Safety Terminals
Low power consumption
Higher System Performance with Optimized Cost
Positive Contact Indication for Assurance of Disconnection
Enhanced Electrical Safet
10 kA Short Circuit withstand Capacity
Offers Precise Detection Capabilities for Effective Protection
Detects Even Minor Current Leakages for Early Intervention
10 kA Short Circuit withstand Capacity
Offers Comprehensive Protection for Both Live & Neutral Wires
Best in class fault current limitation performance
Overload Setting (Ir) 0.7 - 1 x In
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
High Quality Fire Retardant Material
High Quality Fire Retardant Material
Higher Life with Use of Heavy Duty Contacts
Sliding bottom clamp
IP 20 protected terminals
Bi-Stable Din Clip Position, Air Circulation & Ease of Clamping
Positive Contact Position Indication
Padlocking Facility
Air Circulation Channel
Positive Contact Indication for Assurance of Disconnection
Field-Fit table Auxiliaries for Advance Protection & Monitoring
Trip free mechanism
13 Plates Arc Chute for effective arc quenching
True Contact Indication for Enhanced Safety
Higher Life with Use of Heavy Duty Contacts
Protection & Isolation by Inbuilt MCB
Correction of Power Factor by Standard Duty Capacitor
High Quality Fire Retardant Material
True Contact Indication for Enhanced Safety
Higher Installation Life: Energy Limiting Class: 3
Magnetic Arc Chutes to quick Break DC Current in Event
Overload Setting (Ir) 0.7 - 1 x In
Easypact CVS 100 to 630A
Cooler Operation
Safety Terminals
Rotary Handle Padlocking: Padlock in Off/On Position
Enhanced Safely, Energy Limiting Class-3 & Aesthetically Designed with Safety
Bi-Stable Din Clip Position, Air Circulation & Ease of Clamping
Field-Fit table Auxiliaries for Advance Protection & Monitoring
Positive Contact Indication for Assurance of Disconnection
Higher System Performance with Optimized Cost: Cascading
Positive Contact Indication for Assurance of Disconnection
High Breaking capacity up to 100 kA
Thermal magnetic circuit breakers ragefrom 0.1-220 Amps
Trip free mechanism
13 Plates Arc Chute for effective arc quenching
Bi-Stable Din Clip Provided for Easily Fixing & Removing Isolator
Ease of Clamping & Large & Dual Terminating Terminal Size
Higher Installation Life: Energy Limitation Class 3, Fast Closure Mechanism
Ease, Speed & Flexibility of Installation - Biconnect, Line-Load Reversible
L&T 2 Pole Surge Protection Device with 800V Solar Application
Ausp021Pn15 are Manufactured by Using Quality Assured Material & Advanced
Field-Fit table Auxiliaries for Advance Protection & Monitoring
Positive Contact Indication for Assurance of Disconnection
High Speed & High Breaking Capacity Mechanism
Longer Electrical Life
Higher System Performance with Optimized Cost
Field-Fit table Auxiliaries for Advance Protection & Monitoring
Sliding bottom clamp
Sliding shutters
10 kA Short Circuit withstand Capacity
Precise hammer action
Trip free mechanism
Large Cable Terminals
13 Plates Arc Chute for effective arc quenching
To prevent the flow of power, both circuit breakers and fuses are made. But they use several techniques to function—the fuse functions as a metal component that melts away when it becomes too hot. A circuit breaker operates a switching process when an electrical overflow is detected. The most popular fuse form is a metal filament fuse with a ceramic, metallic, and glass case. The fuse that delivers power to the building in a house is probably hooked into the fuse box. Circuit breakers have a unique design that allows them to function in two separate ways. An electromagnet is used in the first operation technique, while a bi-metal strip is used in the latter.
Fuse protection is limited to overloading, whereas circuit breakers protect residences and equipment against overloading and short-circuiting. A fuse will blow out if the incoming current is more significant than the gadget needs, but it cannot be used again. On the other hand, a circuit breaker operates by mechanically tripping and cutting the connection. It can easily be turned back on, allowing for multiple uses. A circuit breaker electromagnetically cuts off the link, and the fuse uses materials with thermal and electrical damage whenever the limit is exceeded.
MCB - An automated switch called an MCB activates when too much current flows through the circuit. Without any manual replacement, it can be closed again. Fuse replacement or rewiring is required in the instance of fuses, according to the kind of MCB used. Fuse is hence referred to as one of the disposable devices. It is the primary reason MCBs are utilized in place of fuses in most circuits. Additionally, the buttons in the MCB immediately shut off when there is a failure in the course, making it simple to identify the problem with the device.
Fuse Holders - Fuse holders, are a particular fuse accessory needed to incorporate fuses that can't be dropped into conductive lines directly because of their size and shape. Fuse holders have three primary purposes: they safely integrate fuses into electrical circuits, guarantee a solid current channel, and give a way to replace fuses once they effectively handle overcurrent situations.
MPCB - Upstream of an electric motor, a motor safety breaker, or MPCB, is an electrical machine that carries out three crucial tasks: isolation, motor safety against overloading and overvoltage, and motor control (on/off). The MPCB immediately disconnects the circuit in cases of overloading or short circuits. It contains connections inside that link the load to the power supply line.
RCBO - Residual Current Breaker with Overcurrent is referred to as an RCBO. The RCBO combines the RCD/RCCB and MCBfunctions. The RCBO breaks the circuit as soon as there is a power leak. As a result, when the connection is overloaded, intrinsic magnetic circuit breaker components may trip the electronic device.
RCCB - Residual Current Circuit Breaker is referred to as RCCB. Other names for RCCB are RCB and RCD. Residual Current Breaker is another name for Residual Current Device. When it detects a current loss to the ground wire, the RCCB electrical wiring device immediately disconnects the circuit. Additionally, it guards against direct-contact electric execution or shocks.
When choosing a circuit breaker or fuse, there are several factors to consider, such as frequency, voltage, interruption capacity, constant current rating, unique operating situations, and product testing. The following criteria should be taken into account when choosing a circuit breaker and fuse:
L&T Circuit Breakers and Fuses - Larsen & Toubro Limited, with its headquarters in Mumbai, is one of the largest and most well-known companies in India's private sector. They provide MCBs, RCCBs, protective relays, manual motor starters, and many other products of great quality.
Siemens Circuit Breakers and Fuses - The most significant industrial manufacturing business in Europe and a German multinational conglomerate, Siemens is based in Munich. Siemens produces a variety of electrical appliances, including motor starting switches, RCCBs, ECBs, contractors, and MCBs.
HPL Circuit Breakers and Fuses - India's top producers are HPL Circuit Breakers and Fuses. The company also produces a wide range of related goods. Their circuit breakers and fuses are cost-effective. It may link to both household and commercial systems.
Havells Circuit Breakers and Fuses - An international manufacturer of electrical equipment with headquarters in Noida, India, is Havells India Limited. One of the top producers and providers of electronic items at the highest costs is Havells. Products like MCB distributors, switchgear, cables, etc., are provided by them.
The use of fuses and circuit breakers is exploding every day. Therefore, it is crucial to find a company that offers materials of excellent quality at prices that are accessible to everybody when making your decision. Place your orders for fuses and circuit breakers on Moglix. You are free to use whichever payment method you find most comfortable. Enjoy and benefit from the most incredible shopping experience at Moglix. For further information, see Moglix.
Latest Models | Price | Discount |
---|---|---|
Havells Euro-II 32A Single Pole C Curve MCB, DHMGCSPF032 | ₹169 | 32% OFF |
Schneider Electric Acti9 xC60 16A C-Curve Single Pole MCB, A9N1P16C, Breaking Capacity: 10 kA | ₹189 | 54% OFF |
Havells 32A 30mA 2 Pole AC Type DP RCCB, DHRGCTDF030032 | ₹1,839 | 47% OFF |
Havells 63A 30mA 2 Pole AC Type DP RCCB, DHRGCTDF030063 | ₹2,549 | 46% OFF |
Havells 40A 30mA 2 Pole AC Type DP RCCB, DHRGCTDF030040 | ₹1,949 | 44% OFF |
Schneider Electric 100A 25kA 4 Pole EasyPact CVS MCCB, LV510317 | ₹6,859 | 43% OFF |
L&T Tripper 32A C-Curve Single Pole MCB, BA10320C | ₹139 | 29% OFF |
Schneider Electric TeSys GV2AF 3 Pole Combination Block with Contactor LC1D09 & LC1D38, GV2AF3 | ₹469 | 42% OFF |
L&T Tripper 25A C-Curve Single Pole MCB, BA10250C | ₹139 | 29% OFF |
Legrand 1A 1 Pole C Curve DX³ MCB, 4085 81, Breaking Capacity: 10 kA | ₹410 | 28% OFF |