.The relay does not open
1) The load current is greater than the rated switching current of the SSR, which will cause the relay to short-circuit. In this case, an SSR with a larger rated current should be used.
2) Under the ambient temperature where the relay is located, if the heat dissipation is poor for the current it is subjected to, it will damage the output semiconductor device. At this time, a larger or more effective heat sink should be used.
3) The line voltage transient causes the output part of the SSR to break through. In this case, an SSR with a higher rated voltage should be used or an additional transient protection circuit should be provided.
4) The line voltage used is higher than the rated voltage of the SSR.
Used in single-phase control system, when the power supply is abnomal.
Build-in mircoprocessor, true RMS measurement, voltage measurement accuracy<=1%. Measuring frequency 45Hz~65Hz, button setting. LCD displays voltage and fault information, protection can be turned on or off. Check 3-phase voltage value by botton, with counting and timing function. Record number and time of using devices. DIN rail mounting.
| Rated supply voltage | AC110, AC220V, AC380V, 50Hz/60Hz |
| Rated power consumption | ≤1.5VA |
| Sensitivity adjustable range | 5kΩ~100kΩ/adjustable relay |
| Delay range | 0.1s~10s |
| Contact configuration capacity | 10A |
| Cable Length | ≤100m |
| Accumulated timing error | ≤0.001% |
| Count input signal | AC/DC 20V-450V |
| Short circuit protector type and maximum rating | NT00-6A |
| IP Class | IP20 |
| Class of pollution | 3 |
| Altitude | ≤2000m |
| Allowable relative humidity | ≤50%(40℃)/no condensation |
| DIN rail Standard | Width 35mm(IEC/EN60715) |