
Have you ever felt worried about the risk of electric shock when using electronic equipment at home? Or are you afraid that the electrical installation will experience a short circuit or even a fire?
The use of ELCB in the electrical system can prevent these problems from happening, you know! This is because the ELCB or Earth Leakage Circuit Breaker device is a protective device that will automatically cut off the electric current when there is a current leak to the ground, so that the potential for electric shock and short circuits can be avoided.
LS Electric as a manufacturing company that produces various electrical and electronic equipment for the sustainability and efficiency of industrial environmental operational activities, offers ELCB products with the best quality.
If you have a need for an LS Electric ELCB, you can first see a complete explanation of this product starting from how it works to the types and specifications. Come on, check it out!
LS Electric ELCB
Earth Leakage Circuit Breaker (ELCB) is an electrical safety device from the risk of electric current leaks to the ground, which can automatically cut off the flow so as to prevent electric shocks or fires. In general, you can find this ELCB device in an electrical panel.
The advantage of this device is its ability to detect small currents. With this, if there is a leak with a small current, the circuit can be immediately broken.
Some of you may see the LS Electric ELCB as similar to the MCB at first glance. However, it turns out that the two are different! This difference lies in its function and how it works, where the MCB functions as a safety device when there is an overload or short circuit and this device will automatically cut off the electricity when the current passing through it exceeds the specified limit.
Meanwhile, the ELCB has a function to detect unbalanced electric currents and protect against electric current leaks to the ground and will cut off the electricity when it detects a difference in current between the phase and neutral cables.
Although different, the use of both can increase the safety of your electrical system because it can protect users and circuits from electrical accidents.
How the LS Electric ELCB Works
Basically, the way the LS Electric ELCB works is quite simple, namely by detecting the difference between the current entering and leaving the electrical system. ELCB will compare the incoming and outgoing electric current. If it is then detected that there is a current that exceeds the set value or there is a current leak into the ground, then the ELCB will automatically disconnect the circuit and power supply, in order to avoid dangerous electric shocks.
ELCB will also work when you touch an open electrical cable from an electrical device that is on, where electric current will leak and flow. ELCB will detect the leakage current by comparing the electric current flowing in the phase and neutral. If the current is not balanced, the relay will be active to trip/switch off. This tool can operate quickly, namely in less than 0.1 seconds to disconnect the electric current.
LS Electric ELCB Types
ELCB devices from LS Electric can be found in the Metasol ELCB series. Metasol ELCB LS Electric can provide protection against overload, short circuit, and leakage current according to the IEC-60947-2 standard. This device can be used for residential, industrial, and commercial building applications.
This ELCB device is distinguished based on its frame size, namely 30AF, 50AF, 60AF, 100AF, 125AF, 250AF, 400AF, 800AF, up to 1000/1200AF.
For more complete details on the LS Electric ELCB specifications, see below!
ELCB LS Electric 30AF
Specifications:
- Type S (EBS32c, EBS33c, EBS34c)
- Available in 2 poles (2 sensors), 3 poles (3 sensors), and 4 poles (3 sensors)
- Current Capacity: 5-30A
- Breaking Capacity: 10-14kA
- Trip unit type: Thermal-magnetic
ELCB LS Electric 50AF
Specifications:
- Type N (EBN52c & EBN53c, EBS53c & EBS54c, EBH53c & EBH54c)
- Available in 2 poles (2 sensors), 3 poles (3 sensors), and 4 poles (3 sensors)
- Current Capacity: 15-50A
- Breaking Capacity: 14-50kA
- Trip unit type: Thermal-magnetic
ELCB LS Electric 60AF
Specifications:
- Type N (EBN63c) and Type S (EBS63c & EBS64c)
- Available in 3 poles (3 sensors) and 4 poles (3 sensors)
- Current capacity: 60A
- Breaking capacity: 14-18kA
- Trip unit type: Thermal-magnetic
ELCB LS Electric 100AF
Specifications:
- Type N (EBN102c, EBN103c, EBN104c)
- Available in 2 poles (2 sensors), 3 poles (3 sensors), and 4 poles (3 sensors)
- Current capacity: 60-100A
- Breaking capacity: 18kA
- Trip unit type: Thermal-magnetic
ELCB LS Electric 125AF
Specifications:
- Type S (EBS103c & EBS104c) and Type H (EBH103c & EBH104c)
- Available in 2 poles (2 sensors), 3 poles (3 sensors), and 4 poles (3 sensors)
- Current capacity: 15-125A
- Breaking capacity: 37-50kA
- Trip unit type: Thermal-magnetic
ELCB LS Electric 250AF
Specifications:
- Type N (EBN202c & EBN203c), Type S (EBS203c & EBS204c), and Type H (EBH203c & EBH204c)
- Available in 2 poles (2 sensors), 3 poles (3 sensors), and 4 poles (3 sensors)
- Current capacity: 100-250A
- Breaking capacity: 26-50kA
- Trip unit type: Thermal-magnetic
ELCB LS Electric 400AF
Specifications:
- Type N (EBN403c and EBN404c), Type S (EBS403 and EBS404), Type H (EBH403c and EBH404c), and Type L (EBL403c and EBL404c)
- Available in 3 poles (3 sensors) and 4 poles (3 sensors)
- Current capacity: 250-400A
- Breaking capacity: 37-85kA
- Trip unit type: Thermal-magnetic
ELCB LS Electric 800AF
Specifications:
- Type N (EBN803c), Type S (EBS803c), and Type L (EBL803c)
- Available in 3 poles (3 sensors)
- Current capacity: 500-800A
- Breaking capacity: 37-85Ka
- Trip unit type: Thermal magnetic
ELCB LS Electric 1000/1200AF
Specifications:
- Type S (EBS1003b and EBS1203b)
- Available in 3 poles (3 sensors)
- Current capacity: 1000-1200A
- Breaking capacity: 85kA
- Trip unit type: Thermal magnetic
Get the product by ordering it now here!
Or do you want to find various interesting information about electricity and complete specifications of other electrical products? Just check it out in other Listrik Kita's articles!