Electromagnetic Relay Electromagnet

Electromagnetic Relay
Electromagnetic devices called re/ays are widely used in various
branches of industry.
Тhе main parts of а relay are an electromagnet, а spring and аn ar
mature. When а current starts flowing in the electromagnet winding, the
armature moves and the spring closes the contacts. Тhе primary circuit
of а relay is its electromagnet circuit and the secondary circuit is the
оnе closed bу the contacts.
When there is nо current in the relay's primary circuit, the spring
pulls the armature and the contacts ореn.
Fig. 18 shows how а relay is used to control the work of an electric
motor. Тhе relay is placed close to the motor which is connected to its
secondary circuit. ТЬе armature closes the contacts of the secondary
circuit, and the motor starts operating; it will stop when the relay opens.
Without а relay, conductors with а large crosssection would have to
Ье brought to the motor. Тhis would be very uneconomical. Тhе current in а relay is tens and even thousands of times smaller than that used to
power the motor. Therefore, the connecting wires сan Ьауе small cross
sections.
In тanу systems the relay primary circuit operates automatically.
Every evening and moming street lights are switched оп and off from
the main control panel bу means of а great number of relays.

Результаты (английский) 1:

Electromagnetic Relay Electromagnetic devices called re/ays are widely used in various branches of industry. The main parts of a relay are an electromagnet, and spring and an ar mature. When a current starts flowing in the electromagnet winding, the moves the armature and the spring closes the contacts. The primary circuit of a relay is its electromagnet circuit and the secondary circuit is the one BT closed the contacts. When there is no current in the primary circuit, the relay's spring pulls the armature and the contacts oren. Fig. 18 shows how a relay is used to control the work of an electric motor. The relay is placed close to the motor which is connected to its secondary circuit. Article armature closes the contacts of the secondary circuit and the motor starts operating; It will stop when the relay opens. Without a relay, conductors with a large cross section would have to Brought to the motor 3. This would be very uneconomical. The current in a relay is tens and even we of times smaller than that used to power the motor. Therefore, the connecting wires can ′aue small cross sections. In tanu systems the relay primary circuit co-operates automatically. Every evening and moming street lights are switched op and off from the main control panel BT means of a great number of relays.

Результаты (английский) 2:

Relay Electromagnetic
Electromagnetic devices called re / ays are widely used in various
branches of industry.
The main parts of a relay are an electromagnet, a spring and AN ar?
Mature. When and starts flowing in current the electromagnet winding, the
armature moves and the spring closes the contacts. The circuit primary
of a relay is its electromagnet circuit and the secondary circuit is the
one closed contacts bu the.
When there is NO in the relay current's primary circuit, the spring
pulls the armature and the contacts oren.
Fig. 18 shows how well is used to relay control the work of an electric
motor. The address close e-placed is relay to the motor which is connected to its
secondary circuit. Thiers closes the contacts armature of the secondary
circuit, and the motor starts operating; will stop when it the relay opens.
Without a relay, conductors with a large cross? section would have to
Le brought to the motor. This would be very uneconomical. The current in and is tens and relay even thousands of times smaller than that used to
power the motor. Therefore, the connecting wires CAN aue cross small?
Sections.
In the relay tanu primary systems circuit operates automatically.
Every evening and moming street lights are switched off from op and
the main control panel bu means of a great number of relays.

Результаты (английский) 3:

Electromagnetic relay
Electromagnetic devices called re / ays are widely used in various
branches of industry.
the main parts of a relay are an electromagnet, a spring and an ar 
mature. when a current starts flowing in the electromagnet winding, the
armature moves and the spring closes the contacts. the primary circuit.of a relay is the electromagnet circuit and the secondary circuit is the
оnе also bу the contacts.
when there is on the current in the relay's primary circuit, the spring
pulls the armature and the contacts ореn.
fig 18 shows how a relay is used to control the work of an electric - motor. the relay is placed close to the motor which is connected to the secondary circuit of
.the tertiary armature closes the contacts of the secondary hardware circuit, and the motor starts operating; it will stop when the relay;.
without a relay, conductors with a large cross section would have to 
03 brought to the motor. тhis would be very uneconomical. the current in a relay is tens and even thousands of times smaller than that used to
power the motor. therefore,the connecting wires сan ьауе small cross 
sections.
in тanу systems the relay primary circuit operates automatically.
every evening and moming street lights are switched on and off from
the main control panel bу means of a great number of and.