渦輪泵T31H 2880RPM
美國(guó)MTH再生渦輪泵T31/T41/T51
美國(guó)MTH再生渦輪泵T41
Capacities to 24 GPM
Heads to 600 Feet
Low NPSH Requirements
MTH E41 ? T41 Series
Close-coupled and pedestal mounted regenerative turbine pumps represent the most economical, high performance alternative for low flow (1/2 to 22 GPM) clean fluid applications involving moderate to high pressures (heads to 600 feet).
By combining the latest concepts in hydraulic turbine pump design with precision computer controlled manufacturing, the E41/T41 Series pumps deliver high efficiency operation even at low NPSH. Costs are controlled by efficient manufacturing processes and highly optimized pump designs. Maintenance costs are kept to a minimum by combining an easily serviceable design with the use of high quality components to provide long life.
Water Passage Design
MTH masters one of the most critical design considerations for regenerative turbine pumps -- the shaping of water passageways to achieve highest capacity and pressure while minimizing horsepower requirements. By optimizing water passageway cross-sectional profiles for each impeller, MTH has improved both efficiency and pressure in the E41/T41 Series, exceeding the levels realized by previous techniques.
Impeller Profile
One of the most notable improvements in regenerative turbine pump technology incorporated in E41/T41 Series pumps involves the ability to determine the optimum impeller width and blade length. These factors have a significant effect on the required horsepower versus pressure curve for regenerative turbine pumps. By optimizing these for each E41/T41 Series pump, peak efficiency is improved and “off peak” horsepower requirements are reduced as well.
Impeller Blades
After the most favorable impeller profile has been determined for a particular water passageway cross-section, MTH calculates the number of blades needed to maximize the performance of that pump. Current blade design in E41/T41 Series pumps increases both efficiency and design pressure without the manufacturing difficulties associated with producing contoured blade impellers. State-of-the-art computer controlled machines simplify manufacturing of the various MTH impellers utilized in the E41/T41 Series. The result is a high performance pump providing efficiency characteristics exceeding those of more expensive units.
NPSH Requirements
E41/T41 Series regenerative turbine pumps meet low net positive suction head (NPSH) requirements without efficiency loss. This is achieved by keeping the inlet fluid velocity low and then gently accelerating to passageway velocities. Special ramps are responsible for an almost shockless fluid entry into the impeller blades and account for the high inlet efficiency in the E41/T41 Series pumps.
E41 Series
Similar to the T31 Series, the E41 takes advantage of our custom manufactured dual face D3 motors that incorporate a 304 stainless steel shaft and heavy-duty bearing. The stainless steel shaft eliminates the necessity of a shaft sleeve, thereby reducing the parts count and simplifying maintenance and servicing procedures. All D3 motors also feature a two-pole 50//60Hz rating, as well as CE Mark approval useful for OEM’s with worldwide customers. The three-phase versions of the D3 motors feature a compact TEFC enclosure and a range from 1/3 to 3HP. The single phase D3 motors have an ODP enclosure and a range from 1/3 to 2HP. The E41 is available in horizontal close-coupled and vertical flange mounted configurations only.
美國(guó)MTH再生渦輪泵T41
愛澤工業(yè)(IZE_INDUSTRIES)特價(jià)經(jīng)銷、常用備件型號(hào):
MTH再生渦輪泵E41 ? T41 SERIES 3450RPM
MTH再生渦輪泵E41 ? T41 SERIES 2880RPM
MTH再生渦輪泵E41 ? T41 SERIES 1750RPM
MTH再生渦輪泵E41B ? T41B 3450RPM
MTH再生渦輪泵E41B ? T41B 2880RPM
MTH再生渦輪泵E41C ? T41C 3450RPM
MTH再生渦輪泵E41C ? T41C 2880RPM
MTH再生渦輪泵E41D ? T41D 3450RPM
MTH再生渦輪泵E41D ? T41D 2880RPM
MTH再生渦輪泵E41E ? T41E 3450RPM
MTH再生渦輪泵E41E ? T41E 2880RPM
MTH再生渦輪泵E41G ? T41G 3450RPM
MTH再生渦輪泵E41G ? T41G 2880RPM
MTH再生渦輪泵E41J ? T41J 3450RPM
MTH再生渦輪泵E41J ? T41J 2880RPM
MTH再生渦輪泵E41L ? T41L 3450RPM
MTH再生渦輪泵E41L ? T41L 2880RPM
MTH再生渦輪泵E41M ? T41M 3450RPM
MTH再生渦輪泵E41M ? T41M 2880RPM
MTH再生渦輪泵E41P ? T41P 3450RPM
MTH再生渦輪泵E41P ? T41P 2880RPM
美國(guó)MTH再生渦輪泵T31/T41/T51
美國(guó)MTH再生渦輪泵T51
Capacities to 40 GPM
Heads to 700 Feet
Low NPSH Requirements
MTH E51?T51 Series
Close-coupled and pedestal mounted regenerative turbine pumps represent the most economical, high performance alternative for low flow (2 to 40 GPM) clean fluid applications involving moderate to high pressures (heads to 700 feet). By combining the latest concepts in regenerative turbine pump design with precision computer controlled manufacturing, the E51 T51 Series pumps deliver high efficiency operation, even at low NPSH. Costs are controlled by efficient manufacturing processes and highly optimized pump designs. Maintenance costs are kept to a minimum by combining an easily serviceable design with the use of high quality components to provide long life.
Water Passage Design
MTH masters one of the most critical design considerations for regenerative turbine pumps -- the shaping of water passageways to achieve highest capacity and pressure while minimizing horsepower requirements. By optimizing water passageway cross-sectional profiles for each impeller, MTH has improved both efficiency and pressure in the E51 T51 Series, and exceeds the levels realized by previous techniques.
Impeller Profile
One of the most notable improvements in regenerative turbine pump technology incorporated in E51 T51 Series pumps involves the ability to determine the optimum impeller width and blade length. These factors have a significant effect on the required horsepower versus pressure curve for regenerative turbine pumps. By optimizing these for each E51 T51 Series pump, peak efficiency is improved and “off peak” horsepower requirements are reduced as well.
Impeller Blades
After the most favorable impeller profile has been determined for a particular water passageway cross-section, MTH calculates the number of blades needed to maximize the performance of that pump. Current blade design in E51 T51 Series pumps increases both efficiency and design pressure without the manufacturing difficulties associated with producing contoured blade impellers. State-of-the-art computer controlled machines simplify manufacturing of the various MTH impellers utilized in the E51 T51 Series. The result is a high performance pump providing efficiency characteristics exceeding those of more expensive units.
NPSH Requirements
E51 T51 Series regenerative turbine pumps meet low net positive suction head (NPSH) requirements without efficiency loss. This is achieved by keeping the inlet fluid velocity low and then gently accelerating to passageway velocities. Special ramps are responsible for an almost shockless fluid entry into the impeller blades and account for the high inlet efficiency of the E51?T51 Series
E51 Series
Similar to the T31 Series, the E51 takes advantage of our custom manufactured dual face D3 motors that incorporate a 304 stainless steel shaft and a heavy-duty bearing. The stainless steel shaft eliminates the necessity of a shaft sleeve, thereby reducing the parts count and simplifying maintenance and servicing procedures. All D3 motors feature a two-pole 50/60Hz rating, as well as CE Mark approval useful for OEM’s with worldwide customers. The three-phase versions of the D3 motors feature a compact TEFC enclosure and a power output from 1/3 to 3HP. The single phase D3 motors have an ODP enclosure and a power range from 1/3 to 2HP. The E51 is available in horizontal close-coupled and vertical flange mounted configurations only. For other configurations, see the T51 Series.
美國(guó)MTH再生渦輪泵T51
愛澤工業(yè)(IZE_INDUSTRIES)特價(jià)經(jīng)銷、常用備件型號(hào):
MTH再生渦輪泵E51 ? T51 SERIES 3450RPM
MTH再生渦輪泵E51 ? T51 SERIES 2880RPM
MTH再生渦輪泵E51 ? T51 SERIES 1750RPM
MTH再生渦輪泵E51B ? T51B 3450RPM
MTH再生渦輪泵E51B ? T51B 2880RPM
MTH再生渦輪泵E51C ? T51C 3450RPM
MTH再生渦輪泵E51C ? T51C 2880RPM
MTH再生渦輪泵E51D ? T51D 3450RPM
MTH再生渦輪泵E51D ? T51D 2880RPM
MTH再生渦輪泵E51E ? T51E 3450RPM
MTH再生渦輪泵E51E ? T51E 2880RPM
MTH再生渦輪泵E51G ? T51G 3450RPM
MTH再生渦輪泵E51G ? T51G 2880RPM
MTH再生渦輪泵E51J ? T51J 3450RPM
MTH再生渦輪泵E51J ? T51J 2880RPM
MTH再生渦輪泵E51L ? T51L 3450RPM
MTH再生渦輪泵E51L ? T51L 2880RPM
MTH再生渦輪泵E51M ? T51M 3450RPM
MTH再生渦輪泵E51M ? T51M 2880RPM
MTH再生渦輪泵E51P ? T51P 3450RPM
MTH再生渦輪泵E51P ? T51P 2880RPM
MTH再生渦輪泵E51R ? T51R 3450RPM
MTH再生渦輪泵E51R ? T51R 2880RPM
MTH再生渦輪泵T51S 3450RPM
MTH再生渦輪泵T51S 2880RPM
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