Oasis Concepts Diesel and AC Heating System for Recreational Vehicles and Yachts 用户手册

下载
页码 80
Section 1, Overview  
result in a voided warranty for the entire heating system.  Any loss 
of service or damage as a result of any unapproved modification is 
the responsibility of the installer. ITR accepts no liability for any 
damage or loss of service resulting from unapproved modifications. 
 
1.3  Oasis™ Heating Module Features  
• Efficient 
• Clean 
• Quiet 
• Compact 
• Safe 
• Rugged 
• Reliable 
• Economical 
The Oasis™ Heating Module uses a diesel burner (12 VDC) 
controlled by a multi-functional electronic controller as the primary 
source of heating coolant fluid (anti-freeze and water).  Two 1500 
Watt, 120 VAC immersion elements are used as secondary heat 
sources.  The Oasis™ Heating Module heats the coolant fluid to 
provide a source of heat for all hydronic space heating needs.  
When used with the Distribution Module (optional) and its integral 
distribution pumps, the Oasis™ Heating Module has the ability to 
circulate the coolant fluid to all space heating areas.  It can also 
provide a supply of domestic hot water using the integral heat 
exchanger in the Distribution Module. The Oasis™ also incorporates 
engine heat and preheat functions. (see Figure 1-2:  Oasis™ 
Heating and Distribution Modules)
Other features of the Oasis™ Heating Module include: 
•  A high-temperature, stainless steel burner and stainless steel 
jacket. 
•  9.5 US gallon welded, insulated stainless steel coolant tank that 
minimizes heat loss and optimizes heat recovery. 
•  Low coolant level switch on the tank. 
•  Easy to install, completely modular and field serviceable with the 
Oasis™ Heating Module hookups and connections easily 
accessible from the front and top of the Heating Module. 
•  Quiet operation and low power consumption. 
•  Low pressure fuel system with built-in fuel pump. 
•  Fuel efficient burner capable of burning a wide variety of diesel-
based fuels. 
•  Exhaust has minimal smoke and smell. 
International Thermal Research  
 
1-3