Modular DIN-rail devices

Transcription

1 GE Industrial Solutions Modular DI-rail devices Series K ex.geindustrial.com

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3 Modulair DI-rail protection.1 Line protection.2 Selection table of Ms.3 Technical data.4 Short-circuit capacity of Ms.7 Series KG30 - order codes.8 Series KG60 - order codes.9 Series KG100 - order codes.1 People protection.2 Selection table of Rs and technical data.3 Technical data on the series K.5 Series K type and type - order codes.6 Selection table of ROs and Technical data on the Series KDM laser print.7 Technical data.9 Serie KDM - order codes Line protection People protection Equipment protection umerical index.1 Equipment protection.3 KG line - Lightning and surge protection - Introduction.6 How to protect the SPDs againts short-circuits.9 S LOK I Type 1 SPDs - order codes.11 KG SP T1+2 Type 1+2 SPDs - order codes.13 KG SP T2 Type 2 SPDs - order codes.15 KG MS T2 Type 2 SPDs - order codes.1 umerical index by reference number.2 umerical index by catalogue number 1

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5 Line protection

6 Serie K Selection table of Ms Serie pplications Poles dd-on devices Tripping characteristics Rating current () Short-circuit capacity KG30 1, 2, 3, 4 no no KG60 1, 2, 3, 4 no no Line protection KG100 1, 2, 3, 4 no Domestic ommercial Industrial : 3-5 In : 5-10 In no E/IE E/IE

7 Technical data Serie KG30 KG60 KG100 Standards E E E Tripping characteristics,,, ominal current alibration temperature º umber of poles versus modules 1 / 2 / 3 / 4 1 / 2 / 3 / 4 1 / 2 / 3 / 4 eutral pole protection yes yes yes ominal voltage 1P V 230/ / /400 2P V P 4P V D 1P (one) V D P (in series) V D Frequency Hz 50/60 50/60 50/60 Maximum service voltage Ubmax between two wires V Minimum service voltage Ubmin V Seletivity class (E/IE ) Isolator application E/IE yes yes yes Rated insulation voltage Pollution degree V Pollution degree V Impulse withstand test voltage kv Insulation resistance Mohm Dielectric rigidity kv 2,5 2,5 2,5 Vibrations resistance (in x, y, z direction) (E/IE 77/16,3) Endurance electrical at U, In mechanical Utilisation category (E/IE ) Mounting position (for alll devices): any except upside down any any any Incoming top or bottom yes yes yes Protection degree (according to UL94) IP20/IP40 IP20/IP40 IP20/IP40 Self extinguish degree (according to UL94) V2 V2 V2 Tropicalisation (according to E/IE , DI 40046) º/RH 55/95% 55/95% 55/95% Operating temperature º -25º +55º -25º +55º -25º +55º Storage temperature º -25º +55º -25º +55º -25º +55º Terminal capacity Rigid cable min/max (top) mm² 1/25 or 2 x 10 1/25 or 2 x 10 1/25 or 2 x 10 Flexible cable min (1) /max (top) mm² 0,75/25 or 2 x 10 0,75/25 or 2 x 10 0,75/25 or 2 x 10 Rigid cable min/max (bottom) mm² 1/25 or 2 x 10 1/25 or 2 x 10 1/25 or 2 x 10 Flexible cable min (1) /max (bottom) mm² 0,75/25 or 2 x 10 0,75/25 or 2 x 10 0,75/25 or 2 x 10 Torque m 4,5 4,5 4,5 dd-on devices (side add-on) uxiliary contacts Tele U Tele L Tele MP PS usbar systems Pin (top/bottom) yes / yes yes / yes yes / yes Fork (top/bottom) - / yes - / yes - / yes ccessories Dimensions (H x D x W) 86 x 68 x W mm/mod Weight / mod. g Package mod pprovals E-marking yes yes yes Technical data (1) Flexible cable 0,75/1/1,5 mm 2 with cable lug.3

8 Serie K Short-circuit capacity of Ms Series KG30 KG60 KG100 Short-circuit capacity (K) Icn 1P 230/400V 3 6-1P P 230/400V 3 6-2P/3P 230V 10 3P/4P 230/400V Ics (service) 100% Icn 100% Icn - E/IE Line protection E/IE Icu 1P 240V P P 415V P/4P 415V Ics % Icu haracteristics according to IE/E Miniature ircuit reakers (M) are intended for the protection of wiring installations against both overloads and short-circuits in domestic or commercial wiring installations where operation is possible by uninstructed people. Tripping characteristic curves (E/IE ) t (s) Magnetic release n electromagnet with plunger ensures instanta neous tripping in the event of short-circuit. The standard distinguishes three different types, follo wing the current for instantaneous release: type,. lcn () Test current Tripping time pplications 3 x ln 0,1 < t < 45s (In 32) Only for resistive loads such as: 0,1 < t < 90s (In > 32) - electrical heating 5 x ln t < 0,1s - water heater - stoves 5 x ln 0,1 < t < 15s (In 32) Usual loads such as: 0,1 < t < 30s (In > 32) - lighting 10 x ln t < 0,1s - socket-outlets - small motors Thermal release The release is initiated by a bimetal strip in case of overload. The standard defines the range of releases for specific overload values. Reference ambient temperature is Test current Tripping time In 1,13 x ln t 1h (ln 63) t 2h (ln > 63) 1,45 x ln t < 1h (ln 63) t < 2h (ln > 63) 2,55 x ln 1s < t < 60s (ln 32) 1 s < t < 120s (ln > 32) Dimensions Ms - Series KG30, KG60, KG100.4

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10 Serie K Miniature ircuit reaker Line protection Wiring 1P 1 mod. 2P 2 mod. Serie KG Performance Thermal setting In () 6, 10, 16, 20, 25, 32, 40, 50, 63 Tripping characteristics, Rated voltage Un (V) 230/400 Minimum operating voltage Ubmin (V) 12 Mechanical / electrical endurance 20000/10000 Tropicalisation acc. to E/IE %RH at 55º Terminal capacity flexible/rigid cable (mm²) 25 (1) /25 (2) Poles 1P, 2P, 3P and 4P mbient temperature (º) Weight / mod. (g) 120 Short-circuit capacity E/IE , E/IE k 3P 3 mod. cc. to E/IE E Poles V Icn / Ics (k) KG / P 4 mod. Poles V Icn / Ic (k) KG60 1P 230/ P 230/ P/3P P/4P 230/400 6 cc. to E/IE E Poles V Icu (k) (1) KG / (1) Ics = 75% Icu TERMILS PITY (1) Flexible copper wires from 0,75mm 2 up to 25mm 2 (2) Rigid copper wires from 1mm 2 up to 25mm 2 25mm 2 wires need be reshaped before the terminal can accept them. Dimensions Page.6.6

11 Serie KG30 3k - characteristic - In () o. Poles at. o. Ref. o. at. o. Ref. o. Pack 1P 6 1 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG P 6 2 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG Order codes 3P 6 3 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG P 6 4 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG ew.7

12 Serie K Serie KG60 6k - characteristic - In () o. Poles at. o. Ref. o. at. o. Ref. o. Pack 1P 6 1 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG Line protection 2P 6 2 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG P 6 3 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG P 6 4 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG

13 Serie KG100 10k - characteristic - In () o. Poles at. o. Ref. o. at. o. Ref. o. Pack 1P 6 1 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG P 6 2 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG Order codes 3P 6 3 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG P 6 4 KG KG mod KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG ew.9

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15 People protection

16 Serie K Selection table of Rs Series Sensitivity (m) Poles Type ominal current () Isolator appl. dd-on devices Rated voltage K 30 2P 240 4P x x 230/ P x x 240 4P x x 230/415 People protection RDs classification according to E 61008/61009 RDs may be classified according to: The behavior in presence of D current (types for general use). - Type - Type The time-delay (in presence of residual current) - RDs without time delay: type for general use - RDs with time delay: type S for selectivity Type The type RDs are designed to release with sinusoidal residual currents which occur suddenly or slowly rise in magnitude. Type ertain devices during faults can be the source of nonsinusoidal earth leakage currents (D components) due to the electronic components e.g.: diodes, thyristors... The type RDs are designed to ensure that under this conditions the residual current devices operate on sinusoidal residual current and also with pulsating direct current (1) which occur suddenly or slowly rise in magnitude. (1) Pulsating direct current: current of pulsating wave form which assumes, in each period of the rated power frequency, the value 0 or a value not exceeding D during one single interval of time, expressed in angular measure of at least 150º. 1. For sinusoidal residual current Residual current Tripping time Residual current Tripping time 0.5 x l n t = 1 x l n t = < 300ms 2 x l n t = < 150ms 5 x l n t = 40ms Tripping curve type 2. For residual pulsating direct current min.150ϒ min.150ϒ min.150ϒ min.150ϒ min.150ϒ min.150ϒ max.6m max.6m max.6m max.6m max.6m max.6m 0.5 x l n t = 1 x l n t = < 300ms 2 x l n t = < 150ms 5 x l n t = < 40ms t point of wave x l n t = 1.4 x l n t = < 300ms 2.8 x l n t = < 150ms 7 x l n t = < 40ms t point of wave x l n t = 1.4 x l n t = < 300ms 2.8 x l n t = < 150ms 7 x l n t = < 40ms t point of wave x l n t = 1.4 x l n t = < 300ms 2.8 x l n t = < 150ms 7 x l n t = < 40ms Tripping curve type Dimensions Type Type.2

17 Technical data Serie KP KD Standards E/IE E/IE Magnetic tripping characteristics - - Residual tripping characteristics,, Tripping time at IΔn Instantaneous ms < 40 < 40 Selective ms - - Rated current 25, 40, 63 25, 40, 63 Rated residual current IΔn m alibration temperature º umber of poles versus modules 1 1 Rated voltage Un 2P V P V - - 4P V Frecuency Hz 50/60 50/60 Maximum service voltage Ubmax V 2P=265; 4P=455 2P=265; 4P=455 Minimum service voltage Ubmin V 2P=165; 4P=258 2P=165; 4P=258 Minimum voltage for leakage protection V Voltage independent Voltage independent Power supply Top/ottom Top/ottom Energy limiting class (E/IE ) - - Rated marking and breaking capacity (Im) 500 (or 10xIn) 500 (or 10xIn) Residual marking and breaking capacity (IΔ m) 500 (or 10xIn) 500 (or 10xIn) onditional short-circuit capacity (Icn) fuse 100 glgg fuse 100 glgg onditional residual short-circuit capacity (IΔ c) fuse 100 glgg fuse 100 glgg Rated Short-circuit capacity (Icn) - - Grid distance (safety distance between two devices) mm Isolator application yes yes Insulation degree Insulation voltage V (D) Shock voltage kv 6 6 Insulation resistance MΩ Dielectric rigidity V Shock resistance (in x, y, z direction) (E/IE 60077/16,3) 40g, 18 shocks 5 ms 40g, 18 shocks 5 ms Vibrations resistance (in x, y,z direction) (E/IE 77/16,3) 1,5g. 30 min, 0 80Hz 1,5g. 30 min, 0 80Hz Endurance electrical at Un, In mechanical at Un, In Protection degree (outside/inside electrical enclosure with door) IP20 / IP40 IP20 / IP40 Self extinguish degree (according to UL94) V2 V2 Tropicalisation (according to E/IE / DI 40046) º/RH +55º/95% H.R. +55º/95% H.R. Pollution degree (acc. E/IE ) 3 3 Operating temperature º (-5 40) ( ) (-5 40) ( ) Storage temperature º Terminal capacity Rigid cable min/max (top) mm² 1,5/50 1,5/50..1,5 / 35 Flexible cable min (1) /max (top mm² 1,5 / 35 1,5 / 35 1,5/25 Rigid cabke min/max (bottom) mm² 1,5/50 1,5/50..1,5 / 35 Flexible cable min (1) /max (bottom) mm² 1,5 / 35 1,5 / 35 1,5/25 Torque Top/ottom m 5/5 5/5 dd-on devices uxiliary contacts (side add-on) Tele U yes no Tele L yes no Tele MP yes no PS yes no usbar systems Pin (top.bottom) yes...yes yes...yes Fork (top/bottom) yes/ no yes/yes # Poles 2, 4 2, 4 Dimensions (HxDxW) 86x68xW mm/mod. 36/72 36/72 Weight/mod. g 2P=250/4P=368 2P=250/4P=368 Package mod. 2P=6/4P=3 2P=6/4P=3 pprovals - - E-marking yes yes Technical data (1) Flexible cable 0,75/1/1,5 mm 2 with cable lug.3

18 Serie K Residual urrent ircuit reaker Serie K E/IE Type Type People protection Wiring Performance 2P 1 mod. 3P Right 3P Left 1/2 3/4 2/1 4/3 1/2 3/4 5/6 2/1 4/3 6/5 Thermal setting In () 25, 40, 63 Residual current IΔn (m) 30 Rated voltage Un (V) 2P: 240 4P: 240/415 Minimum operating voltage Ubmin (V) 2P: 165 4P: 258 Mechanical / electrical endurance 20000/10000 Tropicalisation acc. to E/IE and DI %RH at 55º Terminal capacity flexible/rigid cable (mm²) 35/50 (1) Poles 2, 4 uisance tripping resistance Type, 250 8/20μs μs - 100kHz mbient temperature Type -5º up to 40º Type -25º up to 40º Weight (g) 2P: 220 3P+/+3P: 385 (1) KD: 25-35mm 2 Short-circuit capacity cc. to E/IE E Making and braking capacity Im 500 up to 40 In = 10In for 63 Residual making and breaking capacity I m 500 up to 40 I m = 10In for 63 Short-circuit capacity Series KD Inc = 6000 at 240/415V fuse 63 gg Series KP Inc = at 240/415V fuse 80 gg Dimensions Page.4.4

19 Serie K Type 30 m 30 m In () at. o. Ref. o. at. o. Ref. o. Pack 2P 25 KD 225/ mod. 40 KD 240/ eutral right 3P KP 425/ mod KP 440/ KP 463/ Order codes Serie K Type 30 m 30 m In () at. o. Ref. o. at. o. Ref. o. Pack 2P mod. 40 KD240/ KP240/ eutral right 3P mod KP440/ eutral left +3P mod KPL440/ ew.5

20 Serie K Selection table of ROs Series Sensitivity (m) Poles Type urve ominal current () KDM x x x x KDM x x x x Technical data on the Series KDM laser print People protection KDM6010/030 KDM10016/030 KDM10010/030 Dimensions.6

21 Technical data Serie KDM60 KDM100 Standards E/IE E/IE Magnetic tripping characteristics,, Residual tripping characteristics Tripping time at IΔn Instantaneous ms < 40 < 40 Selective ms - - Rated current 10,16 10,16 Rated residual current IΔn m alibration temperature º umber of poles versus modules 1 1 Rated voltage Un 2P V 230 (1P+) 230 (1P+) 3P V - - 4P V - - Frecuency Hz 50/60 50/60 Maximum service voltage Ubmax V Minimum service voltage Ubmin V Minimum voltage for leakage protection V Voltage independent Voltage independent Power supply Top/ottom Top/ottom Energy limiting class (E/IE ) 3 3 Rated marking and breaking capacity (Im) - - Residual marking and breaking capacity (IΔ m) onditional short-circuit capacity (Icn) - - onditional residual short-circuit capacity (IΔ c) - - Rated Short-circuit capacity (Icn) Grid distance (safety distance between two devices) mm Isolator application yes yes Insulation degree Insulation voltage V (D) Shock voltage kv 6 6 Insulation resistance MΩ Dielectric rigidity V Shock resistance (in x, y, z direction) (E/IE 60077/16,3) 40g, 18 shocks 5 ms 40g, 18 shocks 5 ms Vibrations resistance (in x, y,z direction) (E/IE 77/16,3) 1,5g. 30 min, 0 80Hz 1,5g. 30 min, 0 80Hz Endurance electrical at Un, In mechanical at Un, In Protection degree (outside/inside electrical enclosure with door) IP20 / IP40 IP20 / IP40 Self extinguish degree (according to UL94) V2 V2 Tropicalisation (according to E/IE / DI 40046) º/RH +55º/95% +55º/95% Pollution degree (according E/IE ) 3 3 Operating temperature º Storage temperature º Terminal capacity Rigid cable min/max (top) mm² 1 / 25 1 / 25 Flexible cable min (1) /max (top mm² 1,5 / 16 1,5 / 16 Rigid cable min/max (bottom) mm² 1 / 35 1 / 35 Flexible cable min (1) /max (bottom) mm² 1 / 25 1 / 25 Torque Top/ottom m 3/4 3/4 dd-on devices uxiliary contacts yes yes (side add-on) Tele U yes yes Tele L yes yes Tele MP yes yes usbar systems Pin (top/bottom) yes / yes yes / yes Fork (top/bottom) - / yes - / yes # Poles 1P+ 1P+ Dimensions (HxDxW) 86x68xW mm/mod Weight/mod. g Package mod. 1/6 1/6 pprovals - E-marking yes yes Technical data (1) Flexible cable 0,75/1/1,5 mm 2 with cable lug.7

22 Serie K Residual urrent reaker with Overcurrent protection Serie KDM E/IE Type Type People protection Wiring 1P+ 2 mod. Performance Thermal setting In () 10, 16 Residual current IΔn (m) 30 Tripping characteristic - Rated voltage Un (V) 230 Minimum operating voltage Ubmin (V) 117 Mechanical / electrical endurance 20000/10000 Tropicalisation acc. to E/IE /2-30 and DI %RH at 55º Terminal capacity flexible/rigid cable (mm²) Top terminal: 16/25 ottom terminal: Poles 1+ uisance tripping resistance 250 8/20μs 200 0,5μs - 100kHz mbient temperature ( ) Type : -25 up to 40 Weight (g) 250 Short-circuit capacity cc. to E/IE E and E/IE Residual making and breaking capacity I m = 6000 KDM60: Short-circuit capacity Icn = 6000 at 240V KDM100: Short-circuit capacity Icn = at 240V Selectivity class 3 cc. to E/IE E KDM60: Short-circuit capacity KDM100: Short-circuit capacity Icu = at 240V Icu = at 240V Dimensions Page.4.8

23 Serie KDM60 Type - characteristic 30 m In () at. o. Ref. o. at. o. Ref. o. Pack 1P+ 10 KDM6010/ mod. 60 KDM6016/ Type - characteristic 1P+ 10 KDM6010/ mod. 16 KDM6016/ Order codes Serie KDM100 Type - characteristic 30 m In () at. o. Ref. o. at. o. Ref. o. Pack 1P+ 10 KDM10010/ mod. 16 KDM10016/ Type - characteristic 1P+ 10 KDM10010/ mod. 16 KDM10016/

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25 Equipment protection

26 Serie K Risk of electrical surges Equipment protection Lightning strikes per day 61% Electrical damages caused by surges 30k verage current of a lightning strike Lightning and surge protection Electrical and electronic equipment is indispensable in the daily activities of today s businesses and individuals. Such devices are connected to the electricity grid, often exchanging data and signals through communication lines and are usually sensitive to disturbances. These interconnecting networks provide a propagation path for overvoltages. Protection against lightning and overvoltages not only ensures the safety of people, goods and equipment, but also ensures continuity of installation services and meet criteria of energy efficiency. Overvoltage protection extends the life of the equipment by more than 20%, which significantly reduces the volume of electronic waste. It also reduces the power consumption of the installations, all of which translates into cost savings and environmental sustainability. Transient voltage surges in LV power lines Transient overvoltages are voltage surges that can reach tens of kilovolts with a duration of the order of microseconds. Despite their short duration, the high energy content can cause serious problems to equipment connected to the line, from premature aging to destruction, causing disruptions to service and financial loss. This type of surge can have various different causes, including atmospheric lightning directly striking the external protection (lightning rods) on a building or transmission line or the associated induction of electromagnetic fields on metallic conductors. Outdoor and longer lines are the most exposed to these fields, which often receive high levels of induction. It is also common for non-weather phenomena, such as transformer centre switching or the disconnection of motors or other inductive loads to cause voltage spikes in adjacent lines. The protector will discharge excess energy to earth, thus limiting the peak voltage to a value acceptable for the electrical equipment connected. reduces the power consumption of the installations, all of which translates into cost savings and environmental sustainability. U(V) t(ms) 1ms max..2

27 The importance of the ground connection ground in proper conditions is therefore an aspect not to overlook when it comes to effective surge protection. ontinuously monitoring the state of the ground connection ensures proper operation of surge protection devices. Operating principle of an SPD SPD equipment Introduction Implemententing the protection to IE PE Protection parameters acc. to IE Iimp Impulse current Peak current with 10/350μs waveform which the protection device can withstand without reaching end of life. Imax Maximum discharge current Peak current with 8/20μs waveform which the protection device can withstand without reaching end of life. In ominal current Peak current in 8/20μs waveform the protection device can withstand 20 times without reaching end of life. Up Voltage protection level Maximum residual voltage between the terminals of the protection device during the application of a peak current Uc Maximum continuous operating voltage Maximum effective voltage that can be applied permanently to the terminals of the protection device. Uoc Open circuit voltage (combined voltage pulse) This parameter is used only for the lass III test and is applicable to a Type 3 SPD. It consists of the injection of a combination wave (1.2/50μs in open circuit - 8/20μs in short circuit). Ifi Follow current extinction capability This parameter is only devoted to surge protectors using air gap technology. Once they have switched, these surge protectors conduct part of the network current (follow current) and need to interrupt it..3

28 Serie K When selecting an SPD, several points must be considered: Equipment protection etwork topology: TS, T, TT, IT, D PhotoVoltaic and o of conductors. ominal voltage rating (Un) of the supply. oth features will condition the maximum continuous operating voltage (Uc) as the IE standard sets the minimum allowed value of Uc depending on the system configuration, taking into account a safety margin of the device above the nominal voltage. Voltage withstand rating (Ue) of the equipment in the installation.the protection device should be selected so that the voltage protection level (Up) is compatible with (lower than) the value of Ue. IE standard classifies equipment into four categories, based on the impulse voltage they are capable of withstanding. (See table on next page). Exposure of the installation to atmospheric and nonweather phenomena. I SPD Up Up < Ue PROTETED EQUIPMET I: peak current Up: voltage protection level. residual voltage at In. Ue: impulse voltage the equipment can withstand Ue Exposure ratings The actual exposure of an installation depends on the combination of 3 basic criteria: (1) electrical service system, (2) external (and internal) switching of loads and (3) lightning strike density (isokeraunic level). Factors (1) and (2) generate three possible situations: - Direct impact exposure of an installation fitted with external lightning protection system or close to a tower or element susceptible to receive a strike. - High exposure of an installation fed by long overhead service lines or situated in large industrial or commercial premisses. - Medium exposure of installations with an underground service and not subject to switchings of industrial loads in the vicinity. Factor (3), the isokeraunic level of a certain country. Map by S Lightning Team.4

29 Protection system of coordinated stages: Type 1, Type 1+2 and Type 2 SPDs The SPDs of a surge protection system must be able to withstand the discharged current and provide a Ures level (residual voltage) lower than the Ue peak voltage that the equipment can withstand. Most of the times it is not possible to achieve this with just one SPD, especially because the intensity of the surge is not known, and because of the induction of overvoltages when conductors exceed 10m. The optimal system of protection is the STEP approach, in which successive stages are combined in the performance of high discharge capacity devices and devices with an optimal voltage protection level (low). This is addressed by the definition of Types or lasses of SPDs according to the type of transient pulses to which each protected zone in the installation is subject to. SurgeGuard range overview Main switch board Distribution board Final sub-circuits Overvoltage category IE IV III II I Overvoltage withstand (Ue) values for equipment at 230/400V 6kV 4kV 2,5kV 1,5kV E/IE /1 Type 1 / lass I Type 1+2 / lass I+II Type 2 / lass II Definition lass test to E/IE /1 Surge Designed for use in incoming power supply panels where the risk of lightning strike is high, in particular in buildings with an external lightning protection system. Must be accompanied by downstream lass II protectors. 10/350μs waveform, lass I test. Direct impact of a lightning strike (current). Designed for use in distribution lways installed downstream of panels located downstream of class a lass II protection designed to I protectors or in incoming power protect sensitive equipment or supply panels in areas with low equipment located more than 20m exposure to lightning strikes, where downstream of thelass II SPD. the building is not fitted with an external LPS. ombined 10/350μs + 8/20μs waveform, lass I test. 8/20μs waveform lass II test. Indirect impact of a ligthning strike on the distribution line (overhead Indirect impact simulated by the current and voltage that can reach the lines) or its vicinity (rise of ground potential or induction by coupling long-distance circuits and individual of electromagnetic radiation of the equipment to be protected. strike) or in the event of a switching. Discharge capacity (Iimp, Imax) High Medium Low Voltage protection level (Up) (oarse) (Fine) (fine) GE SPDs series S LOK I KGP S T1+2 KGP S T2 KGM S T2 Introduction SurgeGuard pluggable highlights KG SP Pluggable Remote indication Dry contacts, optional in all ranges, for remote indication of protector end of life. Protector lifetime status indication lear display of protection end of life. ew, optimized disconnection system Mersen has developed an optimised disconnection system for end of life. omplies with the disconnection tests of the standards for protectors for photovoltaic applications. Reversible installation Reversible chassis to allow cable entry from above or below. artridge security system Vibration proof insertion click effect. Mechanical cartridge coding Safety system to avoid possible cartridge replacement errors. iconnect connection Two types of terminal: for rigid or flexible cable and for fork type comb busbar..5

30 Serie K How to protect the SPDs againts short-circuits Equipment protection SPD ack-up M/Fuse SPDs are connected downstream of a circuit breaker or fuse (F1), in parallel to the rest of the installation. If F1 exceeds the maximum size shown in the table below. it is necessary to install a dedicated circuit breaker or fuse F2. In any case, it is recommended to install a dedicated circuit breaker or fuse for the surge diverter. The main benefit is that maintenance or replacement of the surge unit can be performed easily without the disruption caused through shutdown at the main isolator. Isc (k) F2 F2 F2 Type 2 - lass II Type I + II - lass I + II Type I - lass I Fuses Fuses Fuses Fuses Fuses 40 gl 40 gl 63 gl 63 gl 100 gl 25 EP250 EP urve urve GT25 GT25 15 EP100 EP100 EP100 EP urve urve urve urve GT100 GT100 G100 G EP60 EP60 EP60 EP60 Hti urve urve urve urve urve GT60 GT60 G60 G60 6 EP60 EP urve urve Imax <20k 40k Iimp 12.5k 25k Iimp 50k F1>63 F1>125 F1>200 F1>200 F1>250 M M M M M or 63 gl or 125 gl or 200 gl or 200 gl or 250 gl SPDs 2P 3P 4P Ms 2P 3P 3P Fuses 2P 3P 3P L1 L2 L3 L1 L2 L3 PE.6

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32 Serie K S LOK I Type 1 SPDs S LOK I Equipment protection Electrical diagram S LOK I 50 2M (1P) L L d pplications S LOK I 50 2M is the most robust series of single pole Type 1/ lass I lightning current arresters, able to discharge energy (current) from a direct lightning strike (10/350μs) on an external lightning protection system (LPS) or overhead supplies, in accordance with E/IE Suitable as the first step of protection in incoming power supply panels and areas with high exposure to lightning strikes, fitted with an external lightning protection system. S LOK I 100 2M () PE d PE Ratings and features Lightning impulse current (10/350μs): 50k Follow current quenching capacity (Ifi): 50k Leakage current free (LF) Multi-discharge technology Single pole devices for TS, T and TT earthing systems Un(L-/L-L): 230/400V DI-rail mountable, monobloc format Dimensions pplications 90mm 36mm 70mm S LOK I 100 2M is the one to wire between eutral and Earth single pole Type 1/ lass I lightning current arresters, able to discharge energy (current) from a direct lightning strike (10/350μs) on an external lightning protection system (LPS) or overhead supplies, in accordance with E/IE Suitable as the first step of protection in incoming power supply panels and areas with high exposure to lightning strikes, fitted with an external lightning protection system. Ratings and features Lightning impulse current (10/350μs): 100k Follow current quenching capacity (Ifi): 50k Leakage current free (LF) Spark-Gap technology Single pole device for eutral Earth conexion Un(L-/L-L): 230/400V DI-rail mountable, monobloc format.8

33 PE () S LOK I Type 1 System type Electrical diagram Un (Vac) Uc (V) Iimp In (k) Up (kv) at. o. Ref. o. Pack 2 mod. L- (1ph) <2 S LOK I 50 2M PE () eutral <2 S LOK I 100 2M xS LOK I 50 2M + S LOK I 100 2M TT P1 P2 P3 4xS LOK I 50 2M T-S P1 P2 P3 PE Order codes L () L () L () (PE) L () L () L () L () S LOK I Ifi=50k Ifi=50k Ifi=50k k lass I U U PE () Ifi=50k Ifi=50k Ifi=50k Ifi=50k xS LOK I 50 2M 3xS LOK I 50 2M T- P1 P2 P3 PE IT w/o distributed P1 P2 P3 L () L () L () L () L () L () Ifi=50k Ifi=50k Ifi=50k Ifi=50k Ifi=50k Ifi=50k

34 Serie K KG SP T1+2 Type 1+2 SPDs KG SP T1+2 Equipment protection Electrical diagrams O MODEL (1+1) pplications KG SP T1+2 is the series of combined Type 1+2/lass I+II devices for discharging lightning currents and protecting against voltage surges, in accordance with E/IE Suitable as the first step of protection in incoming power supply panels and areas with exposure to the atmosphere, where installations are usually provided with an external lightning protection system. O MODEL (2+0) O MODEL (3+0) 3P Ratings and features Lightning impulse current (10/350μs): 12.5k per phase Maximum discharge current (8/20μs): 65k per phase ominal discharge current (8/20μs): 20k per phase TS, T, and TT networks Un (L-/L-L): 230/400V DI-rail mountable, plug-in format Visual and remote end of life indicators Reversible chassis to allow cable entry from above or below Mechanically coded cartridges to avoid cartridge replacement errors O MODEL D (3+1) O MODEL E (4+0).10

35 KG SP T1+2 Type 1+2 SPDs - 2 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) Remote O at. o. Ref. o. Pack 12,5 (L-) <1,3 (L-) 2P TT (1P+) (-PE) <1,5 (-PE) no KGPS T1+2/1P TT (1P+) ,5 (L-) <1,3 (L-) (-PE) <1,5 (-PE) yes KGPS T1+2/1P+25 O TS (1P+) , <1,3 no KGPS T1+2/2P TS (1P+) D , <1,3 yes KGPS T1+2/2P 25 O Type 1+2 SPDs - 3 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) Remote O at. o. Ref. o. Pack 3P T (3P) , <1,3 no KGPS T1+2/3P 37, T (3P) , <1,3 yes KGPS T1+2/3P 37,5 O Order codes Type 1+2 SPDs - 4 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) Remote O at. o. Ref. o. Pack 4P TT (3P+) D , <1,3 (L-) <1,5 (-PE) no KGPS T1+2/3P TT (3P+) D , <1,3 (L-) <1,5 (-PE) no KGPS T1+2/3P+50 O TS (3P+) E , <1,3 yes KGPS T1+2/4P TS (3P+) F , <1,3 yes KGPS T1+2/4P 50 O Replacement cartridges For type REPLEMET RTRIDGE P KG PSMT1+2/P 12, KG PSMT1+2/ KG PSMT1+2/P 12, KG PSMT1+2/ KG PSMT1+2/P 12, KG PSMT1+2/P 12, KG PSMT1+2/P 12, KG PSMT1+2/P 12, KG PSMT1+2/P 12, KG PSMT1+2/ KG PSMT1+2/P 12, KG PSMT1+2/ KG PSMT1+2/P 12, KG PSMT1+2/P 12,

36 Serie K KG SP T2 Type 2 SPDs KG SP T2 Equipment protection Electrical diagrams O MODEL (1+1) pplications KG SP T2 is the series of Type 2/lass II devices for discharging voltage surges, in accordance with E/IE Suitable for the second stage of protection in supply distribution panels in which Type 1 protection devices are installed upstream, or for the first stage of protection in commercial or other applications not exposed to direct strikes and with no external lightning protection system. O MODEL (2+0) O MODEL (3+0) 3P Ratings and features Maximum discharge current (8/20μs): 40k per phase ominal discharge current (8/20μs): 20k per phase TS, T and TT networks Un(L-/L-L): 230/400V DI-rail mountable, plug-in format Visual and remote end of life indicators Reversible chassis to allow cable entry from above or below Mechanically coded cartridges to avoid cartridge replacement errors Multidischarge technology. O MODEL D (3+1) O MODEL E (4+0).12

37 KG SP T2 Type 2 SPDs - 2 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) Remote O at. o. Ref. o. Pack 2P TT (1P+) <1,3 (L-) <1,5 (-PE) no KGPS T2/1P TT (1P+) <1,3 (L-) <1,5 (-PE) yes KGPS T2/1P+ 80 O TS (1P+) <1,3 no KGPS T2/2P TS (1P+) <1,3 yes KGPS T2/2P80 O Type 2 SPDs - 3 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) Remote O at. o. Ref. o. Pack 3P T (3P) <1,3 no KGPS T2/3P T (3P) <1,3 yes KGPS T2/3P 120 O Order codes Type 2 SPDs - 4 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) Remote O at. o. Ref. o. Pack 4P TT (3P+) D <1,3 (L-) <1,5 (-PE) no KGPS T2/3P TT (3P+) D <1,3 (L-) <1,5 (-PE) yes KGPS T2/3P+ 160 O TS (3P+) E <1,3 no KGPS T2/4P TS (3P+) F <1,3 yes KGPS T2/4P 160 O Replacement cartridges For type REPLEMET RTRIDGE P KG PSM T2/P KG PSM T2/ KG PSM T2/P KG PSM T2/ KG PSM T2/P KG PSM T2/P KG PSM T2/P KG PSM T2/P KG PSM T2/P KG PSM T2/ KG PSM T2/P KG PSM T2/ KG PSM T2/P KG PSM T2/P

38 Serie K KG MS T2 Type 2 SPDs KG MS T2 Equipment protection Electrical diagrams O MODEL (1+1) pplications KG MS T2 is the series of Type 2/lass II devices for discharging voltage surges, in accordance with E/IE Suitable for the second stage of protection in supply distribution panels in which Type 1 protection devices are installed upstream, or for the first stage of protection in commercial or other applications not exposed to direct strikes and with no external lightning protection system. O MODEL (3+1) O MODEL (4+0) Ratings and features Maximum discharge current (8/20μs): 40k per phase ominal discharge current (8/20μs): 15k per phase TS and TT networks Un(L-/L-L): 230/400V DI-rail mountable, MOOLOK format Visual and remote end of life indicators Multidischarge technology O MODEL D (4+0).14

39 KG MS T2 Type 2 SPDs - 2 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) 2P, 1 mod. TT (1P+) <1,2 (L-) <1,5 (-PE) 2P, 2 mod. TT (1P+) <1,2 (L-) <1,5 (-PE) 2P, 2 mod. TT (1P+) <1,2 (L-) <1,5 (-PE) Remote O at. o. Ref. o. Pack no KGMS T2/1P+30 M yes KGMS T2/1P no KGMS T2/1P Type 2 SPDs - 4 poles ETWORK System type Elect. diagr. Un (Vac) Uc (V) Iimp Imax (k) In (k) Up (kv) Remote O at. o. Ref. o. Pack 4P, 4 mod. TT (3P+) <1,2 (L-) <1,5 (-PE) no KGMS T2/3P TT (3P+) <1,2 (L-) <1,5 (-PE) no KGMS T2/3P TS (3P+) <1,2 no KGMS T2/4P TS (3P+) <1,3 no KGMS T2/4P TS (3P+) D <1,3 yes KGMS T2/4P 60 O Equipment protection.15

40 Serie K Equipment protection.16

41 y reference number Ref. o. at. o. Pag KP240/ S LOK I 50 2M S LOK I 100 2M KGMS T2/1P+30 M KGMS T2/1P KGMS T2/3P KGMS T2/4P KGMS T2/1P KGMS T2/3P KGMS T2/4P KGMS T2/4P 60 O KGPS T1+2/1P KGPS T1+2/1P+25 O KGPS T1+2/2P KGPS T1+2/2P 25 O KGPS T1+2/3P 37, KGPS T1+2/3P 37,5 O KGPS T1+2/3P KGPS T1+2/3P+50 O KGPS T1+2/4P KGPS T1+2/4P 50 O KG PSMT1+2/ KG PSMT1+2/ KGPS T2/1P KGPS T2/1P+ 80 O KGPS T2/2P KGPS T2/2P80 O KGPS T2/3P KGPS T2/3P 120 O KGPS T2/3P KGPS T2/3P+ 160 O KGPS T2/4P KGPS T2/4P 160 O KG PSM T2/P KG PSM T2/ KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG Ref. o. at. o. Pag KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG Ref. o. at. o. Pag KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG Ref. o. at. o. Pag KG KD240/ KP440/ KPL440/ KDM10010/ KDM10016/ KDM10010/ KDM10016/ KDM6010/ KDM6016/ KDM6010/ KDM6016/ KD 225/ KD 240/ KP 440/ KP 463/ KP 425/030.3 umerical index.1

42 Serie K y catalogue number Modular DI-rail devices at. o. Ref. o. Pag. K... KD 225/ KD 240/ KD240/ KP 425/ KP 440/ KP 463/ KP240/ KP440/ KPL440/ KDM10010/ KDM10016/ KDM10010/ KDM10016/ KDM6010/ KDM6016/ KDM6010/ KDM6016/ KG PSM T2/ KG PSM T2/P KG PSMT1+2/ KG PSMT1+2/ KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG at. o. Ref. o. Pag. KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG at. o. Ref. o. Pag. KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KG KGMS T2/1P KGMS T2/1P+30 M KGMS T2/1P KGMS T2/3P KGMS T2/3P KGMS T2/4P KGMS T2/4P KGMS T2/4P 60 O KGPS T1+2/1P KGPS T1+2/1P+25 O KGPS T1+2/2P KGPS T1+2/2P 25 O KGPS T1+2/3P 37, KGPS T1+2/3P 37,5 O KGPS T1+2/3P KGPS T1+2/3P+50 O KGPS T1+2/4P at. o. Ref. o. Pag. KGPS T1+2/4P 50 O KGPS T2/1P+ 80 O KGPS T2/1P KGPS T2/2P KGPS T2/2P80 O KGPS T2/3P KGPS T2/3P 120 O KGPS T2/3P KGPS T2/3P+ 160 O KGPS T2/4P KGPS T2/4P 160 O S... S LOK I 100 2M S LOK I 50 2M The policy of GE is one of continuous improvement. The right is reserved to alter the design or any structural details of the products at any time without giving notice. March 2016 GE Industrial Solutions.2