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Recently, some of our users have encountered a known error code while troubleshooting their electric irrigation system. There are a number of factors causing this problem. Now let’s talk about some of them.

Most playground managers are adept at replacing a broken head and in almost all cases, repairing a cracked pipe at the right time. However, when it comes to troubleshooting any system on the market, most will choose to hire an experienced irrigation manufacturer to diagnose and fix the problem. Of course, this approach comes at a price. At this point, even if enough money is allocated for irrigation maintenance, it is likely that a high-performance irrigation contractor is behind schedule and will not be able to land there right away. Hence, the ability to diagnose and fix electrical problems in a running system can be a valuable skill to have in your toolbox. In this essay, we explore the basics of troubleshooting.to shed light on the secrets involved.

Usually, troubleshooting the power grid makes sense. To better understand the process, it is very important to understand the electrical anatomy of a personal computer. Of course, all systems are different, but once we understand what is electrically moving with the system, we can tailor our troubleshooting methods to each system.

The vital electrical anatomy of the system includes the main strategic components: a controller, an electric field circuit, and electric solenoid valves. Basically, before the controller sends a 24V signal to the valve through the external wiring, the 24V will cause the valve to open and water will flow through the device to the heads. Since everything starts from the controller, at this point we need to start with your own diagnostics. The controller is now plugged into a regular 120 volt outlet. First, we need to make sure it actually works. The controller transformer immediately converts the 120 volt main voltage to 24 volts before moving on to the electronics controller. When Zoom a is on, 24 volts is transferred from the external wiring to the valve solenoid valve.

When 24 volts pass through the surrounding wiring, the solenoid valve creates an electromagnetic field that pulls the metal piston to the right across all solenoid coils. This will allow water to bypass the solenoid valve and enter the chamber below the valve diaphragm. When the water pressure above and after the diaphragm equalizes, the diaphragm rises and as a result water flows through the valve and downstream to the heads.

Now that we have a better understanding of the basics of how energy flows through the system, we can start troubleshooting. The most important diagnostic weapon is a multimeter, which can check the voltage sent by the controller, and simply the resistance (measured in ohms) through some type of field wiring. A decent multimeter can be bought for under $ 20 and is a must for the troubleshooting process.

At the operator level, we start by testing the entirefield wiring; and valves. This gives us a quick new overview of the entire electronic health system. To do this, we translate our multimeter to the “ohm” (™) environment. If the controller does not work, provide a sensor and touch the fatal common wire and another sensor is connected to the numbered terminals. We should get results between 20 and 60 ohms depending on the type of valve we are actually testing. If we are getting very, very high readings, there may be a notch or bad connection in the cable. When we receive an infinite indicator (â), we develop an open circuit, which can turn into an open wire.

These problem types can be difficult to find, even if buried underground. Access checking is a good place to start. If the problem is underground, you can automatically use a dedicated wire finder to locate the problem. If the valve resistance being read is very low, the wiring in the solenoid is likely to be faulty. The solenoid valve is likely to need to be replaced, which is another addi But a simple solution. First turn off the water supply at the tap. Then he cut two of my wires going to the faulty solenoid. Unscrew the defective solenoid and screw in a new one. Then reattach the five wires with waterproof ties. [Note: it doesn’t matter which wire goes to our common wire and which wire goes to the valve wire.]

The status of the solenoid valve must also be checked on the valve. Just disconnect the two wires going to the solenoid and check the resistance (ohms). This is where you should end up with the same display that you created on the controller. If the readings are indeed different, the problem is a spot in the field wiring.

Then, using the button, you can activate the area where the problem actually occurs. Set the multimeter to voltage and one probe to use the common terminal and the other to use the working area terminal. The controller should send 24V programming code (plus or minus 2). If the controller supplies more than 22 volts, the problem is with the controller. If the controller picks up and outputs zero voltage, first make sure that the protection is in place It has completely burned out. If there is a certain fuse in the controller, it looks like it has blown, but there is probably no voltage on the panel. You can also check the voltage across the valve by pressing lightly with a sensor on each of the holes entering the valve. Currently, you should be reading the same as reading on the controller. If the readings are very different, the problem is somewhere in some fields of the field. Troubleshooting

Electrical devices can be intimidating because in most cases they are shrouded in mystery. However, this process undoubtedly makes a lot of sense. Hopefully understanding the basic anatomy of your body and home system and using the simple diagnostic techniques we have found will make this subject a lot more intimidating and accessible.

Heath Traver, CIC, CLIA, is Rain Bird Specifications Manager for the Northeastern US and irrigation in New Jersey. You can reach him at [email protected].

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Tengo Un Problema Para Solucionar Mi Sistema De Riego Eléctrico
Jag Har Problem Med Att Felsöka Mitt Elektriska Bevattningssystem
Ik Heb Een Probleem Met Het Oplossen Van Problemen Met Mijn Elektrische Irrigatiesysteem
Mam Problem Z Rozwiązywaniem Problemów Z Elektrycznym Systemem Nawadniającym
У меня возникла проблема с устранением неполадок в моей электрической системе орошения.
J’ai Un Problème Pour Dépanner Mon Système D’irrigation électrique
Estou Com Problemas Para Solucionar Problemas Do Meu Sistema De Irrigação Elétrica
전기 관개 시스템 문제를 해결하는 데 문제가 있습니다.
Ho Un Problema Con La Risoluzione Dei Problemi Del Mio Sistema Di Irrigazione Elettrico
Ich Habe Ein Problem Bei Der Fehlerbehebung Meines Elektrischen Bewässerungssystems