Bakelite Fuse-Switch
The specifications of Bakelite fuse-switches
Designed and produced on the basis of international standards IEC60947-VDE0660
Are equipped with contacts of silver –plated
With strong and suitable structure for industrial applications
Provide maximum safety during replacement of the fuse links by obligatory separation of door from body.
Changing and optimization of the contacts to provide the better connection between their and fuse-link blades
Have the inspection window to inspect the fuse situation
Suitable for installation inside or outside the panels
Have arc chamber made of self-extinguisher polymer material
Use of zinc-plated to all metal pieces to have more stability
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Cylindrical Fuse-Switch
Application of Cylindrical fuse holders:
Fuse holders Model FH18X, FH18 are suitable for cylindrical fuses. Using the desirable original materials has made the switch fuses (Model FH1 and FH18X) able to work in the heat created by current easily. They can also function as a fuse disconnecting switch by multi – phase combination.
Insulation Voltage up to 500 V
Current up to 125 A
Working Frequency 50Hz
Compliant to the standards
(IEC60269-1, IEC60269-2, IEC60269-2-1, IEC60947-3)
Specification:
Suitable for cylindrical fuses 10*38, 14*57, 22*58
With monitor LED, showing the fuse status (in models FH18-125X, FH18-63X, FH18-32X)
Using the suitable and excellent materials
Protecting the live parts and preventing from direct touch
Beauty and taking up to the least volume in the board
The ability of linking to each other and making a multi-phase set
The possibility of locking the switch fuse in open position (related to the models FH18-125X, FH18-63X)
The Suitable price
Note:
Do not open under load
Cylindrical Fuse-Switch
Application of Cylindrical fuse holders:
Fuse holders Model FH18X, FH18 are suitable for cylindrical fuses. Using the desirable original materials has made the switch fuses (Model FH1 and FH18X) able to work in the heat created by current easily. They can also function as a fuse disconnecting switch by multi – phase combination.
Insulation Voltage up to 500 V
Current up to 125 A
Working Frequency 50Hz
Compliant to the standards
(IEC60269-1, IEC60269-2, IEC60269-2-1, IEC60947-3)
Specification:
Suitable for cylindrical fuses 10*38, 14*57, 22*58
With monitor LED, showing the fuse status (in models FH18-125X, FH18-63X, FH18-32X)
Using the suitable and excellent materials
Protecting the live parts and preventing from direct touch
Beauty and taking up to the least volume in the board
The ability of linking to each other and making a multi-phase set
The possibility of locking the switch fuse in open position (related to the models FH18-125X, FH18-63X)
The Suitable price
Note:
Do not open under load
Vertical Fuse-Switch
The most important advantages of vertical fuse switch
Less electrical losses
Decreasing the volume of distribution board and less consumption of copper and iron sheet
Easy and fast assembly, erection and changing the equipment.
Produced with suitable original materials self-extinguishing with high thermal resistance (960 °C in the test of glow wire conforming to the IEC standard)
One and three pole switching.
Output – input contact from Top and Bottom.
Suitable for installing metering set
Using micro switch showing the position(on/off)
Locking the fuse switch in on position (only for fuse-switches models: VERS-1660
Contacting and paralleling two sets of fuse switch in the high currents.
Vertical Fuse-Switch
The most important advantages of vertical fuse switch
Less electrical losses
Decreasing the volume of distribution board and less consumption of copper and iron sheet
Easy and fast assembly, erection and changing the equipment.
Produced with suitable original materials self-extinguishing with high thermal resistance (960 °C in the test of glow wire conforming to the IEC standard)
One and three pole switching.
Output – input contact from Top and Bottom.
Suitable for installing metering set
Using micro switch showing the position(on/off)
Locking the fuse switch in on position (only for fuse-switches models: VERS-1660
Contacting and paralleling two sets of fuse switch in the high currents.
Load Break Fuse-Switch
The preferable specifications of the switch fuses that can be break under load:
In accordance with IEC60947
Size 00-3(160A-250A-400A-630A-800A)
It can be used in all distribution boards and industrial environment as the main and emergency switch
Operator – independent switch provides high safety
Double- break feature (upstream and downstream of the fuse) provide increased personnel during the exchange of the exchange of the fuse.
Load Break Fuse-Switch
The preferable specifications of the switch fuses that can be break under load:
In accordance with IEC60947
Size 00-3(160A-250A-400A-630A-800A)
It can be used in all distribution boards and industrial environment as the main and emergency switch
Operator – independent switch provides high safety
Double- break feature (upstream and downstream of the fuse) provide increased personnel during the exchange of the exchange of the fuse.
Woehner Design Fuse-Switch
The specifications of Woehner design fuse-switch
With European Modern Technology
Taking up little volume and smaller dimensions
Made of the fiber polymer materials (self-extinguishing)
With high isolation coefficient
With high resistance against high temperature
Less increase of switch temperature under load
Woehner Design Fuse-Switch
The specifications of Woehner design fuse-switch
With European Modern Technology
Taking up little volume and smaller dimensions
Made of the fiber polymer materials (self-extinguishing)
With high isolation coefficient
With high resistance against high temperature
Less increase of switch temperature under load
BMC Fuse-Switch
The specifications of BMC fuse-switches
Made of the fiber polymer materials (self-extinguishing)
Designed and produced on the basis of international standards IEC60947-VDE0660
Having strong and suitable structure for industrial applications
Having suitable safety and protection at the time of replacing fuse through obligatory separation of door from the main body of fuse switches
Changing and optimization of the contacts to provide the better connection between their and fuse-link blades
With high electrical resistance and insulation factor
Suitable for installation inside or outside the panels (changeable with previous models)
Use of zinc-plated to all metal pieces to have more stability
Are equipped with contacts of silver –plated
BMC Fuse-Switch
The specifications of BMC fuse-switches
Made of the fiber polymer materials (self-extinguishing)
Designed and produced on the basis of international standards IEC60947-VDE0660
Having strong and suitable structure for industrial applications
Having suitable safety and protection at the time of replacing fuse through obligatory separation of door from the main body of fuse switches
Changing and optimization of the contacts to provide the better connection between their and fuse-link blades
With high electrical resistance and insulation factor
Suitable for installation inside or outside the panels (changeable with previous models)
Use of zinc-plated to all metal pieces to have more stability
Are equipped with contacts of silver –plated
Air Break Fuse-Switch
Air- Break fuse switches are installed on low-pressure air power poles and can be disconnected and connected under load by common stick woods in power distribution companies.
These fuse switches are used to maneuver network lines for repairs or modifications, short circuit protection and overload, and quick troubleshooting.
In addition, due to the widespread use of self-supporting cables in the air network and their greater vulnerability to long-term overloads and severe short-circuit currents, it is important to use these fuse switches.
Air Break Fuse-Switch
Air- Break fuse switches are installed on low-pressure air power poles and can be disconnected and connected under load by common stick woods in power distribution companies.
These fuse switches are used to maneuver network lines for repairs or modifications, short circuit protection and overload, and quick troubleshooting.
In addition, due to the widespread use of self-supporting cables in the air network and their greater vulnerability to long-term overloads and severe short-circuit currents, it is important to use these fuse switches.
