internal combustion engine

Type 410 stainless steel.
8.29 USD

Type 410 stainless steel.
36.99 USD

Type 410 stainless steel.
6.79 USD

Type 410 stainless steel.
4.89 USD

Type 410 stainless steel.
64.99 USD

Type 410 stainless steel.
13.99 USD

The 6.5" color Raychart 435 is a compact chartplotter designed for boaters with tight spaces and tight budgets. Now standard with an internal Raymarine Raystar 120 Satellite Differential WAAS GPS sensor, the 435 incorporates the latest enhanced built-in cartography and navaids database, and uses Navionics micro-chart cards for detailed depictions of local areas. Charts appear in living color on the TFT display. The built-in high-definition charts are redrawn onscreen extremely fast...less than two seconds, and seamless scrolling makes the details move slowly by your location on the chart. Autozoom and Screen Amplifier functions intelligently maintain the vessel symbol and waypoint destination in clear view while underway. Features Raymarine's Smart Route feature and selectable north-up or head-up chart orientation. NMEA output. Overall measurments: 6.6"W x 7.9"H x 3"D" Screen: Daylight-readable color TFT, 320 x 240, 6" diagonal Antenna: Internal RayStar 120 Receiver Type: 12 channel GPS w/WAAS HSB Compatible?: No Extremely fast chart redraw and seamless scrolling Selectable north-up or head-up chart orientation Cartography: Navionics Interfaces: NMEA and SeaTalk output Waypoints/routes: 2000/20 Battery Draw: 6W Dimensions: 6.6"W x 7.9"H x 3"D Waterproof
849.99 USD

XTREME Heaters provide the heat your boat requires to stay warm and does this safelyThe Xtreme Heater has been tested for the ignition protection requirements of the ABYC E11, the USCG,ISO 8846 and SAE J1171. Use these forced air heaters for more accurate climate control (circulating warm air through engine compartment efficiently and consistently). ALL XTREME Heater models utilize PTC based heaters. PTC is an acronym for Positive Temperature Coefficient . What this means is that the XTREME Heater will self limit and will also respond automatically to thermal load demands placed on it by the environment, whether it be positive demands or negative demands; this is accomplished automatically within the PTC heater by its regulation of resistance as temperatures change or fluctuate. A PTC heater will increase its resistance as temperature increases. Practically speaking, the wattage will increase as ambient temperatures fall and the wattage will decrease as ambient temperatures rise. The practical side to this is that the PTC air heater will maintain a consistent air temperature within the temperature tolerances specified and will never over heat in any circumstance. Traditionally, temperature regulation has been accomplished using a combination of a fixed resistance heater and a thermostat. This has been, and still is today, a reliable method for heating enclosures. However, the problem can arise that if the thermostat fails you will have a heater running at maximum capacity with no way of shutting it down even as temperatures increase to an unsafe level. The XTREME Heater also has a maximum output level that can adequately provide enough heating power to maintain temperatures within the enclosure at minimum ambient temperatures. But the difference is that this power level changes automatically in response to ambient or environmental demands. What happens if a thermostat fails when a PTC heater is in the system? The heater will shut itself down to a minimum operating level without overheating anything. It is like treading water. What happens if suddenly the fan fails and there is no airflow? The PTC heater shuts itself down to a minimum operating level without overheating anything. If there is a sudden thermal load placed on the heating system either by falling ambient temperatures or maybe a consumer caused condition, such as a door opened and cold air is allowed to enter the heating chamber, the PTC heater will automatically increase its heating power to replace the heat loss. As soon as this has been accomplished the heater will stabilize again at a lower power level, it will go back to the treading water mode. So you can see a when you use a PTC based heater and a thermostat you have a control situation that can be compared to a person who wears both a belt and suspenders. It is equally as safe to eliminate the thermostat entirely and let the PTC control the temperature. The larger benefit to using the PTC technology is that risk or your
450.00 USD

XTREME Heaters provide the heat your boat requires to stay warm and does this safelyThe Xtreme Heater has been tested for the ignition protection requirements of the ABYC E11, the USCG,ISO 8846 and SAE J1171. Use these forced air heaters for more accurate climate control (circulating warm air through engine compartment efficiently and consistently). ALL XTREME Heater models utilize PTC based heaters. PTC is an acronym for Positive Temperature Coefficient . What this means is that the XTREME Heater will self limit and will also respond automatically to thermal load demands placed on it by the environment, whether it be positive demands or negative demands; this is accomplished automatically within the PTC heater by its regulation of resistance as temperatures change or fluctuate. A PTC heater will increase its resistance as temperature increases. Practically speaking, the wattage will increase as ambient temperatures fall and the wattage will decrease as ambient temperatures rise. The practical side to this is that the PTC air heater will maintain a consistent air temperature within the temperature tolerances specified and will never over heat in any circumstance. Traditionally, temperature regulation has been accomplished using a combination of a fixed resistance heater and a thermostat. This has been, and still is today, a reliable method for heating enclosures. However, the problem can arise that if the thermostat fails you will have a heater running at maximum capacity with no way of shutting it down even as temperatures increase to an unsafe level. The XTREME Heater also has a maximum output level that can adequately provide enough heating power to maintain temperatures within the enclosure at minimum ambient temperatures. But the difference is that this power level changes automatically in response to ambient or environmental demands. What happens if a thermostat fails when a PTC heater is in the system? The heater will shut itself down to a minimum operating level without overheating anything. It is like treading water. What happens if suddenly the fan fails and there is no airflow? The PTC heater shuts itself down to a minimum operating level without overheating anything. If there is a sudden thermal load placed on the heating system either by falling ambient temperatures or maybe a consumer caused condition, such as a door opened and cold air is allowed to enter the heating chamber, the PTC heater will automatically increase its heating power to replace the heat loss. As soon as this has been accomplished the heater will stabilize again at a lower power level, it will go back to the treading water mode. So you can see a when you use a PTC based heater and a thermostat you have a control situation that can be compared to a person who wears both a belt and suspenders. It is equally as safe to eliminate the thermostat entirely and let the PTC control the temperature. The larger benefit to using the PTC technology is that risk or your
349.00 USD

XTREME Heaters provide the heat your boat requires to stay warm and does this safelyThe Xtreme Heater has been tested for the ignition protection requirements of the ABYC E11, the USCG,ISO 8846 and SAE J1171. Use these forced air heaters for more accurate climate control (circulating warm air through engine compartment efficiently and consistently). ALL XTREME Heater models utilize PTC based heaters. PTC is an acronym for Positive Temperature Coefficient . What this means is that the XTREME Heater will self limit and will also respond automatically to thermal load demands placed on it by the environment, whether it be positive demands or negative demands; this is accomplished automatically within the PTC heater by its regulation of resistance as temperatures change or fluctuate. A PTC heater will increase its resistance as temperature increases. Practically speaking, the wattage will increase as ambient temperatures fall and the wattage will decrease as ambient temperatures rise. The practical side to this is that the PTC air heater will maintain a consistent air temperature within the temperature tolerances specified and will never over heat in any circumstance. Traditionally, temperature regulation has been accomplished using a combination of a fixed resistance heater and a thermostat. This has been, and still is today, a reliable method for heating enclosures. However, the problem can arise that if the thermostat fails you will have a heater running at maximum capacity with no way of shutting it down even as temperatures increase to an unsafe level. The XTREME Heater also has a maximum output level that can adequately provide enough heating power to maintain temperatures within the enclosure at minimum ambient temperatures. But the difference is that this power level changes automatically in response to ambient or environmental demands. What happens if a thermostat fails when a PTC heater is in the system? The heater will shut itself down to a minimum operating level without overheating anything. It is like treading water. What happens if suddenly the fan fails and there is no airflow? The PTC heater shuts itself down to a minimum operating level without overheating anything. If there is a sudden thermal load placed on the heating system either by falling ambient temperatures or maybe a consumer caused condition, such as a door opened and cold air is allowed to enter the heating chamber, the PTC heater will automatically increase its heating power to replace the heat loss. As soon as this has been accomplished the heater will stabilize again at a lower power level, it will go back to the treading water mode. So you can see a when you use a PTC based heater and a thermostat you have a control situation that can be compared to a person who wears both a belt and suspenders. It is equally as safe to eliminate the thermostat entirely and let the PTC control the temperature. The larger benefit to using the PTC technology is that risk or your
400.00 USD