DRL (daytime running lights) in the car can be connected through a generator or relay. In this case, the power of the lamps must be taken into account. The standard scheme involves the use of an expander for four outputs. The converter is selected with several modulators. The wires from the DRL are closed on the adapter. To understand in detail the connection of the device, it is necessary to consider standard schemes.
Connection scheme for navigation lights with one unit
The circuit for connecting daytime running lights through one unit has two contact type expanders. Directly contacts from the converter are closed on the generator. The blue wire in this case goes to the insulation. The resistance on the converter is on average 30 ohms. It should also be noted that the thyristor is required for four outputs. The first conductors are closed on the expander. The converter must be installed with a filter. The second conductor from the expander closes in the zero phase.
The use of two blocks in DRL
Do-it-yourself DRL connection scheme involves the use of a single converter. There are modifications to three and four outputs. If we consider the first option, then the modulator is used single-pole type. In this case, adapters for it are selected of different polarity. When connected, the contacts from the expander are first disconnected.
It should also be noted that the cover is installed under the converter. First order output contacts are connected to the expander. The blue wire closes on the plate. The rectifier in this case is needed for grounding. If we consider the scheme for three adapters, then the daytime running lights connection unit is connected to the expander. When connected, first-order contacts are closed first. Rectifier resistance averages 45 ohms.
Sequential inclusion of running lights from the generator
The DRL connection diagram from the generator has three adapters. The resistance on them is 40 ohms. The extender for these purposes is selected with an open rectifier. First of all, an expander is installed. Directly the first contacts are closed on the plate. The blue wire from the adapter is connected to the expander. Additionally, it remains to connect the converter. DRLs are installed only through the rectifier. The make contacts are connected to the plate. If we consider conventional lamps, the adapter can be used with a linear output. A screwdriver is required to connect the contacts.
Parallel connection
The parallel connection of the device involves the use of three adapters. The expander for these purposes is suitable for different conductivity. If you upset the modifications to 3 microns, then the rectifier is installed with one box. DRL is connected via an adapter with a linear output. The first contacts are closed on the plate. It should also be noted that the resistance of the rectifier is on average 40 Ohms. A single junction relay is used to connect the expander. The contact closure is carried out in the first phase. A battery is required to test the circuit. If we consider a circuit with two expanders, then DRLs are installed through an adapter with a double output.
The rectifier uses positive polarity. Its resistance, as a rule, does not exceed 40 Ohms. DRL is allowed to lead through the converter. Directly the first contacts close in the first place. It should also be noted that the blue wire from the converter is mounted on the plate. For insulation, high conductivity modulators are used. Considering adapters for two outputs, it is important to note that the cantatas for the second phase can only be connected after checking the resistance
12V daytime running lights
The connection scheme for 12 V lamps suggests the presence of variable type extenders. In total, there are two adapters in the circuit. The first contacts are fed through the converter. The blue wire from the generator closes on the plate. Expanders are used low directionality. There are modifications to three or four outputs. If we consider the first option, then experts advise using only inverting modulators.
The first contacts are allowed to close on the plate. The phase adapter must be mounted on the generator. In this case, the resistance of the expander is on average 40 Ohms. In addition, it is important to pay attention to the conductivity of the rectifier. If we consider semiconductor expanders, then they have four outputs. A converter for connecting the system is required with a transceiver. The first contacts are closed on the generator. The resistance of the rectifier when connected is 45 ohms.
Connect DRL to the network 15 V through a relay
DRL connection through a relay occurs with two adapters. In this case, the expander is used on three outputs. Contacts from the generator are closed on the converter. It should also be noted that the first contactor is connected to the expander. Directly the first contacts close on the adapter. The blue wire from the converter is connected to the plate. Experts recommend the use of 4 micron modulators with a low level of conductivity.
The resistance on the circuit averages 4 ohms. The second contacts are closed on the adapter. If we consider a circuit with a dipole rectifier, then the converter uses only positive polarity. Above it is a lining. An insulator is not required in this case. When connecting, special attention is paid to the converter. DRL is allowed to connect only through the transceiver.
Connection via condenserless adapter
Connecting DRL from the generator through a capacitor-less adapter implies the use of a single low conductivity rectifier. In this case, the expander is used with or without a thyristor. DRL in this case is fed through the thyristor. The first contacts are closed at the linear output.
The adapter is installed behind the expander. If we consider contact rectifiers, then they are set in the first phase. The outputs from the generator are fed under the converter. The blue DRL wire closes on the plate. If we consider the scheme on a single-junction modulator, then only two expanders are required. The resistance in the circuit is on average 30 ohms. The first adapter is set behind the converter. His contacts are closed at DRL. It should also be noted that the blue wire leads to the plate. The thyristor is allowed to use a variable type.
Using a modular adapter
The connection diagram for lamps with modular adapters is very common. A lining is installed under the converter. Thyristors can be used at 4 microns. The first contactor is installed behind the converter. The extender immediately connects to the DRL. It should also be noted that the first contacts are closed on the plate, and the blue wire is fed directly through the transceiver.
The second adapter is allowed to be installed behind the generator. However, a dipole rectifier is used for this. The resistance in the circuit, as a rule, does not exceed 45 Ohms. The insulator is installed only behind the converter. The second contact is brought to the DRL. After that, the adapter and expander are connected. The wiring must be securely fixed.
DRL with regulators
The DRL connection diagram with the regulator may have several adapters. The transceiver for installation is used with a low directivity module. It should also be noted that the first adapter is installed with a generator. The resistance in the circuit is not more than 55 ohms. If we consider an expander for three outputs, then the modulator is applied at 5 microns. The insulator is allowed to be installed behind the DRL. The plates are located under the inverter. Directly the regulator is connected through the upper contacts. DRL can be used in different capacities. If we consider the circuit with two modulators, then the adapters are used with linear outputs.
Panasonic daytime running lights
Lamps of this brand have high conductivity. The DRL connection scheme involves the use of dipole adapters and one modulator. It should also be noted that the expander is used at 6 microns. The insulator is installed behind the DRL. The thyristor is used pulse or output type.
If we consider the first option, then the transceiver is placed behind the generator. The resistance in the circuit is about 45 ohms. DRL is allowed to install through contactors. In this case, the upper contacts are closed on the plate. Experts advise thoroughly cleaning adapters. The modulator is mounted behind the converter. Rectifiers with one output are mounted through an expander. The blue conductor is fixed on the plate.
DRL "Philips"
How to connect Philips daytime running lights? Lamps of this brand can be connected through linear adapters. The modulator may be used with the converter. The lamps have high conductivity, however, they have a high heating coefficient. The DRL connection diagram has two blocks. The converter is installed behind the generator. The first modulator is mounted with a lining, and the resistance is not more than 45 ohms.
Adapters are immediately connected to DRL. It should also be noted that the converter is used with an integrated output. A blue wire leads to it. The modulator is connected last. The first adapter from the expander closes on the plate. If we consider the scheme on the channel expander, then DRL is allowed to install through two blocks, and the resistance will be about 40 Ohms. The converter closes under the generator. DRL is allowed to connect through adapters with integral output. The insulation is normally behind the generator.
Connection DRL "Deluxe"
How to connect the daytime running lights "Deluxe"? Lamps of this brand are manufactured under conventional adapters. Extenders are not allowed to use all types. The standard DRL connection scheme involves the use of a modulator and one unit. The upper contacts from the lamps close on the plate. To do this, you will have to use a screwdriver. It should also be noted that the unit is installed behind the generator. The rectifier in the circuit can be used on three outputs. The first contacts of the element are connected in the first phase.
Connecting daytime running lights involves installing a converter with one filter. The resistance is about 45 ohms. DRL is set via the line output. Relays are allowed to be fixed with dipole adapters. In this case, the lower contacts are closed in the second phase. The insulation must be behind the generator. The modulator is fixed with a conductivity of 5 microns. The resistance in the circuit in this section is about 40 ohms.