True Contact Indication for Enhanced Safety
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
High Quality Fire Retardant Material
True Contact Indication for Enhanced Safety
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
Higher Life with Use of Heavy Duty Contacts
High Quality Fire Retardant Material
Higher Life with Use of Heavy Duty Contacts
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
High Quality Fire Retardant Material
High Quality Fire Retardant Material
True Contact Indication for Enhanced Safety
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
True Contact Indication for Enhanced Safety
True contact indication for individual pole
No Line-Load bias
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
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
High Quality Fire Retardant Material
High Quality Fire Retardant Material
True Contact Indication for Enhanced Safety
Low watt loss- almost 50% of the values prescribed by
Label holder facility for all configurations
True Contact Indication for Enhanced Safety
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
High Quality Fire Retardant Material
Innovatively Designed Breathing Channels Between Poles Ensure Cooler Operation
True Contact Indication for Enhanced Safety
High Quality Fire Retardant Material
Label holder facility for all configurations
True contact indication for individual pole
True Contact Indication for Enhanced Safety
Higher Life with Use of Heavy Duty Contacts
Label holder facility for all configurations
Design based on advanced current limiting hammer trip mechanism
True contact indication for individual pole
Suitable for accessory fitment
True contact indication for individual pole
Design based on advanced current limiting hammer trip mechanism
Offers Both Overload & Short Circuit Protection
Trips at 5-10 xIr
Trip free mechanism
No Line-Load bias
Design based on advanced current limiting hammer trip mechanism
True contact indication for individual pole
Design based on advanced current limiting hammer trip mechanism
Trip free mechanism
Design based on advanced current limiting hammer trip mechanism
Low watt loss almost 50% of the values prescribed by
Low watt loss - almost 50% of the values prescribed
No Line-Load bias