RCCB, RCD, RCBO

RCCB, RCD, RCBO

L&T THERMEL OVERLOAD RELAYS

Overload relays play a vital role in safeguarding electrical systems by preventing motor damage from excessive current. These devices detect overcurrent conditions and respond swiftly to avoid overheating and costly equipment failures. MNS provides high-quality overload relays engineered for precise protection, ensuring reliable operation and enhanced system longevity. With advanced technology and dependable performance, our overload relays help maintain electrical safety and operational efficiency across industrial and commercial applications.

DESCRIPTIONNOMINAL CURRENT A/KWOrder Number
SIZE O
1.8…2.5 A/0.75 kW
LST00250
Thermal overload relay
2.2…3.2 A/1.1 kW
LST00320
Thermal overload relay
2.8…4.0 A/1.5 kW
LST00400
Thermal overload relay
3.5…5.0 A/1.5 kW
LST00500
Thermal overload relay
4.5…6.3A/2.2 kW
LST00630
Thermal overload relay
5.5…8.0 A/3.0 kW
LST00800
Thermal overload relay
7…10.0 A/4.0 kW
LST01000
Thermal overload relay
9…12.5 A/5.5 kW
LST01250
Thermal overload relay
11…16 A/7.5 kW
LST01600
Thermal overload relay
14…20 A/7.5 kW
LST02000
Thermal overload relay
17…22 A/11.0 kW
LST02200
Thermal overload relay
20…25 A/11.0 kW
LST02500
SIZE 2
 
 
 
Thermal overload relay
5.5…8 A/3.0 kW
LST20800
Thermal overload relay
7…10 A/4.0 kW
LST21000
Thermal overload relay
9…12.5 A/5.5 kW
LST21250
Thermal overload relay
11…16 A/7.5 kW
LST21600
Thermal overload relay
14…20 A/7.5 kW
LST22000
Thermal overload relay
18…25 A/11.0 kW
LST22500
Thermal overload relay
22…32 A/15.0 kW
LST23200
Thermal overload relay
28…40 A/18.5 kW
LST24000
Thermal overload relay
36…45 A/22.0 kW
LST24500
Thermal overload relay
40…50 A/22.0 kW
LST25000
SIZE 3
 
 
Thermal overload relay
18…25 A/11.0 kW
LST32500
Thermal overload relay
22…32 A/15.0 kW
LST33200
Thermal overload relay
28…40 A/18.5 kW
LST34000
Thermal overload relay
36…50 A/22.0 kW
LST35000
Thermal overload relay
45…63 A/33.0 kW
LST36300
Thermal overload relay
57…75 A/37.0 kW
LST37500
Thermal overload relay
70…90 A/45.0 kW
LST39000
Thermal overload relay
80…100 A/45.0 kW
LST39999

 

RCCB

Importance of Overload Relays in Electrical Safety

Overload relays play a vital role in safeguarding electrical systems by preventing motor damage from excessive current. These devices detect overcurrent conditions and respond swiftly to avoid overheating and costly equipment failures. MNS provides high-quality overload relays engineered for precise protection, ensuring reliable operation and enhanced system longevity. With advanced technology and dependable performance, our overload relays help maintain electrical safety and operational efficiency across industrial and commercial applications.

Key Features of High-Quality Overload Relays

High-quality overload relays are engineered for precision and dependability. They offer accurate and sensitive detection of overcurrent conditions, ensuring quick and reliable protection for motors and equipment. Built from robust materials, these relays provide long-lasting performance even in harsh industrial environments. Their user-friendly design allows for easy installation and maintenance. Adjustable settings enable customization to match specific application requirements, delivering tailored protection. For enhanced safety and operational efficiency, MNS overload relays combine advanced functionality with durability, making them an ideal choice for modern electrical systems.

Benefits

Benefits of Investing in High-Quality Overload Relays

Investing in high-quality overload relays, such as those from MNS, delivers several key benefits. They significantly improve electrical safety by accurately detecting overcurrent conditions, preventing equipment damage and reducing the risk of system failures. These relays also enhance overall system efficiency by ensuring optimal performance and reducing energy waste. Built for durability, they offer long-term reliability and minimize maintenance needs, resulting in notable cost savings over time. By choosing MNS overload relays, you’re securing advanced protection, operational efficiency, and long-term financial value for your electrical infrastructure.