- solid state relay
- Circuit Board Solid State Relay
- Single phase solid state relay
- Industrial Solid State Relays
- Three-phase solid state relay
- Three-phase forward and reverse solid state relay
- Rail type three-phase solid state relay
- Industrial grade solid state relay module
- Tension controller
- Intelligent voltage regulation module
- Single and three-phase silicon controlled trigger
- heat sink
- Semiconductor module, rectifier bridge series
- time relay
- Digital display counter
- water level controller
- timer
- switching power supply
- S series switching power supply
- MS series switching power supply
- LRS series switching power supply
- D, T, Q multi-group series switching power supplies
- DR rail series switching power supply
- NDR rail series switching power supply
- MDR rail series switching power supply
- HDR rail series switching power supply
- FY rainproof series switching power supply
- FS rainproof series switching power supply
- Foot switch
- Fan water pump controller
MJGZ-1 D2430A
product detail
Product overview
The single three-phase rectifier solid-state relay uses high-power thyristors and rectifiers to form a rectifier circuit. The weak current part and the strong current part are optically isolated, which can convert AC into DC output with smaller weak current signal. The control signal can be interfaced with switching power supply, microcomputer and TTL logic. The product is widely used in electrolysis, electroplating, electromagnetic vibration, DC power supply, DC Motors and other equipment realize contactless switch control.
Features
1. Optical isolation between weak current part and strong current part
2. Control signal and TTL logic interface
3. The strong electric control switch is composed of thyristor and rectifier
4. LED indicates working status
5. Widely used in electrolysis, electroplating, electromagnetic vibration, electromagnetic magnets, DC power supplies, DC motors and other equipment for non-contact switch control
Model meaning
| MJGZ-1 D2430A | Model meaning |
| M? | Corporate logo: M: Mingxin |
| JGZ | Rectifier solid state relay |
| -1 | 1: Single phase 3: Three phase |
| D | Control mode: D: DC 4-32VDC A: AC 80-250VAC |
| 24 | Input load voltage: 24: 240VAC 44:440VAC, 66:660VAC |
| 30A | Output rectifier rated current: 30A 60A 100A 150A 200A 300A 450A |
Technical Parameters
| one Mutually all flow solid state Continue electricity Device | Input load power supply voltage | 240VAC 440VAC? |
| Output load rectified voltage | Power supply voltage x0.9 (VDC) | |
| Output load current | 30A 60A 100A 150A200A 300A 450A | |
| Control voltage | 3-32VDC/90-280VAC | |
| Control current | ≤25mA/DC or 12mA/AC | |
| Medium withstand voltage | ≥2500V | |
| Insulation voltage | ≥2500V | |
| Insulation resistance | ≥100MΩ | |
| Ambient temperature | -25℃-+75℃ | |
| Power frequency | 50-60Hz | |
| Installation | Bolt-on | |
| weight | 480g |
temperature graph
Overall dimensions and wiring diagram
Module selection and precautions
1. Depending on the load power, different current margins should be selected. The greater the power, the greater the current margin. Generally, the current capacity of the rectifier solid-state relay is 2-4 times the load current.
2. The input and output terminals should be equipped with overvoltage and overcurrent protection measures. a. Overvoltage protection: The output end is connected in parallel with a freewheeling diode or varistor (when using 240V voltage, choose 470-500V, when using 440V voltage, choose 680-750V, when using 660V voltage, choose 1100-1200V) ; b. Overcurrent protection: The main circuit is connected in series with a quick disconnect switch or a quick fuse, and the value is 1.5 times the actual load current.
3. Heat dissipation requirements: Depending on the current size, working mode, and environmental conditions of the selected rectifier solid-state relay, a corresponding equivalent radiator should be configured, and a fan or water cooling should be used for temperatures above 40A.
4. Installation method: It is required that the contact between the product and the radiator must be flat and smooth, and a layer of thermally conductive silicone grease should be applied between the contact surfaces. Finally, the screws with flat washers and spring rings should be symmetrically tightened and fixed.