| Parameters | Standard Type Voltage |
| 12VDC | 24VDC |
| Work voltage | 9~16 | 18~32 |
| Max voltage | 16 | 32 |
| Action voltage | ≤9 | ≤18 |
| Release voltage | ≥1 | ≥2 |
| Coil Resistance | 25 | 94 |
| Min start current | 0.48A | 0.26A |
| Transient surge current | - | - |
| Average holding current | 0.48A | 0.26A |
| steady state time | 5.8W | 6W |
| Actuation time | ≤50ms | ≤50ms |
| Release time | ≤10ms | ≤10ms |
| Bounce time | ≤5 | ≤5 |
Parameters
| Contact form | 1H | Leading-out | M8 internal thread |
| Contact resistance | 0.2 mΩ(200A) | Rated load voltage | 12~900VDC |
| Maxmum switching current | 2000A 320VDC ( over 1 times) | Maximum Switching power | 640KW |
| Rated load current | 200A | Rated Electric life | 10000 (times) |
| Min load | 1A12VDC | Standards for electric current (10mm2 line0 | 200A |
| short time overload current | 320A 5min, 400A 2min 500A 30s |
Conditions of usage
| Operate temperature | -40℃~85℃ |
| Operating Humidity | 5%~95%RH |
| IP Grade | IP67 |
| Dimension (W*H*D) | 80*64.2*74 |
| Weight (g) | Q: 460g |
Overcurrent faults can be divided into acceleration, deceleration, and constant speed overcurrent. It may be caused by reasons such as too short acceleration and deceleration time of the inverter, sudden changes in load, uneven load distribution, and output short circuit. At this time, it is generally possible to extend the acceleration and deceleration time, reduce the sudden change of the load, add energy-consuming braking components, carry out load distribution design, and check the line. If the inverter is disconnected from the load or the overcurrent fault occurs, it means that the inverter circuit is broken and the inverter needs to be replaced.
Overload fault
Overload faults include variable frequency overload and motor overload. It may be caused by the acceleration time being too short, the grid voltage being too low, the load being too heavy and so on. Generally, it is possible to extend the acceleration time, extend the braking time, check the grid voltage and so on. The load is too heavy, and the selected motor and inverter cannot drive the load. It may also be caused by poor mechanical lubrication. For the former, high-power motors and inverters must be replaced; for the latter, the production machinery must be overhauled.
Fault summary
1. In short, you must follow the instructions of the inverter manual when designing, installing and using the inverter;
2. All electrical designers and on-site electrical debuggers can improve the
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