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Fixed short circuit
cs=50%Icu

FMU (Thermal Magnetic) Release
Trip Free Mechanism

Trip free mechanism
Fixed Overload




Microprocessor based trip unit
Innovative Accessories viz. Short Circuit Alarm Switch, Illuminated Handle, Shunt

Embedded current metering and communication capable
Trip Range: 100 A

Adjustable thermal setting 0.7 - 1 x In
Adjustable magnetic setting 5 � 10 x Ir

Adjustable magnetic setting 5 � 10 x Ir
Adjustable thermal setting 0.7 - 1 x In

Common Internal accessories for the entire range
Information on the GO - Unique Knowledge Manager (QR Code)

Trip Range: 100 A
Embedded current metering and communication capable

Switch disconnectors
Knowledge Manager (QR Code)

Innovative Accessories viz. Short Circuit Alarm Switch, Illuminated Handle, Shunt
Common Internal accessories for the entire range

Microprocessor based trip unit
Common Internal accessories for the entire range

Knowledge Manager (QR Code)
Common Internal accessories for the entire range

Common Internal accessories for the entire range
Microprocessor based trip unit

Knowledge Manager (QR Code)
Common Internal accessories for the entire range

Innovative Accessories viz. Short Circuit Alarm Switch, Illuminated Handle, Shunt
Information on the GO - Unique Knowledge Manager (QR Code)

Ics= 100% Icu
Short Circuit Setting Fixed

Short Circuit Setting Fixed
Ics= 100% Icu

Ics= 50% Icu
Optium 1.0 Fixed TM Range & Class II Front Face

Optium 2.1 Electronic/Microprocessor Range & Class II Front Face
Adjustable Short Circuit Current Setting Isd= 1.5-10xIr

Optium 2.1 Electronic/Microprocessor Range & Class II Front Face
Adjustable Short Circuit Current Setting Isd= 1.5-10xIr

Ground Fault Setting:- Ig= 0.2-1xIn
Adjustable Short Circuit Current Setting Isd= 1.5-10xIr

Adjustable Overload Setting Ir= 0.4-1xIn
Ics= 100% Icu

Fixed Overload & Fixed Short Circuit Setting
Ics= 50% Icu

Fixed Overload & Fixed Short Circuit Setting
Optium 1.0 Fixed TM Range & Class II Front Face

Ground Fault Setting:- Ig= 0.2-1xIn
Ics= 100% Icu

Optium 2.0 Adjustable TM Range & Class II Front Face
Adjustable Overload Setting Ir= (0.8 to 1.0)xIn

Ics= 50% Icu
Fixed Overload & Fixed Short Circuit Setting

Ics= 100% Icu
Short Circuit Setting Fixed

Adjustable Short Circuit Setting Isd= (5-10)xIn
Adjustable Overload Setting Ir= (0.8 to 1.0)xIn

Optium 2.0 Adjustable TM Range & Class II Front Face
Adjustable Overload Setting Ir= (0.8 to 1.0)xIn

Optium 1.0 Fixed TM Range & Class II Front Face
Fixed Overload & Fixed Short Circuit Setting

Optium 2.0 Adjustable TM Range & Class II Front Face
Adjustable Overload Setting Ir= (0.8 to 1.0)xIn

Fixed Overload & Fixed Short Circuit Setting
Optium 1.0 Fixed TM Range & Class II Front Face

Ics= 50% Icu
Optium 1.0 Fixed TM Range & Class II Front Face

Ics= 50% Icu
Fixed Overload & Fixed Short Circuit Setting

Optium 1.0 Fixed TM Range & Class II Front Face
Ics= 50% Icu
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What is a Four Pole MCCB?
A Four Pole MCCB (Molded Case Circuit Breaker) is an electrical safety device that protects circuits from overcurrents (overloads and short circuits). It features four poles, meaning it can simultaneously interrupt all three phases of an AC power supply and the neutral conductor.
When is a Four Pole MCCB typically used?
Four Pole MCCBs are commonly used in systems with a neutral conductor that needs to be switched for safety, such as in IT power systems or where switching the neutral alongside the live conductors is a requirement for protection or maintenance.
What is the main difference between a Three Pole and a Four Pole MCCB?
A Three Pole MCCB switches and protects the three live conductors of an AC supply. A Four Pole MCCB does the same but also includes a fourth pole to switch and protect the neutral conductor simultaneously.
What are the advantages of using a Four Pole MCCB?
The primary advantage is the complete isolation of all conductors, including the neutral, ensuring enhanced safety during maintenance or fault conditions. This is crucial in specific earthing arrangements where neutral currents might be present.
Can a Four Pole MCCB be used in standard single-phase or three-phase systems?
While a Four Pole MCCB can be used in standard three-phase systems, its often more than necessary unless the neutral requires switching. For standard single-phase systems, a two-pole breaker is typically sufficient.