Wind generators factory
Unit 2, Building 2, Office 102, Pingxiang - Xingtai city,
Shijimingzhu, Guangchang Road, Hebei, China
 Phone: +86 13333 092 057 Email: iasos@iasos.eu
Traiding Company
Lianglima Pingxiang, Xingtai city,
Hebei, China 054500
Phone: +91 9823 1964 80 Email: coyote@iasos.eu
FF 5, First Floor, 77 Rosemin Arcade,
Aquem, Margao Goa, India 403601
Phone: +91 9823 1964 80 Email: jitendra@agarwalgroupco.com

Company
Products
Parts
Packing
Sales
Prices
Photo Video
Publications
FAQ
History
How to use
Contact us
PRODUCTS
Wind generators
Inverters
Generator base
Braking systems
Turbine base
Electrical equipment
Diffusers
Mechanical equipment
Generators
Tools
Charger Controllers
Instruments
Batteries
Hosting system
BACK PAGE
FIRST PAGE

Solid State Relay 3 Phase - C8403.

Model:
C8403
Approximate Price: 11 euro
Type:
Three Phase SSR.
SOLID STATE RELAY
Load current range:
AC10A, 25A, 40A, 50A, 60A, 75A, 100A.
Load voltage range:
AC 32 ~ 660V AC.
Control voltage:
DC 3 ~ 32V
Control current:
6mA ~ 25mA
Input constant current control AC Zero point On and OFF function.
Adop technic of glass passivation SCR square piece (>50 A), good in dispersing heat.
Optic isolated (>2000V AC 1min ), dual triac strong output or single triac reversal parallel connectionstrong output.
Input or output LED indication.
Widely used in various automatic fields like chemical fibre machinery, temperature controller .
Electric cooker, rubber machinery, fountain control, numerical control machinery…etc.
SOLID STATE RELAY
Max. Load Current:
AC 10 A, 25 A, 40 A, 50 A, 80 A, 100A
 
Load Voltage:
AC 24~660V
 
Isolated Voltage:
>2000V AC 1 min.
 
Insulation Voltage:
>2000V AC 1 min.
 
Control Voltage:
DC 3 ~ 32 V
 
Control Current:
6mA~25mA
 
Turn-On Voltage:
<1.3V
 
Off-set leakage:
300v/us
 
On - Off Time:
100ms
 
Frequency Range:
47/63 Hz
 
Status Indicator:
Red LED
 
Ambient Temperature:
- 40 ~ 80° C
 
Net Weight:
750 gr
 
SOLID STATE RELAY
Notice:
1. SSR is current drove, when used in logic electrocircuit, try to drive by low voltage +5 VDC, to make sure enough load capacity and zero voltage.
2. Multiple SSR input terminals can be connected in Series or in parallel,to make sure each SSR high voltage contact current >6mA, contact voltage >4 V, viz. in parallel onnection, driving current?the sum of each input current; In series connection, driving voltage >the sum of each turn-on voltage (suppose driving voltage =4 V).
3. RC absorb loop and off leak current: The Purpose of RC absorb loop is to absorb the surge voltage and increase dv/dt index, but SSR internal RC loop can cause about 1 ~ 2 mA off leak current. According to experiences, SSR <10 A doesn't influence load up to 50 W (e.g.motor). Besides, in application of huge inductance load, SSR can be protected by connecting RC absorb loop in parallel with SSR output terminals. In case SSR is used in power extend application, RC absorb loop may cause misaction when power on, therefore, when ordering, customers should indicate the application of SSR, RC absorb loop can be eliminated.
4. Over current, over voltage protection methods: Over load and load short circuit is the main reason of damage to SSR. To protect from damage, limit fuse or air switch can be configured with, and magnetism fuse adopted for low capacity SSR. Over voltage protection: in addition to RC absorb loop, metal oxidation resistance (MOV) can be connected in parallel. The size of MOV is decided by absorb power, and the thickness of MOV decide the protected voltage value. In normal condition, SSR of 220 V can use PT at 430 ~ 600 V, SSR of 220 V can use resistance at 750 ~ 850 V.
5. SSR radiator: When SSR is at ON estate, max. heat is calculated by real operating current x1.2 W/A, for example, long term working at 50 A equals to heat produced by iron of 60 W. When design for dispersing heat, ambient temperature, circulation conditions (such as natural cooling, fan cooling) and SSR installation density should be taken into account. SSR of 2 A ~ 5 A needn't radiator; SSR < 10 A to work long time only need to install flat metal piece with good dispersing heat; SSR > 10 A need to configure related radiator, but should be cooled by fan when >60 ° C.
6. SSR selection for load surge current: Most load may cause surge current at the instant of turning on, surge current is another key reason of damage to SSR when heat is not dispersed in time. Therefore, to select SSR, current range is better to reserve some space. Load like incandescent lamp and electric cooker thread can cause 10 times surge current for lasting 1 cycle, this is smilar to SSR anti-surge current feature. To selecting strong SSR, current should be equal to 1.8 times of rated current of electric cooker thread and 1.5 times of rated current of incandescent lamp. AC electric magnet and general relay may cause 4 ~ 5 times surge current; AC motor may cause 5 ~ 7 surge current when turning on for lasting 10 cycles. For normal SSR to control motor, SSR current range should be 7 times of motor rated current.
7. Cautions for testing SSR: In normal condition, AC SSR has a internal absorb loop and there is a leak current about 0.5 ~ 2 mA, therefore, when SSR input terminals without control voltage , to measure output terminals by voltage meter, meter still displays voltage. Correct testing method is to connect a lamp up to 15 W, connect voltage meter to lamp.