210A three-phase electronic superconducting solid state relay, which can replace small and medium power relays

外形：

117*76*54mm

包装：

佐佑精装纸盒

控制电压形式：

超导型交.直流两用

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-:.Product Introduction
-:. -r:;-b:. -:;-:..-: .The three-phase electronic superconducting solid-state relay is a new type of solid-state relay independently developed and designed by Hebei Zuoyou Electronic Technology Co., Ltd., which is a combination of electronic devices and relays. relay.
-:.-r:;-b:. -:;-:..-: .Designed with integrated installation technology
No need for a radiator, making the product safer and more reliable, making installation and wiring more convenient for users . It is a suitable updated replacement product for AC contactor. (Take the power distribution cabinet as an example. It can replace the AC contactor of<
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The following is full coverage), which greatly saves space.
-:.- r:;-b:. -:;-:..-: .It has a very wide range of use and does not need to install a heat sink during installation. It is widely used in electric furnace temperature control, CNC machine tools, packaging machinery, printing machinery, rubber plastic machinery, CNC machine tools Robots<
Charging piles<
Central air-conditioning entertainment facilities and other industrial automation control fields.
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-:.Main purpose and application scope:
-:.-r:;-b:. -:;-:..-: .Electronic superconducting relay Mainly used for AC<
rated working voltage up to <
. When the rated working voltage is<
rated working current up to<
, it can connect and connect over long distances. Segmented circuits can be combined with thermal overload relays or electronic protection devices to form electromagnetic starters.
-:.-r:;-b:. -:;-:..-: .AC control voltage switching DC <
; DC control voltage<
. Mainly widely used in electric furnace temperature control, rubber and plastic machines, printing machinery, packaging machinery, CNC machine tools, robots, stage lighting, charging piles, fountain control, Central air conditioning and other industrial automation fields.
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-:.Main features ：
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-:.Easy to install, small in size, It does not generate heat and does not need to install a heat sink, which greatly extends the service life of the equipment;
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-:. Small energy consumption (&;<
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No arc switching between contacts per second<
Electronic superconducting solid state relay The number of switches is greater than <
10,000 opening and closing times;
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-:.Wide range of use (AC version, control voltage AC and DC<
Can directly use the start and stop buttons without auxiliary power supply to control the main circuit, DC version , control voltage<
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Wide voltage constant current drive relay.
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-:.Product advantages:
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-:.Wide range of use. Superconducting AC and DC dual-use can be reasonably used. control conversion time;
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-:.In large No radiator is needed during current operation<
It generates low heat and can withstand high temperatures;
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-:. The service life is extremely long and the number of switching times can reach <
about ten thousand times without damage;
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-:.Low power consumption Nominal rated continuous load current<
Maximum power loss<
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-:.Contact parameters:<
-:.-r:;-b:. -:;-:..-: .Contact material: semiconductor<
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Silver alloy<
-:.-r :;-b:. -:;-:..-: .Contact form: semiconductor<
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Silver alloy<
-:.-r:;-b:. -:;-:..-: .Contact load:<
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-:.-r:;-b:. -:;-:..-: .Contact resistance: <
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-:.-r:;-b:. -:;-:..-: .Maximum conversion current: Semiconductor<
Milliseconds<
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Silver Alloy<
Minutes
-:.-r:;-b:. -:;-:..-: .Maximum conversion voltage:<
- :.-r:;-b:. -:;-:..-: .Maximum conversion power:<
Resistive load<
-:.-r:;-b:. -: ;-:..-: .Electrical life:<
times<
-:.-r:;-b:. -:;-:..-: .Mechanical life:<
Times
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-:.Characteristic parameters:<
-:.-r:;-b:. -:;-:..-: .Ambient temperature:<
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-:.-r:;-b:. -:;-:..-: .Humidity:<
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-:.-r: ;-b:. -:;-:..-: .Auxiliary voltage:<
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-:.-r:;-b:. -:;-:..-: . Rated load current:<
Basically no environmental impact<
-:.-r:;-b:. -:;-:..-: .Maximum continuous load current:<
- :.-r:;-b:. -:;-:..-: .Maximum current voltage reduction: 〈<
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-:.-r:;-b:. - :;-:..-: .Input voltage range:<
-:.-r:;-b:. -:;-:..-: .Contact resistance:<
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-:.-r:;-b:. -:;-:..-: .Maximum power consumption: ＜
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-:.-r:; -b:. -:;-:..-: .Weight:<
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-:.-r:;-b:. -:;-:..-: .Max. On time:<
-/
Period
-:.-r:;-b:. -:;-:..-: .Maximum off time:<
-/
Period
-:.-r:;-b:. -:;-:..-: .Output terminal<
Amp-hour voltage drop: <<
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-:.-r:;-b:. -:;-:..-: .Output terminal voltage:<
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