1. Shipmate Stove Craigslist
2. Kerosene Heating Stove
3. Shipmate Stove Parts
4. Antique Kerosene Stove
5. Shipmate Alcohol Stove

Kerosene can be burned in a diesel stove and is the cleaner of the two in that application. The advantages and disadvantages of non-pressurized kerosene stoves are the same as those for diesel stoves. Just be aware that older kerosene stoves have a reputation for being temperamental and less efficient than modern white gas stoves. Kerosene Stove Pros: Fuel is easy to find and generally more affordable than canisters. Adjustable temperature control. Kerosene Stove Cons: Less efficient than white gas. Requires manual pumping to create pressure. ©2019 The ShipMate Stove Company Inc. - 888.835.4722 Shipmate Stove Company Inc. Is not affiliated with the former Stamford Foundry, Marine Manufacturing Company or Richmond Ring Company Inc.

Boat Interior, Cabin, & Galley

Shipmate Stove Craigslist

Maximizing the use of your boat's interior space is essential before leaving shore. Boat galleys, also known as ships' kitchens on larger vessels, require specialized equipment and techniques. Proper ventilation within the interior space is critical for comfort and for safety while on the water.

Cooking while at sea is a far different experience from cooking on land. Given that the vessel is in motion, even when at anchor, and the limited space within typical boat galleys, there are several differences in equipment and technique with food prep at sea, including:

• Lacking electrical appliances at sea, all tasks must be done by hand.
• The grill or stove surface and any oven are all powered by propane gas; the small size of each of these components limits the amount of any food you can cook at the same time.
• Movement through the water and even at anchor means all items must be restrained; the galley stove is also gimballed, allowing it to move freely on an axis with the movement of the boat.
• Limited water supply at sea for all uses of water creates challenges in both prep and in cleaning in the galley.

A boat refrigerator differs from a land refrigerator in several key ways:

• The size is much smaller than a typical kitchen refrigerator, and is more comparable to a small RV refrigerator in size and storage capacity.
• Boat refrigerators usually do not have a freezer.
• Boat refrigerators are powered by propane, batteries, or by AC current available when docked at a marina.

Kerosene Heating Stove

Since the main source of heat in any boat's interior cabin space is generated by cooking, adding an exhaust fan can help to improve the overall ventilation in your boat and can help with heat and temperature regulation. Some features to consider when adding an exhaust fan include:

Shipmate Stove Parts

• Power source - Will the exhaust fan be wired to the boat's generator or will it draw on solar power?
• Marine model - Make sure the exhaust fan is specifically manufactured to endure marine conditions.
• Seal - Make sure the opening for the fan on the exterior of the boat can be fully sealed in the event of rough or high seas.

Antique Kerosene Stove

There are several upgrades that improve the interior space of your boat's cabin, including adding a V-berth to a corner for more sleeping areas, adding LED lighting, as well as captain's beds and hidden storage under seating.

Shipmate Alcohol Stove

• 2

  Table of Contents
• 4

  Physical Specifications
• 4

  Description of Functions
• 4

  Simplified Operative Cycle
• 4

  Composition of Laser Heaters
• 5

  Combustion System
• 5

  Heat Chamber
• 5

  Burner Ring Assembly.Burner Mat
• 5

  Flame Rod Sensor. Igniter. Forced Flue Venting System
• 6

  Flue Pipe
• 6

  Blower Motor Assembly
• 6

  Heat Exchanger. Air Circulation Fan
• 6

  Fuel Delivery System. External Fuel Tank
• 7

  Fusible Link Valve
• 7

  Fuel Sump/Fuel Pump
• 7

  Electrical System. Control Circuit Board
• 7

  Room Temperature Sensor
• 8

  Fuel Sump/Fuel Constant Level Valve for Laser 56 Type E and Laser 73 Type H Diagram
• 8

  Fuel Sump (Fuel Constant Level Valve) for Laser 56 Types F & G and Laser 73 Types I & J Diagram
• 9

  Safery Mechanisms. Power Failure Recovery System
• 9

  Cloth Cover Exhaust Pipe. Air Circulation Fan Cover
• 9

  Fuse. Overheat Protector Switch
• 9

  Igniter Cleaning System
• 10

  Combustion System for 56 Type E Diagram
• 10

  Combustion System for 56 Type F & G Diagram
• 11

  Combustion System for 73 Type H Diagram
• 11

  Combustion System for 73 Type I & J Diagram
• 12

  Physical Placement of Heater
• 12

  Drilling Requirements
• 12

  Recommended Tool Kit for Service Technicians
• 13

  Installation
• 13

  Power Requirements
• 13

  Fuel Tank Requirements.
• 13

  Room Temperature Sensor Wiring Requirements. Unpacking
• 14

  Heater Clearance Laser 56 Diagram
• 14

  Heater Clearance Laser 73 Diagram
• 14

  Overhead Clearance for Flue Pipe Diagram
• 14

  Frontal and Side Clearances for Flue Pipe Diagram
• 15

  Flue Pipe Clearances Diagrams
• 16

  Heater Installation
• 16

  Laser 73/56 Template
• 16

  Installation of Flue Pipe Window Kit: Install Flue Pipe in Window Kit
• 16

  Short or Long Window Kit Diagrams
• 17

  Installation of Flue Pipe Window Kit: Install Window Kit in the Window
• 17

  Installation of Flue Pipe Window Kit: Parts List
• 18

  Installation of Flue Pipe Window Kit: Install Window Lock
• 19

  Installing and Extension Kit
• 19

  Extention Pipe Kits
• 20

  Typical Laser Kerosene Lifter Pump
• 21

  Fuel Tank Installation
• 21

  Fueling Options Available
• 22

  Fuel Line Connection Diagram
• 23

  For High Altitude Use
• 23

  Main Circuit Board Diagram
• 24

  Operation
• 24

  Operating Specifications
• 24

  Heater Performance Specifications Table 1
• 25

  Heater Performance Specifications Table 2
• 26

  Operating Controls and Indicators
• 27

  Pre-Operation Check List
• 27

  Operating Temperature Range Diagram
• 27

  Before Operation
• 28

  Manual Operation
• 29

  Automatic Operation
• 30

  Automatic Operation By Weekly Set-Back Timer
• 30

  Installation of Weekly Set-Back Timer
• 32

  Room Temperature Sensor Installation
• 32

  Turning Heater Off
• 32

  Manual Combustion System for Testing Purposes
• 32

  Power Failure Recovery System/Recover From Overheat Condition
• 34

  Routine Maintenance
• 35

  Inspect Intake/Exhaust Air Lines
• 36

  Verify Igniter Operation
• 36

  Clean Fuel Inlet Strainer
• 37

  Replacement of Fuses
• 37

  Fuel Contamination
• 38

  Servicing
• 38

  Cleaning the Heat Chamber and Burner
• 38

  Warning for Burner Mat Adhesive
• 39

  Removal of Water Deposits and Contaminants From Fuel Sump and Fuel Lines
• 39

  Measurement of Fuel Flow Rate
• 40

  Fuel Flow Rate Table: Requirements to the Fuel Flow
• 40

  Fuel Flow Rate
• 41

  Cleaning Blower Motor
• 41

  Cleaning the Fuel Filter or Water Block Filter
• 42

  Error Message
• 43

  Trouble Shooting
• 43

  Electrical System Diagram
• 44

  Laser 56/73 Resistance Values Table
• 44

  Laser 56/73 Component Voltage Readings
• 45

  Schematic Wiring Diagram
• 46

  Resistor Value Table
• 46

  Capacitor Value Table
• 47

  Control Circuit Board Time Chart
• 49

  Trouble Shooting Guide
• 49

  General Checks
• 54

  Parts Description: Laser Clean Vented Laser 56 (Type E, F, G)
• 56

  Parts Description: Laser Clean Vented Laser 73 (Type H, I, J)