Industrial Solid State Relay
- High withstand voltage and strong surge capability.
- Fast switching and high sensitivity.
- High thermal conductivity for efficient heat dissipation.
- Optocoupler isolation with vibration and shock resistance.
- Semiconductor control for noise-free switching.
- No mechanical contacts or arcing, ensuring long service life.
Product Overview & Applications:
Industrial-grade Solid State Relays (SSRs) are specifically engineered to meet the demands for efficient control within harsh industrial environments; today, they are widely deployed in automation equipment, motor control systems, heating systems, and other high-load applications. By selecting our industrial-grade SSR products, you gain access to highly efficient and reliable solutions that not only significantly advance your industrial automation projects but also comprehensively enhance the overall performance and safety of your systems.
Industrial-grade Solid State Relays (SSRs) utilize Silicon Controlled Rectifiers (SCRs) or Metal-Oxide-Semiconductor Field-Effect Transistors (MOSFETs) as their core switching components, thereby enabling precise and rapid control over the connected load. Their control circuitry employs optocoupling technology to achieve electrical isolation from the load side; thanks to superior dielectric withstand strength, this design provides robust protective isolation for upstream control components.
Solid-state relays have gained widespread adoption and application across various fields, including hazardous and explosion-proof environments, lighting control systems, electromechanical automation control, and medical equipment.
Model Description:
1. LC ：Enterprise code
2. 1600 ：Load peak voltage range 24-1600VAC
3. 120 ：Available load current ratings 60/80/100/120/150/180/200/250/300/350/400 A
4. DA ：DC control AC / AA:AC control AC
5. Z : Zero-crossing switching / P: Random turn-on (phase control)
Technical Parameters
Product Specifications | |||
| Model: | LC-1600-口DAZ | LC-1600-口AAZ | LC-1600-口DAP |
| Control： | DC Control AC | AC Control AC | DC Control AC Random |
| Load Current： | 60A/80A/100A/120A/150A/180A/200A/250A/300A/350A/400A | ||
| Input Voltage： | 3-32VDC | 70-280VAC | 3-32VDC |
| Max Input Current： | 12mA | 15mA | 12mA |
| Must Operation Voltage： | 3V | 70VAC | 3VDC |
| Must Release Voltage： | 1.5VDC | 20VAC | 1.5VDC |
| Output Voltage： | 24-1600VAC | ||
| Certificates： | CE | ||
| Operation Temperature： | -30°C to 80°C | ||
| Max Off-State Leakage Current： | ≤2mA | ||
| Max On-State Voltage Drop： | ≤1.5V | ||
| On Off Time： | ≤10ms | ||
| Insulation Resistance： | 1000MΩ | ||
| Dielectric Strength： | 2500V | ||
| Peak Voltage： | 1600V | ||
Choose A Correct Type for Current
1.For Resistive Loads: SSR Rated Current = 3 × Load Operating Current
Resistive loads include resistance furnaces, incandescent lamps, ovens, heating elements, electric water heaters, etc.
2.For Inductive Loads: SSR Rated Current = 6 × Load Operating Current
Inductive loads include motors, fans, transformers, water pumps, air conditioners, and other loads exhibiting inductive characteristics.
3.For Capacitive Loads: SSR Rated Current = 10 × Load Operating Current
Capacitive loads include compensation capacitors, batteries, and other loads exhibiting capacitive characteristics.
Choose A Suitable Heat Sink
1.When SSR is working, it will give out a lot of heat, so in order to extend the life of your SSR, please install a heat sink.
2.If the current is over 60A, a cooling fan is also required.
3.Don’t forget to apply heat-conductive silicon grease between SSR and heat sink.
Precautions
1. Use a fast-acting fuse to protect the solid-state relay against load short circuits.
2. During operation, the temperature of the heat sink must remain below 75°C.
3. For inductive loads, it is recommended to use a varistor.
4.If you wish to perform a test, you need to connect a load to the solid-state relay.
