Product Category
Alarm Annunciator
Product
Alarm Annunciator
Application
Battery Charger Panels
Stay in control, even when the lights go out. With Alarm Annunciators.
Introduction
A substation battery charger ensures all the essential electrical systems in a substation continue to operate in the event of a power outage. An absence of an electrical supply could result in damage to equipment and personnel. The DC system is the most important component of a high-voltage industrial/utility substation. It supplies the energy needed to manage the protective devices and high-voltage components and allows electrical faults to be safely isolated.
GIC’s alarm annunciator effectively monitors the critical parameters of battery charger panels. It ensures the availability of standby supply.
Challenges
There are many arguments for monitoring, but the most obvious reasons are:
- Increased system reliability
- Cost savings from reduced maintenance hours, and optimized battery life that justifies initial investments
- Personnel safety
Solution
GIC introduces Alarm Annunciators with the most advanced features. With increasing automation at every stage in a process control system, our Alarm Annunciators would play a vital role in immediate fault recognition by providing instant visual and audible alarms to protect valuable equipment. However simple or complex your alarm requirement is, our Alarm Annunciators will provide the most cost-effective solution.
The Alarm Annunciator is an array of indicator lights. It signals the presence of abnormal conditions by blinking an LED and sounding an audible buzzer. In industrial process control, an annunciator panel is a system to alert operators of alarm conditions in the plant. GIC offers a wide range of Alarm annunciators. The entire range is designed with an understanding of the modern-day manufacturing plant and its future requirements.
The GIC Effect
GIC’s Annunciator play a very important role in Battery Charger panel systems,
Monitor abnormal conditions of multiple parameters in the battery charger system.
Immediately announce the occurrence of fault through visual and audible means.
Fetch the attention of the operator/supervisor towards abnormal conditions.
By timely monitoring and attending to abnormal conditions in the battery charger panel, it ensures uninterrupted power supply in a critical application.
Reduce the downtime in operations.
RS485 communication is used to communicate with the PLC and SCADA system from the remote location to monitor the parameter.
