| Item | Details |
|---|---|
| Product Name | EOCR SAMWHA EOCR |
| Model | EOCR-FDM-S-220-S13 |
| Description | EOCR-ELECTRONIC OVER-CURRENT RELAY |
| Manufacturer | EOCR SAMWHA EOCR LTD. |
| Power Supply | 85-250VAC/DC, 50/60Hz |
| Current Settings |
|
| Contact Rating | 3A/250VAC Resistive |
| Other Details |
|
| Weight | 540 gm |
| Condition | Used (4 Set) |
| Reference Number | 34516 |
What is an Electronic Overcurrent Relay?
An EOCR, or electronic overcurrent relay, is a type of protection device that is designed to monitor electric circuits. It disconnects power in the case of abnormal current levels. As a protector from electrical system damage, EOCRs play a vital role in ensuring a certain level of efficiency and safety in operations.
Why EOCR SAMWHA EOCR-FDM-S-220-S13?
The EOCR SAMWHA EOCR-FDM-S-220-S13 is engineered to cater to diverse industrial needs. Its key features and benefits are as follows:
Precision Monitoring
The EOCR-FDM-S-220-S13 is equipped with high-accuracy sensors, which allow real-time monitoring of current levels so that any anomalies are detected immediately.
Customizable Settings
This EOCR allows adjustable parameters, thus making it flexible to match specific application requirements, ensuring optimal performance in different environments.
Compact Design
Its space-saving design makes it ideal for modern industrial setups where efficiency and ergonomics matter.
Energy Efficiency
Designed with low power consumption in mind, the EOCR helps reduce energy costs while maintaining robust protection.
Enhanced Safety
Through prevention of electrical faults and possible fires, the EOCR helps provide a safer workplace.
Applications of EOCR SAMWHA EOCR-FDM-S-220-S13
This EOCR is used extensively in all walks of industries such as:
Manufacturing Plants: It protects machinery and equipment from overcurrent.
Data Centers: Ensuring continuous operation through the protection of sensitive electronic systems.
Commercial Buildings: Reliable protection for electrical systems in high-demand environments.
