Schneider Electric

Tube Fuse 6 A 8.5 x 32 mm 400 V ac (Time Lag) 1 Bag (10 Pieces) and others

Schneider Electric

Square Body Fuse 690 V ac　DF431700

Linkman

Waterproof fuse Holder for mini flat type　R3-43A

Linkman

Waterproof fuse Holder　R3-61A

RS PRO

RS PRO, 800mA Ceramic Cartridge Fuse, 6.3 x 32mm, Speed T　414-415

RS PRO Small Surge Resistant Fuse • RS Pro offers this series of small ceramic cartridge fuses. This fuse is a surge resistant fuse. This RS PRO fuse has a large cutoff capacity and measures 6.3 x 32 mm.　More information: Why choose a glass tube fuse? Glass tube fuses and ceramic fuses have similar characteristics. However, you might choose a glass tube fuse because you can see the inside of the fuse. Since you can see inside, it is easy to check if the fuse is blown.　Fuse size 6.3 x 32 mm small cartridge size. Miniature fuses are ideal for protecting electrical, electronic, and component parts Fuse speed This fuse is rated "T" speed. In other words, it is a delayed fuse, sometimes called a surge resistant fuse. For short periods of time, high levels of current can be tolerated without short-circuiting. Therefore, if the current suddenly changes, this fuse will not blow out immediately. It is suitable for applications that require a rapid high current.　The cutoff capacity is the current level at which the fuse can safely respond without exploding or bursting. The cutoff capacity of the fuse must be greater than the fault current of the electronic circuit. This special fuse is HBC (high isolation capacity).　Approved UL248-13

RS PRO

RS PRO 25A Natural Car Fuse, 32V dc　563-475

Mini Blade Fuse for Automotive Equivalent to MIN/ATM Fuse Rated Voltage: 32 Vdc Used for Low Voltage Applications

RS PRO

RS PRO 20A Yellow Car Fuse, 32V dc　563-560

Mini Blade Fuse for Automotive Equivalent to MIN/ATM Fuse Rated Voltage: 32 Vdc Used for Low Voltage Applications

RS PRO

RS PRO 4A Pink Car Fuse, 32V dc　563-716

Mini Blade Fuse for Automotive Equivalent to MIN/ATM Fuse Rated Voltage: 32 Vdc Used for Low Voltage Applications

Cooper Bussmann

Cooper Bussmann, 750mA Glass Cartridge Fuse, 6.3 x 32mm, Speed T　TDC11-750MA

All fuses 6.3mm (0.25in) diameter and 32mm (1.25in) in length. Glass Body - (T) LBC. Glass tube fuses are available in with fast acting and time delay characteristics which makes them suitable for a variety of different applications. Glass cartridge fuses are ideal for providing protection to devices or internal circuits from short circuits and overcurrent. They are deliberately weaker components which, when too much current is drawn, will blow. Once the fuse has blown it will need replacing in order to make the circuit complete and allow the flow of current. Features: Glass cartridge 6.3mm x 21 mm cartridge size T Speed Rating Low Breaking Capacity Typical applications: Cartridge fuses are a relatively cheap way of protecting electrical equipment from short circuits and overcurrent and can be used to protect electrical appliances such as motors air-conditions, refrigerator, pumps etc. They can be found in the following areas: Industrial Commercial Home/Residential Automotive Additional Information: What size is it? 6.3 x 32mm is a miniature cartridge size. Miniature fuses are ideal for the protection of electrical appliances, electronic equipment and component parts. Why choose a glass fuse? Glass and ceramic fuses have similar properties. However you may choose a glass fuse as it enables you to see the inside of the fuse. Therefore it is easier to determine whether the fuse has blown. What are fuses used for? For the protection of components and equipment from costly damage caused by over-current. To isolate sub-systems from the main system once a fault has appeared What is an over-current? It is a setting where a circuit experiences a current that is higher than the normal operating current. What Speed is it? This particular fuse is T speed rated which means it is a slow acting fuse, sometimes referred to as anti-surge. It is able to tolerate higher levels for a short period, without shorting. Therefore, if a sudden change occurs, this fuse will not blow immediately. They are suitable for applications where a sudden flow of high current is required. What is Breaking Capacity? Breaking capacity is the level of current that the fuse can safely handle without exploding or rupturing. The breaking capacity of your fuse should be greater than the fault current of your electronic circuit. This particular fuse is LBC (Low Breaking Capacity).

Cooper Bussmann

Cooper Bussmann, 250mA Glass Cartridge Fuse, 6.3 x 32mm, Speed F　TDC10-250MA

Quick Acting (F) LBC Glass Cartridge Fuse. This glass cartridge fuse is ideal for providing protection to devices or internal circuits. They are ideal for providing protection to devices or internal circuits from short circuits and overcurrent. They are deliberately weaker components which, when too much current is drawn, will blow. Once the fuse has blown it will need replacing in order to make the circuit complete and allow the flow of current. Features: Glass tube, electroplated brass endcap construction 6.3 x 32 mm cartridge size F Speed Rating RoHS compliant and lead-free Interrupting rating equals 10 times rated current Typical applications: Miniature fuses are a relatively cheap way of protecting electrical equipment from short circuits and overcurrent and can be used to protect electrical appliances, electronic equipment and component parts More information: Why choose a glass fuse? Glass and ceramic fuses have similar properties. Glass fuse is great for small items that don't draw a heavy amount of current and blow on a regular basis. It is easy to identify whether the fuse has blown as you can see inside it. What size is it? 6.3 x 32 mm is a standard cartridge size and it measures approximately 32 mm long by 6.3 mm in diameter. They are popular in board and panel protection and will fit a compatible 6.3 x 32 fuse holder. What Speed is it? This particular fuse is ''F'' speed rated which means a fast acting fuse. These are designed to protect less sensitive components and are also used to protect cabling from melting or catching fire when an overload appear. Every fast acting fuse will have the exact speed stated which will be relevant to different overloads. What is Breaking Capacity? Breaking capacity is the level of current that the fuse can safely handle without exploding or rupturing. The breaking capacity of your fuse should be greater than the fault current of your electronic circuit. This particular fuse is LBC (Low Breaking Capacity). What are fuses used for? For the protection of components and equipment from costly damage caused by over-current To isolate sub-systems from the main system once a fault has appeared What is an overcurrent? It is a setting where a circuit experiences a current that is higher than the normal operating current.

Cooper Bussmann

Cooper Bussmann, 500mA Glass Cartridge Fuse, 6.3 x 32mm, Speed F　TDC10-500-R

Quick Acting (F) LBC Glass Cartridge Fuse. This glass cartridge fuse is ideal for providing protection to devices or internal circuits. They are ideal for providing protection to devices or internal circuits from short circuits and overcurrent. They are deliberately weaker components which, when too much current is drawn, will blow. Once the fuse has blown it will need replacing in order to make the circuit complete and allow the flow of current. Features: Glass tube, electroplated brass endcap construction 6.3 x 32 mm cartridge size F Speed Rating RoHS compliant and lead-free Interrupting rating equals 10 times rated current Typical applications: Miniature fuses are a relatively cheap way of protecting electrical equipment from short circuits and overcurrent and can be used to protect electrical appliances, electronic equipment and component parts More information: Why choose a glass fuse? Glass and ceramic fuses have similar properties. Glass fuse is great for small items that don't draw a heavy amount of current and blow on a regular basis. It is easy to identify whether the fuse has blown as you can see inside it. What size is it? 6.3 x 32 mm is a standard cartridge size and it measures approximately 32 mm long by 6.3 mm in diameter. They are popular in board and panel protection and will fit a compatible 6.3 x 32 fuse holder. What Speed is it? This particular fuse is ''F'' speed rated which means a fast acting fuse. These are designed to protect less sensitive components and are also used to protect cabling from melting or catching fire when an overload appear. Every fast acting fuse will have the exact speed stated which will be relevant to different overloads. What is Breaking Capacity? Breaking capacity is the level of current that the fuse can safely handle without exploding or rupturing. The breaking capacity of your fuse should be greater than the fault current of your electronic circuit. This particular fuse is LBC (Low Breaking Capacity). What are fuses used for? For the protection of components and equipment from costly damage caused by over-current To isolate sub-systems from the main system once a fault has appeared What is an overcurrent? It is a setting where a circuit experiences a current that is higher than the normal operating current.

Cooper Bussmann

Cooper Bussmann, 150mA Glass Cartridge Fuse, 6.3 x 32mm, Speed T　TDC11-150MA

All fuses 6.3mm (0.25in) diameter and 32mm (1.25in) in length. Glass Body - (T) LBC. Glass tube fuses are available in with fast acting and time delay characteristics which makes them suitable for a variety of different applications. Glass cartridge fuses are ideal for providing protection to devices or internal circuits from short circuits and overcurrent. They are deliberately weaker components which, when too much current is drawn, will blow. Once the fuse has blown it will need replacing in order to make the circuit complete and allow the flow of current. Features: Glass cartridge 6.3mm x 21 mm cartridge size T Speed Rating Low Breaking Capacity Typical applications: Cartridge fuses are a relatively cheap way of protecting electrical equipment from short circuits and overcurrent and can be used to protect electrical appliances such as motors air-conditions, refrigerator, pumps etc. They can be found in the following areas: Industrial Commercial Home/Residential Automotive Additional Information: What size is it? 6.3 x 32mm is a miniature cartridge size. Miniature fuses are ideal for the protection of electrical appliances, electronic equipment and component parts. Why choose a glass fuse? Glass and ceramic fuses have similar properties. However you may choose a glass fuse as it enables you to see the inside of the fuse. Therefore it is easier to determine whether the fuse has blown. What are fuses used for? For the protection of components and equipment from costly damage caused by over-current. To isolate sub-systems from the main system once a fault has appeared What is an over-current? It is a setting where a circuit experiences a current that is higher than the normal operating current. What Speed is it? This particular fuse is T speed rated which means it is a slow acting fuse, sometimes referred to as anti-surge. It is able to tolerate higher levels for a short period, without shorting. Therefore, if a sudden change occurs, this fuse will not blow immediately. They are suitable for applications where a sudden flow of high current is required. What is Breaking Capacity? Breaking capacity is the level of current that the fuse can safely handle without exploding or rupturing. The breaking capacity of your fuse should be greater than the fault current of your electronic circuit. This particular fuse is LBC (Low Breaking Capacity).

Cooper Bussmann

Cooper Bussmann, 250mA Glass Cartridge Fuse, 6.3 x 32mm, Speed T　TDC11-250MA

All fuses 6.3mm (0.25in) diameter and 32mm (1.25in) in length. Glass Body - (T) LBC. Glass tube fuses are available in with fast acting and time delay characteristics which makes them suitable for a variety of different applications. Glass cartridge fuses are ideal for providing protection to devices or internal circuits from short circuits and overcurrent. They are deliberately weaker components which, when too much current is drawn, will blow. Once the fuse has blown it will need replacing in order to make the circuit complete and allow the flow of current. Features: Glass cartridge 6.3mm x 21 mm cartridge size T Speed Rating Low Breaking Capacity Typical applications: Cartridge fuses are a relatively cheap way of protecting electrical equipment from short circuits and overcurrent and can be used to protect electrical appliances such as motors air-conditions, refrigerator, pumps etc. They can be found in the following areas: Industrial Commercial Home/Residential Automotive Additional Information: What size is it? 6.3 x 32mm is a miniature cartridge size. Miniature fuses are ideal for the protection of electrical appliances, electronic equipment and component parts. Why choose a glass fuse? Glass and ceramic fuses have similar properties. However you may choose a glass fuse as it enables you to see the inside of the fuse. Therefore it is easier to determine whether the fuse has blown. What are fuses used for? For the protection of components and equipment from costly damage caused by over-current. To isolate sub-systems from the main system once a fault has appeared What is an over-current? It is a setting where a circuit experiences a current that is higher than the normal operating current. What Speed is it? This particular fuse is T speed rated which means it is a slow acting fuse, sometimes referred to as anti-surge. It is able to tolerate higher levels for a short period, without shorting. Therefore, if a sudden change occurs, this fuse will not blow immediately. They are suitable for applications where a sudden flow of high current is required. What is Breaking Capacity? Breaking capacity is the level of current that the fuse can safely handle without exploding or rupturing. The breaking capacity of your fuse should be greater than the fault current of your electronic circuit. This particular fuse is LBC (Low Breaking Capacity).

Cooper Bussmann

Cooper Bussmann, 32A, A2, British Standard Fuse, gG - gM, 550V ac　AAO32M40

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 32A, A2, British Standard Fuse, gG - gM, 550V ac　AAO32M50

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 32A, A2, British Standard Fuse, gG - gM, 550V ac　AAO32M63

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 63A, A3, British Standard Fuse, gG - gM, 550V ac　BAO63M80

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 63A, A3, British Standard Fuse, gG - gM, 550V ac　BAO63M100

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 100M125A, A4, British Standard Fuse, gG - gM, 415V ac　CEO100M125

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 100A, A4, British Standard Fuse, gG - gM, 415V ac　CEO100M160

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 125A, B2, British Standard Fuse, gG, 415V ac　DD125

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 160A, B2, British Standard Fuse, gG, 415V ac　DD160

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 200A, B2, British Standard Fuse, gG, 415V ac　DD200

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 200A, B2, British Standard Fuse, gG - gM, 415V ac　DD200M250

Low Voltage Fuses. Rated up to 550Vac (SSD types 240Vac/120Vdc) Low power loss, typically 20% lower than the requirements of BS88 Suitable for type 2 co-ordinated applications as defined in IEC 947-4 Suitable for three-phase applications General purpose (gG) and dual motor rated (gM) types Time/current characteristics (IEC 269) Low temperature rise, suitable for high density mounting applications ASTA, BS88 and IEC269 certified

Cooper Bussmann

Cooper Bussmann, 100A, FEE, FF, British Standard Fuse, 660V ac　100FEE

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 120A, FEE, FF, British Standard Fuse, 690V　120FEE

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 140A, FEE, FF, British Standard Fuse, 690V　140FEE

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 160A, FEE, FF, British Standard Fuse, 690V　160FEE

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 180A, FM, FF, British Standard Fuse, 660V ac　180FM

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 200A, FM, FF, British Standard Fuse, 660V ac　200FM

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 250A, FM, FF, British Standard Fuse, 660V ac　250FM

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 315A, FM, FF, British Standard Fuse, 660V ac　315FM

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

Cooper Bussmann

Cooper Bussmann, 350A, FM, FF, British Standard Fuse, 660V ac　350FM

Fast Acting (FF) HRC Power Fuses. Compact dimensions Excellent current limiting features High speed clearance of ac and dc faults Melt Point Curve Class IEC 269-4 Manufactured by Cooper Bussmann, branded ‘Bussmann ‘ Certified to BS88: Part 4 (IEC 269: Part 4). Note that in the table below I ;sup>2 ;/sup>t is the pre-arcing value; I ;sup>2 ;/sup>t Total is the clearing value at 240Vac

SIBA

SIBA 250A Automotive Car Fuse, 80V dc　9005805.25

SIBA

SIBA 400A Automotive Car Fuse, 80V dc　9005805.4

SIBA

SIBA 500A Automotive Car Fuse, 80V dc　9005805.5

Schurter

Schurter, 100mA Glass Cartridge Fuse, 5 x 20mm, Speed F　7010.321

NF C 93-435-HA21-CCQ; GAM T1 / French Navy, LNZ listed. D1 fuses. Fast-acting fuses, size 5 x 20 mm. Low breaking capacity. Glass tube, protected terminals.

Schurter

Schurter, 250mA Glass Cartridge Fuse, 5 x 20mm, Speed T　34.3111

CEI 127-2 sheet III list LNZ, NNO, SEMKO. Schurter FST series time-delay fuses. Schurter FST series cartridge fuses are a miniature fuse that offers primary protection for many different applications, they are suitable for use in circuits up to 250V ac. These glass bodied fuses are time delay fuses which allows the overloaded fuse to continue working for a short period before burning out completely. Features Time-delay fuses. size 5 x 20 mm. Low breaking capacity. Glass cartridge, protected terminals. More Information: Why choose a glass fuse? Glass and ceramic fuses have similar properties. However you may choose a glass fuse as it enables you to see the inside of the fuse. Therefore it is easier to determine whether the fuse has blown. What size is it? 5x20 mm is a standard cartridge size and it measures approximately 20 mm long by 5 mm in diameter. They are popular in board and panel protection and will fit a compatible 5x20 fuse holder. What Speed is it? This particular fuse is T speed rated which means it is a slow acting fuse, sometimes referred to as anti-surge. It is able to tolerate higher levels for a short period, without shorting. Therefore, if a sudden change occurs, this fuse will not blow immediately. They are suitable for applications where a sudden flow of high current is required. What is Breaking Capacity? Breaking capacity is the level of current that the fuse can safely handle without exploding or rupturing. The breaking capacity of your fuse should be greater than the fault current of your electronic circuit. This particular fuse is LBC (Low Breaking Capacity). Standards - IEC 60127-2/3 - UL 248-14 - CSA C22.2 no. 248.14 Approvals - VDE ; UL Applications Safety

Schurter

Schurter, 160mA Glass Cartridge Fuse, 5 x 20mm, Speed F　34.1508

CEI 127 sheet II list LNZ, SEMKO, NNO. Schurter FSF series fast-acting fuse. Schurter FST series cartridge fuses are a miniature fuse that is a fast acting non-resettable fuse.The fuse has a glass body with nickel plated alloy end caps. These fuses are quick acting fuses with an F speed rating. Features Quick acting fuses. size 5 x 20 mm. Low breaking capacity. Glass cartridge, protected terminals. More Information: Why choose a glass fuse? Glass and ceramic fuses have similar properties. However you may choose a glass fuse as it enables you to see the inside of the fuse. Therefore it is easier to determine whether the fuse has blown. What size is it? 5x20 mm is a standard cartridge size and it measures approximately 20 mm long by 5 mm in diameter. They are popular in board and panel protection and will fit a compatible 5x20 fuse holder. What Speed is it? This particular fuse is F speed rated which means it is a fast acting fuse, fast-acting fuses are used to protect cabling from melting or catching fire when an overload happens. These fuses are used on less sensitive components. Fast -acting fuses are the most common type of fuse. What is Breaking Capacity? Breaking capacity is the level of current that the fuse can safely handle without exploding or rupturing. The breaking capacity of your fuse should be greater than the fault current of your electronic circuit. This particular fuse is LBC (Low Breaking Capacity). Standards - IEC 60127-2/3 - UL 248-14 - CSA C22.2 no. 248.14 Approvals - VDE ; UL Applications Industrial ; Safety

Schurter

Schurter, 500mA Glass Cartridge Fuse, 5 x 20mm, Speed F　34.1513

Schurter FSF Series. Schurter FSF fuses are a dependable primary protection device for use in a wide range of applications. Used in conjunction with Schurter fuse holders these fuses can be used in different applications such as board mount and panel mounted protection. Why choose a glass fuse? Glass and ceramic fuses have many similar properties. Glass fuses are great for small items that don't draw a heavy amount of current as well as being easy to identify whether the fuse has blown as you can see inside it. What Speed is it? This particular fuse is ''F'' speed rated which means a fast acting fuse. These are designed to protect less sensitive components and are also used to protect cabling from melting or catching fire when an overload occurs. Every fast acting fuse will have the exact speed stated which will be relevant to different loads. What are fuses used for? For the protection of components and equipment from costly damage caused by over-current. To isolate sub-systems from the main system once a fault has appeared What is an over-current? It is a setting where a circuit experiences a current that is higher than the normal operating current. IEC Standard fuse. Low breaking capacity.