Harmonic Mitigation RFI / EMC. Low. Voltage. Medium. Voltage

Transcription

1 2013 Power quality Harmonic Mitigation RFI / EMC Fuses Low Voltage Medium Voltage

2 Competitive Prices Largest Stock Range Fast Delivery ustralia Wide Expertise & Technical Support 24/7 Customer Service Minimum Order Value: Just $15.00 (excluding GST & freight). 24 hour, 7 days a Week Service: Call if you need to source a fuse after working hours or on the weekend due to a breakdown situation, Fuseco can help! Freight Options* FIS (Free In Store) for all orders over $ (excl. GST & freight) If the order value is less than $ (excl. GST & freight): $13.00 (+ GST) if delivered within Melbourne Metro $15.00 (+ GST) if delivered ustralia wide FOT (Customer nominates own carrier and accepts all charges) * Excluding Harmonic Mitigation products (PO or FOT) 1300 FUSECO P: F: sales@fuseco.com.au Office / Warehouse Unit 4 / 1-7 Friars Road Moorabin VIC 3189 Melbourne Postal ddress PO Box 1425 Moorabbin VIC 3189 Melbourne

3 Power Quality Contents Power Quality Information 2 Power Quality Selection Guide 4 Harmonic Mitigation 6 RFI Filters 13 EMC Shielding 24 Transformers 27 Voltage Stabilisers 27 Surge Protection 28 Load Banks 28 1

4 Power Quality Information What is power quality? For electrical systems to function in their intended manner without significant loss of performance or life, they require a supply of electricity that is of good quality. Good quality electrical power has the following characteristics: It must have a continuity of service (not be interrupted). It must have a very low Harmonic content. It must have a very low variation in the voltage magnitude. It must have very low transient voltages and currents. The term clean power is used to describe electricity that is considered to be of good quality (see above) with particular reference to a very low harmonic content. Therefore, the term dirty power is used to describe electricity that is considered to be of low quality (opposite to the above) with particular reference to a very high harmonic content. In ustralia, our electricity is supplied in alternating current at a frequency of 50Hz. In alternating current (C) the movement of electric charge periodically reverses direction. In direct current (DC), the flow of electric charge is only in one direction. 50Hz means that the C has a frequency of 50 cycles per second. This is also known as the fundamental frequency. C is the form in which electricity is delivered to businesses and residences. Most electrical devices (such as motors) need clean electricity to function properly. This means that the electrical supply needs to be a clear sinusoidal wave, such as in the diagram below: Voltage Phase (degrees) 360 What are harmonics? In simple terms, harmonics are extra frequencies that when present in an electrical circuit, distort the C sine wave. harmonic of a wave is a component frequency of the signal that is an integer multiple of the fundamental frequency. For example, if the fundamental frequency is f, the harmonics have frequencies 2f, 3f, 4f,... etc. Harmonic frequencies are equally spaced by the width of the fundamental frequency and can be found by repeatedly adding that frequency. In the case of the ustralian electricity supply, the fundamental frequency is 50Hz. The frequencies of the harmonics are 100Hz, 150Hz, 200Hz, 250Hz, 300Hz, 350Hz and so on. 150Hz is called the third harmonic (3 x 50Hz), 250Hz is called the fifth harmonic (5 x 50Hz), etc. The presence of harmonics in an electrical system distorts the clean shape of a sine wave. n example of this is on the right: Voltage 0 Time (ms) How do you know if you have harmonics in your electrical system? If you occasionally experience some unexplained occurrences such as flickering lights, alarms going off, or MCB s, MCCB s, RCD s and Earth Leakage devices tripping for no apparent reason, you are most likely experiencing harmonics in your electrical environment. Other signs are cables running hot, hot switchboards or overheating motors. If you are replacing your motor s bearings & insulation often, that s a strong indication of the presence of harmonics. What are the effects of harmonics in your electrical system? Harmonics are very harmful within an electrical system and can have serious consequences. For example, the presence of harmonics reduces the life of equipment. It is possible that the investment that you made in your motors & drives will not be realised if they are damaged and need replacing before their expected life span. This can be very expensive. Harmonics cause things to run hot, which cause stress on the cables and equipment. In the long term, this degrades an electrical system. The presence of harmonics will also mean that although you will get billed for the power that you are supplied, a large percentage of that power may be unusable. Harmonic mitigation is taking action to minimise the presence of harmonics in your electrical system and can achieve great cost savings. Variable Frequency Drives (also known as Variable Speed Drives) are prolific creators of harmonics in electrical systems and as a result, most of the harmonic mitigation effort focuses on the input side and output side of a VFD. Supply Input (line) VFD Variable Frequency Drive Output (load) Motor 2

5 Power Quality Information What are the different types of harmonic mitigation devices? Depending on the specific situation, there are a variety of products that are used to mitigate harmonics. Fuseco s Power Quality Consultants can assist by conducting a site analysis or simply providing advice based on the details of the particular electrical system. Here is a brief summary of the product groups: Line (input) side of the VSD Reactors (also known as chokes, motor chokes, inductors, line filters) Passive Harmonic Filters (also known as Low Pass Filters) Features Page Load (output) side of the VSD Reactors (also known as chokes, motor chokes, inductors, load filters) Features Page Simple & cost-effective method to reduce harmonics. vailable in 3% & 5% versions. 6-7 Simple & cost-effective method to reduce harmonics. vailable in 3% & 5% versions. 6-7 Significantly reduces harmonics from the VSD back out to the system and also improves true power factor. Meets the IEEE519 Standard. 12 dv/dt Filters dv/dt filters have been designed to limit peak voltage and increase voltage rise time. In addition to mitigating harmonics, the dv/ dt filter also clips voltage spikes. 9 ctive Harmonic Filters ctive filters inject a 180 degree inverse current to nullify the harmonic content going back out to the system. They mitigate harmonics, compensate for voltage dips & can handle multiple VSD s relative to the reactive power required. Meets the IEEE519 Standard. 13 Sinewave Filters The ultimate load side harmonic mitigation product. Filters all harmonics, including reflective currents, eddy currents, common mode currents. Can be used for long cable runs (many kms). Stops the heating of cables. Great for the longevity of motors What is RFI & EMI? EMI (Electromagnetic Interference) is also called RFI (Radio Frequency Interference). lthough the terms EMI and RFI are often used interchangeably, EMI is actually any frequency of electrical noise, whereas RFI is a specific subset of electrical noise on the EMI spectrum. RFI is a disturbance that affects an electrical circuit due to either electromagnetic conduction or electromagnetic radiation emitted from an external source. The disturbance may interrupt, obstruct, degrade or limit the effective performance of the circuit. The source may be any object, artificial or natural, that carries rapidly changing electrical currents, such as an electrical circuit or the Sun. There are two types of RFI. Conducted RFI is unwanted high frequencies that ride on the C wave form. Radiated RFI is emitted through the air. There are many pieces of equipment that can generate RFI, variable frequency drives included. What is EMC? EMC (Electromagnetic Compatibility) means nothing more than an electronic or electrical product shall work as intended in its environment. The electronic or electrical product shall not generate electromagnetic disturbances, which may influence other products. In other words, EMC deals with problems of noise emission as well as noise immunity of electronic and electrical products and systems. Electromagnetic disturbances occur as conducted interference as well as radiated emissions and immunity problems. What are the effects of RFI in your electrical system? If you are occasionally experiencing interference with your telephone system, flickering computer monitors, reliability issues with computer networks, instrumentation errors, or misbehaving electronics you are most likely experiencing RFI in your electrical environment. RFI can wreak havoc with your electronics, computers and telephones, making your workplace difficult to work in. Since most machines have control electronic circuits, they may become difficult to control or unreliable. How do you reduce the effects of RFI? Depending on your application, there are many ways to reduce the effects of RFI. For conducted RFI, you can choose from a large range of RFI filters, chokes & pulse transformers. For radiated RFI, you can choose from a large range of shielding products. What are the different types of RFI filters? RFI filters are available as feedthrough components, or as PCB filters, IEC inlet filters and power entry modules, 3-phase filters, 3-phase and neutral line filters, output filters, EMC/EMI chokes and pulse transformers. How can I find out more? Schaffner have released an information booklet called Basics in EMC & Power Quality. You can download it from the catalogue section of the Fuseco website. 3

6 Power Quality Selection Guide 1.5% IMP reactors 3% IMPEDNCE Reactors 5% IMPEDNCE Reactors RFI Filters VOLTGE 415V 415V 415V 415V 690V 415V 415V 415V 415V 690V KW S Open Panel Open Panel Nema 1 IP20 Nema 3R Open Panel Open Panel Nema 1 IP20 Nema 3R KDR1P KDR7L KDR7LC1 KDRUL7LE3R KDR55LV KDR7H KDR7HC1 KDRUL7HE3R FN FN258HV KDR1P KDR8L KDR8LC1 KDRUL8LE3R KDR56LV KDR8H KDR8HC1 KDRUL8HE3R FN FN258HV KDR1P KDR9L KDR9LC1 KDRUL9LE3R KDR50LV KDR9H KDR9HC1 KDRUL9HE3R FN FN258HV KDR1P KDR1L KDR1LC1 KDRUL1LE3R KDR51LV KDR1H KDR1HC1 KDRUL1HE3R FN FN258HV KDR2P KDR2L KDR2LC1 KDRUL2LE3R KDR46LV KDR2H KDR2HC1 KDRUL2HE3R FN FN258HV KDR3P KDR3L KDR3LC1 KDRUL3LE3R KDR52LV KDR3H KDR3HC1 KDRUL3HE3R FN FN258HV KDR3P KDR3L KDR3LC1 KDRUL3LE3R KDR47LV KDR3H KDR3HC1 KDRUL3HE3R FN FN258HV KDR4P KDR4L KDR4LC1 KDRUL4LE3R KDR48LV KDR4H KDR4HC1 KDRUL4HE3R FN FN258HV KDRB1P KDR4L KDR4LC1 KDRUL4LE3R KDR49LV KDR4H KDR4HC1 KDRUL4HE3R FN FN258HV KDRD1P KDR5L KDR5LC1 KDRUL5LE3R KDRB45LV KDR5H KDR5HC1 KDRUL5HE3R FN FN258HV KDRD2P KDRB2L KDRB2LC1 KDRULB2LE3R KDRB44LV KDRB2H KDRB2HC1 KDRULB2HE3R FN FN258HV KDRD3P KDRD1L KDRD1LC2 KDRULD1LE3R KDRB43LV KDRC1H KDRC1HC2 KDRULC1HE3R FN FN258HV KDRD4P KDRD2L KDRD2LC2 KDRULD2LE3R KDRD42LV KDRE2H KDRE2HC2 KDRULE2HE3R FN FN258HV KDRC1P KDRC1L KDRC1LC2 KDRULC1LE3R KDRC43LV KDRF4H KDRF4HC3 KDRULF4HE3R FN FN258HV KDRF1P KDRF2L KDRF2LC2 KDRULF2LE3R KDRC44LV KDRF1H KDRF1HC3 KDRULF1HE3R FN FN258HV KDRF2P KDRF4L KDRF4LC3 KDRULF4LE3R KDRF46LV KDRF2H KDRF2HC3 KDRULF2HE3R FN FN258HV KDRF3P KDRF3L KDRF3LC4 KDRULF3LE3R KDRF47LV KDRH2H KDRH2HC4 KDRULH2HE3R FN FN258HV KDRH1P KDRF3L KDRF3LC4 KDRULF3LE3R KDRF45LV KDRH2H KDRH2HC4 KDRULH2HE3R FN FN258HV KDRI1P KDRH2L KDRH2LC4 KDRULH2LE3R KDRH43LV KDRG3H KDRG3HC4 KDRULG3HE3R FN FN258HV KDRI2P KDRH1L KDRH1LC4 KDRULH1LE3R KDRH44LV KDRG1H KDRG1HC4 KDRULG1HE3R FN FN3359HV KDRG1P KDRG3L KDRG3LC4 KDRULG3LE3R KDRI42LV KDRJ1H KDRJ1HC5 KDRULJ1HE3R FN FN3359HV KDRJ1P KDRG1L KDRG1LC4 KDRULG1LE3R KDRG47LV KDRL1H KDRL1HC5 KDRULL1HE3R FN FN3359HV KDRJ1P KDRG1L KDRG1LC4 KDRULG1LE3R KDRG45LV KDRL1H KDRL1HC5 KDRULL1HE3R FN FN3359HV KDRL1P KDRJ2L KDRJ2LC5 KDRULJ2LE3R KDRJ45LV KDRL3H KDRL3HC5 KDRULL3HE3R FN FN3359HV KDRL2P KDRJ1L KDRJ1LC5 KDRULJ1LE3R KDRJ43LV KDRL4H KDRL4HC5 KDRULL4HE3R FN FN3359HV KDRL3P KDRL1L KDRL1LC5 KDRULL1LE3R KDRJ44LV KDRL5H KDRL5HC5 KDRULL5HE3R FN FN3359HV KDRL4P KDRL2L KDRL2LC5 KDRULL2LE3R KDRL45LV KDRL6H KDRL6HC5 KDRULL6HE3R FN FN3359HV Special KDRL3L KDRL3LC5 - KDRL42LV KDRL6H KDRL6HC5 - FN FN3359HV Special KDRL3L KDRL3LC5 - KDRL43LV KDRS1H KDRS1HC5 - FN FN3359HV Special KDRL3L KDRL3LC5 - KDRL44LV KDRS1H KDRS1HC5 - FN FN3359HV Special KDRS1L KDRS1LC7 - KDRX41LV KDRS2H KDRS2HC5 - FN FN3359HV Special KDRX2L KDRX2LC7 - KDRX42LV KDRX2H KDRX2HC7 - FN FN3359HV Special KDRX2L KDRX2LC7 - KDRX43LV KDRX3H KDRX3HC7 - FN FN3359HV Special KDRX1L KDRX1LC7 - KDRX44LV KDRX4H KDRX4HC7 - FN FN3359HV Special KDRX1L KDRX1LC7 - KDRY41LV KDRX4H KDRX4HC7 - FN FN3359HV Special KDRY1L KDRY1LC7 - - KDRY2H KDRY2HC7 - FN Special KDRY2L KDRY2LC7 - - KDRY1H KDRY1HC7 - FN Special Special Special - - Special Special - FN Special Special Special - - Special Special - FN KW and current ratings are generic and may differ between products. Customers should always check for correct ratings before ordering products. 4

7 Power Quality Selection Guide dv/dt Filters Sine Wave Filters Passive Harmonic Filters VOLTGE 415V 415V 415V 415V 415V 415V 415V 415V 415V 690V KW Open Panel Nema 1 IP20 Nema 3R IP00 (open) IP20 (enclosed) Kit Package Open Panel Nema 1 IP20 IP54 IP V1K200 V1K201 V1K203 FN FN V1K200 V1K201 V1K203 FN FN V1K300 V1K301 V1K303 FN FN V1K400 V1K401 V1K403 FN FN V1K400 V1K401 V1K403 FN FN V1K600 V1K601 V1K603 FN FN V1K800 V1K801 V1K803 FN FN V1K1200 V1K1201 V1K1203 FN FN HG4LX00KP HG4LX00ST HG4LX01STC HG4LX04ST HG4VX04ST V1K1200 V1K1201 V1K1203 FN FN HG5LX00KP HG5LX00ST HG5LX01STC HG5LX04ST HG5VX04ST V1K1600 V1K1601 V1K1603 FN FN HG7LX00KP HG7LX00ST HG7LX01STC HG7LX04ST HG7VX04ST V1K2500 V1K2501 V1K2503 FN FN HG11LX00KP HG11LX00ST HG11LX01STC HG11LX04ST HG11VX04ST V1K3500 V1K3501 V1K3503 FN FN HG15LX00KP HG15LX00ST HG15LX01STC HG15LX04ST HG15VX04ST V1K4500 V1K4501 V1K4503 FN FN HG18LX00KP HG18LX00ST HG18LX01STC HG18LX04ST HG18VX04ST V1K4500 V1K4501 V1K4503 FN FN HG22LX00KP HG22LX00ST HG22LX01STC HG22LX04ST HG22VX04ST V1K8000 V1K8001 V1K8003 FN FN HG30LX00KP HG30LX00ST HG30LX01STC HG30LX04ST HG30VX04ST V1K8000 V1K8001 V1K8003 FN FN HG37LX00KP HG37LX00ST HG37LX01STC HG37LX04ST HG37VX04ST V1K11000 V1K11001 V1K11003 FN FN HG45LX00KP HG45LX00ST HG45LX01STC HG45LX04ST HG45VX04ST V1K11000 V1K11001 V1K11003 FN FN HG55LX00KP HG55LX00ST HG55LX01STC HG55LX04ST HG55VX04ST V1K16000 V1K16001 V1K16003 FN FN HG75LX00KP HG75LX00ST HG75LX01STC HG75LX04ST HG75VX04ST V1K20000 V1K20001 V1K20003 FN FN HG90LX00KP HG90LX00ST HG90LX01STC HG90LX04ST HG90VX04ST V1K20000 V1K20001 V1K20003 FN FN HG110LX00KP HG110LX00ST HG110LX01STC HG110LX04ST HG110VX04ST V1K25000 V1K25001 V1K25003 FN FN HG132LX00KP HG132LX00ST HG132LX01STC HG132LX04ST HG132VX04ST V1K30500 V1K30501 V1K30503 FN FN HG160LX00KP HG160LX00ST HG160LX01STC HG160LX04ST HG160VX04ST V1K42000 V1K42001 V1K42003 FN FN HG200LX00KP HG200LX00ST HG200LX01STC HG200LX04STC HG200VX04STC V1K48000 V1K48001 V1K48003 FN FN HG250LX00KP HG250LX00ST HG250LX01STC HG250LX04STC HG250VX04STC V1K60000 V1K60001 V1K60003 FN FN HG315LX00KP HG315LX00ST HG315LX01STC HG315LX04STC HG315VX04STC V1K60000 V1K60001 V1K60003 FN FN HG315LX00KP HG315LX00ST HG315LX01STC HG315LX04STC HG315VX04STC V1K60000 V1K60001 V1K60003 FN FN HG355LX00KP HG355LX00ST HG355LX01STC HG355LX04STC HG355VX04STC V1K75000 V1K75001 V1K75003 FN FN HG355LX00KP HG355LX00ST HG355LX01STC HG355LX04STC HG355VX04STC V1K75000 V1K75001 V1K75003 FN FN HG400LX00KP HG400LX00ST HG400LX01STC HG400LX04STC HG400VX04STC FN FN HG450LX00KP HG450LX00ST HG450LX01STC HG450LX04STC HG450VX04STC FN FN HG500LX00KP HG500LX00ST HG500LX01STC HG500LX04STC HG500VX04STC FN FN HG560LX00KP HG560LX00ST HG560LX01STC HG560LX04STC HG560VX04STC FN FN HG630LX00KP HG630LX00ST HG630LX01STC HG630LX04STC HG630VX04STC FN FN HG710LX00KP HG710LX00ST HG710LX01STC HG710LX04STC HG710VX04STC HG710LX00KP HG710LX00ST HG710LX01STC HG710LX04STC HG710VX04STC KW and current ratings are generic and may differ between products. Customers should always check for correct ratings before ordering products. 5

8 harmonic mitigation reactors Reactors provide a cost effective solution to power quality degradation due to the increase of non-linear loads such as variable speed drives. Reactors help to reduce electrical distortion. KDR_H 5% IMP LINE (Input) 415V* Voltage: *lso available in 690V construction: lso available in: Open panel Nema 1/IP20 NEM 3R Fuseco Part Number rated current () Typically used in systems with motor drives and variable speed drives, such as: Process automation equipment Robotics Machinery Elevators POWER LOSS (W) DIMENSIONS H x W x D (mm) WEIGHT (kg) EQUIVLENTS KDR6H x 106 x RL00103 KDR7H x 106 x RL00103 KDR8H x 106 x RL00203 KDR9H x 106 x RL00403 KDR1H x 106 x RL00403 KDR2H x 106 x RL00803 KDR3H x 106 x RL00803 KDR4H x 106 x RL01203 KDR5H x 106 x RL01803 KDRB2H x 152 x RL02503 KDRC1H x 183 x RL03503 KDRE2H x 183 x RL04503 KDRF4H x 229 x RL04503 KDRF1H x 229 x RL08003 KDRF2H x 229 x RL08003 KDRH2H x 279 x RL10003 KDRG3H x 279 x RL16003 KDRG1H x 279 x RL2003B14 KDRJ1H x 279 x RL2003B14 KDRL1H x 368 x RL32003B14 KDRL3H x 368 x RL40003B14 KDRL4H x 368 x RL50003 KDRL5H x 368 x RL50003 KDRL6H x 368 x RL75003 KDRS1H x 381 x RL75003 KDRS2H x 381 x RL85003B14 KDRX2H x 464 x RL90003B14 KDRX3H x 464 x RL100003B14 KDRX4H x 464 x RL120003B14 KDRY2H x 533 x RL KDRY1H x 502 x RL rwk 212 4% IMP LINE (Input) rated current: % Impedance Reduction of mains harmonics Reduction of communication notches Protection of motor drive electronics Limitation of inrush currents Improvement of true power factor vailable in: IP00 6

9 harmonic mitigation reactors KDR_L 3% IMP LINE/LOD 415V* Voltage: *lso available in 690V construction: lso available in: Open panel Nema 1/IP20 NEM 3R Fuseco Part Number rated current () POWER LOSS (W) DIMENSIONS H x W x D (mm) WEIGHT (kg) EQUIVLENTS KDR6L x 106 x RL00102 KDR7L x 106 x RL00102 KDR8L x 106 x RL00202 KDR9L x 106 x RL00402 KDR1L x 106 x RL00402 KDR2L x 106 x RL00802 KDR3L x 106 x RL00802 KDR4L x 106 x RL01202 KDR5L x 106 x RL01802 KDRB2L x 152 x RL02502 KDRD1L x 183 x RL03502 KDRD2L x 183 x RL04502 KDRC1L x 183 x RL04502 KDRF2L x 229 x RL08002 KDRF4L x 229 x RL08002 KDRF3L x 229 x RL10002 KDRH2L x 279 x RL16002 KDRH1L x 279 x RL2002B14 KDRG3L x 279 x RL2002B14 KDRG1L x 279 x RL32002B14 KDRJ2L x 279 x RL40002B14 KDRJ1L x 279 x RL50002 KDRL1L x 368 x RL50002 KDRL2L x 368 x RL60002 KDRL3L x 406 x RL75002 KDRS1L x 381 x RL85002B14 KDRX2L x 464 x RL100002B14 KDRX1L x 464 x RL120002B14 KDRY1L x 533 x RL KDRY2L x 533 x RL KDR_P 1.5% IMP LOD (Output) rated current: typical power: 1kW - 335kW 1.5% Impendance Reduction of motor heating Dampen overshoot peak voltage Increases life of drive Reduction of audible noise Limits expensive downtime rwk % IMP LOD (Output) rated current: typical power: 1.5kW - 630kW 0.8% Impendance Reduction of drive output voltage dv/dt Reduction of motor temperature Increase of motor service life Compact and economic open frame design vailable in: IP00 7

10 harmonic mitigation reactors 1000v Features: 8.4kW to 630kW 3% Impedance IP00, IP20 & IP54 Construction mbient 50 degrees C (ir Natural) DC Link chokes 1000v Features: Custom made to suit IP00, IP20 and IP54 construction C PWM inverters/drives DC to C inverters Variable frequency motor drives Electric vehicle inverters Reduce C Input Line Harmonics Help Meet IEEE-519 Limits bsorb Voltage/Current Spikes Reduce C ripple on DC bus Reduce dv/dt and di/dt rates Solve nuisance overvoltage tripping Reduce DC Bus Transient Overvoltage rfi filters 1000v Features: For use with 1000V Dives and Motors Rated Voltage: 660/1140V C 3 Phase 3 Wire Rated Currents: 50, 100 & 40 degrees C Operating Frequency: 50/60Hz Climatic Category: 40/085/21 Test Voltages: (2S) Line to ground: 4800VDC Line to line: 4250VDC 8

11 harmonic mitigation dv/dt filters V1K 415V Limits voltage spikes Slow rate of change in PWM Reduces bearing pitting construction: Open panel Nema 1/IP20 NEM 3R klc 415V Reduces common mode currents Reduces voltage wave reflections Reduces overshoot peak voltages construction: Open panel Nema 1/IP20 NEM 3R Fuseco Part Number Power rating (kw) rated current () POWER LOSS (W) DIMENSIONS H x W x D (mm) WEIGHT (kg) EQUIVLENTS V1K X 140 X DVP0003 V1K X 140 X DVP0003 V1K X 140 X DVP0004 V1K X 140 X DVP0007 V1K X 140 X DVP0009 V1K X 140 X DVP0012 V1K X 140 X DVP0017 V1K X 140 X DVP0022 V1K X 140 X DVP0022 V1K X 140 X DVP0027 V1K X 140 X DVP0027 V1K X 203 X DVP0035 V1K X 203 X DVP0045 V1K X 203 X DVP0055 V1K X 203 X DVP0080 V1K X 203 X DVP0110 V1K X 279 X DVP0130 V1K X 279 X DVP0160 V1K X 279 X DVP0200 V1K X 279 X DVP0250 V1K X 279 X DVP0305 V1K X 298 X DVP0365 V1K X 298 X DVP0415 V1K X 298 X DVP0515 V1K X 381 X DVP0600 V1K X 381 X NO OFFER Fuseco Part Number Power rating (kw) rated current () POWER LOSS (W) DIMENSIONS H x W x D (mm) WEIGHT (kg) EQUIVLENTS KLC2B X203X DVP0003 KLC4B X203X DVP0004 KLC6B X203X DVP0007 KLC8B X203X DVP0009 KLC12B X203X DVP0012 KLC16B X203X DVP0017 KLC25B X254X DVP0027 KLC35B X254X DVP0035 KLC45B X254X DVP0045 KLC55B X254X DVP0055 KLC80B X305X DVP0080 KLC110B X381X DVP0110 KLC130B X381X DVP0130 KLC160B X381X DVP0160 KLC200B X381X DVP0200 KLC250B X381X DVP0250 KLC300B X508X DVP0305 KLC360B X508X DVP0365 KLC420B X508X DVP0415 KLC480B X508X DVP0515 KLC600B X508X DVP0600 KLC750B X381X NO OFFER 9

12 harmonic mitigation Sine wave filters Output components for motor protection and the improvement of system reliability, availability and functionality. Deployed at the output side of frequency inverters, these filters ensure reliable operation by avoiding expensive downtimes of installations, manufacturing plants, machinery and a vast array of other industrial and domestic motor drive applications due to premature motor damage. n appropriate output solution will even allow the deployment of unshielded motor cables, the use of multiple motors in parallel on the same driver or the retrofit of modern drives in existing installations with old motors and unshielded cabling. features typical applications Output filters and load reactors max voltage Typical motor power [kw] Rated current [] >1000 dv/dt restriction Overvoltage restriction Motor temperature reduction Red. acoustic motor noise Sym. sinusoidal output signal sym. sinusoidal output signal Eliminat. of bearing damage Replaces cable shields Connection to dc link required Improves overall EMC Reduces equipment downtime Motor drives Servo drives, torque motors High-speed motor applications ppl. with long unshield. cabl. Retrofit of motor drives FN (refer to page 9) 500 VC FN (refer to page 9) 500 VC FN 510 FN VC VC 4-16 FN VC FN VC 10

13 harmonic mitigation Sine wave filters Features and benefits: Smooth sine wave without voltage peaks Motor protection against pulse pattern stress Improvement of system reliability Simple to install FN V IP00 (open panel) Fuseco Part Number rated 45 C () typical motor drive rating (kw) typical power loss (W) nominal inductance (mh) nominal capacitance (µf) WEIGHT (kg) FN / FN / FN FN / FN FN / FN FN FN FN / FN / FN / FN / FN FN / FN FN / FN / FN V IP20 (enclosed) Fuseco Part Number rated 45 C () typical motor drive rating (kw) typical power loss (W) nominal inductance (mh) nominal capacitance (µf) WEIGHT (kg) FN / FN / FN FN / FN FN / FN FN FN FN / FN / FN / FN / FN FN / FN FN / FN /

14 harmonic mitigation passive harmonic filters Fuseco Passive Harmonic Filters represent an economical solution to the challenge of load-applied harmonics mitigation in 3 phase power systems. With a plug-and-play approach and more compact dimensions than comparable products, they can be quickly installed and easily commissioned. They increase the reliability and service life of electric installations, help utilise electric system capacity better, and are the key to meet Power Quality standards such as IEEE 519, IEC 519. Features: IEEE519 Standard Typical results: 5-8% THD Power Monitoring Package available Contactor Option available Uninterrupted system operation Single-Line Diagram (system bus/ panel/source transformer) line line reactor fuse (VFD) load Benefits Efficient mitigation of harmonic currents Increased equipment service life and system reliability emission-critical application Long term savings in system operation and maintenance cost Support energy savings Fast and simple plug-and-play operation Very compact and light weight filter concept Seamless integration with previously installed DC chokes or EMC / EMI filters Performance Before fter tuning reactor contactor(s) (optional) capacitor(s) HG7 415V & 690V construction: KP (Kit Package) Open Panel NEM 1 / IP20 IP54 Open panel shown Kilowatts Kit Package Open Panel Nema 1 IP20 4 HG4LX00KP HG4LX00ST HG4LX01ST HG4LX04ST 5.5 HG5LX00KP HG5LX00ST HG5LX01ST HG5LX04ST 7.5 HG7LX00KP HG7LX00ST HG7LX01ST HG7LX04ST 9.3 HG9LX00KP HG9LX00ST HG9LX01ST HG9LX04ST 11 HG11LX00KP HG11LX00ST HG11LX01ST HG11LX04ST 15 HG15LX00KP HG15LX00ST HG15LX01ST HG15LX04ST 18.5 HG18LX00KP HG18LX00ST HG18LX01ST HG18LX04ST 22 HG22LX00KP HG22LX00ST HG22LX01ST HG22LX04ST 30 HG30LX00KP HG30LX00ST HG30LX01ST HG30LX04ST 37 HG37LX00KP HG37LX00ST HG37LX01ST HG37LX04ST 45 HG45LX00KP HG45LX00ST HG45LX01ST HG45LX04ST 55 HG55LX00KP HG55LX00ST HG55LX01ST HG55LX04ST 75 HG75LX00KP HG75LX00ST HG75LX01ST HG75LX04ST 90 HG90LX00KP HG90LX00ST HG90LX01ST HG90LX04ST 110 HG110LX00KP HG110LX00ST HG110LX01ST HG110LX04ST 132 HG132LX00KP HG132LX00ST HG132LX01ST HG132LX04ST 160 HG160LX00KP HG160LX00ST HG160LX01ST HG160LX04ST 200 HG200LX00KP HG200LX00ST HG200LX01ST HG200LX04ST 250 HG250LX00KP HG250LX00ST HG250LX01ST HG250LX04ST 315 HG315LX00KP HG315LX00ST HG315LX01ST HG315LX04ST 355 HG355LX00KP HG355LX00ST HG355LX01ST HG355LX04ST 400 HG400LX00KP HG400LX00ST HG400LX01ST HG400LX04ST 450 HG450LX00KP HG450LX00ST HG450LX01ST HG450LX04ST 500 HG500LX00KP HG500LX00ST HG500LX01ST HG500LX04ST 560 HG560LX00KP HG560LX00ST HG560LX01ST HG560LX04ST 630 HG630LX00KP HG630LX00ST HG630LX01ST HG630LX04ST 710 HG710LX00KP HG710LX00ST HG710LX01ST HG710LX04ST IP54 12

15 harmonic mitigation active harmonic filters The consequences of insufficient power quality can inflict serious losses on a business and economy. In the worst case scenario, it may pose a threat to human life, in mission critical applications and highly sensitive environments, such as hospitals. Good power quality saves money, energy, environment and more. Features: Meets IEEE 519, IEC 519 Interactive displays Scalable for higher outputs Fast, accurate performance Open & closed loop control vailable in: IP20 IP34 IP54 DNV (Marine) Certified Benefits Reliability: Eliminates all relevant disturbance patterns in the power lines Cost Savings: voids / reduces wear on electrical loads and over heating of cables and transformers Efficiency: Prevents losses due to production down times Flexibility: Constantly adapts to the network topology Fast Response Time: Compensates disturbances before they can cause damage Economy: Lowers energy costs through reduced reactive power demand Compact Dimensions: Requires very little space compared to traditional solutions Non linear load waveform without filtering Injection current Resulting waveform Product Range Typical Connection Diagram Typical motor power [kw] Rated current [] line load VC 3 Wire 4 Wire source HF typical non-linear load(s) 690VC 3 Wire 4 Wire CT s can be applied on either line or load side Power Quality udit Power quality audits can be carried out on site to assess your Harmonic Mitigation needs. The site surveys are conducted by Fuseco s expert Power Quality team using specialised equipment. report is prepared with recommendations on solutions to return your systems to IEEE 519, IEC 519 harmonic levels. Please contact Fuseco to discuss your requirements with our technical support team. 13

16 RFI - EMC Filters single-phase filters Single-phase filters for chassis or DIN-rail mounting are key for EMC compliance of higher power office equipment and low to medium power industrial applications. broad selection of electrical and mechanical features allows a specific choice and deployment for countless applications. DC filters are specifically optimised for applications with DC supply like e.g. PV inverters. features typical applications single-phase filters C max voltage ttenuation performance Rated current [] standard high very high stage filter circuit 2-stage filter circuit 3-stage filter circuit For DC applications With overvoltage protection Low frequency attenuation High frequency attenuation Choice of connection style DIN-rail mounting Power supplies, SMPS Medical equipment Single-phase motor drives Control unit in machine tools PV inverters Office, test & measure. equip. General purpose FN VC 1-10 FN VC 8 55 FN 2010 (refer to page 16) 250 VC 1 60 FN 2020 (refer to page 16) 250 VC 1 60 FN 2030 (refer to page 16) 250 VC 1 30 FN 2410 FN 2412 FN VC 520 VC (H) VC 520 VC (H) VC 1 20 FN 9675/ VC

17 RFI - EMC Filters single-phase filters features typical applications single-phase filters C max voltage ttenuation performance Rated current [] standard high very high stage filter circuit 2-stage filter circuit 3-stage filter circuit With earth line choke With overvoltage protection Low frequency attenuation High frequency attenuation Choice of connection style NEMP, TEMPEST protection Power supplies, SMPS Medical equipment Single-phase motor drives Control unit in machine tools Military applications Office, test & measure. equip. General purpose FN VC 1-10 FN VC FN 2060 (refer to page 17) 250 VC 1 30 FN 2070 (refer to page 17) 250 VC 1 36 FN 2080 (refer to page 17) 250 VC 1 16 FN 2090 (refer to page 17) 250 VC 1 30 FN VC 3-6 FN VC 6-16 FN 352Z 250 VC 6 30 FN700Z 250 VC 6 20 single-phase DC filter single-phase filters DC FN VDC

18 RFI - EMC Filters featured single-phase filters Features and benefits: Rated currents from 1 to 60 General purpose filtering performance FN VC FN VC FN VC Fuseco Part Number RTED CUR- C (25 C) () LEKGE 230VC/50Hz (m) INDUCTNCE L (mh) CPCITNCE CX (µf) CPCITNCE CY (nf) RESISTNCE R (KΩ) WEIGHT (g) FN (1.15) FN (3.45) FN (6.9) FN (11.5) FN (13.8) FN (18.4) FN (23) FN (34.5) FN (69) Fuseco Part Number RTED CUR- C (25 C) () LEKGE 230VC/50Hz (m) INDUCTNCE L (mh) CPCITNCE CX (µf) CPCITNCE CY (nf) RESISTNCE R (KΩ) WEIGHT (g) FN (1.15) FN (3.45) FN (6.9) FN (11.5) FN (13.8) FN (18.4) FN (23) FN (34.5) FN (69) Fuseco Part Number RTED CUR- C (25 C) () LEKGE 230VC/50Hz (m) INDUCTNCE L (mh) CPCITNCE CX (µf) CPCITNCE CY (nf) RESISTNCE R (KΩ) FN (1.1) FN (3.4) FN (4.5) FN (6.7) FN (8.9) FN (11.2) FN (13.4) FN (17.9) FN (22.4) FN (33.5) WEIGHT (g) 16

19 RFI - EMC Filters featured single-phase filters FN VC Fuseco Part Number RTED CUR- C (25 C) () LEKGE 230VC/50Hz (m) INDUCTNCE L (mh) CPCITNCE CX (µf) CPCITNCE CY (nf) RESISTNCE R (KΩ) FN (1.2) FN (3.5) FN (6.9) FN (11.5) FN (13.8) FN (18.4) FN (23) FN (34.5) WEIGHT (g) FN VC Fuseco Part Number RTED CUR- C (25 C) () LEKGE 230VC/50Hz (m) INDUCTNCE L (mh) CPCITNCE CX (µf) CPCITNCE CY (nf) RESISTNCE R (KΩ) WEIGHT (g) FN (1.2) FN (3.5) FN (6.9) FN (11.5) FN (13.8) FN (18.4) FN (28.8) FN (41.4) FN VC Fuseco Part Number RTED CUR- C (25 C) () LEKGE 230VC/50Hz (m) INDUCTNCE L (mh) CPCITNCE CX (µf) CPCITNCE CY (nf) RESISTNCE R (KΩ) WEIGHT (g) FN (1.2) FN (3.5) FN (6.9) FN (11.5) FN (13.8) FN (18.4) FN VC Fuseco Part Number RTED CUR- C (25 C) () LEKGE 230VC/50Hz (m) INDUCTNCE L (mh) CPCITNCE CX (µf) CPCITNCE CY (nf) RESISTNCE R (KΩ) FN (1.1) FN (3.4) FN (4.5) FN (6.7) FN (8.9) FN (11.2) FN (13.4) FN (17.9) FN (22.4) FN (33.5) WEIGHT (g) 17

20 RFI - EMC Filters Three-phase filters EMC/EMI filter solutions for industrial applications like motor drives and machine tools. Furthermore, these types of filters are also suitable for mainframe computer systems, large uninterruptible power supplies, medical equipment, wind turbine power stations and a vast array of other three-phase power electronics. features typical applications three-phase filters max voltage ttenuation performance Rated current [] standard high very high >1000 Multi-stage filter circuit Safety connector blocks Busbar connection Optional protective covers Standard protective covers Offering EMC compliance Low leakage current Less commutation notches Inrush current limitation Harmonics reduction 4% impedance Inverters, servo drives Energy regeneration drives Machinery, machine tools Industrial automation General purpose FN 3258 (refer to page 21) FN 3359 (refer to page 21) FN 258 (refer to page 20) FN 351 FN VC 520 VC (H) VC 690 VC (H) VC 690 VC (H) VC 520 VC (H) VC FN VC FN VC FN 3120H 520 VC (H) FN 3268 (refer to page 20) 520 VC FN 3270H 520 VC (H)

21 RFI - EMC Filters Three-phase and neutral line filters Three-phase and neutral line filters are a compact solution for the interference suppression on the mains input of cabinets and control units of equipment, ranging from industrial applications like machine tools to sensitive medical installations. These typically involve separate and often insufficiently filtered frequency inverters and SMPS, causing current imbalance and significant interference problems. s individual elements they may be interference-suppressed already. The conjunction of several switching components in the same cabinet and a non-emc conscious cabling will rise the demand for an additional EMC/EMI filter on the mains input of the whole installation. Many times this is the only way to get the CE mark for the cabinet in accordance with the EMC directive. features typical applications three-phase and neutral line filters max voltage ttenuation performance Rated current [] standard high very high stage filter circuit 2-stage filter circuit Safety connector blocks Faston connectors Offering EMC compliance For asymmetrical loads Broadband attenuation Very low leakage current For entire systems, install. Machinery, machine tools Industrial automation Power supplies Medical equipment For high frequency appl. High power office equipment General purpose FN 256 (refer to page 22) 480 VC FN 354 FN VC VC 3-20 FN VC FN 3256H (refer to page 22) 520 VC (H) FN 3280H (refer to page 22) 520 VC (H)

22 RFI - EMC Filters featured Three-phase filters Features and benefits: Industry standard EMC solution for three-phase PDS filtering Slim space-saving book-style housing Solid safety connector blocks or optional wire output connections Excellent attenuation performance HV versions for up to 690 VC HVIT versions for IT distribution networks P/L versions with low leakage current FN VC FN 258HV 690VC FN 258L 480 VC ultra low leakage FN VC low leakage Fuseco Part Number RTED 50 C (40 C) () typical drive power rating (kw) LEKGE 440VC/50Hz (m) POWER 25 C/50Hz (W) FN (7.7) FN (17.5) FN (33) FN (46) FN (60) FN (82) FN (110) FN (143) FN (197) FN (275) FN 258HV (7.7) FN 258HV (17.5) FN 258HV (33) FN 258HV (46) FN 258HV (60) FN 258HV (82) FN 258HV (110) FN 258HV (143) FN 258L (7.7) FN 258L (17.5) FN 258L (33) FN 258L (46) FN 258L (60) FN 258L (82) FN 258L (110) FN 258L (143) FN 258L (197) FN 258L (275) FN (7.7) FN (17.5) FN (32.9) FN (46.0) FN (60.2) FN (82.2) FN (109.5) FN (142.4) FN (197.1) WEIGHT (kg) 20

23 RFI - EMC Filters featured Three-phase filters FN VC FN 3258H 520VC FN VC FN 3359HV 690VC Fuseco Part Number RTED 50 C (40 C) () typical drive power rating (kw) LEKGE 400VC/50Hz (m) POWER 25 C/50Hz (W) FN (7.7) FN (17.5) FN (32.9) FN (46.0) FN (60.2) FN (82.2) FN (109.5) FN (142.4) FN (197.1) Fuseco Part Number RTED 50 C (40 C) () typical drive power rating (kw) LEKGE 400VC/50Hz (m) POWER 25 C/50Hz (W) FN 3258H (7.7) FN 3258H (17.5) FN 3258H (32.9) FN 3258H (46.0) FN 3258H (60.2) FN 3258H (82.2) FN 3258H (109.5) FN 3258H (142.4) FN 3258H (197.1) Fuseco Part Number RTED 50 C (40 C) () typical drive power rating (kw) LEKGE 480VC/50Hz (m) POWER 25 C/50Hz (W) FN (164) 75 < FN (197) 90 < FN (250) 132 < FN (350) 160 < FN (438) 220 < FN (657) 315 < FN (876) 400 < FN (1095) 560 < FN ( 1600) 900 < FN (2500) 1320 < Fuseco Part Number RTED 50 C (40 C) () typical drive power rating (kw) LEKGE 480VC/50Hz (m) POWER 25 C/50Hz (W) FN 3359HV (164) 110 < FN 3359HV (197) 132 < FN 3359HV (250) 200 < FN 3359HV (350) 250 < FN 3359HV (438) 315 < FN 3359HV (657) 500 < FN 3359HV (876) 630 < FN 3359HV (1095) 710 < FN 3359HV ( 1600) 1320 < FN 3359HV (2500) 2000 < WEIGHT (kg) WEIGHT (kg) WEIGHT (kg) WEIGHT (kg) 21

24 RFI - EMC Filters featured Three-phase and neutral line filters FN VC Fuseco Part Number RTED 50 C (40 C) () typical drive power rating (kw) LEKGE 400VC/50Hz (m) POWER 25 C/50Hz (W) FN (8.8) FN (17.5) FN (27) FN (39) FN (70) FN (88) FN (131) FN (175) WEIGHT (kg) FN 3256H 520VC Fuseco Part Number RTED 50 C (40 C) () typical drive power rating (kw) LEKGE 480VC/50Hz (m) POWER 25 C/50Hz (W) FN 3256H (8.8) 4 < FN 3256H (17.5) 7.5 < FN 3256H (27) 15 < FN 3256H (39) 22 < FN 3256H (70) 30 < FN 3256H (88) 37 < FN 3256H (131) 55 < FN 3256H (175) 75 < WEIGHT (kg) FN 3280H 520VC Fuseco Part Number RTED 50 C (40 C) () LEKGE 480VC/50Hz (m) POWER 25 C/50Hz (W) FN 3280H (8.8) < FN 3280H (17.5) < FN 3280H (27) < FN 3280H (39) < FN 3280H (70) < FN 3280H (88) < FN 3280H (131) < FN 3280H (175) < FN 3280H (219) < FN 3280H (328) < FN 3280H (438) < FN 3280H (657) < WEIGHT (kg) 22

25 RFI - EMC Filters IEC inlet filters / power entry models ll the advantages of IEC connector, EMC/EMI filter, fuses, switch and voltage selector combined in a powerful compact all-in-one solution. Ideal for computers, monitors and office equipment like printers and copy machines. features typical applications iec inlet filters max voltage ttenuation performance Rated current [] standard high very high With earth line choke For fuse(s) With switch With voltage selector IEC compliant For PCB mounting Snap-in version Extra wide mounting IT equipment Medical equipment Switch-mode power supplies Office equipment Prof. audio, TV, VCR Telecommunication Light industrial equipment General purpose FN VC 1 20 FN 9222E FN VC VC FN VC 1 15 FN 9233E 250 VC 1 15 FN VC 1 15 FN 9244E 250 VC 1 15 FN VC 1 20 FN VC 1 10 FN VC 1 10 power entry models - variations with switches, fuses and voltage selectors FN VC 1 10 FN VC 2 6 FN VC 2 6 FN 390 FN VC

26 EMC shielding Standard Shield 7000 General purpose / screwed joints Standard Shield 7000 is an economical HF gasket which can be supplied in a wide range of dimensions. It is very effective in combination with stainless steel, copper and chrome-plated constructions. For panels and screwed applications Our adhesive is a transparent double-sided tape consisting of a PP-film backing and a tackified acrylic adhesive. Ultra Soft Shield 7400 For doors and panels, where very low closure force is required. mucor Shield 6800 Screwed applications for zinc plated steel and aluminum mucor Shield 6800 is an economical HF gasket which can be supplied in a wide range of dimensions. It is very effective in combination with zinc-plated steel and aluminium constructions. Ultra Soft Shield 7400 For doors and panels, where very low closure force is required Ultra Soft Shield 7400 is an HF shielding gasket with high shielding performance and extremely low closure force. This prevents deflection of doors/parts, which improves shielding effectiveness. Metal Knit Gaskets 1200 For military applications, to shield lower frequencies The 1200 series EMC gaskets consist of a core covered with knitted mesh. In most cases the gaskets are made of sponge, hollow tubes or extruded elastomers. For special applications like EMP or high temperatures a fully metal version is available. Fingerstrips 2000 For military applications / stick-on, twisted and angled fingertips For high performance applications, Beryllium Copper fingerstrips offer the best EMI shielding effectiveness, used in the right construction. The mechanical spring characteristics far surpass all other gaskets in the industry, but due to the toxicity of beryllium these strips are not always allowed. 24

27 EMC shielding Clip-on shield 6500 Easy to mount clip-on EMI gasket with water seal This range of easily mounted clip-on gaskets is composed of a separate sponge rubber water seal and an EMIshielding side of highly conductive, wear-resistant metallized fabric. The construction is very flexible thanks to the hollow rubber, so a low closure force is guaranteed. Conductive Tapes 3200 t any width, with or without conductive adhesive Electrically conductive tapes can be cut to any width from 3 mm wide. width of 25 mm is used most commonly. Standard roll length 16.5 meters. Cable Shielding For flat and round cables, can be installed afterwards The cable shield can be grounded at one end, or both ends of the cable. Cable shielding can be supplied as a ready-made sleeve, on rolls or as a flexible shielding tube. It comes either in continuous lengths, on a reel or cut into lengths. Flat Cable shielding 4700/4800 For flat and round cables, can be installed afterwards For applications where flexibility is required, e.g. cables with small diameters. The material guarantees superb shielding performance. The product is supplied on rolls and is wrapped around the cable. Flexible cable shield can be delivered in mucor or in Conductive fabric, with or without (conductive) self-adhesive. Cable Wrap Shielding 4700 For flat and round cables, can be installed afterwards Cable wrapping is used to shield, ground and statically discharge cables or to harness entire bundles of cables. Wrapshield is a double layer knitted wire mesh supplied on rolls used to wrap around cables. For the best shielding performance make sure there is 50% overlap. Flexible Cable shielding 4700/4800 For flat and round cables, can be installed afterwards This material is a ready-to-use Mu-copper or tinned Mu-copper tube through which a cable or bundle of cables can be pulled. When the tube is compressed leng- thwise, the diameter expands to simplify the assembly. Therefore a wide range of cable diameters can be shielded with a single tube. 25

28 EMC shielding Shielding tents The RF shielded Faraday tents are manufactured from strong and highly conductive textile. The tents are standard delivered with multiple ropes for easy mounting to the ceiling or with a self-standing frame. pplications are typically EMC experiments, RF measurements, mobile military / forensic activities and personal protection in the field. Faraday tents offer mobile solutions for only a fraction of the price compared to a conventional Faraday cage. Ventilation panels 9500 Shielded vent panels/honeycombs for ventilation These honeycomb vents are used to shield openings for heating and ventilation against undesirable electromagnetic waves. The aluminium honeycomb vent panels are supplied in rigid aluminium frames, predrilled or with fasteners made to your specifications or flow drilled thread holes. Modular/anechoic cages High performance in a wide frequency range Superior screening of RF signals, e.g. for R&D, TEMPEST and testing purposes. 26

29 transformers transformer is a static device that transfers electrical energy from one circuit to another through inductively coupled conductors: the transformer s coils. DRY TYPE TRNSFORMERS Dry type transformers require minimum maintenance to provide many years of reliable trouble free service. These transformers provide safe and reliable power allowing installation inside buildings, close to the load. These transformers can be voltage changing (Step-up or Step-down) or isolation type. TOROIDL TRNSFORMERS Toroidal transformers offer an almost perfect magnetic circuit, eliminate inherent air gaps, produce higher flux densities and make full utilisation of the core area resulting in a smaller footprint of up to 50%. Other benefits are that they offer efficiencies of up to 90-95% with very low core losses and magnetic currents. Toroidal transformers are also up to 8 times quieter and offer some self-shielding. PHSE SHIFT TRNSFORMERS Phase shift transformers purposely introduce a variable phase shift between the primary and secondary voltage. By using phase shifting to your advantage, you can actually cancel harmonics and Power Factor is also improved. CONTINUOUSLY VRIBLE VOLTGE UTO-TRNSFORMERS lso known as Dimmerstats (EI), these are the most effective devices for step-less, break-less & continuous control of C voltage. The basic device is meant for operation from a nominal input voltage of 240VC (single phase) and can give an output voltage anywhere between zero to 270VC by a simple transformer action. Three such devices connected electrically in star and mechanically in tandem, become suitable for operation from a nominal input voltage of 415VC (3 phase) and can give an output voltage anywhere between zero to 470VC. Voltage stabilisers Used in areas with weak or unstable supply grids. Energy Saving (to reduce power costs). Reduced stress on electrical / electronic equipment. Improve Power Factor and efficiency. Uniform quality of supply and reduced tripping. Model (kv) Rated capability (KV) Output max current () Size (mm) D W H Cabinet QTY Weight (kg) 230 SBW SBW SBW SBW SBW SBW SBW SBW SBW One 600 SBW SBW SBW SBW SBW SBW SBW SBW SBW Two SBW SBW Three SBW SBW SBW SBW SBW Four 4800 SBW SBW SBW

30 surge protection surge protector (or surge suppressor) is an appliance designed to protect electrical devices from voltage spikes and surges, including those caused by lightning. surge protector attempts to limit the voltage supplied to an electric device by either blocking or by shorting to ground any unwanted voltages above a safe threshold. They are typically installed in power distribution panels, process control systems, communications systems, and other heavy-duty industrial systems. Protection from voltage spikes, surges, transients Industrial, commercial or domestic Operability indication Dry contacts for remote status indication Din rail and panel mount load banks Load Banks are devices designed to provide electrical loads for testing power sources such as generators and Uninterruptible Power Supplies (UPS). Load banks are also used to reduce wet stacking problems in diesel engines of backup generating systems. Load banks can be used in a wide variety of applications, such as: Generator set, UPS, battery and ground power system testing. To reduce wet stacking problems. Periodic exercising of stand-by engine generator sets. Load optimisation in prime power applications. Load banks are available in many configurations. Gs discharge tubes SL1026 GDT Series Profile 45.0 Max 22.0 Ref Ø8.7 Ø9.1 Max Max Type 1053 Holder Profile The SL1026 series is a heavy-duty transient suppresser using Gas Plasma technology. In response to a transient voltage which exceeds the fixed breakover voltage (selected according to part number) the device changes from a very high impedance state to a low impedance state, there by conducting harmful current away from the protected system. Features: RoHS compliant 55 k surge capability (single shot) tested with 8/20S pulse as defined by IEC k surge capability (repetitive) Will protect against Trapezoidal waveforms as specified in RI 12. Will protect against capacitor discharge voltage transient waveforms as specified in RI 12. Will protect against double exponential voltage transient waveforms as specified in IEC 571. pplications: Signaling equipment. Communication equipment. Control gear. Trackside cabinets. Cell phone base stations. ll dimensions in mm 28

31 Fuses Contents Fuse Information 30 Fuse Cross Reference Table 32 British Standard Fuses 34 Miniature Fuses 46 Cartridge Fuses 56 merican Standard Fuses 76 NH Blade Fuses 86 European Semiconductor Fuses 94 Bottle Fuses 104 utomotive Fuses 108 Medium Voltage Fuses 112

32 Fuse Information Is choosing the right fuse important? Does it really matter what fuse I use? Choosing the right fuse for your application is vital. fuse is a protective device so if it s not selected with care, the level of protection that your circuit will experience may be compromised. When your machine/circuit was designed, the designer carefully considered the level of protection that was required, so getting it wrong may have serious consequences. lso, please refer to What is a Utilisation Category? in this section. What are fuses used for? Fuses serve two main purposes: 1. To protect components and equipment from costly damage caused by overcurrents. 2. To isolate sub-systems from the main system once a fault has occurred. lso, please refer to Can I replace a fuse with a circuit breaker? in this section. What are Overcurrents? Overcurrents exist when the normal load for a circuit is exceeded and they can be either (1) overloads, or (2) short circuits. n overload is any current flowing within the normal circuit path that is higher than the circuit normal full load current. short circuit is an overcurrent which greatly exceeds the normal full load current of the circuit. lso, as the name infers, a short circuit leaves the normal current carrying path of the circuit and takes a short cut around the load and back to the power source. Short circuits are also referred to as fault currents. Components and equipment can be seriously damaged by both types of overcurrents. However if they are not immediately cut-off or limited, short circuits can have catastrophic consequences. How do I identify & replace a blown fuse? In most cases, people contact Fuseco when they need to replace an existing fuse that has blown. In such cases, it is paramount that either the identical fuse or an exact equivalent is provided. Care must be taken to make sure that the fuse provided is of the same utilisation category and has the same electrical performance of the original. If you need assistance with this, I welcome you to contact us and we would be very happy to assist you. lso, we provide many types of cross-reference charts in this catalogue, on our website or in a wall chart format. These tools can help you identify equivalent fuse types. How do I select a fuse for a new application? During normal conditions, the fuse must carry the load current of the circuit without blowing and opening the circuit. However, when an overcurrent occurs, the fuse must interrupt the overcurrent and withstand the voltage across the fuse after arcing. It is important that designers take account of temporary conditions such as surges & spikes during fuse selection. To properly select a fuse the following items must be considered: vailable short circuit current Voltage rating (C or DC) Full load current Characteristics of components to be protected ny in-rush characteristics of the circuit (eg. Motor start-up) The available space The ambient conditions ny standards requirements Suitability to the proposed fuse holder (eg. Power loss) Is the voltage rating important? Yes, very important! The voltage rating of the selected fuse must be greater than or equal to the circuit voltage. Since fuses have such low resistance, the voltage rating becomes critical only when the fuse is trying to open. The fuse must be able to open quickly, extinguish the arc after the fuse element has melted and prevent the system open circuit voltage from re-striking across the open fuse element. Can I use an C rated fuse in a DC application? Direct currents are very difficult to stop or interrupt when compared to alternating currents. lternating current sources reverse the flow of current many times a second (in some locations 100 times a second on 50 Hz systems). Each time the current reverses, it goes to zero in magnitude. zero current is very easy for a melting fuse to stop or interrupt it is already stopped, and there is no force trying to sustain an arc across the fuse element. DC currents, as the name implies, are currents that travel in one direction only. They do not reverse. Fuses bear the entire burden (with no help from the current) of acting to stop these currents. The internal elements of a fuse must react to an over-current condition (usually by melting) and as they react, they must do so with enough capability to interrupt the current from flowing while extinguishing any arc that might form. DC fuses are relatively sophisticated devices that have many different internal elements that must work together. There are fuses with equal C and DC voltage ratings but in most cases, the DC voltage rating is significantly less than the C voltage rating. If a fuse only has an C voltage rating, it most probably was not designed for DC applications and hence has never been tested within a DC environment. If you would like to ask if a specific C rated fuse can be used in a DC environment, please call Fuseco. Is the current rating important? Yes, very important! Each fuse is marked with a nominal current rating. The current rating of the fuse must be higher than the circuit s normal operating current. s to how much greater, it depends on a number of factors, including what type of opening characteristic you desire. Contact Fuseco for more specific advice. What does HRC mean? HRC means high rupturing capacity. lso known as high breaking capacity (HBC) or interrupting capacity. Usually ceramic and measured in k. Is the breaking capacity important? Yes, very important! fuse must be able to open the circuit during a short circuit without losing physical integrity. In other words, it should be able to exist under a maximum fault level load without physically cracking or disintegrating. The breaking capacity of a fuse is the maximum available current, at the rated voltage that the device can safely open without physically rupturing. The breaking capacity of the fuse must be greater than the potential fault (short circuit) current of the circuit. The Breaking Capacity is also known as the Interrupting Rating. It is expressed in amps () but breaking capacity values are often large numbers. For example, a breaking capacity of 120,000 is usually expressed as 120k. Should I care about standards and approvals? Yes, it s an important consideration. The IEC standards are followed by many European and sian countries while the UL standards are followed by North merica. Both of these standards have different ways of defining and measuring their criteria so UL and IEC rated fuses are not interchangeable. If you are replacing fuses, it is a good idea to replace with a fuse that complies to the same standard as the original fuse. If you are sourcing fuses to be used in exported equipment, make sure that the fuses comply with the destination country s required standards. 30 Prices do not include GST

33 Fuse Information What is a Utilisation Category? ll fuses are designed to open a circuit to protect other valuable components from overcurrents. However, they are not all designed to do it in the same way! There are many different types of fuse performance options and selecting the correct performance for your application is vital. For this purpose, the IEC created Utilisation Categories (please refer to the inside cover of the Fuse separator in this catalogue). For example, fuses that are designed to protect sensitive semiconductor devices are designed to open very quickly and let through a minimum amount of energy during an overcurrent yet motor protection fuses are designed to withstand large in-rush currents in multiple start-up situations. Some fuses only protect against short circuits when others also protect against overloads. There are many differences. Choosing the wrong fuse could potentially cause serious damage by under-protecting or could cause excessive down time due to nuisance-blowing. Fuseco can assist you to make the right choice. What are the main fuse groups? There are literally millions of different fuses that exist around the world, however most of them belong to one of the following groups: 1. Sub-miniature and SMD fuses 2. Miniature fuses 3. Cartridge fuses 4. British Standard fuses 5. DIN NH Blade fuses 6. utomotive & DC fuses 7. European Standard & Bottle Fuses 8. merican Standard fuses 9. Medium Voltage fuses What is the I²t of a fuse? The I²t value of a fuse is a measure of the energy which is required to open the fuse element and to interrupt the current. It is determined by factors such as the design of the fuse element, the type of filler, etc. The I²t value is also a direct measure for the let-through energy which is exposed to the item being protected by the fuse in case of an overcurrent situation. It is a function of current squared and time, hence it is expressed in ²s (amps x amps x seconds). What is a semiconductor fuse? Semiconductor fuses are fuses that have been specifically designed to protect semiconductor devices. They are often also referred to as solid state fuses, rectifier fuses or ultra-rapid fuses. Semiconductor devices are extremely sensitive to current fluctuations and require special protection. To perform this function, semiconductor fuses are able to open the circuit (blow) significantly quicker than other fuse types, and it is extremely important that they are replaced by direct equivalents when required. Semiconductor fuses belong to the utilisation categories ar, gr and gs. How do I choose the right semiconductor fuse? Semiconductor fuses are not selected like other fuse types. The main selection criteria for a semiconductor fuse is its I 2 t value. even more important than its current rating! This is because semiconductor devices are extremely sensitive to current fluctuations and the maximum amount of letthrough energy that they are exposed to during an overcurrent needs to be accurately controlled. This is super-important when selecting fuse protection for semiconductor devices. If you are replacing an existing fuse, make sure that the new selected fuse has an I 2 t value that within ±10% of the original fuse s I 2 t value. In this case, I 2 t values need to be compared at the same system voltage. If you are selecting a semiconductor fuse for a new application, the I 2 t value of the selected fuse must be lower (or quicker) than the lowest I 2 t value of any of the components being protected. This ensures that the fuse opens before allowing any damaging let-through current to reach the components. In addition, refer to the question Can I enclose a semiconductor fuse in a fuse holder? in this section. Can I enclose a semiconductor fuse in a fuse holder? Semiconductor fuses run hotter than most fuses. In order to achieve a very accurate melting temperature, these fuses have been engineered with a high proportion of pure silver in their element and their body filling is high quality silica, which helps to draw heat away from the fuse element. Due to this fact, it is generally accepted that they should not be enclosed so as to ensure sufficient cooling of the fuses so they can operate as specified. Fuse cooling is very challenging if the fuse holder doesn t allow sufficient airflow around the fuse. The power loss value of a fuse is a measure of the heat emanating from the fuse under full load. It is used to determine how quickly the fuse dissipates its heat. This is also known as the heat loss, watts loss or heat dissipation value. Power loss is measured in Watts. If any fuse is to be used in a fully enclosed holder, then the power loss rating of the fuse holder used must be greater than that of the fuse to ensure that there is sufficient dissipation of the heat around the fuse. In other words, the fuse holder s ability to tolerate heat must be higher than the heat the fuse produces. If this is not followed, the fuse holder may warp, melt or explode. Due to the fact that semiconductor fuses run much hotter than type gg or type am fuses, extra care must be taken when choosing fuse holders for them. Can I replace a semiconductor fuse with a standard gg fuse? Please don t! If you do, then in the event of an overcurrent, you run the risk of experiencing critical damage to the semiconductor devices in the circuit. In plain words, your expensive components will blow before your fuse does. Can I replace a fuse with a circuit breaker? Circuit breakers have the advantage of being resettable and operationally cheaper and they have certainly taken over the downstream protective role where the potential fault currents are lower. So if you have a fuse in a downstream role, then in some cases, YES you can replace it with a circuit breaker. However, due to their unique qualities, fuses are still required upstream in the critical role. They are, in essence, the gatekeepers of the protection system. They are actually the most important protective device in the system. Fuses have three unique characteristics: 1. They are safe. Modern fuses have extremely high breaking capacities can withstand very high fault currents without rupturing. 2. Properly applied, fuses prevent blackouts. Only the fuse nearest the fault opens without upstream fuses (feeders or mains) being affected. Fuses can provide selective co-ordination. 3. Fuses provide optimum component protection by keeping fault currents to a low value They are said to be current limiting. So if you have a fuse in a critical upstream role. Then NO you cannot replace it with a circuit breaker. We welcome you to contact the team at Fuseco to assist you with any questions or projects. lso, please explore our website com.au as you will find plenty of useful information, tools and crossreference charts. Prices do not include GST 31

34 Prices do not include GST 32 Fuse Cross Reference Table Competitor Fuseco Page 1 100B 100B_C 1026F 10G 1329F TCP TC LC MD B_C 20B 20C G TF NIT NS MP205D M205 D205 MP205 41NM UTO MINI MXI 37, F B_C B 3N21 3N22 3N28 3N33 MF 3G 3GD 3B TKF 3BD TI NH1F NH2F NH00F/NH000F NH3F B_C 404B_C TMF TM B_C 5SB2 5SB4 5SC4 5SD2 5SD4 5SD5 5SE2 TTM B TIS B_C 8B TLM PL Competitor Fuseco Page 25X 50P 60X 70P 3T 4J 6T JT O BC C CK CL G GC GW GX NL NN TC TDR TM TMR TQ TQR L25S L50S L60S L70S JLLN JLS JLLS JTD TIS 3B TBC CCK CCL SLC 3G 7G 8G CNL CNN UTO CCMR KLKD KLKR FLQ KLDR B BF BN BO BBS BC BSUR1 BSUR2 BSUR3 BSUR4 BSUR5 BSUR6 BSUR7 BSUR8 BSUR9 BLF BLN TIS BLS TB C C08G C10G C14G C22G C520 CK CL CD CEO CH101 CH103 CH141 CH143 CH221 CH223 CMS221 CT NM CCK CCL TC TCP Competitor Fuseco Page D D16 D27 D33 DD DEO DIND003S DIND013S DIND023S DIND033S DMM TF TFP NH00-3DS NH1-3DS NH2-3DS NH3-3DS FLU E ED ED EET EFS EF ES ET TKF TMF TKM TM MES F F06 F21 FF FG FM20H FM32BW FM32H FM63H FMC101 FMC103 FMC141 FNM FNQ FNQ-R FRN-R FRS-R FSM FWH FWJ FWP FWX NS NIT TTM TT RS20H RS32BW RS32H RS63H FLM FLQ KLDR FLNR FLSR FLU L50S 100P L70S L25S , , , 83 81

35 Fuse Cross Reference Table Competitor Fuseco Page G GD GDB GDC GF GG GS GS GS GS 5-20 GSB GSB GSB GSB 5-20 GSG GSG , 190 GSG GSG GSG GSGB GSGB 170, 190 GSGB 175, 200 GSGB 225, 250 GSGB GSGB 235 GSGB 75 GSGB 80 GSGB H H07 HSH22B/W HSH22F/W HSH30B/W HSH30F/W J JJN JJS JKS K K07 K08 K09 KB KR85 L L09 L14 L30QS L50QS L70QS LCT LD LET LK LK LKC LKC LMMT LMT LP-CC LPJ-SP LR85 MP205 M205 D205 TLM TLT TI SFH22BW SFH22FW SFH30BW SFH30FW JLLN JLLS JLS TIS TB TBC L25S 2258F TC TCP 30QS 50QS 70QS MD LC 1735F LC MD CCMR JTD 3057F Competitor Fuseco Page M M09 M14 MX MD MDL ME MES MMT MT N N09 N100B N100B_C N11 N200B N200B_C N20B N20C N315B_C N315BS_C N32B N400B_C N404B_C N40TB_C N504B_C N630B_C N63B_C N63B_C N804B_C N805B_C NHC00G NHG00 NHG1 NHG2 NHG3 NITD NON NOS NSD NVK NYK NZ01 NZ02 OT OTM OTS P P09 P11 PK R R11 R12 RHB RHF RHLF TF TFP MXI 3BD 3GD 2258F ESD/MES TKF TCP TC TKM TFP TF NIT NS TKF TKM TI TMF TM TB TTM TT TIS TBC TLM TLT NH00F NH00F NH1F NH2F NH3F NIT NLN NLS NS 2258F 3057F NLN BLF/BLN NLS TMF TM 1451F TTM TT 2258F 2258F 3057F , , Competitor Fuseco Page S S11 S12 S500 S501 S504 S505 S506 S71002BWS S71002FWS S71002BBW S71002BFW S2 SB3 SB4 SBS SC SD5 SD6 SE4 SF3/SF4 SF5 SF6 SF7 SF8 SG7 SH10 SH8 SH9 SK SN2 SP SSD STD SY10 SY9 TLM TLT M205 MP205 D205 MP205D D205 SFH22BW SFH22FW SFH30BW SFH30FW NIT TI TIS BLS SLC TCP TFP TB TBC TC TF TKF TMF TKM TLM TM TTM MD NS MES SS LST TLT TT T TDC180 TR-R TRM TRS-R PL FLNR FLM FLSR 52 66, U UK 1751F 70 Prices do not include GST 33

36 BRITISH STNDRD HRC FUSES Clip-In Offset Tag NS 500V 415V 62mm Type gg for cable and line protection Fuseco Part Number Bussmann Part Number MEM Part Number mp Voltage NS2 NSD 2 2SN V 20 NS4 NSD 4 4SN V 20 NS6 NSD 6 6SN V 20 NS8 NSD 8 8SN V 20 NS10 NSD 10 10SN V 20 NS16 NSD 16 16SN V 20 NS20 NSD 20 20SN V 20 NS25 NSD 25 25SN V 20 NS32 NSD 32 32SN V 20 NS10M M16 415V 10 NS16M M20 415V 10 NS20M25 NSD 20M25 20SN2M25 20M25 500V 10 NS20M32 NSD 20M32 20SN2M32 20M32 500V 10 NS25M M32 415V 10 NSD32M36 NSD32M36-32M36 415V 10 NS32M40 NSD 32M40 32SN2M40 32M40 500V 10 NS32M50 NSD 32M50 32SN2M50 32M50 500V 10 NS32M63 NSD 32M63 32SN2M63 32M63 500V 10 Pack Size FUSE HOLDERS TO SUIT Refer to page 39 ESD MES 500V 415V 69m ESD2 ESD V 20 ESD4 ESD V 20 ESD6 ESD V 20 MES10 ESD V 20 MES16 ESD 16 16SP V 20 MES20 ESD 20 20SP V 20 MES25 ESD 25 25SP V 20 MES32 ESD 32 32SP V 20 MES40 ESD 40 40SP V 20 MES50 ESD 50 50SP V 20 MES63 ESD 63 60SP V 20 ESD63M80 ESD63M80-63M80 415V 10 ESD63M100 ESD63M100-63M V 10 FUSE HOLDERS TO SUIT Refer to page 39 SS 240V 51mm SS2 SSD V 10 SS4 SSD V 10 SS6 SSD V 10 SS10 SSD V 10 SS16 SSD V 10 SS20 SSD V 10 SS25 SSD V 10 SS32 SSD V 10 34

37 BRITISH STNDRD HRC FUSES Bolt-In Offset Tag LST 240V 38mm Type gg for cable and line protection Fuseco Part Number Bussmann Part Number MEM Part Number mp Voltage LST2 STD 2 2LS 2 240V 10 LST4 STD 4 4LS 4 240V 10 LST6 STD 6 6LS 6 240V 10 LST10 STD 10 10LS V 10 LST16 STD 16 16LS V 10 LST20 STD 20 20LS V 10 LST25 STD 25 25LS V 10 LST32 STD V 10 Pack Size NIT 500V 415V 44.5mm NIT2 NITD 2 2S V 20 NIT4 NITD 4 4S V 20 NIT6 NITD 6 6S V 20 NIT10 NITD 10 10S V 20 NIT16 NITD 16 16S V 20 NIT20 NITD 20 20S V 20 NIT25 NITD 25 25S V 20 NIT32 NITD 32 32S V 20 NIT20M25 NITD 20M25 20S2M25 20M25 500V 10 NIT20M32 NITD 20M32 20S2M32 20M32 500V 10 NIT32M40-32S2M40 32M40 500V 10 NIT32M50-32S2M50 32M50 500V 10 NIT32M63-32S2M63 32M63 500V 10 TI TIS 500V 415V FUSE HOLDERS TO SUIT Refer to page 39 TI2 O 2 2SB V 10 TI4 O 4 4SB V 10 TI6 O 6 6SB V 10 TI10 O 10 10SB V 10 TI16 O 16 16SB V 10 TI20 O 20 20SB V 10 TI25 O 25 25SB V 10 TI32 O 32 32SB V 10 TI32M35L M35 415V 10 TI32M40 O 32M40 32SB3M40 32M40 500V 10 TI32M50 O 32M50 32SB3M50 32M50 500V 10 TI32M63 O 32M63 32SB3M63 32M63 500V 10 73mm TIS V 10 TIS40 BO 40 40SB V 10 TIS50 BO 50 50SB V 10 TIS63 BO 63 63SB V 10 TIS80 OSD 80 80SO V 10 TIS100 OSD SO V 10 TIS63M80 BO63M80 63SB4M80 63M80 500V 10 TIS63M100 BO63M100 63SB4M100 63M V 10 TIS100M125 OSD 100M SOM M V 10 OSD100M160 OSD 100M SOM M V 10 FUSE HOLDERS TO SUIT Refer to page 39 35

38 BRITISH STNDRD HRC FUSES Bolt-In Offset Tag TCP TFP 500V 415V 94mm Type gg for cable and line protection Fuseco Part Number Bussmann Part Number MEM Part Number mp Voltage TCP V 10 TCP V 5 TCP32 CEO V 10 TCP40 CEO V 10 TCP50 CEO V 10 TCP63 CEO V 10 TCP80 CEO 80 80SD V 10 TCP100 CEO SD V 10 TCP100M125 CEO 100M SD5M M V 5 TCP100M160 CEO 100M SD5M M V 5 TCP100M200 CEO 100M SD5M M V 5 Pack Size TFP125 DEO SD V 5 TFP160 DEO SD V 5 TFP200 DEO SD V 5 TFP200M250 DEO 200M SD6M M V 1 TFP200M315 DEO 200M SD6M M V 1 FUSE HOLDERS TO SUIT Refer to page 39 Bolt-In Centre Tag TB 415V 97mm Type gg for cable and line protection Fuseco Part Number Bussmann Part Number MEM Part Number mp Voltage TB2 C 2 2SE V 10 TB4 C 4 4SE V 10 TB6 C 6 6SE V 10 TB10 C 10 10SE V 10 TB16 C 16 16SE V 10 TB20 C 20 20SE V 10 TB25 C 25 25SE V 10 TB32 C 32 32SE V 10 TB V 10 TB40 BC 40 40SE V 10 TB50 BC 50 50SE V 10 TB63 BC 63 63SE V 10 TB63M80 BC 63M80-63M80 415V 10 TB63M100 BC 63M100-63M V 10 Pack Size 36

39 BRITISH STNDRD HRC FUSES Bolt-In Centre Tag TBC TC TF TKF TMF 500V 415V Type gg for cable and line protection Fuseco Part Number Bussmann Part Number MEM Part Number mp Voltage TBC2 D 2 2SF V 10 TBC4 D 4 4SF V 10 TBC6 D 6 6SF V 10 TBC10 D 10 10SF V 10 TBC16 D 16 16SF V 10 TBC20 D 20 20SF V 10 TBC25 D 25 25SF V 10 TBC32 D 32 32SF V 10 TBC V 10 TBC40 BD 40 40SF V 10 TBC50 BD 50 50SF V 10 TBC63 BD 63 63SF V 10 TBC63M M80 500V 5 TBC63M M V 5 Pack Size 111mm TC80 CD 80 80SF V 10 TC100 CD SF V 10 TC 100M125 CD 100M SF5M M V 5 TC 100M160 CD 100M SF5M M V 5 TC 100M200 CD 100M SF5M M V 5 TF125 DD SF V 3 TF160 DD SF V 3 TF200 DD SF V 3 TF200M250 DD 200M SF6M M V 1 TF200M315 DD 200M SF6M M V 1 TKF250 ED SF V 3 TKF315 ED SF V 3 TKF315M M V 1 TKF315M400 ED 315M SF7M M V 1 TMF355 ED sf V 3 TMF400 ED SF V 3 TMF400M M V 1 TMF400M500 ED 400M SF8M M V 1 FUSE HOLDERS TO SUIT Refer to page 39 TKM 415V Type gg for cable and line protection TKM125 EFS V 1 TKM160 EFS V 1 TKM200 EFS V 1 TKM250 EFS SG V 1 TKM SG V 1 133mm FUSE HOLDERS TO SUIT Refer to page 39 37

40 BRITISH STNDRD HRC FUSES Bolt-In Centre Tag TM TTM TLM TMT TT TLT 500V 415V Type gg for cable and line protection Fuseco Part Number Bussmann Part Number MEM Part Number mp Voltage TM355 EF SH V 1 TM400 EF SH V 1 TM400M M V 1 TM400M500 EF 400M M V 1 TTM450 FF SH V 1 TTM500 FF SH V 1 TTM560 FF SH V 1 TTM630 FF SH V 1 Pack Size B TLM V 1 TLM710 GF SH V 1 TLM V 1 TLM800 GF SH V 1 TMT V 1 TMT V 1 Centre Tag Dimensions (mm) Part No. Fixing Centre Fixing Centre B TM TTM TLM TMT TT TLT TT450 FG SY V 1 TT500 FG SY V 1 TT560 FG SY V 1 TT630 FG SY V 1 TLT V 1 TLT710 GF SY V 1 TLT V 1 TLT800 GG SY V 1 TLT V 1 TLT V 1 TLU TXU 415V 660V 32mm Type gg for cable and line protection TLU V 1 TLU V 1 TLU V 1 TLU V 1 TLU V 1 TLU710 GH V 1 TLU V 1 TLU800 GH V 1 149mm TXU V 1 TXU1250 GH V 1 38

41 BRITISH STNDRD HRC FUSES Fuse Holders DIN Rail (for NS fuses) Part Number VOLTGE mp To suit Fuseco Fuse GEC Part number Wiring Type Pack Qty Colour FB32H FB32BW FB20H 415VC 20 NS SC20H Front Connect 10 BLCK FB32H 415VC 32 NS SC32H Front Connect 10 BLCK FB32BW 415VC 32 NS SC32BW Back Connect 10 BLCK FB32BH 415VC 32 NS SC32BH Back Stud / Front Connect 5 BLCK FB32P 415VC 32 NS SC32P Back Stud / Back Stud 5 BLCK SC63H-D 415VC 63 ES SC63H-D Front Connect 10 BLCK SC20HWH 415VC 20 NS SC20HWH Front Connect 10 white SC32HWH 415VC 32 NS SC32HWH Front Connect 10 white SC32PWH 415VC 32 NS SC32PWH Back Stud / Back Stud 5 white FB32BH FB32P Redspot Fuse Holders RS32H RS32BW RS32P RS32PH RS32H RS32PH RS32BW RS32P Part Number VOLTGE mp Rating To suit Fuseco Fuse To suit Bussmann Fuse Wiring Type Pack Qty Colour RS20H 660VC 20 NIT NITD Front Wired 10 BLCK RS20P 660VC 20 NIT NITD Back Wired/2 stud 10 BLCK RS20PH 660VC 20 NIT NITD Front/Back Wired 1 stud 10 BLCK RS20BW 660VC 20 NIT NITD Back Wired 10 BLCK RS32H 660VC 32 TI O Front Wired 10 BLCK RS32P 660VC 32 TI O Back Wired/2 stud 10 BLCK RS32PH 660VC 32 TI O Front/Back Wired 1 stud 10 BLCK RS32BW 660VC 32 TI O Back Wired 10 BLCK RS63H 660VC 63 TI/TIS O/BO Front Wired 10 BLCK RS63P 660VC 63 TI/TIS O/BO Back Wired/2 stud 10 BLCK RS63PH 660VC 63 TI/TIS O/BO Front/Back Wired 1 stud 10 BLCK RS63BW 660VC 63 TI/TIS O/BO Back Wired 10 BLCK RS100H 660VC 100 TCP CEO Front Wired 5 BLCK RS100P 660VC 100 TCP CEO Back Wired/2 stud 5 BLCK RS100PH 660VC 100 TCP CEO Front/Back Wired 1 stud 5 BLCK RS100BW 660VC 100 TCP CEO Back Wired 5 BLCK RS200H 660VC 200 TBC/TC/TF CD/DD Front Wired 1 BLCK RS200P 660VC 200 TBC/TC/TF CD/DD Back Wired/2 stud 1 BLCK RS200PH 660VC 200 TBC/TC/TF CD/DD Front/Back Wired 1 stud 1 BLCK RS400H 660VC 400 TKM/TM EFS/EF Front Wired 1 BLCK RS400P 660VC 400 TKM/TM EFS/EF Back Wired/2 stud 1 BLCK RS400PH 660VC 400 TKM/TM EFS/EF Front/Back Wired 1 stud 1 BLCK RS20HWH 660VC 20 NIT NITD Front Wired 10 white RS20PWH 660VC 20 NIT NITD Back Wired/2 stud 10 white RS32HWH 660VC 32 TI O Front Wired 10 white RS32PWH 660VC 32 TI O Back Wired/2 stud 10 white RS63HWH 660VC 63 TI/TIS O/BO Front Wired 10 white RS63PWH 660VC 63 TI/TIS O/BO Back Wired/2 stud 10 white RS100HWH 660VC 100 TCP CEO Front Wired 5 white RS100PWH 660VC 100 TCP CEO Back Wired/2 stud 5 white RSL63H 1200VC 63 HD36 HD36 Front Wired 20 white 39

42 BRITISH STNDRD HRC FUSES Type J JHU JPU JSU 415VC Class gg for cable and line protection JHU JPU-20 JHU JPU-32 JHU JPU JSU-20 JSU-32 JSU JHU JPU JSU JHU JPU JSU JHU JPU JSU JHU JPU JSU JHU-125 JHU-160 JHU-200 JHU-250 JHU JPU-125 JPU-160 JPU-200 JPU-250 JPU JSU-125 JSU-160 JSU-200 JSU-250 JSU JPU JSU JPU JSU Type J Dimensions (mm) JPU JSU Part No. Centre JPU JSU JHU 76 JPU JSU JPU 82 JPU JSU JSU 92 JSU Ultra Rapid Single Body VC (ar) 38mm Class ar for the protection of semiconductors amp FUSE HOLDERS TO SUIT Contact Fuseco VC (ar) 64mm Class ar for the protection of semiconductors amp FUSE HOLDERS TO SUIT Contact Fuseco 40

43 BRITISH STNDRD HRC FUSES Ultra Rapid Single Body VC (ar) 40mm Class ar for the protection of semiconductors FUSE HOLDERS TO SUIT Refer to page VC (ar) 59mm Class ar for the protection of semiconductors FUSE HOLDERS TO SUIT Refer to page VC (ar) 63mm Class ar for the protection of semiconductors FUSE HOLDERS TO SUIT Refer to page VC (ar) Class ar for the protection of semiconductors mm FUSE HOLDERS TO SUIT Refer to page 44 41

44 BRITISH STNDRD HRC FUSES Ultra Rapid Double Body VC sqare body (ar) 70mm Class ar for the protection of semiconductors FUSE HOLDERS TO SUIT Refer to page VC (ar) 80mm Class ar for the protection of semiconductors amp amp FUSE HOLDERS TO SUIT Refer to page VC (ar) 59mm Class ar for the protection of semiconductors amp amp FUSE HOLDERS TO SUIT Refer to page 44 42

45 BRITISH STNDRD HRC FUSES F Series FE 690VC (ar) 63mm Class ar for the protection of semiconductors FE35 35 FE71 71 FE40 40 FE80 80 FE45 45 FE90 90 FE50 50 FE FE63 63 FUSE HOLDERS TO SUIT Refer to page 44 FM 690VC (ar) 80mm Class ar for the protection of semiconductors FM FM FM FM FM FM FM FUSE HOLDERS TO SUIT Refer to page 44 FEE 690VC (ar) Class ar for the protection of semiconductors FEE FEE FEE FEE FEE FEE FUSE HOLDERS TO SUIT Refer to page 44 70mm FMM 690VC (ar) Class ar for the protection of semiconductors FMM FMM FMM FMM FMM FMM FUSE HOLDERS TO SUIT Refer to page 44 80mm 43

46 BRITISH STNDRD HRC FUSES Trip Indicators gsl GSL trip indicator VOLTGE length a (mm) GSL V 121 ti TI Trip indicator VOLTGE LENGTH (mm) TI V 37.6mm TI V 47.5mm TI V 55.7mm TI V 61.8mm Trip Indicator Kit EC / MC TI trip indicator with 2 clips VOLTGE to suit fuses EC V MC V , EC V , FE, FEE MC V , , FM, FMM MC V , , FM, FMM Fuse Base LSCR 1000VC modular fuse bases Fuse holders to suit bolt in fuses LSCR001 LSCR002 amp rating LSCR001 - Suited to , (up to 400), , FE, , FM, FEE, 25SM. LSCR002 - Suited to , , FM, , FMM,

47 BRITISH STNDRD HRC FUSES Ultra Rapid - Kyosan 25sh 240VC ultra rapid 57mm Semiconductor device protection 25SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH SH Please note that there are many styles of KYOSN fuses, usually found in Japanese made equipment. Please contact Fuseco for information on other styles. Traction Fuses HD VC/750VDC 121mm Fast cting for traction applications HD HD HD HD HD HD HD HD HD FUSE HOLDERS TO SUIT Refer to page 39 (RSL63H) NTO Tagged Fuses 440VC Fast acting for NTO applications (mm) m (mm) FUSE HOLDERS TO SUIT Contact Fuseco 45

48 MINITURE FUSES ustralux 5 x 20mm m VC fast, glass Fast acting for general applications amp RTING amp RTING M M 100m M M M 125m M M M 160m M M M 200m M M M 250m M mm M M M M 315m 400m M M mm M M 500m M M M 630m M M M 800m M M M M da VC slow, glass 5mm mp VC fast, ceramic 5mm mp205da 250VC slow, ceramic 5mm 20mm 20mm 20mm Delayed action performance amp RTING amp RTING D M 100m D D M 125m D D M 160m D D M 200m D D M 250m D D M 315m D D M 400m D D M 500m D D M 630m D D M 800m D D D Fast acting for general applications MP M 250m MP MP M 315m MP MP M 400m MP MP M 500m MP MP M 630m MP MP M 800m MP MP MP MP MP MP MP Delayed action performance MP205D-200M 200m MP205D-2 2 MP205D-250M 250m MP205D MP205D-315M 315m MP205D MP205D-400M 400m MP205D-4 4 MP205D-500M 500m MP205D-5 5 MP205D-630M 630m MP205D MP205D-800M 800m MP205D-8 8 MP205D-1 1 MP205D MP205D MP205D MP205D

49 MINITURE FUSES ustralux 6.3 x 32mm 3G 250VC fast, glass 6.3mm 6.3mm 6.3mm 32mm 3Gda 250VC slow, glass 32mm 3b 250VC fast, ceramic 32mm Fast acting for general applications 3G-100M 100m 3G-1 1 3G-125M 125m 3G G-150M 150m 3G G-200M 200m 3G-2 2 3G-250M 250m 3G G-300M 300m 3G-3 3 3G-375M 375m 3G-4 4 3G-500M 500m 3G-5 5 3G-600M 600m 3G-6 6 3G-750M 750m 3G-7 7 Delayed action performance 3GD-200M 200m 3GD-1 1 3GD-250M 250m 3GD GD-300M 300m 3GD GD-315M 315m 3GD GD-400M 400m 3GD-2 2 3GD-500M 500m 3GD GD-600M 600m 3GD-3 3 3GD-630M 630m 3GD GD-750M 750m 3GD GD-800M 800m 3GD-4 4 Fast acting for general applications 3B-300M 300m 3B-1 1 3B-315M 315m 3B B-350M 350m 3B B-375M 375m 3B B-400M 400m 3B-2 2 3B-500M 500m 3B B-600M 600m 3B-3 3 3B-630M 630m 3B B-750M 750m 3B-4 4 3B-800M 800m 3B-5 5 3G G-8 8 3G G G G G-25* 25 3G-30* 30 3G-35* 35 * Ceramic body 3GD-5 5 3GD-6 6 3GD GD-7 7 3GD-8 8 3GD GD GD B-6 6 3B-7 7 3B-8 8 3B B B B B B bda 250VC slow, ceramic Delayed action performance 3BD-500M 500m 3BD-600M 600m 3BD BD-2 2 3BD-8 8 3BD BD-630M 630m 3BD BD BD-700M 700m 3BD-3 3 3BD BD-750M 750m 3BD-3 3 3BD mm 3BD-800M 800m 3BD-1 1 3BD BD-4 4 3BD BD mm 3BD BD BD-5 5 3BD-6 6 3BD BD-7 7 FUSE HOLDERS TO SUIT Refer to pages 54, 55 47

50 MINITURE FUSES ustralux Fuse Kits 5 x 20mm fast acting glass fuses 5 x 20mm slow acting glass fuses VOLTGE 250VC VOLTGE 250VC PCKGING 180 fuses in total 10 of each rating in 18 compartments PCKGING 180 fuses in total 10 of each rating in 18 compartments FUSE RTINGS INCLUDed: FUSE RTINGS INCLUDed: m205-kit 100m 160m 250m 315m 500m 630m 800m D205-kit 100m 125m 160m 250m 315m 400m 500m 630m 800m x 32mm fast acting glass fuses 6.3 x 32mm slow acting glass fuses VOLTGE 250VC VOLTGE 250VC PCKGING 180 fuses in total 10 of each rating in 18 compartments PCKGING 180 fuses in total 10 of each rating in 18 compartments FUSE RTINGS INCLUDed: FUSE RTINGS INCLUDed: 3G-kit 100m 150m 250m 375m 500m 750m agda-kit 200m 250m 375m 500m 750m 800m Your selection of fuses VOLTGE PCKGING Mixed Kit 250VC 180 fuses in total 10 of each rating in 18 compartments FUSE RTINGS INCLUDed: Fuseco offers a customisation option. If you would like us to build fuse kits to your specific needs, just contact us and nominate the fuse products that you would like and we will build a customised fuse kit or fuse box to your specifications. ustralux Fuse Box selection of 3G and M205 fast acting glass fuses VOLTGE PCKGING 250VC 600 fuses in total FUSEBOX-001 description popular storage option that doesn t take up a lot of space! Can be placed on a shelf or counter, screwed into a panel or hung. 20 trays containing the most common 3G & M205 fuses. 30 fuses per tray = a total of 600 fuses. FUSES INCLUDed: M m G 500m

51 MINITURE FUSES 4.5 x 15mm 41nm 250VC fast, glass 4.5mm 15mm Fast acting for general applications. lso known as 2G within the US. amp amp 41NM-100M NM NM-125M NM NM-250M NM NM-300M NM NM-315M NM NM-350M NM NM-375M NM NM-400M NM NM-500M NM NM-600M NM NM-630M NM NM-750M NM NM-800M NM NM NM NM NM NM NM NM x 20mm VC ultra rapid (ar) 5mm 20mm Class ar for the protection of semiconductors amp amp M 100m M 125m M 160m M 200m M 250m M 315m M 400m M 500m M 630m M 800m

52 MINITURE FUSES 5 x 25mm VC fast, glass 5mm 5mm 25mm VC fast, ceramic Fast acting for general applications M 32m M 315m M 50m M 400m M 63m M 500m M 80m M 630m M 100m M 800m M 125m M 160m M 200m M 250m Fast acting with indicator amp colour amp colour Orange White Blue Green Yellow Grey Black Red Brown 5mm 25mm VC medium time delay ceramic 25mm Medium time delay with indicator amp colour M 50m White M 63m Green M 80m Grey M 100m Red M 125m Lilac M 160m Orange M 200m Blue M 250m Yellow M 315m Black M 400m Brown M 500m White M 630m Green amp colour M 800m Grey Red Lilac Orange Blue Yellow Black Brown White Green Grey Red VC fast, ceramic 5mm 25mm Fast acting with indicator. Lloyds approved. amp colour amp colour M 250m Yellow Blue M 315m Black yellow M 400m Brown Black M 500m White Brown M 800m Grey White Red Green Lilac Grey Orange Red FUSE HOLDERS TO SUIT Refer to pages 54, 55 50

53 MINITURE FUSES 5 x 30mm VC medium time delay glass Transparent (32m-800m) Sand Filled (1-10) 5mm VC fast, glass Transparent (32m-800m) Sand Filled (1-10) 5mm 30mm 30mm Medium time delay performance amp M 32m M 50m M 63m M 80m M 100m M 125m M 160m M 200m M 250m M 315m M 400m M 500m M 630m Fast acting for general applications amp M 32m M 50m M 63m M 80m M 100m M 125m M 160m M 200m M 250m M 315m M 400m M 500m M 630m amp M 800m amp M 800m

54 MINITURE FUSES 6.3 x 22mm 7G 32 / 125VC fast, glass 6.3mm 22mm Fast acting for general applications. lso known as 2G outside the US. Voltage Voltage 7G-100M 100m 125V 7G V 7G-250M 250m 125V 7G V 7G-500M 500m 125V 7G V 7G V 7G V 7G V 7G V 7G V 7G V 7G V 7G V 7G V 6.3 x 25.4mm 8ag 125 / 250VC fast, glass 6.3mm 25.4mm Fast acting for general applications Voltage 8G-100M 100m 250V 8G-250M 250m 250V 8G-500M 500m 250V 8G V 8G V 8G V 8G V 8G V 8G V 8G V Voltage 8G V 8G V 8G V 8G V 8G V 8G V 8G V 8G V PL 240VC fast, ceramic 6.3mm Fast acting for general applications. Known as Plug Fuse for protection applications in the UK. BS1362 approval. PL-1 PL-2 PL-3 PL PL-7 PL-10 PL mm tdc VC fast, ceramic 6.3mm 25.4mm Fast acting for general applications. BS1362 approval. TDC600-2 TDC

55 MINITURE FUSES 6.3 x 32mm Ceramic VC* fast 6.3mm VC* slow 6.3mm 32mm 32mm Fast acting for general applications. lso known as Series * voltage * voltage M 160m 500V V M 200m 500V V M 250m 500V V M 315m 500V V M 400m 500V V M 500m 500V V M 630m 500V V M 800m 500V V V V V V V V V Delayed action performance. lso known as Series * voltage * voltage M 100m 500V V M 125m 500V V M 160m 500V V M 200m 500V V M 250m 500V V M 315m 500V V M 400m 500V V M 500m 500V V M 630m 500V V M 800m 500V V V V V V V V VC fast 6.3mm 6.3mm 32mm / 700VC ultra rapid (ar) 32mm Fast acting for general applications M 200m M 400m M 500m M 800m Class ar for the protection of semiconductors voltage voltage M 160m 700V V M 200m 700V V M 250m 700V V M 315m 700V V M 400m 700V V M 500m 700V V M 630m 700V V M 800m 700V V V V V V V V 53

56 MINITURE FUSES 6.3 x 32mm VC/DC ultra rapid (ar) 6.3mm 32mm Class ar for Digital Measuring Instruments M 100m M 630m M 200m M 800m M 250m M 315m M 400m M 500m NTo Series 440VC Fast acting for NTO applications m m mm 32mm x 40mm MWF 5000VC microwave oven fuse 6.5mm 40mm Specially designed for microwave oven applications MWF60 600m MWF80 MWF70 700m MWF100 MWF75 750m Supplied with in-line holders 800m x 38mm 5G 32VC/DC fast, glass Fast acting. Gold plated for use in audio. 5G G G-40 5G G G mm 5G mm FUSE HOLDERS TO SUIT Refer to page 65 In-Line Holders hf-013 (5 x 20mm) Bayonet cap (half twist), 125V hf-011 (5 x 20mm) Screw cap (half twist), 125V hf-012 (6.3 x 32mm) Screw cap (half twist), 125V hf-014 (6.3 x 32mm) Bayonet cap (half twist), 125V e1206 (6.3 x 32mm) Screw cap, 250V 54

57 MINITURE FUSES Fuse Clips and Blocks hf-004 (5 x 20mm) Nickel plated with end stops, 125V hf-005 (6.3 x 32mm) Nickel plated, 125V hf-004/p (5 x 20mm) Phosphor bronze body, tin plated, 125V 6x32801 (6.3 x 32mm) Moulded Base Fuse Block, 300V hf-003/b (5 x 20mm) Modular Fuse Base, 125V (6.3 x 32mm) Tin Plated Fuse Clip, 125V hf-003 (5 x 20mm) High profile with transparent cover, 250V Panel Mount Holders hf-007 (5 x 20mm) Finger-grip knob, 125V FH-033 (5 x 20mm) Screwdriver slot, 125V fh-043a (5 x 20mm) Finger-grip knob, 250V htb-24m (5 x 20mm) Screwdriver slot, 250V hf-008 (6.3 x 32mm) Finger grip knob, 125V FH-052S (6.3 x 32mm) Screwdriver slot, 250V fh-001af (6.3 x 32mm) Finger grip knob, 125V hkp (6.3 x 32mm) Heavy duty finger grip, 125V to 250V DIN Rail Holders m205-din1 (5 x 20mm) To be used with 4mm Cable, 600V 3ag-din1-10 (6.3 x 32mm) To be used with 10mm Cable, 600V m205-din1-10 (5 x 20mm) To be used with 10mm Cable, 600V 3ag-din1 (6.3 x 32mm) To be used with 4mm Cable, 600V 55

58 CRTRIDGE fuses 8.5mm Diameter 8.5 x 23mm 250VC fast (gg) 8.5mm 23mm Class gg for cable and line protection x 31.5mm 400VC fast (gg) 8.5mm 31.5mm Class gg for cable and line protection m FUSE HOLDERS TO SUIT Refer to page x 31.5mm 400VC slow (am) 8.5mm 31.5mm Class am for circuits with high inrush currents FUSE HOLDERS TO SUIT Refer to page x 36mm 400VC fast (gg) 8.5mm 36mm Class gg for cable and line protection

59 CRTRIDGE FUSES 8.5 x 31.5mm DIN Rail Fuse Holders Part Number Description Module mp Rating Voltage Rating Pack Size x32 DIN Fuse Holder 1 Pole V x32 DIN Fuse Holder 2 Pole V x32 DIN Fuse Holder 3 Pole V x32 DIN Fuse Holder 4 Pole V 3 WITH LED INDICTOR I 8.5x32 IND. DIN Fuse Holder 1 Pole V I 8.5x32 IND. DIN Fuse Holder 1+N Pole V I 8.5x32 IND. DIN Fuse Holder 1+N Pole V I 8.5x32 IND. DIN Fuse Holder 2 Pole V I 8.5x32 IND. DIN Fuse Holder 3 Pole V I 8.5x32 IND. DIN Fuse Holder 3+N Pole V I 8.5x32 IND. DIN Fuse Holder 3+N Pole V 3 WITH NEUTRL POLES x32 DIN Fuse Holder 1 + N Pole V x32 DIN Fuse Holder 1 + N Pole V x32 DIN Fuse Holder 3 + N Pole V x32 DIN Fuse Holder 3 + N Pole V 3 Note For Semiconductor Fuses Watts loss values of fuse and fuse holder combined must be considered if intending to use semiconductor fuses in these enclosed holders. Contact Fuseco for further advice. 57

60 CRTRIDGE fuses 10.3mm Diameter 10.3 x 26mm 240VC* fast (gg) 10.3mm Class gg for cable and line protection. lso used for service applications. part NO. * voltage LC V LC V LC V LC V part NO. * voltage LC V V LC V 26mm 10.3 x 31.5mm 400VC fast (gg) Class gg for cable and line protection part NO mm 31.5mm VC/DC ultra rapid (ar) 10.3mm Class ar for semiconductor protection. Digital measuring equipment applications part NO m m m 200m 250m 315m part NO m m 400m 440m 35mm BLS 600VC fast acting Fast acting for general applications BLS2/10 200m BLS2 BLS4/10 400m BLS3 2 3 BLS1/2 500m BLS4 4 BLS3/4 750m BLS mm BLS8/10 BLS1 800m 1 BLS6 BLS7 6 7 BLS1-1/2 1.5 BLS8 8 35mm BLS1-6/ BLS1-8/ BLS

61 CRTRIDGE FUSES 10.3 x 38mm 10.3 x 38mm 500VC* fast (gg) 10.3mm Class gg for cable and line protection amp * VOLTGE m 500V V V V V V amp * VOLTGE V V V V V V 38mm 10.3 x 38mm 500VC* slow (am) 10.3mm Class am for circuits with high inrush currents amp * VOLTGE amp * VOLTGE m 500V V m 500V V m 500V V V V V V V V V V 38mm FUSE HOLDERS TO SUIT Refer to pages 68, 69 59

62 CRTRIDGE fuses 10.3 x 38mm BLF/BLN 250VC fast Fast acting for general applications BLF1/2 500m BLF7 BLF1 1 BLF8 7 8 BLF1-1/2 1.5 BLF9 9 BLF2 2 BLF mm BLF2-1/2 2.5 BLF3 3 BLF12 BLF BLF4 4 BLN mm BLF5 5 BLN25 25 BLF6 6 BLN30 30 BLF6-1/ FLM 250VC slow 10.3mm 38mm Slow acting for circuits with high inrush currents FLM1/10 100m FLM3 3 FLM15/ m FLM3-2/ FLM2/10 200m FLM3-1/2 3.5 FLM1/4 250m FLM4 4 FLM3/10 300m FLM4-1/2 4.5 FLM4/10 400m FLM5 5 FLM1/2 500m FLM5-6/ FLM6/10 600m FLM6 6 FLM8/10 800m FLM6-1/ FLM1 1 FLM7 7 FLM1-1/ FLM8 8 FLM1-1/ FLM9 9 FLM1-4/ FLM10 10 FLM1-6/ FLM12 12 FLM1-8/ FLM15 15 FLM2 2 FLM20 20 FLM2-1/ FLM25 25 FLM2-1/2 2.5 FLM30 30 FLM2-8/

63 CRTRIDGE FUSES 10.3 x 38mm FLQ 500VC slow 10.3mm 38mm Slow acting for circuits with high inrush currents FLQ1/10 100m FLQ3 3 FLQ1/8 125m FLQ3-2/ FLQ15/ m FLQ3-1/2 3.5 FLQ3/16 187m FLQ4 4 FLQ2/10 200m FLQ4-1/2 4.5 FLQ1/4 250m FLQ5 5 FLQ3/10 300m FLQ5-6/ FLQ4/10 400m FLQ6 6 FLQ1/2 500m FLQ6-1/ FLQ6/10 600m FLQ7 7 FLQ8/10 800m FLQ8 8 FLQ1 1 FLQ9 9 FLQ1-1/ FLQ10 10 FLQ1-1/ FLQ12 12 FLQ1-1/2 1.5 FLQ14 14 FLQ1-6/ FLQ15 15 FLQ2 2 FLQ20 20 FLQ2-1/ FLQ25 25 FLQ2-1/2 2.5 FLQ30 30 klkd 600VC/DC fast Fast acting for general C and DC applications KLKD1/10 100m KLKD2 2 KLKD1/8 125m KLKD2-1/2 2.5 KLKD9 KLKD KLKD2/10 200m KLKD3 3 KLKD12 12 KLKD1/4 250m KLKD3-1/2 3.5 KLKD mm KLKD3/10 KLKD1/2 300m 500m KLKD4 KLKD5 4 5 KLKD20 KLKD mm KLKD3/4 KLKD1 750m 1 KLKD6 KLKD7 7 6 KLKD30 30 KLKD1-1/2 1.5 KLKD8 8 KLKR 600VC fast Fast acting (Class CC) for general applications KLKR1/10 100m KLKR2 2 KLKR1/8 125m KLKR2-1/2 2.5 KLKR8 KLKR9 8 9 KLKR2/10 200m KLKR3 3 KLKR mm KLKR1/4 KLKR3/10 250m 300m KLKR3-1/2 3.5 KLKR4 4 KLKR12 KLKR KLKR1/2 500m KLKR5 5 KLKR mm KLKR3/4 KLKR1 750m 1 KLKR6 KLKR7 6 7 KLKR25 KLKR KLKR1-1/2 1.5 FUSE HOLDERS TO SUIT Refer to pages 68, 69 61

64 CRTRIDGE fuses 10.3 x 38mm KLDR 600VC 300VDC slow 10.3mm 38mm Slow acting (Class CC) for circuits with high inrush currents KLDR1/10 100m KLDR2-8/ KLDR1/8 125m KLDR3 3 KLDR15/ m KLDR3-2/ KLDR3/16 187m KLDR3-1/2 3.5 KLDR2/10 200m KLDR4 4 KLDR1/4 250m KLDR4-1/2 4.5 KLDR3/10 300m KLDR5 5 KLDR4/10 400m KLDR5-6/ KLDR1/2 500m KLDR6 6 KLDR6/10 600m KLDR6-1/ KLDR3/4 750m KLDR7 7 KLDR8/10 800m KLDR7-1/2 7.5 KLDR1 1 KLDR8 8 KLDR1-1/ KLDR9 9 KLDR1-1/ KLDR10 10 KLDR1-4/ KLDR12 12 KLDR1-1/2 1.5 KLDR15 15 KLDR1-6/ KLDR17-1/ KLDR1-8/ KLDR20 20 KLDR2 2 KLDR25 25 KLDR2-1/ KLDR30 30 KLDR2-1/2 2.5 ccmr 600VC 300VDC slow B B CCMR DIMENSIONS (mm) S B Slow acting (Class CC) for circuits with high inrush currents CCMR2/10 200m CCMR4-1/2 4.5 CCMR1/4 250m CCMR5 5 CCMR3/10 300m CCMR5-6/ CCMR1/2 500m CCMR6 6 CCMR6/10 600m CCMR6-1/ CCMR8/10 800m CCMR7 7 CCMR1 1 CCMR7-1/2 7.5 CCMR1-1/ CCMR8 8 CCMR1-1/ CCMR9 9 CCMR1-4/ CCMR10 10 CCMR1-1/2 1.5 CCMR12 12 CCMR1-6/ CCMR15 15 CCMR1-8/ CCMR17-1/ CCMR2 2 CCMR20 20 CCMR2-1/ CCMR25 25 CCMR2-1/2 2.5 CCMR30 30 CCMR2-8/ CCMR35 35 CCMR3 3 CCMR40 40 CCMR3-2/ CCMR45 45 CCMR3-1/2 3.5 CCMR50 50 CCMR4 4 CCMR60 60 FUSE HOLDERS TO SUIT Refer to pages 68, 69 62

65 CRTRIDGE FUSES 10.3 x 38mm VC ultra rapid (ar) 10.3mm 38mm Class ar for the protection of semiconductors VC ultra rapid (gr) 10.3mm 38mm Class gr for the protection of semiconductors VC/DC ultra rapid (ar) 10.3mm 38mm Class ar for the protection of semiconductors. Digital measuring equipment applications m 440m m 500m mm Diameter SLC 600/480VC fast/time delay 10.3mm L Class G. Fast acting up to 5 and slow acting 6-60 amp VOLTGE LENGTH (mm) amp VOLTGE LENGTH (mm) SLC1/2 500m 600V 33.3 SLC V 33.3 SLC V 33.3 SLC V 35.7 SLC V 33.3 SLC V 41.3 SLC V 33.3 SLC V 41.3 SLC V 33.3 SLC V 57.2 SLC V 33.3 SLC V 57.2 SLC V 33.3 SLC V 57.2 SLC V 33.3 SLC V 57.2 SLC V 33.3 SLC V 57.2 SLC V

66 CRTRIDGE fuses 10.3mm Diameter FLU 1000VC/DC fast 10.3mm Fast acting for digital measurement equipment applications amp LENGTH (mm) FLU44/ m 35 FLU L Photovoltaic (PV) Fuse & Holder VDC gpv 10.3mm 38mm Specialised class gpv for photovoltaic (solar) applications FUSE HOLDERS TO SUIT Refer below VDC Part NO. Description to suit Voltage Rating dc 1-Pole x 38mm PV Fuse 1000VDC dc 2-Pole x 38mm PV Fuse 1000VDC Fuse Holders 1038-ilfh (10 x 38mm) 5G In-Line Holder, 32V gpm-b (10 x 38mm) Panel Mount, Bayonet Cap, 250V 4515 (10 x 38mm) Open style Fuse Block, Screw Terminals, 250V gpm-wt (10 x 38mm) Panel Mount, Watertight, 600V gpm-s (10 x 38mm) Panel Mount, Screw Cap, 600V 64

67 CRTRIDGE FUSES 10 x 38mm DIN Rail Fuse Holders Part Number Description Module mp Rating Voltage Rating Pack Size x38 DIN Fuse Holder 1 Pole V x38 DIN Fuse Holder 2 Pole V x38 DIN Fuse Holder 3 Pole V x38 DIN Fuse Holder 4 Pole V 3 WITH LED INDICTOR I 10x38 IND. DIN Fuse Holder 1 Pole V I 10x38 IND. DIN Fuse Holder 1+N Pole V I 10x38 IND. DIN Fuse Holder 1+N Pole V I 10x38 IND. DIN Fuse Holder 2 Pole V I 10x38 IND. DIN Fuse Holder 3 Pole V I 10x38 IND. DIN Fuse Holder 3+N Pole V I 10x38 IND. DIN Fuse Holder 3+N Pole V I 10x38 IND. DIN Fuse Holder 4 Pole V 3 WITH NEUTRL POLES N 10x38 DIN Fuse Holder N Pole V x38 DIN Fuse Holder 1 + N Pole V x38 DIN Fuse Holder 1 + N Pole V x38 DIN Fuse Holder 3 + N Pole V x38 DIN Fuse Holder 3 + N Pole V 3 Note For Semiconductor Fuses Watts loss values of fuse and fuse holder combined must be considered if intending to use semiconductor fuses in these enclosed holders. Contact Fuseco for further advice. Note For PV (Solar) Fuses These holders are not suitable for use with 1000VDC PV (Solar) fuses. Refer to holders on page x 38mm Open Base Fuse Holders L60030M1C Open 1P Fuse Block, Box Lug Terminals, 600V. Contact Fuseco for Class CC fuse holders. L60030M3C Open 3P Fuse Block, Box Lug Terminals, 600V. Contact Fuseco for Class CC fuse holders. 65

68 CRTRIDGE fuses 14.3 x 51mm NLN 250VC fast Fast acting (Class K-5) for general applications NLN1 1 NLN8 NLN2 2 NLN NLN3 3 NLN12 12 NLN4 4 NLN mm NLN5 NLN6 5 6 NLN20 NLN mm NLN7 7 NLN30 30 FLNR 250VC slow 14.3mm 51mm Slow acting (Class RK5) for circuits with high inrush currents FLNR1/10R 100m FLNR3-2/10R 3.2 FLNR1/8R 125m FLNR3-1/2R 3.5 FLNR15/100R 150m FLNR4R 4 FLNR2/10R 200m FLNR4-1/2R 4.5 FLNR3/10R 300m FLNR5R 5 FLNR4/10R 400m FLNR5-6/10R 5.6 FLNR1/2R 500m FLNR6R 6 FLNR6/10R 600m FLNR6-1/4R 6.25 FLNR8/10R 800m FLNR7R 7 FLNR1R 1 FLNR7-1/2R 7.5 FLNR1-1/8R FLNR8R 8 FLNR1-1/4R 1.25 FLNR9R 9 FLNR1-4/10R 1.4 FLNR10R 10 FLNR1-6/10R 1.6 FLNR12R 12 FLNR1-8/10R 1.8 FLNR15R 15 FLNR2R 2 FLNR17-1/2R 17.5 FLNR2-1/4R 2.25 FLNR20R 20 FLNR2-1/2R 2.5 FLNR25R 25 FLNR2-8/10R 2.8 FLNR30R 30 FLNR3R 3 FUSE HOLDERS TO SUIT Refer to pages 73 66

69 CRTRIDGE FUSES 14.3 x 51mm 14.3 x 51mm 690VC* fast (gg) 14.3mm 51mm Class gg for general applications amp * VOLTGE V V V V V V V amp * VOLTGE V V V V V V 14.3 x 51mm 690VC* slow (am) 14.3mm 51mm Class am for circuits with high inrush currents amp * VOLTGE amp * VOLTGE m 690V V m 690V V V V V V V V V V V V V V 1451f 415VC service fuse 14.3mm 51mm Fast acting for service applications. BS1361 approved. 1451F F F F F F F F F L50S 500VC ultra rapid 14.3mm Ultra rapid for semiconductor applications L50S L50S-25 L50S L50S-30 L50S mm FUSE HOLDERS TO SUIT Refer to pages 73 67

70 CRTRIDGE fuses 14.3 x 51mm a70qs-14f 700VC ultra rapid 14.3mm Ultra rapid for the protection of semiconductors 70QS10-14F 10 70QS25-14F 70QS12-14F 12 70QS32-14F 70QS16-14F 16 70QS40-14F 70QS20-14F 20 70QS50-14F mm L70S 700VC ultra rapid Ultra rapid for the protection of semiconductors L70S L70S25-1 L70S L70S30-1 L70S mm 51mm VC (IEC) 700VC (UL) ultra rapid (gr) 14.3mm Class gr (with indicator) for the protection of semiconductors mm VDC ultra rapid (ar) 14.3mm 51mm Class ar for the protection of semiconductors in DC circuits

71 CRTRIDGE FUSES 14.3 x 51mm DIN Rail Fuse Holders Part Number Description Module mp Rating Voltage Rating Pack Size x51 DIN Fuse Holder 1 Pole V x51 DIN Fuse Holder 2 Pole V x51 DIN Fuse Holder 3 Pole V x51 DIN Fuse Holder 4 Pole V 1 WITH LED INDICTOR x51 IND. DIN Fuse Holder 1 Pole V x51 IND. DIN Fuse Holder 1+N Pole V x51 IND. DIN Fuse Holder 2 Pole V x51 IND. DIN Fuse Holder 3 Pole V x51 IND. DIN Fuse Holder 3+N Pole V x51 IND. DIN Fuse Holder 4 Pole V 1 with MICROSWITCH x51 MS DIN Fuse Holder 1 Pole V x51 MS DIN Fuse Holder 3 Pole V x51 MS DIN Fuse Holder 3+N Pole V x51 MS DIN Fuse Holder 1 Pole (only fusing) 14x51 MS DIN Fuse Holder 3 Pole (only fusing) 14x51 MS DIN Fuse Holder 3+N Pole (only fusing) V V V 1 WITH NEUTRL POLES x51 DIN Fuse Holder N Pole V x51 DIN Fuse Holder 1 + N Pole V x51 DIN Fuse Holder 3 + N Pole V 1 Note For Semiconductor Fuses Watts loss values of fuse and fuse holder combined must be considered if intending to use semiconductor fuses in these enclosed holders. Contact Fuseco for further advice. 14 x 51mm Open Fuse Holders LFH C 250VC Open 1P Fuse Block, Box Lug Terminals, 250V. LFH C 250VC Open 3P Fuse Block, Box Lug Terminals, 250V. 69

72 CRTRIDGE fuses Various Cartridge Fuses nato series 440VC fast B Fast acting for NTO applications (mm) B(mm) (mm) B(mm) MD 415VC service fuse 12.7mm Fast acting for general and service applications amp BRND amp BRND MD2 2 Lawson MD20 20 Lawson MD4 4 Lawson MD25 25 Lawson MD6 6 Lawson 1329F Fusemaster MD8 8 Lawson MD32 32 Lawson MD10 10 Lawson 1329F Fusemaster MD16 16 Lawson 29mm 1735f 440VC service fuse 16.7mm Fast acting for general and service applications 1735F F F mm 1751f 415VC* service fuse 16.7mm Fast acting for general and service applications amp * VOLTGE 1751F V 1751F V 1751F V 1751F V 51mm 70

73 CRTRIDGE FUSES 20 x 76mm Service Fuse 2076f 415VC* service fuse 20.6mm Fast acting for service applications, cable and line protection * VOLTGE * VOLTGE 2076F V 2076F V 2076F V 2076F V 2076F V 76mm 22 x 58mm Service Fuse 2258F 415VC service fuse 22mm Fast acting for service applications, cable and line protection 2258F F F F F F F F F mm 22 x 58mm Service Fuse Holder SFH Series 500VC SFH22FW SFH22BW description Front wired to suit 2258F service fuses Back Wired to suit 2258F service fuses 71

74 CRTRIDGE fuses 22 x 58mm 22 x 58mm 690VC* fast (gg) 22mm 58mm Class gg for cable and line protection * VOLTGE V V V V V V V V * VOLTGE V V V V V V V V 22 x 58mm 690VC* slow (am) 22mm 58mm Class am for circuits with high inrush currents * VOLTGE * VOLTGE V V V V V V V V V V V V V V V V V VC ultra rapid (gr) 22mm 58mm Class gr with indicator for the protection of semiconductors QS-22F 700VC/DC ultra rapid 22mm Ultra rapid for the protection of semiconductors 70QS20-22F 20 70QS50-22F 70QS25-22F 25 70QS63-22F 70QS32-22F 32 70QS80-22F 70QS40-22F 40 70QS100-22F mm FUSE HOLDERS TO SUIT Refer to pages 78 72

75 CRTRIDGE FUSES 22 x 58mm DIN Rail Fuse Holders Part Number Description Module mp Rating Voltage Rating Pack Size x58 DIN Fuse Holder 1 Pole V x58 DIN Fuse Holder 2 Pole V x58 DIN Fuse Holder 3 Pole V x58 DIN Fuse Holder V 1 with led indicator x58 IND DIN Fuse Holder 1 Pole V x58 IND DIN Fuse Holder 1+N Pole V x58 IND DIN Fuse Holder 2 Pole V x58 IND DIN Fuse Holder 3 Pole V x58 IND DIN Fuse Holder 3+N Pole V x58 IND DIN Fuse Holder 4 pole V 1 with microswitch x58 MS DIN Fuse Holder 1 Pole V x58 MS DIN Fuse Holder 3 Pole V x58 MS DIN Fuse Holder 3+N Pole V 1 WITH NEUTRL POLES x58 DIN Fuse Holder N Pole V x58 DIN Fuse Holder 1+N Pole V x58 DIN Fuse Holder 3+N Pole V 1 Note For Semiconductor Fuses Watts loss values of fuse and fuse holder combined must be considered if intending to use semiconductor fuses in these enclosed holders. Contact Fuseco for further advice. FP Series Fuse Pullers FP-3 FP-2 FP-3 FP-4 FP-6 Description Glass tube and MINI / UTO fuses 10.3 to21mm diameter fuses 25.4 to 44.5mm diameter fuses 44.5 to 63.5mm diameter fuses 0-60 JLLN and JLLS fuses 73

76 CRTRIDGE fuses Various Cartridge Fuses VDC ultra rapid (gr) 20mm Class gr (with striker) for the protection of semiconductors mm FUSE HOLDERS TO SUIT (Disconnect switch) VDC ultra rapid (gr) 20mm Class gr (with striker) for the protection of semiconductors FUSE HOLDERS TO SUIT (Disconnect switch) 127mm VDC ultra rapid (gr) 20mm Class gr for the protection of semiconductors FUSE HOLDERS TO SUIT Contact Fuseco 190mm VDC ultra rapid (gr) 36mm Class gr with striker for the protection of semiconductors FUSE HOLDERS TO SUIT Contact Fuseco 190mm 74

77 CRTRIDGE FUSES 27 x 60mm VC ultra rapid (ar) with striker 27mm Type ar (with striker) for the protection of semiconductors mm VDC* ultra rapid (gr) with striker 27mm Type gr (with striker) for the protection of semiconductors * VOLTGE * VOLTGE V V V V V V V V V V V V V V V 60mm 30 x 57mm Service Fuse 3057F/MF 415VC service fuse Fast acting for service applications, cable and line protection amp BRND amp BRND MF30 30 Lawson 3057F Fusemaster MF40 40 Lawson 3057F Fusemaster MF50 50 Lawson 3057F Fusemaster 30mm 57mm 30 x 57mm Service Fuse Holder SFH Series description SFH30FW Front Wired to suit 3057F service fuses SFH30BW Back Wired to suit 3057F service fuses 75

78 MERICN STNDRD FUSES Industrial Class K-5 NLN 250VC fast C NLN DIMENSIONS (mm) mps B C D B D Fast acting for general purpose applications NLN1 1 NLN60 NLN2 2 NLN70 NLN3 3 NLN80 NLN4 4 NLN90 NLN5 5 NLN100 NLN6 6 NLN110 NLN7 7 NLN125 NLN8 8 NLN150 NLN10 10 NLN175 NLN12 12 NLN200 NLN15 15 NLN225 NLN20 20 NLN250 NLN25 25 NLN300 NLN30 30 NLN350 NLN35 35 NLN400 NLN40 40 NLN450 NLN45 45 NLN500 NLN50 50 NLN NLS 600VC fast NLS DIMENSIONS (mm) C mps B C D B D Fast acting for general purpose applications NLS1 1 NLS60 NLS2 2 NLS70 NLS3 3 NLS80 NLS4 4 NLS90 NLS5 5 NLS100 NLS6 6 NLS110 NLS7 7 NLS125 NLS8 8 NLS150 NLS10 10 NLS175 NLS12 12 NLS200 NLS15 15 NLS225 NLS20 20 NLS250 NLS25 25 NLS300 NLS30 30 NLS350 NLS35 35 NLS400 NLS40 40 NLS450 NLS45 45 NLS500 NLS50 50 NLS

79 MERICN STNDRD FUSES Industrial Class RK5 FLNR 250VC slow Slow acting for motor circuit protection FLNR1/10 100M FLNR3-2/ FLNR1/8 125M FLNR3-1/2 3.5 FLNR50 FLNR FLNR15/ M FLNR4 4 FLNR70 70 B FLNR2/10 200M FLNR4-1/2 4.5 FLNR75 75 FLNR1/4 FLNR3/10 250M 300M FLNR5 5 FLNR5-6/ FLNR80 FLNR FLNR4/10 400M FLNR6 6 FLNR D FLNR1/2 500M FLNR6-1/ FLNR C FLNR6/10 FLNR8/10 600M 800M FLNR7 7 FLNR7-1/2 7.5 FLNR125 FLNR FLNR1 1 FLNR8 8 FLNR FLNR DIMENSIONS (mm) mps B C D FLNR1-1/ FLNR1-1/ FLNR1-4/ FLNR1-1/2 1.5 FLNR1-6/ FLNR1-8/ FLNR2 2 FLNR2-1/ FLNR9 9 FLNR10 10 FLNR12 12 FLNR15 15 FLNR17-1/ FLNR20 20 FLNR25 25 FLNR30 30 FLNR200 FLNR225 FLNR250 FLNR300 FLNR350 FLNR400 FLNR450 FLNR FLNR2-1/2 2.5 FLNR35 35 FLNR FLNR2-8/ FLNR40 40 FLNR3 3 FLNR45 45 FLSR 600VC slow Slow acting for motor circuit protection FLSR1/10 100M FLSR3-2/ FLSR1/8 125M FLSR3-1/2 3.5 FLSR50 FLSR FLSR15/ M FLSR4 4 FLSR70 70 B FLSR2/10 FLSR1/4 FLSR3/10 200M 250M 300M FLSR4-1/2 4.5 FLSR5 5 FLSR5-6/ FLSR75 FLSR80 FLSR FLSR4/10 400M FLSR6 6 FLSR D FLSR1/2 500M FLSR6-1/ FLSR C FLSR6/10 FLSR8/10 600M 800M FLSR7 7 FLSR7-1/2 7.5 FLSR125 FLSR FLSR1 1 FLSR8 8 FLSR FLSR DIMENSIONS (mm) mps B C D FLSR1-1/ FLSR1-1/ FLSR1-4/ FLSR1-1/2 1.5 FLSR1-6/ FLSR1-8/ FLSR2 2 FLSR2-1/ FLSR9 9 FLSR10 10 FLSR12 12 FLSR15 15 FLSR17-1/ FLSR20 20 FLSR25 25 FLSR30 30 FLSR200 FLSR225 FLSR250 FLSR300 FLSR350 FLSR400 FLSR450 FLSR FLSR2-1/2 2.5 FLSR35 35 FLSR FLSR2-8/ FLSR40 40 FLSR3 3 FLSR

80 MERICN STNDRD FUSES Industrial Class J JTD 600VC slow JTD DIMENSIONS (mm) E C mps B C D E B D Slow acting for circuits with high inrush currents JTD8/10 800M JTD20 JTD1 1 JTD1-1/ JTD1-1/2 1.5 JTD1-6/ JTD1-8/ JTD2 2 JTD2-1/ JTD2-1/2 2.5 JTD2-8/ JTD3 3 JTD3-2/ JTD3-1/2 3.5 JTD4 4 JTD4-1/2 4.5 JTD5 5 JTD5-6/ JTD6 6 JTD7 7 JTD8 8 JTD25 JTD30 JTD35 JTD40 JTD45 JTD50 JTD60 JTD70 JTD80 JTD90 JTD100 JTD110 JTD125 JTD150 JTD175 JTD200 JTD225 JTD250 JTD300 JTD9 9 JTD350 JTD10 10 JTD400 JTD12 12 JTD450 JTD15 15 JTD500 JTD17-1/ JTD JLS 600VC fast JLS DIMENSIONS (mm) E C mps B C D E B D Fast acting for general purpose applications JLS1 1 JLS90 JLS3 3 JLS100 JLS6 6 JLS110 JLS10 10 JLS125 JLS15 15 JLS150 JLS20 20 JLS175 JLS25 25 JLS200 JLS30 30 JLS225 JLS35 35 JLS250 JLS40 40 JLS300 JLS45 45 JLS350 JLS50 50 JLS400 JLS60 60 JLS450 JLS70 70 JLS500 JLS80 80 JLS

81 MERICN STNDRD FUSES Industrial Class T JLLN 300VC fast JLLN DIMENSIONS (mm) E C mps B C D E B D Fast acting for general purpose applications JLLN1 1 JLLN110 JLLN2 2 JLLN125 JLLN3 3 JLLN150 JLLN6 6 JLLN175 JLLN10 10 JLLN200 JLLN15 15 JLLN225 JLLN20 20 JLLN250 JLLN25 25 JLLN300 JLLN30 30 JLLN350 JLLN35 35 JLLN400 JLLN40 40 JLLN450 JLLN45 45 JLLN500 JLLN50 50 JLLN600 JLLN60 60 JLLN700 JLLN70 70 JLLN800 JLLN80 80 JLLN1000 JLLN90 90 JLLN1100 JLLN JLLN JLLS 600VC fast JLLS DIMENSIONS (mm) B E C B mps B C D E F D F Fast acting for general purpose applications JLLS1 1 JLLS125 JLLS2 2 JLLS150 JLLS3 3 JLLS175 JLLS6 6 JLLS200 JLLS10 10 JLLS225 JLLS15 15 JLLS250 JLLS20 20 JLLS300 JLLS25 25 JLLS350 JLLS30 30 JLLS400 JLLS35 35 JLLS450 JLLS40 40 JLLS500 JLLS45 45 JLLS600 JLLS50 50 JLLS700 JLLS60 60 JLLS800 JLLS70 70 JLLS900 JLLS80 80 JLLS1000 JLLS90 90 JLLS1100 JLLS JLLS1200 JLLS

82 MERICN STNDRD FUSES Industrial Class L KLPC 600VC (480VDC) time delay Time delay for Class L applications. KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLPC KLLU 600VC (300VDC) time delay Time delay for Class L applications (higher peak let through current). KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLLU KLPC & KLLU dimensions ll dimensions in mm S B C D E F J K J J J J J C B F C B D E F C B E F C B D E F D B F K 80

83 MERICN STNDRD FUSES Semiconductor L25S 250VC (250VDC*) *250VDC 1-200, 200VDC L25S DIMENSIONS (mm) 51mm C B 14mm mps B C D D Semiconductor protection CRTRIDGE SHPE L25S-1 1 L25S-2 2 L25S-3 3 L25S-4 4 L25S-5 5 L25S-6 6 L25S-8 8 L25S L25S L25S L25S L25S L25S FUSE HOLDERS TO SUIT Refer to pages 69 WITH TGS L25S L25S L25S L25S WITH TGS L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S L25S FUSE HOLDERS TO SUIT Refer to pages 85 a30qs 300VC/DC 51mm C B 30QS DIMENSIONS (mm) 14mm mps B C D D Semiconductor protection CRTRIDGE SHPE 30QS QS QS QS QS QS QS QS QS QS QS QS QS QS FUSE HOLDERS TO SUIT Refer to pages 69 WITH TGS 30QS QS QS QS QS QS WITH TGS 30QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS FUSE HOLDERS TO SUIT Refer to pages 85 81

84 MERICN STNDRD FUSES Semiconductor L50S Semiconductor protection 500VC (450VDC) 14.3mm 51mm C D B L50S DIMENSIONS (mm) mps B C D cartridge shape L50S L50S L50S L50S L50S L50S FUSE HOLDERS TO SUIT Refer to pages 69 WITH TGS L50S-35 L50S-40 L50S-50 L50S-60 L50S-70 L50S-80 L50S-90 L50S-100 L50S-125 L50S-150 L50S-175 L50S-200 L50S-225 L50S-250 L50S-275 L50S-300 L50S-350 L50S-400 L50S-450 L50S-500 L50S-550 L50S-600 L50S-700 L50S FUSE HOLDERS TO SUIT Refer to pages 85 a50qs Semiconductor protection 500VC/DC C D B 50QS DIMENSIONS (mm) mps B C D WITH TGS 50QS QS QS QS QS QS QS QS QS QS QS QS WITH TGS 50QS QS QS QS QS QS QS QS QS QS QS QS FUSE HOLDERS TO SUIT Refer to pages 85 82

85 MERICN STNDRD FUSES Semiconductor L60S 600VC 127mm 60X DIMENSIONS (mm) C B 20.6mm mps B C D D Semiconductor protection cartridge shape L60S-1 1 L60S-2 2 L60S-3 3 L60S-4 4 L60S-5 5 L60S-6 6 L60S-8 8 L60S L60S L60S L60S L60S L60S L60S FUSE HOLDERS TO SUIT Refer to pages 69 cartridge shape L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L60S L70S 700VC (650VDC) 51mm C B L70S DIMENSIONS (mm) 14mm mps B C D D Semiconductor protection cartridge shape L70S L70S L70S L70S L70S FUSE HOLDERS TO SUIT Refer to pages 69 FUSE HOLDERS TO SUIT Refer to pages 85 WITH TGS L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S L70S FUSE HOLDERS TO SUIT Refer to pages 85 83

86 MERICN STNDRD FUSES Semiconductor a70qs 700VC/DC Semiconductor protection with tags with tags C 70QS QS QS QS QS QS D 70QS QS QS QS B 70QS QS QS QS QS QS QS DIMENSIONS (mm) mps B C D QS QS QS QS QS FUSE HOLDERS TO SUIT Refer to pages a70q 700VC/650VDC Semiconductor protection with tags with tags C 70Q Q Q Q Q Q D 70Q Q Q Q B 70Q Q Q Q Q Q Q DIMENSIONS (mm) mps B C D Q Q Q FUSE HOLDERS TO SUIT Refer to pages

87 MERICN STNDRD FUSES Semiconductor a100p 1000VC (750VDC) 67mm C B 100P DIMENSIONS (mm) 14mm mps B C D Semiconductor protection cartridge shape 100P P P P FUSE HOLDERS TO SUIT Contact Fuseco with tags 100P P P P P P P P P P with tags 100P P P P P P P P P P FUSE HOLDERS TO SUIT See below Semiconductor Fuse holders LSCR 1000VC modular fuse bases Fuse holders to suit bolt in fuses LSCR Suitable for L25S, 30QS L50S QS L60S L70S, 70QS P LSCR Suitable for L25S, 30QS L50S QS L60S L70S, 70QS P FUSE BLOCKS 1000VC fuse base One piece fuse holder to suit bolt in fuses FOR USE WITH L25S, 30QS P243 L50S P243C P243E L60S, 70QS L70S 70Q L50S 50QS P243G L25S, 30QS FOR USE WITH P266 P266C P266F L60S L70S 70QS L50S, 50QS 70Q L70S L60S, 70QS P266G 100P P266L 100P 70Q

88 NH BLDE FUSES FuseMaster NH Fuses NH00f/NH000F 500VC fast (gg) Dimensions (mm) Refer to diagram above Size B C D C Class gg for cable and line protection SIZE NH000F-2 00C 2 NH000F-4 00C 4 NH000F-6 00C 6 NH000F-10 00C 10 NH000F-16 00C 16 NH000F-20 00C 20 NH000F-25 00C 25 NH000F-32 00C 32 NH000F-35 00C 35 NH000F-40 00C 40 NH000F-50 00C 50 NH000F-63 00C 63 NH000F-80 00C 80 NH000F C 100 NH00F NH00F NH1f 500VC fast (gg) Dimensions (mm) Refer to diagram above Size B C D C Class gg for cable and line protection SIZE NH1F-4 1C 4 NH1F-6 1C 6 NH1F-10 1C 10 NH1F-16 1C 16 NH1F-20 1C 20 NH1F-25 1C 25 NH1F-32 1C 32 NH1F-35 1C 35 NH1F-40 1C 40 NH1F-50 1C 50 NH1F-63 1C 63 NH1F-80 1C 80 NH1F-100 1C 100 NH1F-125 1C 125 NH1F-160 1C 160 NH1F NH1F NH1F NH1F D C B 86

89 NH BLDE FUSES FuseMaster NH Fuses NH2f 500VC fast (gg) Dimensions (mm) Refer to diagram above Size B C D C Class gg for cable and line protection SIZE NH2F-35 2C 35 NH2F-40 2C 40 NH2F-50 2C 50 NH2F-63 2C 63 NH2F-80 2C 80 NH2F-100 2C 100 NH2F-125 2C 125 NH2F-160 2C 160 NH2F-200 2C 200 NH2F-224 2C 224 NH2F-250 2C 250 NH2F NH2F NH2F NH2F NH3f 500VC fast (gg) Class gg for cable and line protection SIZE NH3F-125 3C 125 NH3F-160 3C 160 NH3F-200 3C 200 NH3F-250 3C 250 NH3F-300 3C 300 NH3F-315 3C 315 NH3F-355 3C 355 NH3F-400 3C 400 NH3F NH3F NH3F NH3F NH3F Dimensions (mm) Refer to diagram above Size B C D C D C B 87

90 NH BLDE FUSES Size 00/000 FUSE HOLDERS TO SUIT Refer to pages 92, 93 D C B / VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D / VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D / VC slow (am) Dimensions (mm) Refer to diagram above Part No. mps Size B C D ultra rapid fuses 690VC gr/ar Dimensions (mm) Refer to diagram above Part No. mps Size B C D M class gr / class ar Class gg for cable and line protection Class gg for cable and line protection amp total i 2 690v (a 2 s) Class am for motor applications and other circuits with high inrush currents Class gr and ar for the protection of semiconductors amp total i 2 690v (a 2 s) M M M

91 NH BLDE FUSES Size 1 FUSE HOLDERS TO SUIT Refer to pages 92, 93 D C B VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D Class gg for cable and line protection Class gg for cable and line protection VC slow (am) Dimensions (mm) Refer to diagram above Part No. mps Size B C D ultra rapid fuses 690VC gr/ar Dimensions (mm) Refer to diagram above Part No. mps Size B C D M class gr / class ar Class am for motor applications and other circuits with high inrush currents amp Class gr and ar for the protection of semiconductors amp total i 2 690v (a 2 s) Contact Fuseco amp amp total i 2 690v (a 2 s) M M

92 NH BLDE FUSES Size 2 FUSE HOLDERS TO SUIT Refer to pages 92, 93 D C VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D VC slow (am) Dimensions (mm) Refer to diagram above Part No. mps Size B C D B Class gg for cable and line protection Class gg for cable and line protection amp Class am for motor applications and other circuits with high inrush currents amp ultra rapid fuses 690VC (ar) Dimensions (mm) Refer to diagram above Part No. mps Size B C D M class gr / class ar Class ar for the protection of semiconductors amp total i 2 690v (a 2 s) Contact Fuseco amp total i 2 690v (a 2 s) M M M M

93 NH BLDE FUSES Size 3 FUSE HOLDERS TO SUIT Refer to pages 92, 93 D C B VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D Class gg for cable and line protection amp amp VC fast (gg) Dimensions (mm) Refer to diagram above Part No. mps Size B C D Class gg for cable and line protection amp amp VC slow (am) Dimensions (mm) Refer to diagram above Part No. mps Size B C D Class am for motor applications and other circuits with high inrush currents amp ultra rapid fuses 690VC (ar) Dimensions (mm) Refer to diagram above Part No. mps Size B C D M Class ar for the protection of semiconductors amp total i 2 690v (a 2 s) amp total i 2 690v (a 2 s) M M

94 NH BLDE FUSES Size 4 & 4 Size 4 Part No. Voltage mp Performance B C D E V gg V gg V am Size 4 Size 4 Part No. Voltage mp Performance B C D E V gg V 1600 gg V gg V am D C Size 4 NH Fuse Holders E B size 000/00 Part No. Description mp Voltage Pack Size Single Pole Open Base Screw Connection V 3 Three Pole Open Base size Screw Connection V 1 Part No. Description mp Voltage Pack Size Single Pole Open Base Screw Connection V 1 Three Pole Open Base Screw Connection V 1 size 2 Part No. Description mp Voltage Pack Size Single Pole Open Base Screw Connection V 1 Three Pole Open Base Screw Connection V 1 size 3 Part No. Description mp Voltage Pack Size Single Pole Open Base Screw Connection V 1 Three Pole Open Base Screw Connection V 1 92

95 NH BLDE FUSES NH Fuse Disconnect Switches 690VC Surface Mount (Busbar mount are also available) Part No. To Suit Fuse Size Pole Description Pack Qty NH00-3DS 00 3 Triple Pole 160 Disconnect Switch 1 NH1-3DS 1 3 Triple Pole 250 Disconnect Switch 1 NH2-3DS 2 3 Triple Pole 400 Disconnect Switch 1 NH3-3DS 3 3 Triple Pole 630 Disconnect Switch 1 T Single Pole 160 Disconnect Switch (LTL00-1/9) 1 T Single Pole 250 Disconnect Switch (LTL1-1/9) 1 T Single Pole 630 Disconnect Switch (LTL3-1/9) 1 T a 1 Single Pole 1250 Disconnect Switch (LTL4-1X/1250/8) 1 options: lso available in: busbar mount electronic monitoring mechanical monitoring Note For Semiconductor Fuses Watts loss values of fuse and fuse holder combined must be considered if intending to use semiconductor fuses in these enclosed holders. Contact Fuseco for further advice. NH Fuse ccessories ccessories Part No. Description SIZE Voltage Pack Size Grip Handle V Protected Grip Tool V Grip Handle V Grip Handle 4-4a 690V 1 nh neutral links SIZE siba fusemaster mp Rating Voltage Pack Size NH00-nl V V nh1nl V nh2-nl V nh3-nl V V 10 4a V 10 93

96 EUROPEN SEMICONDUCTOR FUSES DIN Offset Tag VC ultra rapid (gr/ar) 78mm performance gr ar amp Class ar for semiconductor protection. Size 000, compact body part No. power loss total i 2 660v (a 2 s) W W W W W W 700 power loss total i 2 660v (a 2 s) W W W W W W VC/700VC ultra rapid (gr/ar) 78mm performance gr ar amp Class ar for semiconductor protection. Size 000, compact body part No. power loss total i 2 660v (a 2 s) W W W W W W W 4000 power loss total i 2 660v (a 2 s) W W W W W W VC ultra rapid (gr/ar) with microswitch facility performance gr ar amp Class ar for semiconductor protection. Size 000, compact body part No. power loss total i 2 660v (a 2 s) W W W W W W 700 power loss total i 2 660v (a 2 s) W W W W W W mm Fuse Holders for DIN80-00/ Open fuse base Fuse base with covers Note: Can only be used with DIN80-00/000 fuses WITHOUT micro switch facility. 94

97 EUROPEN SEMICONDUCTOR FUSES DIN Offset Tag VC/700VC ultra rapid (ar), with microswitch facility 78mm Class ar for semiconductor protection. Size 000, compact body part No. power loss total i 2 660v (a 2 s) W W W W W W W 4000 power loss total i 2 660v (a 2 s) W W W W W W DIN80-00 Offset Tag VC/700VC ultra rapid (ar), with microswitch facility 78mm Class ar for semiconductor protection. Size 00 body part No. power loss total i 2 660v (a 2 s) W W W W W W W 7200 power loss total i 2 660v (a 2 s) W W W W W W W VDC ultra rapid (ar), 80mm Class ar for semiconductor protection. Size 00. Designed for DC circuits. part No. power loss total i 2 660v (a 2 s) W W W W W 4300 power loss total i 2 660v (a 2 s) W W W W W Microswitches for DIN80-00/ Black Hammer Microswitch. To suit DIN80-00 size fuse Red Hammer Microswitch. To suit DIN size fuse. 95

98 EUROPEN SEMICONDUCTOR FUSES NH Blade Ultra Rapid B D C size 00/ VC ultra rapid (gr, ar) Dimensions (mm) Part No. mps Size B C D M Class gr and ar for semiconductor protection amp body size class power loss total i 2 690v (a 2 s) gr gr 2.5W gr 4.1W gr 5.5W gr 6W gr 7.1W gr gr 9.2W gr 12W gr 14W gr 17W gr 21W ar 25W ar 32W M ar 37W M ar 42W M ar 52W size 1 690VC ultra rapid (gr, ar) Dimensions (mm) Part No. mps Size B C D M Class gr and ar for cable and line protection amp class power loss total i 2 690v (a 2 s) gr gr gr gr gr 8W gr 11W gr 14W gr 20W ar 24W ar 31W ar 42W ar 52W ar 71W ar 88W M ar 55W M ar 60W FUSE HOLDERS TO SUIT Refer to pages 89 96

99 EUROPEN SEMICONDUCTOR FUSES NH Blade Ultra Rapid B D C size 2 690VC ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M Class ar for semiconductor protection amp power loss total i 2 690v (a 2 s) W W W W W W W M W M W M W M W size 3 690VC ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M Class ar for semiconductor protection amp power loss total i 2 690v (a 2 s) W W W W W W W W W M W M FUSE HOLDERS TO SUIT Refer to pages 89 97

100 EUROPEN SEMICONDUCTOR FUSES DIN80 Square Body B 76mm 110mm size 1 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B size 2 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B Class ar for semiconductor protection * Voltage V V V V V V V V V Class ar for semiconductor protection * Voltage V V V V V V * Voltage V V V V V V V V * Voltage V V V V V size 3 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B Class ar for semiconductor protection * Voltage V V V V V V * Voltage V V V V V V DIN80 fuse base Part NO. Description mp Voltage Pack Size Fuse Base with Bolted. Connections DIN Type V Fuse Base with Bolted. Connections DIN Type V 1 98

101 EUROPEN SEMICONDUCTOR FUSES DIN110 Square Body B 106mm 134mm size 1 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B size 2 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B size 3 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B DIN110 fuse base Class ar for semiconductor protection * Voltage V V V V V V V V V Class ar for semiconductor protection * Voltage V V V V V V V V Class ar for semiconductor protection * Voltage V V V V V V * Voltage V V V V V V V V * Voltage V V V V V V V * Voltage V V V V V V Part No. Description mp Rating Voltage Rating Pack Size Fuse Base with Bolted. Connections DIN Type V Fuse Base with Bolted. Connections DIN Type V 1 99

102 EUROPEN SEMICONDUCTOR FUSES merican Blade Square Body B 92mm 128mm 154mm size 1 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B size 2 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B Class ar for semiconductor protection * Voltage V V V V V V V V V Class ar for semiconductor protection * Voltage V V V V V V * Voltage V V V V V V V V * Voltage V V V V V size 3 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps B Class ar for semiconductor protection * Voltage V V V V V V * Voltage V V V V V V Fuse Base LSCR 1000VC modular fuse bases Fuse holders to suit bolt in fuses part no. LSCR LSCR LSCR001 - suited to , (up to 400), , FE, , FM, FEE, 25SM. LSCR002 - suited to , , FM, , FMM,

103 EUROPEN SEMICONDUCTOR FUSES Flush End Square Body B D C size 1 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M8 Class ar for semiconductor protection * Voltage V V V V V V V V V * Voltage V V V V V V V V size 2 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M10 Class ar for semiconductor protection * Voltage V V V V V V V * Voltage V V V V V V size 3 690VC* ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M M12 Class ar for semiconductor protection * Voltage V V V V V V V V * Voltage V V V V V V V 101

104 EUROPEN SEMICONDUCTOR FUSES DIN110 Square Body (1250V) B 106mm 138mm size VC* ultra rapid (ar) Dimensions (mm) Part No. mps B size VC* ultra rapid (ar) Dimensions (mm) Part No. mps B size VC* ultra rapid (ar) Dimensions (mm) Part No. mps B Class ar for semiconductor protection * Voltage V V V V V V V V Class ar for semiconductor protection * Voltage V V V V V V Class ar for semiconductor protection * Voltage V V V V V V V * Voltage V V V V V V V * Voltage V V V V V * Voltage V V V V V V V DIN110 fuse base Part NO. Description mp Rating Voltage Rating Pack Size Fuse Base with Bolted. Connections DIN Type V Fuse Base with Bolted. Connections DIN Type V 1 102

105 EUROPEN SEMICONDUCTOR FUSES Ultra Rapid Flush End (1250V) B D C size VC* ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M8 Class ar for semiconductor protection * Voltage V V V V V V V V * Voltage V V V V V V V size VC* ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M10 Class ar for semiconductor protection * Voltage V V V V V V * Voltage V V V V V size VC* ultra rapid (ar) Dimensions (mm) Part No. mps Size B C D M M12 Class ar for semiconductor protection * Voltage V V V V V V V V V * Voltage V V V V V V V V 103

106 BOTTLE FUSES DI mm Diameter VC fast (gg) DI, diazed (prev E16F) 12.5mm Class gg for cable and line protection bottle neck DIMENSIONS S (mm) 500m INDICTOR M 500m WHITE RED PINK BROWN GREEN RED GREY BLUE 50mm YELLOW VC ultra rapid (gr) DI, silized (prev E16UR) Class gr for semiconductor protection bottle neck DIMENSIONS S (mm) INDICTOR PINK BROWN GREEN RED GREY BLUE YELLOW GOLD DII - 22mm Diameter VC fast (gg) DII, diazed (prev E27F) 22mm Class gg for cable and line protection bottle neck DIMENSIONS S (mm) 500m INDICTOR M 500m WHITE GREY RED PINK BROWN GREEN RED 50mm GREY BLUE YELLOW VC ultra rapid (gr) DII, silized (prev E27UR) Class gr for semiconductor protection bottle neck DIMENSIONS S (mm) INDICTOR PINK BROWN GREEN RED GREY BLUE YELLOW GOLD 104

107 BOTTLE FUSES DIII - 27mm Diameter VC fast (gg) DIII, diazed (prev E33F) 27mm Class gg for cable and line protection bottle neck DIMENSIONS S (mm) INDICTOR BLCK WHITE COPPER 50mm VC ultra rapid (gr) DIII, silized (prev E33UR) Class gr for semiconductor protection bottle neck DIMENSIONS S (mm) INDICTOR BLCK WHITE COPPER DIV - 33mm Diameter VC fast (gg) DIV, diazed (prev E44F) 33mm Class gg for cable and line protection bottle neck DIMENSIONS S (mm) INDICTOR SILVER RED 56mm ultra rapid (gr) DIV, silized (prev E44UR) Class gr for semiconductor protection bottle neck DIMENSIONS S (mm) INDICTOR SILVER RED 105

108 BOTTLE FUSES Neozed VC/250VDC fast, (gg) D01, D02, D03 Class gg for cable and line protection & bottle neck DIMENSIONS S B part no. size INDICTOR D D01 2 PINK D01 4 BROWN D01 6 GREEN D01 10 RED D01 16 GREY D02 20 BLUE D02 25 YELLOW D02 35 BLCK D02 50 WHITE D02 63 COPPER D03 80 SILVER D RED B VC ultra rapid (gr) D01, D02, D03 B Class gr for semiconductor protection , & bottle neck DIMENSIONS S B part no. size INDICTOR D01 2 PINK D01 4 BROWN D01 6 GREEN D01 10 RED D01 16 GREY D02 20 BLUE D02 25 YELLOW D02 35 BLCK D02 50 WHITE D02 63 COPPER D03 80 SILVER D RED 106

109 BOTTLE FUSES Miscellaneous RL1 380VC Chinese standard Fast acting for general applications (Usually found in Chinese equipment). PLESE NOTE: Dimensions can vary by up to 3mm. RL1-2 2 RL RL1-4 4 RL RL mm 12mm bla 600VC/DC Japanese standard C B 3-30 C D Fast acting for general applications INDICTOR (mm) B (mm) C (mm) D (mm) BL-3 3 PINK BL-5 5 BROWN BL RED BL GREY BL BLUE BL VIOLET BL BLCK BL LIGHT RED BL SILVER BL RED BL YELLOW BL LIGHT RED BL BLUE BL GREEN BL WHITE BL BLCK B D C B D

110 UTOMOTIVE ND DC FUSES utomotive auto 32VDC 19mm Fast acting for general DC applications COLOUR UTO-1 1 BlCK UTO-2 2 Grey UTO-3 3 Violet UTO-4 4 Pink UTO-5 5 Tan UTO Brown UTO Red COLOUR UTO Blue UTO Yellow UTO Clear UTO Green UTO Blue/Green UTO Orange maxi 32VDC 29mm Slow (time delay) for general DC applications COLOUR COLOUR MXI Yellow MXI Red MXI Grey MXI Blue MXI Green MXI Tan MXI Brown MXI Clear MXI Orange mini 32VDC 11mm Fast acting for general DC applications COLOUR MINI-2 2 Grey MINI-3 3 Violet MINI-4 4 Pink MINI-5 5 Tan MINI Brown COLOUR MINI Red MINI Blue MINI Yellow MINI Clear MINI Green 6ac 32VDC 6mm 25mm Fast acting for general DC applications COLOUR 6C-5 5 Yellow 6C-8 8 White 6C Red 6C Blue FUSE HOLDERS TO SUIT Refer to pages

111 UTOMOTIVE ND DC FUSES DC Voltage MIDI 32VDC slow Slow acting for DC applications COLOUR MIDI GREEN MIDI RED MIDI YELLOW MIDI BROWN COLOUR MIDI WHITE MIDI BLUE MIDI ORNGE MIDI GREY 30mm FUSE HOLDERS TO SUIT See Below MEG 32VDC slow 51mm Slow acting for DC applications COLOUR MEG MEG red MEG yellow MEG green MEG orange COLOUR MEG white MEG blue MEG TN MEG pink FUSE HOLDERS TO SUIT See Below uto Fuses Holders FH7-20 in-line holder for mini fuse 20 32VDC rated in-line fuse holder with splash proof cover FH5-20 in-line holder for auto fuse 20 32VDC rated in-line fuse holder with splash proof cover FH6-80 in-line holder for maxi fuse 80 32VDC rated in-line fuse holder with splash proof cover DC Fuse Holders holder for midi fuse 32VDC rated fuse holder holder for mega fuse Single assembly fuse holder. lso available in dual and triple assembly 109

112 UTOMOTIVE ND DC FUSES Forklift and DC VDC fast 60mm VDC fast Fast acting for general DC applications Fast acting for general DC applications part no. amp part no. amp mm cnn 48VDC fast Fast acting for general DC applications CNN35 35 CNN40 40 CNN225 CNN CNN50 50 CNN CNN60 60 CNN CNN80 80 CNN CNN90 90 CNN CNN CNN mm CNN125 CNN CNN500 CNN CNN CNN CNN CNN cnl 32VDC time delay Fast acting for general DC applications CNL35 35 CNL40 40 CNL225 CNL CNL50 50 CNL CNL60 60 CNL CNL80 80 CNL CNL90 90 CNL mm CNL100 CNL CNL400 CNL CNL CNL CNL CNL CNL CNL FUSE HOLDERS TO SUIT Refer to pages

113 UTOMOTIVE ND DC FUSES Forklift and DC Fuses and Holders CCK 130VDC* time delay B CCK DIMENSIONS (mm) S B Slow acting for general DC applications * voltage CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V * voltage CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCK V CCL 125VDC time delay Slow acting for general DC applications CCL30 30 CCL35 35 CCL60 CCL B CCL40 40 CCL CCL50 50 CCL CCL DIMENSIONS (mm) S B LS 48VDC fast B Fast acting for general DC applications LS LS LS300 LS LS175 LS LS400 LS LS DIMENSIONS (mm) S B LS225 LS LS VDC fuse holder Fuse holder to suit DC fuses. to suit To suit , CNN, CNL fuses 111

114 medium voltage fuses DIN Standard 33mm 33mm diameter 45mm body length DIN Standard - General Purpose Performance Voltage Rating 6/12 kv 10/24 kv Body Length (mm) SIB mp Rating DIN Standard - Full Range Performance SIB Diameter / amp / amp 8, 10, 16, 20, 25, 31.5, / amp 50, 63, 80, / amp / amp 10, 16, 20, / amp 31.5, Voltage Rating Body Length (mm) SIB mp Rating SIB Diameter Bussmann BussMann Diameter 6/12 kv / amp 6.3, 10, 16, 20, 25, 31.5, FDLSJ amp 12FFLSJ amp / amp 50, FFLSJ amp / amp 80, FFLSJ amp 12FXLSJ amp /24 kv 442 Contact Fuseco 6.3, 10, 16, 20, 25, 31.5, 40, 45 - DIN Standard - Motor Protection 24FDMSJ amp 24FFMSJ amp Voltage Rating 3.6 kv 7.2 kv 12 kv Body Length (mm) SIB mp Rating SIB Diameter Bussmann BussMann Diameter 192 Contact Fuseco 50, 63, 80, 100, WDOSJ amp Contact Fuseco 160, WFOSJ amp / amp 50, 63, 80, WDLSJ amp / amp 125, / amp 200, 224, 250, WDLSJ amp 3.6WFLSJ amp 3.6WFLSJ amp 3.6WKLSJ amp / amp * 355, 400, x / amp 50, 63, 80, WFMSJ amp / amp 125, WFMSJ amp / amp 200, 224, 250, WKMSJ amp / amp * 355, 400, x / amp 50, / amp 80, 100, / amp / amp * Double Body 112

115 medium voltage fuses DIN Standard - Back Up Performance Voltage Rating Body Length (mm) SIB mp Rating SIB Diameter Bussmann Bussmann Diameter GEC GEC Diameter 3/7.2 kv / amp 6.3, 10, 16, 20, 25, 31.5, 40, DOSJ amp DB72VampP / amp 63, 80, 100, WDOSJ amp DB72VampP / amp WFOSJ amp DB72VampP / amp 200, WFOSJ amp DB72VampP / amp 6.3, 10, 16, 20, 25, 31.5, 40, / amp 63, 80, 100, DLSJ amp 7.2SDLSJ amp 7.2SDLSJ amp 7.2SFLSJ amp FDw7.2-amp FDw7.2-amp-2-6 FDw7.2-amp / amp SFLSJ amp / amp 200, 250, 315, / amp 100, FDw7.2-amp-4-6 FDw7.2-amp / amp FDw7.2-amp / amp 200, 250, 315, 355, 400, / amp 6.3, 10, / amp 20, 25, 31.5, 40, 50, / amp 6.3, 10, 16, 20, 25, 31.5, 40, SDLSJ amp 12SFLSJ amp DB120VampP FDw12-amp-2-6 FDw12-amp / amp 63, 80, 100, SDLSJ amp 12SFLSJ amp 12SKLSJ amp DB120VampP FDw12-amp-2-6 FDw12-amp /65/ /12 kv / amp SKLSJ amp 12SXLEJ1 amp DB120VampP / amp 200, SKLSJ amp 12SXLEJ2 amp DB120VampP / amp 6.3, 10, 16, 20, 25, 31.5, 40, / amp 63, 80, 100, THMEJ amp 64 FDw12-amp / amp TFMSJ amp 76 FDw12-amp / amp 200, / amp 100, 125, / amp 200, 250, / amp 6.3, 10, / amp 20, 25, 31.5, 40, 50, / amp 6.3, 10, 16, 20, 25, 31.5, SDMSJ amp 24SFMSJ amp DB240VampP FDw24-amp /24 kv 20/36 kv /50 50, 63, / amp 100, 125, SHMEJ amp 24SFMSJ amp 24SHMEJ amp 24SKMEJ amp DB240VampP FDw24-amp-4-6 FDw24-amp DB240VampP FDw24-amp / amp 160, SXMEJ DB240VampP / amp 6.3, 10, 16, 20, 25, 31.5, / amp 50, 63, / amp 100, 125, / amp / amp 6.3, 10, / amp 6.3, 10, / amp 20, / amp 6.3, 10, 16, 20, SDQSJ amp / amp 31.5, SFQSJ amp DB360VampPD FDw36-amp DB360VampPD FDw36-amp / amp 40, 50, 63, 80, SFQSJ amp 36SXQEJ amp DB360VampPD FDw36-amp

116 medium voltage fuses British Standard 40mm 40mm diameter body length British Standard - Oil Fuses Voltage Rating 3.6 kv 7.2 kv 12 kv Body Length (mm) SIB 254 Contact Fuseco mp Rating 6.3, 10, 16, 20, 25, 31.5, 40, 50, 63, 80, 100, 125, 160, 200 SIB Diameter British Standard - Motor Protection Bussmann Bussmann Diameter British Standard - Ferrule ir Fuses (Backup Protection) GEC GEC Diameter - 3.6OEFM amp Contact Fuseco 100, 125, 160, OEGM amp Contact Fuseco OLGM amp / amp 6.3, 10, 16, 20, 25, 31.5, 40, 50, 63, 80, 100, OEFM amp 63.5 KSBXO amp / amp 125, OHGM amp 63.5 KSMXO amp , 10, 16, 20, 25, 31.5, 35, 40, / amp 50, 56, 63, 71, 80, 90, , 10, 16, 20, 25, 31.5, 35, 40, 45, 50, / amp 63, 80, 90, 100, 125 (145 discontinued) OEFM amp 12OHFM amp 12OHGM amp 12OLGM amp 63.5 KEBXO amp KEMXO amp kv / amp 6.3, 10, 16, 20, 25, 31.5, 40, 50, 63, OEGM amp Voltage Rating Body Length (mm) SIB 3.6 kv / amp 7.2 kv / amp mp Rating 50, 63, 80, 100, 125, 160, 200, 224, 250, , 63, 80, 100, 125, 160, 200, 224, 250 SIB Diameter Bussmann 3.6WDFHO amp 3.6WFFHO amp 3.6WKFHO amp 7.2WFNHO amp 7.2WKNHO amp Bussmann Diameter GEC K81PEX amp K81PRX amp GEC Diameter 80 K81SDX amp / amp* 315, 355, 400, x Voltage Rating 3.6 kv 7.2 kv 12 kv 24 kv 36 kv Body Length (mm) bussmann mp Rating Bussmann Diameter DFH amp 6.3, 10, 16, 20, 25, 31.5, DGH amp 6.3, 10, 16, 20, 25, 31.5, 40, 50, 63, 80, WFGHO amp 125, 160, 200, WKGHO amp 315, 355, 400, DFH amp 6.3, 10, 16, 20, 25, 31.5, 40, 50, FFH amp 80, BDGH amp 6.3, 10, 16, 20, 25, 31.5, 40, 50, 63, BFGH amp 90, 100, 125, 140, DFH amp 6.3, 10, 16, 20, 25, FFH amp 40, 50, BDGH amp 6.3, 10, 16, 20, 25, 31.5, 40, BFGH amp 56, 63, 71, 80, 90, KGH amp 112, DIH amp 3.15, 6.3, 10, 16, 20, 25, 31.5, FIH amp 6.3, 10, 16, 20, 25, 31.5, 40, 50, 56, 63, 71, 80, DIH amp 3.15, 5, 6.3, 10, 16, 20, 25, FIH amp 3.15, 6.3, 10, 16, 25, FKH amp 50, 63, kv FKH amp 3.15, 5, 6.3, 10, 16, 20, 25, 31.5, * Double Body 114

117 medium voltage fuses Expulsion Drop Out Fuses VT Fuses Voltage Rating 36 kv Body Length (mm) PROLINK mp Rating Equivalent 680 Contact Fuseco 1 ZXC705-01BK ZXC705-03BK ZXC705-05BK Contact Fuseco 6 ZXC705-06BK ZXC705-08BK ZXC705-10BK Contact Fuseco 12 ZXC705-12BK ZXC705-16BK ZXC705-20BK ZXC705-25BK ZXC705-31BK ZXC705-40BK ZXC705-50BK ZXC705-63BK ZXC705-80BK ZXC BK37 Voltage Rating Body Length (mm) Bussmann mp Rating bussmann Diameter GEC GEC Diameter 3.3kV 144 Contact Fuseco - - IR3.3/ kV 6.6kV 7.2kV 11kV 12kV 24kV BWN BWN BCN BCN BCN BCN Contact Fuseco OIR6.6/ Contact Fuseco 1 - IR6.6/ Contact Fuseco 3 - VTF6.6/ Contact Fuseco 3 - OIR6.6/ BWN BWN Contact Fuseco 1 - W Contact Fuseco Z BCN BCN OBWN OBWN OBWN OBCN OBCN Contact Fuseco OIR11/ Contact Fuseco VTF11/ Contact Fuseco 1 - VTF11/ Contact Fuseco 2 - VTF11/ Contact Fuseco 1 - C Contact Fuseco 1 - M Contact Fuseco Q BCN OBCN VTF11/ Contact Fuseco 0.63 N BGN OBGN OBGN kV OBGN

118 Index Part Number Index part number page part number page part number page part number page ilfh 64 12BCN DFH FFH KGH BDGH BFGH OBCN f M , M , M , M , M , M , M , M , M , M , M , f f , , , , , f , , F 71 24BGN DIH FIH OBGN sh BCN BCN BCN BWN BWN DFH DGH WFGHO WKGHO F F F F/MF DIH FIH FKH OBGN b 47 3bda 47 3G 47 3ag-din1 55 3ag-din G-kit 48 3Gda xx 56, Prices do not include GST

119 Index Part Number Index part number page part number page part number page part number page E VC/250VDC xx 67 41nm xx xx xx xx I I N 57, I I I I I I I I I I I I I G C 108 6x BCN BCN BWN BWN DFH FFH BDGH BFGH OBCN OBCN OBWN OBWN B C D FKH G 52 8ag a100p 85 a30qs 81 a50qs 82 60X 83 a70q 84 a70qs 84 LS 111 UTO 108 bla 107 BLF/BLN 60 BLS 58 CCK 111 CCL 111 ccmr 62 CNL 110 CNN 110 da D205-kit 48 F e EC / MC 44 EC EC ESD 34 FB20H 39 FB32BH 39 FB32BW 39 FB32H 39 FB32P 39 FE 43 FEE 43 fh-001af 55 FH fh-043a 55 FH-052S 55 FH FH FH FLM 60 FLNR 66, 77 FLQ 61 FLSR 77 FLU 64 FM 43 FMm 43 FN FN FN FN FN FN FN FN FN FN FN FN FN FN , 21 FN , 19 FN 258HV 20 FN 258L 20 FN FN FN FN FN 3120H 17 FN 3256H 18, 21 FN , 20 FN 3258H 21 FN 3359HV 21 FN , 19 FN 3270H 17 FN 3280H 18, 21 FN FN FN FN FN FN 352Z 14 FN FN Prices do not include GST 117

120 Index Part Number Index part number page part number page part number page part number page F K p T G H J FN FN FN FN FN FN FN , 11 FN , 11 FN FN FN FN FN 9222E 22 FN FN FN 9233E 22 FN FN 9244E 22 FN FN FN FN 9675/76 13 FN FN700Z 14 FUSEBOX gpm-b 64 gpm-s 64 gpm-wt 64 gsl 44 GSL HD36 45 hf hf-003/b 55 hf hf-004/p 55 hf hf hf hf hf hf hf HG7 12 hkp 55 htb-24m 55 JHU 40 JLLN 79 JLLS 79 JLS 78 JPU 40 JSU 40 JTD 78 L M N P KDR_H 6 KDR_L 7 KDR_P 7 KLC 9 KLDR 62 klkd 61 KLLU 80 KLKR 61 KLPC 80 L25S 81 L50S 82 L50S 67 L60030M1C 65 L60030M3C 65 L70S 68, 83 LC 58 LFH C 69 LSCR 44, 85, 100 LST 35 m m205-din1 55 m205-din m205-kit 48 MXI 108 MC 44 MD 70 MEG 109 MES 34 MF 75 MIDI 109 mini 108 Mixed Kit 48 mp mp205da 46 MWF 54 nh neutral links 93 nh00f 86 NH00-3DS 93 nh1f 86 NH1-3DS 93 nh2f 86 NH2-3DS 93 nh3f 86 NH3-3DS 93 NIT 35 NLN 66, 76 NLS 76 NS 34 P P243C 85 P243D 85 P243E 85 R S T P243G 85 P P266C 85 P266F 85 P266G 85 P266L 85 P PL 52 RL1 107 RS100BW 39 RS100H 39 RS100HWH 39 RS100P 39 RS100PH 39 RS100PWH 39 RS200H 39 RS200P 39 RS200PH 39 RS20BW 39 RS20H 39 RS20HWH 39 RS20P 39 RS20PH 39 RS20PWH 39 RS32BW 39 RS32H 39 RS32HWH 39 RS32P 39 RS32PH 39 RS32PWH 39 RS400H 39 RS400P 39 RS400PH 39 RS63BW 39 RS63H 39 RS63HWH 39 RS63P 39 RS63PH 39 RS63PWH 39 RSL63H 39 rwk rwk SC20HWH 39 SC32HWH 39 SC32PWH 39 SC63H-D 39 SFH22BW 71 SFH22FW 71 SFH30BW 75 SFH30FW 75 SLC 63 SS 34 T T T V T TB 36 TBC 37 TC 37 TCP 36 tdc TF 37 TFP 36 ti 44 TI 35 TIS 35 TKF 37 TKM 37 TLM 38 TLT 38 TLU 38 TM 38 TMF 37 TMT 38 TT 38 TTM 38 TXU 38 v1k 9 vt Fuses Prices do not include GST

121 Terms and Condition of Sale 1. The pricing quoted supersedes previous quotations and may be withdrawn or altered without prior notice. 2. Prices for non-listed and special items are available on request. 3. request to cancel or vary an order by the purchaser must be received by Fuseco in writing and its acceptance is subject to the discretion of Fuseco. 4. Settlement terms for account holders are thirty (30) days from end of trading month, unless otherwise agreed. Non account holders are strictly prepaid. 5. The minimum order value for all orders is $15.00 excluding GST and freight charges. 6. request for credit or to return goods must be received by Fuseco in writing and its acceptance is subject to the discretion of Fuseco unless the goods have been wrongly or oversupplied. Returned goods shall be delivered to Fuseco, at the customer s expense, unused and in good working order and must be accompanied by an official Fuseco GR (Goods Return uthority). 20% restocking fee will apply, or a $20.00 minimum charge, whichever is greater, except where goods have been wrongly or oversupplied. 7. Fuseco shall only accept claims for shortages in delivery if Fuseco is notified in writing within seven (7) days of receipt of goods. 8. Goods that are specially made to order or indent items not normally stocked, cannot be cancelled once ordered and can only be returned or credited if the goods are faulty, not to specification or otherwise not in accordance with the terms of the contract. 9. To the extent permitted by Law, the products hereby sold are guaranteed against faulty design or workmanship in the context of the execution of their design function. The express warranties hereby stated are in lieu of all other representations, warranties or conditions, express or implied, including but not limited to implied warranties or conditions of merchantable quality and fitness for a particular purpose, and those arising by statute or otherwise in law or from a course of dealing or use of trade. 10. This warranty is limited to the repair or replacement of defective items only. In no event shall Fuseco be liable for any special, indirect or consequential loss or damage of any kind whatsoever or however arising, including any claim for loss of profits, whether claimed under contract, tort or any other legal theory, even if Fuseco has been advised of the possibility of any such damages arising. 11. Fuseco shall at all times retain ownership of, and title in, products supplied pursuant to this order until those products have been paid for in full.

122 FUSECO ( ) P: F: sales@fuseco.com.au Fuseco Power Solutions Pty.Ltd. Unit 4 / 1-7 Friars Road Moorabin VIC 3189 Melbourne PO Box 1425 Moorabbin VIC 3189 Melbourne