35,000, 50,000, And 55,000 Btu/Hr H.S.I. Series

PORTABLE FORCED AIR HEATERS

OPERATION

WARNING: Review and un- derstand the warnings in the Safety Information Section, page

2.They are needed to safely op- erate this heater. Follow all local codes when using this heater.

TO START HEATER

1.Follow all ventilation and safety in- formation.

2.Fill fuel tank with kerosene or No. 1 fuel oil.

3.Attach fuel cap.

4.Plug power cord of heater into three- prong, grounded extension cord. Exten- sion cord must be at least six feet long.

Extension Cord Wire Size

Requirements

6 to 10 feet long, use 18 AWG rated cord

11 to 100 feet long, use 16 AWG rated cord

101 to 200 feet long, use 14 AWG rated cord

5.Plug extension cord into standard 120 volt/60 hertz, three-hole, grounded out- let. Note: Ignitor will preheat for five seconds then heater will start.

TO STOP HEATER

Unplug extension cord from outlet.

TO RESTART HEATER

1.Unplug extension cord from outlet and wait 10 seconds (two minutes if heater has been running).

2.Plug extension cord into standard 120 volt/60 hertz, three hole, grounded out- let. Note: Ignitor will preheat for five seconds then heater will start.

STORING,

TRANSPORTING, OR SHIPPING

Note: If shipping, transport companies re- quire fuel tanks to be empty.

1.Drain fuel tank. Drain fuel through fuel cap opening. Be sure all fuel is removed.

2.If any debris is noted in old fuel, add 1 or 2 quarts of clean kerosene to tank, stir, and drain again. This will prevent excess debris from clogging filters dur- ing future use.

3.Replace fuel cap. Properly dispose of old and dirty fuel. Check with local auto- motive service stations that recycle oil.

4.If storing, store heater in dry place. Make sure storage place is free of dust and corrosive fumes.

IMPORTANT: Do not store kerosene over summer months for use during next heating season. Using old fuel could damage heater.

PREVENTATIVE MAINTENANCE SCHEDULE

Item

WARNING: Never service heater while it is plugged in, op- erating, or hot. Severe burns and electrical shock can occur.

How Often

How To

Fuel tank

Flush every 150-200 hours of operation or

 

as needed.

Air output and lint filters

Replace every 500 hours of operation or

 

once a year.

Air intake filter

Wash and dry with soap and water every

 

500 hours of operation or replace as needed.

Fuel filter

Clean twice a heating season or replace as

 

needed.

Ignitor

No maintenance required.

Fan blades

Clean each season or as needed.

Motor

Not required/permanently lubricated.

See Storing, Transporting, or Shipping, above.

See Air Output, Air Intake, and Lint Filters, page 6.

See Air Output, Air Intake, and Lint Filters, page 6.

See Fuel Filter, page 7.

See Fan, page 6.

4

102388

Page 4
Image 4
Desa and 55 owner manual Operation, Storing TRANSPORTING, or Shipping, Preventative Maintenance Schedule

and 55 specifications

Desa and 55 are two innovative initiatives that represent the convergence of modern technology and community-focused governance. Both aim to enhance the quality of life for their respective users while promoting sustainable living and effective resource management.

Desa is centered around the concept of "smart villages," where technology is seamlessly integrated into daily life to support sustainable practices. This initiative focuses on empowering rural communities by providing access to modern services and infrastructure through a digital framework. Key features of Desa include smart agriculture, where IoT devices are utilized to monitor soil conditions and optimize water usage, thereby increasing crop yields while minimizing environmental impact. Additionally, Desa promotes renewable energy sources, encouraging communities to harness solar or wind power for local needs and reducing dependence on fossil fuels.

On the other hand, 55 is an urban-centered model aimed at enhancing city living through the use of cutting-edge technologies. It embodies a comprehensive approach to urban planning, integrating smart transportation, waste management, and energy systems. Key characteristics of 55 include a robust public transport system, which employs real-time data analytics to improve efficiency and accessibility. Smart waste management technologies ensure effective recycling processes and decrease landfill usage, thus promoting a circular economy.

Both Desa and 55 prioritize community engagement and participation. They utilize mobile applications and platforms to encourage residents to partake in localized decision-making, ensuring that the systems remain relevant to the unique needs of their users. Data privacy and security are also paramount; both initiatives adopt stringent measures to protect user information while still enabling the benefits of data analysis.

In summary, Desa and 55 represent two distinct but complementary approaches to integrating technology into community living. While Desa focuses on empowering rural areas through sustainable practices, 55 enhances urban life through smart solutions. Their commitment to innovation, community involvement, and sustainability positions both initiatives as leaders in the movement toward smarter, more resilient communities. As global challenges such as climate change and urbanization continue to evolve, models like Desa and 55 will be crucial in shaping a sustainable future.