Enviro 170S5FG manual Product Overview MQL, Standard Features

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PRODUCT OVERVIEW • MQL

The Perfect Solution for Schools, Hospitals, and Commercial Buildings.

The flexibility of the Model MQL Blower Coil allows you to design the unit to meet the specific project needs. The MQL design allows you to configure draw thru applications in horizontal, vertical, and foot- print-saving arrangements. From basic air handling to the sophisticated isolation room systems required to meet challenging indoor air quality (IAQ), controls, and acoustic (sound sensitive) projects – the Model MQL Blower Coil is your solution!

Standard Features

Modular construction allows for footprint saving arrangements including stacking modules in two-high configuration.

IAQ galvanized drain pans are double sloped to prevent standing water and minimize microbial growth. Stainless steel drain pans are available.

Removable access panels for improved accessibility, cleanability, and serviceability. Hinged access doors with quick action latches are available.

Single point power connection – even with draw thru or blow thru electric heat – simplifies installa- tion. Fan motors are factory mounted and wired to the junction box.

Available in nine sizes, from 600 to 10,000 CFM.

Internal spring isolation standard on all unit sizes 02 - 17.

Single wall and double wall-galvanized construction are available. Double wall construction enhances indoor air quality, protects insulation, and provides the ability to clean the inside of the unit.

Optional Features

Factory-packaged blower coils are available with starters or variable frequency drives, factory mounted and wired. Simply connect power, piping, and ductwork, and the units are ready for operation. An excellent way to minimize installation time, coordination and costs, while increasing reliability.

Quiet, flexible, acoustical discharge plenums may be used for sound sensitive projects.

Exhaust / Return Fan with Economizer Sections for use with IAQ applications (“free” heating and cool- ing – cost savings for space conditioning).

Customized Options including:

-Direct drive plug fans

-High efficiency filters

-Double wall perforated lining

-External face and bypass dampers

-Inspection windows

ENVIRO-TEC

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Contents Page MQL Table of Contents Product Overview MQL Standard FeaturesMQL Features and Benefits Application Considerations MQL Constant volume applicationsUnit Configuration in Direction of Airflow MQL Unit ConfigurationDraw Thru Electric Heat MQLAirflow Blow Thru AirflowMQL Electric Heat Voltage PhaseCoil and Filter Data Coil and Filter Data MQLMQL Static Pressure Data Section Pressure DropsFilter Pressure Drops Coil Pressure DropsStatic Pressure Data MQL MQL Weight Data Coil Weight DataGeneral Fan Notes Motor/Drive Weight DataWeight and Electrical Data MQL Motor Electrical DataMQL FAN Performance Data Forward Curved Fan Performance DataFAN Performance Data MQL Plug Fan Performance DataCFM x SP BHP MQL02 Fan 09-04 ClassMQL03 Fan 09-06 Class MQL FAN Performance CurvesMQL04 Fan 10-07 Class MQL06 Fan 12-09 ClassSE = CFM x SP MQL10 Fan 15-11 Class I MQL08 Fan 12-12 ClassMQL12 Fan 18-13 Class I MQL14 Fan 18-18 Class IFAN Performance Curves MQL MQL17 Fan 18-18 Class I MQL02 Plug Fan= CFM x SP MQL04 Plug Fan MQL03 Plug FanMQL06 Plug Fan MQL08 Plug FanCFM x SP MQL12 Plug Fan MQL10 Plug FanMQL17 Plug Fan MQL14 Plug FanGuide Specifications Blower Coil Unit Guide Specifications MQLMQL Guide Specifications Guide Specifications MQL MQL Metric Conversion Metric Conversion ChartENVIRO-TEC MQL Standard & Optional Features

170S5FG specifications

The Enviro 170S5FG is a cutting-edge hybrid vehicle from the renowned Enviro brand, designed to meet the evolving demands of public transportation while prioritizing sustainability and passenger comfort. One of the standout features of the Enviro 170S5FG is its hybrid powertrain, which effectively combines a diesel engine with an electric motor. This dual system significantly reduces emissions while ensuring optimal fuel efficiency. The vehicle is engineered to operate in various urban settings, making it an ideal choice for cities aiming to enhance their environmental impact.

In terms of performance, the 170S5FG boasts impressive acceleration and smooth operations, thanks to its state-of-the-art torque management system. The hybrid technology ensures that the vehicle can switch seamlessly between electric and diesel power, allowing it to conserve energy during low-speed travel, such as in stop-and-go traffic. This feature is particularly beneficial for reducing urban air pollution, as the vehicle emits fewer greenhouse gases compared to traditional diesel-only buses.

Passenger comfort is a priority in the Enviro 170S5FG, reflected in its thoughtfully designed interior. The spacious cabin can accommodate a significant number of passengers, with comfortable seating arrangements and ample standing room. Large windows provide natural light and enhance the overall travel experience. Additionally, the focus on accessibility means that the vehicle is equipped with features such as low floors, ramps, and designated spaces for wheelchairs, ensuring that it caters to all members of the community.

Safety comprises another area of excellence for the Enviro 170S5FG. Equipped with advanced safety technologies, including electronic stability control, anti-lock braking systems, and high-visibility LED lighting, the vehicle prioritizes the protection of passengers and drivers alike. The ergonomic design also includes enhanced visibility for the driver, contributing to safer navigation in complex urban environments.

Moreover, the Enviro 170S5FG incorporates intelligent connectivity features that enhance operational efficiency and passenger convenience. These technologies support real-time tracking and monitoring of bus performance, allowing transit authorities to optimize routes and schedules effectively.

In summary, the Enviro 170S5FG is a forward-thinking solution that combines hybrid technology, passenger-centric design, and advanced safety features. Its commitment to sustainability, performance, and comfort makes it an ideal asset for modern public transportation systems aiming to create greener cities while enhancing the commuter experience.