4.5 ワンクリックでRevitモデルにファミリを直接ロード
新しいオブジェクトに簡単にアクセスし、Revitファミリを保存し、チームと共同作業できる場所を入手してください。
Revitの横でBIMオブジェクトを直接操作 - 2GBのクラウドストレージ - Revitコンテンツを保存
- Revitから直接エンボディドカーボンLCA（A1-A3）を取得
アーカイブ
Design Envelope 4300 Vertical In-Line Pumps for Commerical Cooling and Heating
Applications
HVAC-system pumping and control; general purpose pumping; industrial/process pumping and control (water or glycol based)
Description
Pipe-mounted UL 778 pumping unit with integrated intelligent controls for space-saving installation and superior energy performance. Saves up to 75% in energy over comparable traditional constant speed or variable frequency operated pump installations.
Materials
Performance range
25 to 25,000 USgpm (1.5 to 1500 L/s) flow; 10 to 300 ft (3 to 90 m) head (composite curves available)
Temperature
300oF (150oC)
Power Range
1 hp to 1250 hp (0.75 kW to 900 kW)
Size
1.5" to 20” (40 mm to 500 mm)
Lowest installed cost
Vertical In-line design eliminates the need for inertia bases, housekeeping pads, and flex connectors and reduces piping requirements
Integrated intelligent controls eliminate separate mounting of variable frequency drive (VFD) as well as procurement, installation (incl. wiring), calibration and upkeep of differential pressure sensor
Vertical motor positioning requires up to 60% less floor space compared to other pump configurations.
Expertly staggered product line for perfect pump match-up and selection especially in retrofit situations
Superior energy performance qualifies for significant cost recovery under utility and government rebate programs
Design Envelope selections frequently recommend a smaller motor and/or pump which reduces installed cost.
Lowest operating cost
Integrated intelligent controls – combined with perfect component match-up and tuning – for up to 75% in energy savings over traditional constant speed and variable frequency operated pump installations
Split-coupling design for easy seal service without removal of pump or motor
Lowest environmental cost
75% decrease in energy consumption reduces operational greenhouse gas emissions at equal ratio
Elimination of inertia bases, housekeeping pads, flex connectors and superfluous piping avoids all procurement related environmental impacts (material, energy, carbon)
Equipment downsizing mitigates environmental impacts associated with procuring unnecessarily large equipment
Integrated design packs and ships more economically for less packaging waste compared to loose component shipping and assembly
Lowest project and operating risk
Integrated intelligent controls for fast and easy commissioning as well as reduced radio frequency interference/ improved electromagnetic compatibility
Optional sediment filters or separators for extended seal life in contaminated systems
Single-source responsibility for optimum design and field support
Independent operation through embedded Sensorless control or in conjunction with a building automation system (BAS)
HVAC-system pumping and control; general purpose pumping; industrial/process pumping and control (water or glycol based)
Description
Pipe-mounted UL 778 pumping unit with integrated intelligent controls for space-saving installation and superior energy performance. Saves up to 75% in energy over comparable traditional constant speed or variable frequency operated pump installations.
Materials
- Cast-iron or ductile iron casing
- Cast iron or bronze impeller
- Sintered silicon carbide mechanical seal
Performance range
25 to 25,000 USgpm (1.5 to 1500 L/s) flow; 10 to 300 ft (3 to 90 m) head (composite curves available)
Temperature
300oF (150oC)
Power Range
1 hp to 1250 hp (0.75 kW to 900 kW)
Size
1.5" to 20” (40 mm to 500 mm)
Lowest installed cost
Vertical In-line design eliminates the need for inertia bases, housekeeping pads, and flex connectors and reduces piping requirements
Integrated intelligent controls eliminate separate mounting of variable frequency drive (VFD) as well as procurement, installation (incl. wiring), calibration and upkeep of differential pressure sensor
Vertical motor positioning requires up to 60% less floor space compared to other pump configurations.
Expertly staggered product line for perfect pump match-up and selection especially in retrofit situations
Superior energy performance qualifies for significant cost recovery under utility and government rebate programs
Design Envelope selections frequently recommend a smaller motor and/or pump which reduces installed cost.
Lowest operating cost
Integrated intelligent controls – combined with perfect component match-up and tuning – for up to 75% in energy savings over traditional constant speed and variable frequency operated pump installations
Split-coupling design for easy seal service without removal of pump or motor
Lowest environmental cost
75% decrease in energy consumption reduces operational greenhouse gas emissions at equal ratio
Elimination of inertia bases, housekeeping pads, flex connectors and superfluous piping avoids all procurement related environmental impacts (material, energy, carbon)
Equipment downsizing mitigates environmental impacts associated with procuring unnecessarily large equipment
Integrated design packs and ships more economically for less packaging waste compared to loose component shipping and assembly
Lowest project and operating risk
Integrated intelligent controls for fast and easy commissioning as well as reduced radio frequency interference/ improved electromagnetic compatibility
Optional sediment filters or separators for extended seal life in contaminated systems
Single-source responsibility for optimum design and field support
Independent operation through embedded Sensorless control or in conjunction with a building automation system (BAS)
Revit用デザインアプリ
日本語
