Supply Voltage +
Mode +
Mounting +
Relay +
No. Of Programs +
Display +
Power Reserve +
Clock Accuracy +
Pre-Programmed +
Accessories +
Product visibility +
Analog Input +
Base/Ext +
Bazel type +
Center Distance +
Clock +
Control Action +
Display with & without +
Input/Output +
No. of digits +
No. of set points +
Output +
Output 1 +
Output 2 +
Output 3 +
Product Type +
Read Out +
Register +
RS485 Communication +
Sensor Input +
Size +
Termination +
Contact +
Delay +
Enclosure Design +
Function +
Input Voltage +
Output Current +
Output Voltage +
Power +
Relay Output +
Supply +
Timing Range +
Variant +
Alarm Output +
Analog Output +
Auto Reset time +
Auxiliary Supply +
CBCT Size +
Colour +
Current Range +
Digital Display +
Digital Input +
Digital Output +
Display Colour +
High Speed Inputs +
Input Signal +
LCD Display +
Leakage Current +
Module +
Neutral Loss +
Output Signal +
Over Frequency +
Over Voltage +
Phase Asymmetry +
Phase Loss +
Phase Sequence +
Reset +
Sensor Supply +
Series +
Settable Off Delay +
Settable On Delay +
System +
Transistor Output +
Under Frequency +
Under Voltage +
Voltage +
Day by day, electronic and electrical systems are becoming very complex. For the safety of these systems, reliable monitoring devices play a significant role. Monitoring relays are an inexpensive solution that help monitor important parameters of electrical and physical systems. There are various monitoring relays such as voltage monitoring, current monitoring, frequency monitoring, temperature monitoring etc.
Generally, monitoring relays can be used to monitor over-voltage, under-voltage, over-current, undercurrent, phase failure, phase asymmetry, motor winding temperature etc.
Current monitoring relays monitor the overcurrent and under current conditions of the systems. Adding to this also protects the devices against overload and phase reverse, phase loss, and phase unbalance faults.
Current monitoring relay when senses the current flowing through the device is greater than the defined range of current then it turns off the machine and protects the device from damage due to over current. This is referred to as over-current protection.
Over-current protection enables protecting the device from overload conditions, short circuit conditions and ground fault conditions. In this relay, trips when motor current exceeds 1.11 times of the set current.
Under Load, protection is provided by undercurrent trips. It is suitable for small pumps to avoid dry running, cavitation etc. If an overcurrent condition occurs in a circuit, it may harm the entire electronic or electrical system connected to it.
GIC’s current monitoring series has a wide range of sensing current. Plus, single-phase and three-phase models are available. It has auto/manual selection, whereas the auto mode relay will reset within 3 min to 15 min as per the setting done by the user, whereas in manual model relay will get reset when it is manually acknowledged. Also, it has failsafe protection.
Features
- Protects against Overload, Phase reverse, Phase loss and Phase Unbalance faults
- Wide range of sensing current – 1A-45A
- Models for 1 phase and 3 phase systems
- Auto manual reset selection
- Fail-safe Protection
- Inverse time model with underload, Locked Rotor Protection and selectable trip class
- Definite time model with underload and selectable start and trip time
Applications
- Protects against Overload, Phase reverse, Phase loss and Phase Unbalance faults
- Wide range of sensing current – 1A-45A
- Generator Panels/AMF Panels
- Power Distribution Panel
- Induction heater control panels
- Load Monitoring of Conveyor
- Air Purification Plan
Frequently Asked Questions