• 3v 50 Amp 2 Phase Solid State Relay For Dc Load Switching
3v 50 Amp 2 Phase Solid State Relay For Dc Load Switching

3v 50 Amp 2 Phase Solid State Relay For Dc Load Switching

Produktdetails:

Markenname: Gold
Zertifizierung: ISO9001:2000,EU, UL,CUL,RoHS
Modellnummer: SAQ2402D SAl4002D SAl4005D SAE4005D
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Detailinformationen

Name: Wechselstrom SSR Relais Wechselstroms SSR von einzelnem Doppelreihen Zertifikat: ISO9001: 2000, EU, UL, CUL, RoHS
Lastsspannung: 40- 530VAC Isolierungswette. In u. heraus: Optische Isolierung ≥2500VAC 1min
Isolierung zum Fall: ≥2500VAC 1min Steuerspannung: 3-32VDC
Steuerstrom: 6- 20mA (20mA@ maximaler Input 32VDC) Schwellenspannung: ≤1.3VAC
Ausschaltdurchsickern: ≤8mA Ausschalt-dv/dt: 300v/μs 500v/μs
AN/AUS-Zeit: 10ms @ 50Hz Frequenty-Strecke: 47/63Hz
Betriebstemperatur: -50~80℃ Internes aktuelles Gerät (TRIAC): 12A 16A 24A 41A 50A 60A 80A 90A 100A 120A
Anwendungen: Elektrische Heizung, Plastikmaschinerie, Automatisierung und Steuerung, etc. Statusanzeige: LED
Markieren:

50 Amp 2 Phase Solid State Relay

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3v 2 Phase Solid State Relay

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CUL RoHS 50 Amp Ssr

Produkt-Beschreibung

 

2 Phase Solid State Relay AC two Phase SSR Solid State Relay
 
 
 
Specification of  2 Phase Solid State Relay
 
 

Main Technical Par ameter of Solid State Contactore
Main contacts: 16A. 25A. 40A. 50A(Controlled silicon output)
Auxiliary contacts: NO, NC(2A, Contact type)
Control mode: 5V-12VDC or 90-280VAC choose any
Dimension: 96 x 68 x 60mm(lengh x wide x high)
Installation size: 78x 57mm.4-M4
Solid State Contactor Patent production
As an electronic switch with the feature of no noise, no spark, no wear, it can directly replace electromagnetic relays.

 

Main technical paramete

Type

SAT4016 SAT4025 SAT4040 SAT4050 SAT4060  
Load voltage range 40- 530VAC  
Max Load current 16A 25A 40A 50A 60A  
Isolation bet.In & out Optical isolation ≥2500VAC 1min  
Isolation to case ≥2500VAC 1min  
Control voltage range 12VDC & 110VAC/220VAC (need to choose)  
Control current 5- 25mA (build-in constant current circuit)  
Turn-on voltage ≤1.3VAC  
Off-state leakage ≤7mA @ 220VAC  
Off-state dv/dt 500v/μs  
On or off time 10ms @ 50Hz  
Frequenty range 47/63Hz  
Status indicator LED  
Operating temperature -50~ 80℃                  
Internal actual device 24A 41A 60A 80A 90A  
Applications Machine control, motor control, Electric heating, etc.  

 
3v 50 Amp 2 Phase Solid State Relay For Dc Load Switching 0
 
  3v 50 Amp 2 Phase Solid State Relay For Dc Load Switching 1
 
ACSSR of SA D Double-channel
Performance and Application
◆ Non contact switch, zero current turn off ◆ Used for programmable control, various automatic control equipment and computer output control interface etc
◆ Non contactor switch,millions of times swith lifetime ◆ Used for various kinds of double channel control occasions, especially suitable for single- _phase motor positive inversion control
 
 
Performance Parameter

 

Main technical paramete

Type

SAD4805 SAD4810 SAD4815 SAD4825 SAD4840
Load voltage range 40- 530VAC
Max Load current 10A 15A 20A 25A 40A 60A 80A
Isolation to case ≥2500VAC 1min
Isolation bet.In & out Optical isolation ≥2500VAC 1min
Control voltage range 5-15Vor 15-32V
Input Control Current 5-25mA
Output BCR output, Zero switching
Turn-on voltage ≤1.2V
Off-state leakage ≤2mA
On or off time 10ms @ 50Hz
Internal actual device (Triac) 16A 20A 24A 26A 41A

80A

Two SCR

100A

Two SCR

Applications Motor reversing control, Dual Control, etc.

 
 
 
3v 50 Amp 2 Phase Solid State Relay For Dc Load Switching 2

 

 

In contrast with electromechanical relays, the subcomponents in an SSRs are entirely electronic:

1. An SSR’s input circuit (like the coil of an electromechanical relay) connects to a system control. As voltage entering the SSR changes — 3 to 32 Vdc is common — it prompts the input circuit to act. In one common variation, the circuit activates upon application of any in-range voltage exceeding the relay’s pickup voltage value … and deactivates upon reduction of input to below the relay’s dropout voltage value.

2. An SSR’s coupling communicates energization and de-energization commands to the relay output — acting as the go-between between the input and output circuits. Note that this portion of an SSR is specially engineered to ensure the input circuit interfaces with the output circuit in a galvanically isolated way … so that high-power (output) load current is segregated by the relay’s coupling section. That reliably prevents load current from flowing to the relay input — even during system failure.

Various technologies are used for the coupling portion of an SSR:

The most common type, photocoupler SSRs, uses an LED or infrared light source on the input circuit to communicate with a photosensitive semiconductor on the output switch side. In contrast, transformer-coupled SSRs use a dc-ac converter to generate output that magnetically couples to the output via a low-power transformer.

3. Next an SSR’s trigger or drive circuit connects one of several designs taking the form of a:

• Silicon-controlled rectifier (SCR) for high-speed switching of (usually) short-duration “on” periods
• Back-to-back thyristor called a triac — short for triode for alternating current
• Metal-oxide semiconductor field-effect transistor (MOSFET) or Darlington transistor (for dc)
• Insulated-gate bipolar transistor (IGBT) for dc

Here, zero-switching operation — the most common for SSRs — as well as peak switching, dc switching, and instant-on switching are all options to tailor the relay action to the type of load the system drives. For example, analog switching uses a synchronizing circuit to make output voltage track input voltage — and allow a wide variety of possible output voltages within the SSR’s allowable range. These excel in soft-start designs to drive electric motors.

4. Beyond that, an SSR’s output (power) circuit connects to the load being controlled. Past the switch it may also include a snubber circuit (in some cases, a reverse-connected diode) or a zero-crossing detector to reduce spikes and transients and electromagnetic interference (EMI) during switching. That’s an issue because SSRs switch load current through attached inductive loads — and (according to Faraday’s law) current interruption induces voltage rise. Any such rise across the SSR exceeding the maximum ratings may cause damage.

 

 


Our Company
 
Founded in 1992, Wuxi Gold Control Technology Co., Ltd., a private high tech company, is specialized in the research and production of Solid State Relays, Electronic Semiconductors, DC Motor Drivers and AC Voltage Regulation Devices.
 
For the past 10 consecutive years, our company has been qualified as "Jiangsu's private high tech business". We have also been given the honor as "Wuxi's 10 Best Private Science & Technology Enterprises" for years.
 
Our products, the electronic modules with the brand of Gold, have been listed among "Wuxi's Renowned Products".Our company has 5 patents on Solid State Relays. Our products are widely used in various industrial automation control areas like chemical fiber machinery, temperature control of electric furnace, rubber & plastic machinery, fountain control and digital-controlled machinery, and are sold to Europe, America, Korea and Turkey.
 
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Our Factory
 
Our factory can produce about 50,000 pieces each month. We can give you good quality and reasonable prices. We have 20 professional research people who have all been graduated from famous universities and colleges. When producing, we have strict tests: self-test, inter-test and special-test.
 
    3v 50 Amp 2 Phase Solid State Relay For Dc Load Switching 4
 
Our Certificate
 
Our products, the electronic modules with the brand of Gold, have been listed among "Wuxi's Renowned Products".Our company has 5 patents on Solid State Relays. Our products are widely used in various industrial automation control areas like chemical fiber machinery, temperature control of electric furnace, rubber & plastic machinery, fountain control and digital-controlled machinery, and are sold to Europe, America, Korea and Turkey.
 
Our company passed the Certification of ISO9001:2000 in 2000. Our main products have been given CE Certificate of European Union, UL,CUL and RoHS Certificates.
 
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