How do i monitor the bilge with maretron equipment

Before we discuss how to monitor the bilge with Maretron equipment, let's take a look at a typical bilge pump and alarm wiring diagram see Figure 1.

Bilge Pump Control Panel Wiring Diagram

Notice that there are two ways to turn the bilge pump on. First, there is the float switch -- when the water rises high enough to engage the float switch, the battery voltage is applied to the bilge pump and it begins pumping out the bilge.

The second way to run the bilge pump is with a manual switch that overrides the float switch and allows the pump to be turned on at any time. The alarm buzzer is used as a safety backup for anything that may go wrong with the bilge pump circuit. For example, the bilge pump breaker might trip, or, if a fuse is used, maybe the fuse has blown.

Maybe the float switch is stuck, the bilge pump is broken, or one of the interconnecting wires has corroded and come loose. Whatever the reason, if the water rises to the height of the second float switch, the buzzer will sound and hopefully someone hears it and acts accordingly before things get worse.

Figure 1. Figure 2 shows the same wiring diagram, but this time with Maretron equipment for monitoring the bilge pump. Figure 2. Whenever the battery voltage is applied to the bilge pump, whether it be from the float or manual switch, the RIM will see the voltage applied to the pump and the RIM will send a corresponding message over the NMEA network indicating that the pump is energized. Note the fuse placed between the pump and the RIM, which is only required if the sensing wire is a smaller gauge wire than the pump feed wire.

Monitoring the bilge pump is important because it gives you an understanding of what's happening in the bilge. With the circuit shown in Figure 1, you probably don't know how many times the pump was turned on, or how long the pump has run, or if the leak is getting worse.

If the bilge pump is monitored with the RIM, then any Maretron display on the vessel can indicate when the pump is on, or an alert can be set if the pump runs for more than a set time. With Maretron's N2KView software, you can graph the bilge pump to see if its running more and more as time passes, you can create digital displays for counting the number times it turns on, or you can create digital displays for accumulating the run time.

Figure 3 shows another wiring diagram, but this time with comprehensive bilge pump and alarm circuit monitoring.

how do i monitor the bilge with maretron equipment

All of the monitoring points are not absolutely necessary, but let's walk through them to understand why each point might be monitored. Figure 3 The first monitoring point to consider is the line side of the float and manual switch.

34 Rule Automatic Bilge Pump Wiring Diagram

This monitoring point gives us an indication of whether or not the bilge pump circuit is armed and ready to go assuming the water rises high enough to engage the float switch or if the manual switch is turned on. Again, we can use the Maretron display to indicate that the bilge pump circuit is armed. We can also set an alarm within the display such that if the breaker trips or fuse blows, we will get an immediate indication that the bilge will not be pumped if the need arises.

The second monitoring point to consider is the buzzer.

how do i monitor the bilge with maretron equipment

The primary reason for installing the buzzer is to provide a backup system and an indication that the bilge circuit isn't working or perhaps the bilge pump is overwhelmed. Whatever the reason, it is essential to inform someone before things escalate out of control. Using the RIM to monitor the buzzer, a message is immediately sent out over the network if the float switch energizes the buzzer. An alert within the displays can be programmed to sound any number of annunciators Maretron ALM's connected to the NMEA network and strategically placed around the vessel.

The alert messages can be picked up by Maretron's text messaging box SMS that is connected to the NMEA network so numerous people can be notified of the problem via text messages.

how do i monitor the bilge with maretron equipment

If Maretron's N2KView software is used and properly configured and connected to the Internet, several people can receive an email indicating the problem. The third monitoring point to consider is the line side of the buzzer float switch. This monitoring point assures us that the safety backup circuit is armed and ready to go. This circuit still provides for the safety backup using a Maretron Bilge High Water detector BHWbut it moves the buzzer function together with all the other alarms on the vessel into a central alarming system.

The central alarming system simplifies the way captains and crew figure out problems onboard. Instead of different buzzers coming from different places and different systems, there is a single common interface showing all warnings and alarms.Before we discuss how to monitor the bilge with Maretron equipment, let's take a look at a typical bilge pump and alarm wiring diagram see Figure 1. Notice that there are two ways to turn the bilge pump on.

First, there is the float switch -- when the water rises high enough to engage the float switch, the battery voltage is applied to the bilge pump and it begins pumping out the bilge. The second way to run the bilge pump is with a manual switch that overrides the float switch and allows the pump to be turned on at any time. The alarm buzzer is used as a safety backup for anything that may go wrong with the bilge pump circuit. For example, the bilge pump breaker might trip, or, if a fuse is used, maybe the fuse has blown.

Maybe the float switch is stuck, the bilge pump is broken, or one of the interconnecting wires has corroded and come loose. Whatever the reason, if the water rises to the height of the second float switch, the buzzer will sound and hopefully someone hears it and acts accordingly before things get worse. Figure 1. Figure 2 shows the same wiring diagram, but this time with Maretron equipment for monitoring the bilge pump.

Figure 2. Whenever the battery voltage is applied to the bilge pump, whether it be from the float or manual switch, the RIM will see the voltage applied to the pump and the RIM will send a corresponding message over the NMEA network indicating that the pump is energized.

Note the fuse placed between the pump and the RIM, which is only required if the sensing wire is a smaller gauge wire than the pump feed wire. Monitoring the bilge pump is important because it gives you an understanding of what's happening in the bilge. With the circuit shown in Figure 1, you probably don't know how many times the pump was turned on, or how long the pump has run, or if the leak is getting worse.

If the bilge pump is monitored with the RIM, then any Maretron display on the vessel can indicate when the pump is on, or an alert can be set if the pump runs for more than a set time. With Maretron's N2KView software, you can graph the bilge pump to see if its running more and more as time passes, you can create digital displays for counting the number times it turns on, or you can create digital displays for accumulating the run time.

Figure 3 shows another wiring diagram, but this time with comprehensive bilge pump and alarm circuit monitoring. All of the monitoring points are not absolutely necessary, but let's walk through them to understand why each point might be monitored. Figure 3 The first monitoring point to consider is the line side of the float and manual switch. This monitoring point gives us an indication of whether or not the bilge pump circuit is armed and ready to go assuming the water rises high enough to engage the float switch or if the manual switch is turned on.

Again, we can use the Maretron display to indicate that the bilge pump circuit is armed. We can also set an alarm within the display such that if the breaker trips or fuse blows, we will get an immediate indication that the bilge will not be pumped if the need arises. The second monitoring point to consider is the buzzer. The primary reason for installing the buzzer is to provide a backup system and an indication that the bilge circuit isn't working or perhaps the bilge pump is overwhelmed.

Whatever the reason, it is essential to inform someone before things escalate out of control. Using the RIM to monitor the buzzer, a message is immediately sent out over the network if the float switch energizes the buzzer.

An alert within the displays can be programmed to sound any number of annunciators Maretron ALM's connected to the NMEA network and strategically placed around the vessel.

The alert messages can be picked up by Maretron's text messaging box SMS that is connected to the NMEA network so numerous people can be notified of the problem via text messages. If Maretron's N2KView software is used and properly configured and connected to the Internet, several people can receive an email indicating the problem. The third monitoring point to consider is the line side of the buzzer float switch.

This monitoring point assures us that the safety backup circuit is armed and ready to go. This circuit still provides for the safety backup using a Maretron Bilge High Water detector BHWbut it moves the buzzer function together with all the other alarms on the vessel into a central alarming system.

The central alarming system simplifies the way captains and crew figure out problems onboard. Instead of different buzzers coming from different places and different systems, there is a single common interface showing all warnings and alarms. Article Number: Rating: 3. Figure 1 Figure 2 shows the same wiring diagram, but this time with Maretron equipment for monitoring the bilge pump.

Posted - Sat, Apr 20, PM.

Boat Bilge Pump Wiring Diagram

This article has been viewed times.This pictorial diagram shows us a physical connection that is much easier to understand in an electrical circuit or system.

An electrical diagram can indicate all the interconnections, indicating their relative positions. The use of this Array can be positively recognized in a production project or in solving electrical problems.

This can prevent a lot of damage that even derail electrical plans. The layout facilitates communication between electrical engineers designing electrical circuits and implementing them.

The pictures are also helpful in making repairs. It shows whether the installation has been appropriately designed and implemented while confirming the safety regulators. A usually gives information about the relative position and arrangement of devices and terminals on the devices, to help in building or servicing the device.

This is unlike a schematic diagram, where the arrangement of the components interconnections on the diagram usually does not correspond to the components physical locations in the finished device.

A pictorial would show more detail of the physical appearance, whereas a wiring diagram uses a more symbolic notation to emphasize interconnections over physical appearance.

Large Bilge Pumps Wiring Diagram show the circuit flow with its impression rather than a genuine representation. They only provide general information and cannot be used to repair or examine a circuit. The functions of different equipment used within the circuit get presented with the help of a schematic diagram whose symbols generally include vertical and horizontal lines. However, these lines are known to show the flow of the system rather than its wires.

A represents the original and physical layout of electrical interconnections. Wiring on the picture with different symbols shows the exact location of equipment in the whole circuit.

Its components are shown by the pictorial to be easily identifiable. They are often photos attached with highly-detailed drawings or labels of the physical components. A person with a strong knowledge of electrical wiring diagrams can only understand a pictorial. Bilge pump SwannanoaSwannanoa - WordPress.

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Read More. Viewed times since Sat, Apr 20, Before we discuss how to monitor the bilge with Maretron equipment, let's take a look at a typical bilge pump and alarm wiring diagram see Figure 1. Notice that there are two ways to turn the bilge pump on.All Categories. Can the J2K connect to third party protocol converters that support J or J? How do I monitor the bilge with Maretron equipment? Can a TMP be used to monitor engine coolant temperatures?

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Maretron offers four types of Field Viewed times since Thu, May 30, This article shows how the monitored information from article can be displayed Viewed times since Sat, Apr 20, Before we discuss how to monitor the bilge with Maretron equipment, let's take a look at a typical bilge pump and alarm wiring diagram see Figure 1.

Notice that there are two ways to turn the bilge pump on. First, there is the float switch Viewed times since Sat, Apr 27, Viewed times since Thu, Jun 13, Please see attached white paper written by Captain John McDevitt regarding why smoke alarms aren't mandated on boats, but why they should be.

Maretron smoke and heat vessel monitoring system designed with N2KBuilder. Viewed times since Wed, Jul 6, Yes, a TMP can be installed to monitor engine coolant temperature by simply using one of the two available high temperature channels located on the TMP Viewed times since Wed, Sep 2, Why N2K, Maretron? Individuals, companies, consumers require a solution for many complex integration problems aboard a vessel. Maretron has developed a suite of N2K products to help integrators choose, develop, configure and validate the NME Viewed times since Mon, Apr 10, Every year we hear of boats sinking, most of them at the dock.

The usual method of dealing with ingress of water is to install a bilge pump, driven by a float switch that is activated when water in the bilge reaches a certain level. While this sounds sufficient, there are many factors that may prevent the bilge pump from operating correctly, such as loss of power due to corroded wiring, or debris which blocks the pump or prevents the float switch from operating.

Because of the catastrophic results of this kind of failure a simple system to monitor the operation of the bilge pump should be installed in every boat, no matter what size.

This type of monitoring is ideal when you are on the boat; if you leave the boat for a significant length of time, you should consider installing the intermediate systemwhich can text message your phone if there is a problem. The following table shows the products included within this example system plus a list of the information or data available for display.

The following screenshots click to enlarge are examples of how the bilge status will be displayed on the DSM In addition to the bilge monitoring screenshots shown above, you also have the ability to display these example screenshots click to enlarge.

You can set an alert for any monitored parameter in this example system, which will flash on the display and sound the internal buzzer. Shown below are few examples of the alerts that can be set for this system.

Link to knowledge base and frequently asked questions. Bilge Pump Not Powered. Bilge Pump Powered. Bilge Pump Running. High Bilge Water. Pump Powered Running with Count and Time. Run Counter Timer. GPS Status. Lat Lon. Local Time and Date. SOG Gauge. Sunrise and Sunset. UTC Date and Time. Bilge Monitoring. Email Datasheets. Monitors pump breaker status, pump run status, counts and times pump run, detects high water alarm.

Primary Bilge pump off Bilge pump running too long High water.Injunction of 2 wires is generally indicated by black dot on the intersection of 2 lines. Once power is supplied starting and stopping is completely automatic. Rule automatic bilge pump wiring diagram.

Sometimes the wires will cross. However it does not imply connection between the wires. So if youve ever. Of the three bilge pump switches the only one thats not extremely simple is the backlit automanual bilge pump switch. Jeff and i thought lets do a quick video.

On occasion well get a customer asking us where the three wires go when installing a rulemate or rule computerized bilge pump. According to earlier the lines at a rule automatic bilge pump wiring diagram signifies wires. Keep all wire connections above the highest water level. Learn more about how our awesome backlit switches work here even that one is still pretty straight forward though here are some diagrams that show the single jumper required on the back of the switch.

The pump checks for. Standard bilge pump instruction manual standard bilge pump instruction manual standard bilge pump. Wires must be joined with butt connectors and. Each component ought to be placed.

how do i monitor the bilge with maretron equipment

Rule automatic bilge pump wiring diagram rule automatic bilge pump wiring diagram rule automatic bilge pump wiring diagram rule gph fully automatic bilge pump wiring diagram every electric structure is composed of various diverse components. Through advanced electronic technology rule automatic bilge pumps eliminate the need for a separate switch to activate the pump.

How do I monitor the bilge with Maretron equipment? Rule Automatic Pump and Switch. Bilge pump Swannanoa. A boat wiring question - 24hourcampfire. Rule Two wire Question about ground issue Sea Pro. Rocker Switch Diagram Of 3. Wiring Diagram Images. I Have a rule gph automatic bilge pump that I can't.