SPD Catalog

Catalog for Lightning Protection Power Supply SPD, SPD for Communication Equipment, SPD for Co-axial Connectors, SPD for LAN, Earthing SPD, Earth Grounding Materials. urge rotective SANKOSHA proposes industry-leading lightning protection solutions. Don’t hesitate to talk to us. SANKOSHA Corporation: 2-11-1 Osaki, Shinagawa-ku, Tokyo 141-0032, Japan English: https://www.sankosha.co.th/ Chinese: https://www.sankosha.co.th/hk/ Thai: https://www.sankosha.co.th/th/ Vietnamese: https://sankosha.vn/ Korean: https://www.sankosha.kr/ Japanese: https://www.sankosha.co.jp/ ● For printing reasons, the colors shown in the catalog may differ from those of the actual products. ● Thank you in advance for understanding that product specifications and external appearance may sometimes undergo slight changes for the sake of improvement. The content of this catalog is correct as of October 2023. AD-141/23.10 evice

O ut l in e ■Lightning Protection-related IEC What’s SPD？ The IEC 62305 series is a set of standards related to lightning protection measures. There is also the IEC 61643 series. These standards pertain to SPDs and lightning protection elements. The following table lists the representative JIS standards that pertain to lightning protection. SPD stands for Surge Protective Device. SPDs protect electrical Standard Name of standard equipment and electronic devices from lightning damage by limiting the lightning surge (transitional overvoltage and current) caused by IEC 60364-4-43:2023 Low-voltage electrical installations ‒ Part 4-43: Protection for safety ‒ Protection against overcurrent lightning strikes. IEC 62305-1:2010 Protection against lightning ‒ Part 1: General principles IEC 62305-3:2010 Protection against lightning ‒ Part 3: Physical damage to structures and life hazard Lightning damage is caused by IEC 62305-4:2010 Protection against lightning ‒ Part 4: Electrical and electronic systems within structures direct lightning and indirect lightning. IEC 61643-11:2011 Low-voltage surge protective devices ‒ Part 11: Surge protective devices connected to low-voltage power systems ‒ On surrounding objects Requirements and test methods On buildings Direct lightning is a phenomenon whereby facilities or objects on the Direct IEC 61643-12:2020 Low-voltage surge protective devices ‒ Part 12: Surge protective devices connected to low-voltage power systems ‒ Selection and application principles ground are directly struck by lightning. Because a huge lightning cur- lightning Direct lightning IEC 61643-21:2012 Low voltage surge protective devices ‒ Part 21: Surge protective devices connected to telecommunications and signalling rent flows in and results in an explosive discharge after being instanta- networks ‒ Performance requirements and testing methods neously converted into not only electrical energy but also thermal and IEC 61643-22:2015 Low-voltage surge protective devices - Part 22: Surge protective devices connected to telecommunications and signalling networks - Selection and application principles Occurring mechanical energy, this imparts damage to various equipment and when lightning On cables current flows: devices. Direct Induced Indirect lightning refers to lightning that is induced along power lines or lightning Induced Communication lightning communication lines. Induced lightning infiltrates through power lines, lightning lines Power lines 1. Direct Lightning and Induced Current value * Since this is a rough image, it may differ from the actual waveform. communication lines, grounding lines and the like. Almost all cases of Lightning Current Waveforms 50kA lightning damage are caused by this type of indirect lightning. Increase in In the IEC 61643 series, the current waveforms of test impulses are ground potential simulated as 10/350μs for direct lightning and 8/20μs for induced Damage caused by lightning happens in familiar situations. lightning. Because lightning energy corresponds to the time integral of direct lightning, it can be seen that direct lightning is much more In recent years, there have been numerous cases of damage caused by sudden lightning strikes. In particular, lightning surges flow- powerful than induced lightning. ing through power lines and communication lines have imparted massive negative impacts on connected devices. 25kA Interruption of ＝ Direct lightning 10/350μs Damage Fa Damage Damage Case ilure of office PCs Occurrence of ・50kA waveform (Class Ⅰ Category D) Case Case 1 and server equipment 2 error during test power supply to measurement! 3 a production line! A lightning strike occurring close to an office A lightning strike occurring inside facilities ＝ Induced lightning 8/20μs A lightning strike occurring inside plant ・50kA waveform (Class Ⅱ Category C) 0 Time building caused a lightning surge to flow damaged devices that were undergoing facilities caused damage to the power 0 20 350 （㎲） along power lines and communication lines, measurement. receiving panel. This led to interruption of resulting in damage to circuit boards inside Generally speaking, some integrated circuits and the power supply, making it impossible for PCs and telecommunications devices. The electronic components that comprise electronic devices have low impulse withstand voltage and the plant to continue production. resulting loss of stored data had a major are very vulnerable to lightning surges. impact on work operations. * Impulse withstand voltage = Value of momentary overvolt- age that a device can withstand 2. Lightning Protection Zone In the IEC 62305 series, the Lightning Protection Zone (LPZ) refers to zoning of the space in which protected electrical and/or elec- tronic devices are installed in order to protect devices from the impact of the lightning electromagnetic impulse based on degree of Integrated circuit and resistor damaged by impact. (LEMP). Zones are classified as shown below. Circuit boards damaged by a lightning surge lightning surge Power receiving panel damaged by lightning surge Lightning Protection Zone (LPZ) LPZ and SPD Class and It is important to prevent the infiltration of lightning surges SPD1 Class Ⅰ SPD GW-G Category ● Main grounding terminal SPD2 Class Ⅱ SPD or bar In this zone, the electromagnetic field through installing suitable SPDs. caused by direct lightning is not reduced, LPZ 0 and equipment is exposed to the threat of SPD Category D1 SPD GW Category C2 SPD ● Grounding terminal or bar full or partial lightning current. This zone is divided into the following two types. By installing SPDs that are suitable to power lines and communica- Situated outside of the scope of LPS LPZ 0 protection, this zone is exposed to the Boundary A tion lines, which become infiltration routes for lightning surges, it is Infiltration from antenna Lightning LPZ threat of full lightning current arising from LPZ 0 the electromagnetic field caused by direct between Class Ⅰ, Ⅱ 0A LPZ 0A possible to protect precious devices and data from lightning damage. conductor A lightning and lightning, and equipment is Antenna LPZ 0B exposed to the threat of full lightning cur- LPZ0A / Category The following pages introduce basic know-how and outlines concern- Infiltration of lightning rent. The electromagnetic field occurring surge due to the effects of here does not attenuate. LPZ0B and C2, D1 ing SPD selection. Signal line electromagnetic induction This zone is protected against direct lightning but is exposed to the threat of LPZ 1 SPD Infiltration from a LPZ 1 the full electromagnetic field, and equip- Power Supply SPD for Communi- SPD for Co-axial SPD LPZ 0B ment is exposed to the threat of partial signal line Power line LPZ LPZ 2 lightning current. The electromagnetic SPD cation Equipment Connectors for LAN Telephone line 0B SPD SPD field occurring in this zone too does not attenuate. Communi- SPD2 Infiltration from a This zone is protected against direct Infiltration from a cation line telephone line power line SPD GW LPZ 0B lightning. The surge current is reduced compared to LPZ0B thanks to installation Power line SPD1 SPD1 LPZ 1 of SPD on the zone perimeter, and it is Boundary possible to reduce the electromagnetic GW-G field by means of magnetic shielding between Class Ⅱ Grounding Infiltration from the ground formed on the perimeter. is the later attenuation zone (LPZ 2 LPZ 1 and Category Earth main line This and beyond), where current and electro- C2 LPZ 2-N magnetic field can be further reduced by LPZ 2-N E additional SPD installation and magnetic shielding. 1 Surge Protective Device Surge Protective Device 2 External zones Internal zones

O ut l in e 3. Shunting of Lightning ： Communication line Direct ： Power line lightning ■Method for Selecting SPDs Considering Impulse Withstand Voltage Current ： Earth line 100% To protect electrical and electronic devices from lightning surges, it is necessary to select the SPD to ensure that the voltage Concerning the shunting of direct lightning strikes value suppressed by the SPD (voltage protection level) does not exceed the voltage value that devices can transitionally withstand on buildings, in IEC 61643-12: 2020 and (impulse withstand voltage value). IEC62305-4: 2010, in cases where it is impossible SPD to perform individual calculation based on the Voltage [V] SPD Lightning surge voltage grounding resistance value and cable impedance, it Voltage no higher than the withstand voltage (high voltage) is stipulated that 50% of the total current flows to 50% Device ① the grounding electrode, and the remaining 50% Device impulse flows through an SPD to ② an external supply line withstand voltage value Wall (power line, communication line, etc.). (withstand Moreover, the current value (Ii) that flows to each ①Grounding 50% voltage) supply line, assuming the current value flowing to 　electrode SPD voltage Noise, etc. the external supply lines to be (Is) and the number protection level of supply lines to be n, is calculated as Ii = Is/n. Abnormal voltage higher than the withstand voltage 4. Lightning Protection Level (LPL) 0 Time [s] Withstand Device voltage In IEC 62305-1: 2010, the Lightning Protection destruction Level (LPL) is divided into four levels, i.e. LPL Ⅰ to Protection Protection Lightning Current Wave Maximum Current Lightning, etc. Level Effect Crest Value (10/350μs) Going to SPD Ⅳ, according to the lightning current wave crest (10/350μs) value of direct lightning. The table on the right sum- marizes the maximum current values passing Ⅰ 98％ 200kA 100kA through the SPD that are forecast based on the current wave crest value in each level and the Ⅱ 95％ 150kA 75kA Role of SPDs above thinking (shunting of lightning current). Inci- dentally, this maximum current value assumes there Ⅲ 90％ 100kA 50kA Device is one external supply line (n = 1). For example, in the case where only a power line Ⅳ 80％ 100kA 50kA Lightning, Wall (single-phase two-wire, 100V) is connected to a etc. SPD (withstand voltage) building and direct lightning of 100kA occurs, the current will be Ii = 50/2 = 25kA. 5. Impulse Withstand Voltage Value Ground Although the commercial frequency withstand voltage values of electrical and electronic devices are publicly disclosed, this is not always the case regarding impulse withstand voltage. In such cases, because the impulse withstand voltage value of devices connected to a low-voltage power circuit is stipulated in IEC 60364-4-43: 2023, this can be referred to in selecting the power supply SPD. Select your ideal SPD from SANKOSHA’s abundant lineup of products. Concerning selection of the communication SPD, since the impulse withstand voltage value is not stipulated in any standards, SANKOSHA has deployed solutions centered on lightning protection for 90 years. Underpinned by a wealth of detailed information (electrical specifications, component elements, etc.) is required to make the selection. experience and solid technical capability, we have an abundant lineup of SPDs that are sure to provide optimum lightning protection in response to customers’ needs. Equipment （KV） Nominal Voltage Required Impulse Withstand Voltage 8 Advanced Smart SPD® Series with Smart Features Three- The Smart SPD® Series is equipped with smart display features in addition to conventional SPD performance. Category Category Ⅳ Category Ⅲ Category Ⅱ Category Ⅰ 7 phase These features clarify the SPD lightning protection effect and make it possible to improve maintenance efficiency. 400/690 Type Equipment lead- Main line and in device branch circuit Load device Specially 6 Features protected device Three- Single-phase 5 three-wire 120-240 4kV 2.5kV 1.5kV 0.8kV phase Visualizing the 230/400 protection effect 230/400 4 Three- 277/480 6kV 4kV 2.5kV 1.5kV The SPD counts the number of light- ning surges and notifies the number phase 3 of times that devices have been system 400/690 8kV 6kV 4kV 2.5kV protected from lightning. 2 Single- Watt-hour meters, Distribution boards, Telephones, fax Interiors of phase Display of Applications Current limiters, Distribution circuit machines, PCs, devices recommended Earth leakage breakers, Communications devices, 1 circuit breakers Sockets Lighting equipment replacement timing 0 The SPD notifies the replacement timing Ⅳ Ⅲ Ⅱ Ⅰ before deterioration occurs, thereby Withstand impulse category realizing smart lightning protection. 3 Surge Protective Device Surge Protective Device 4 Device impulse withstand voltage ②External supply line (power line, communication line, etc.)

O ut l in e Lightning Current (Lightning Surge) Infiltration and Outflow Routes Example of Lightning Countermeasures through SPD Installation The following indicates the infiltration and outflow routes taken by induced lightning surges and the damage caused to SPD installation minimizes the damage caused by the lightning surge which infiltrates the building. electrical and electronic devices, etc. when buildings (direct lightning) or outdoor distribution lines are struck by lightning. Mechanism of equipment destruction by direct lightning ： Power line 5 The lightning surge current 2 The lightning surge S： Power supply SPD ： Communication line that infiltrates the building current flows to the flows out to the external legs of the steel tower 1 Direct l ight- S： SPD for communication equipment ： Grounding line network because the and is also distributed ning strike on S： SPD for co-axial connectors ground potential on the to the antenna line. a steel tower building site increases. S： SPD for LAN 6 S： Earthing SPD The lightning surge current flows out to the external line 4 The lightning surge current distrib- system after damaging uted to the antenna line infiltrates devices in the building. More- the building and damages devices. over, by flowing outside, there is a possibility it will impact surrounding objects. S S S S S S S S S S Communi- Communi- cation line cation line S Power Power S S line line S S S S G.L S G.L 3 S The lightning surge infiltrating the steel tower ground- ing electrode causes a potential disparity to arise SANEARTH between earths. This potential disparity causes cur- Increase in rent to flow from the grounding to inside and outside ground potential of the building, damaging devices along the way. The lower the grounding resistance value the better. Distance Power Supply SPD SPD for Communication Equipment SPD for Co-axial Connectors SPD for LAN Earthing SPD Earthing MZS-200AV MZS-NPE SMBP-MZSR SMH-CLP ZP HOWL2 SMB-P・R CX-E-60(R) N-JP-8 LAN-CAT6A-P+Ⅱ(R) LAN-CAT6A-IS MZS-EB SANEARTH P.7 P.7 P.9 P.11 P.12 P.13 P.15 P.16 P.14 P.17 P.17 P.18 P.18 5 Surge Protective Device Surge Protective Device 6 Ground potential

Produ c t s Power Supply SPD IEC ClassⅠ (Type 1) Direct Lightning Countermeasures Power Supply SPD IEC ClassⅡ (Type 2) Induced Lightning Countermeasures Recommended connection Recommended grounding Recommended connection Recommended grounding By installing it on the boundary between LPZ0 and LPZ1, Class line cross-sectional area line cross-sectional area By installing it on the boundary between LPZ1 and LPZ2, Class line cross-sectional area line cross-sectional area (Protected device-SPD L terminal) (SPD terminal- Protected device) (Protected device-SPD L terminal) (SPD terminal- Protected device) this SPD has the ability to protect from direct lightning. Ⅰ 8～14mm2 14～22mm2 this SPD has the ability to protect from induced lightning. Ⅱ 3.5 ～5.5mm2 5.5 ～8mm2 IEC 62305-4:2010 IEC 62305-4:2010 MZS-200AV ■Characteristics Smart SPD® IEC ClassⅠ/Ⅱ compliant Item Measurement conditions Performance Item code ― 1111015650 SMBP-MZSR200 series Conforming standards Maximum continuous operating voltage SMBP-MZSR400 series ●IEC 61643-11 compliant (50/60Hz) (Uc) ― 275V ●IEC 62305 compliant Impulse current (Iimp) 10/350μs 25kA IEC ClassⅡ compliant ●CE marking Nominal discharge current (In) 8/20μs 25kA Conforming standards ●RoHS compliant Voltage protection level (Up) Based on IEC 1.5 kV or less ●KEMA compliant ●IEC 61643-11 compliant Smart SPD® (SMBP-MZSR400JK3AR) ■Installation examples (MZS-200AV + MZS-NPE) ●IEC62305 compliant SMBP-MZSR Smart SPD® -MZSR Dimensions: W72×D99×H81 (mm) 200JK2 SMBP TN system (single phase) TT system Features ■External view ■Circuit diagram ●RoHS compliant 400JK3AR Mass: 410 (g) ●Impulse sparkover current up to 25 kA ●CE marking ■Characteristics Terminal Adhesive Terminal Rail stopper L F L F (direct strike waveform 10/350 μs) splay nameplate display Ｌ/Ｎ di Performance Features N L F ●Voltage protection level 1.5kV or less Item Measurement SMBP- SMBP- SMBP- SMBP- SMBP- SMBP- BP- SMBP- SMBP- SMBP- SMBP- PE ●Maximum discharge current up to 40kA L F ●High follow current shutoff ability conditions MZSR MZSR MZSR MZSR MZSR MZSR SMBP- SM R MZSR MZSR MZSR MZSR (induction lightning waveform 8/20μs) 200JK1 200JK2 200JK3 200JK1 200JK2 200JK3 MZSR MZS F N ●Deterioration display function (warning MZS-200AV AR AR AR 400JK1 400JK2 400JK3 400JK1 400JK2 400JK3 AR AR AR contact output terminal attached) Dimensions: W35×D125×H66 (mm) Deterioration Deterioration ●Lightning surge current measurement, identification terminal 125±1 display (6) Replacement recommendation display Item code ― 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 42023 42024 42025 42026 42027 42028 42069 42070 42071 42072 42073 42074 s Ⅰ SPD F F F 14 ●DIN rail mountable (35 mm)　 Mass: 370 (g) Clas 11 MZS-230AV×1 45 12 function Class Ⅰ SPD Maximum continuous operating MZS-NPE×1 MZS-230AV×3 voltage (50Hz/60Hz) (Uc) ― AC275V AC500V Applications ●Lightning surge current count display MZS-NPE×1 Maximum discharge ●Low voltage power supply circuits in function current (Imax) 8/20μs 40kA EB ●Plug-in type EB Cable Cable switchboards and distribution boards inlet inlet Nominal discharge current (In) 8/20μs 20kA (AC100V-240V,230/400V) ●Deterioration display function (warning contact output terminal) Voltage protection Based on 1.4kV or less (each 1.4kV or less (each phase) 2.5kV or less (each 2.5kV or less (each phase) Short bar Short bar ●Power supply circuits in control equipment level (Up) IEC phase) 1.5kV or less (N-PE) phase) 1.5kV or less (N-PE) (AC100V-240V,230/400V) ●DIN rail mountable (35mm) DIN rail (35mm) ■External view (SMBP-MZSR200JK2) ■Display Applications MZSR-200×2 ●Low voltage power supply circuits in (Plug-in module) Fault indicator switchboards and distribution boards Terminal screw (M5) MZS-NPE ■Characteristics (AC100V-240V,400V,230/400V,277/480V) Terminal screw (M5) SPD operation count display ●Power supply circuits in control equipment IEC ClassⅠ/Ⅱ compliant Item Measurement conditions Performance (AC100V-240V,400V,230/400V,277/480V) Item code ― 1111017380 SMBP-MZSR Conforming standards LED check Replacement Maximum continuous operating voltage (Smart SPD sensor) 　　 LED switch recommendation ●IEC 61643-11 compliant (50/60Hz) (Uc) ― 255V display(Count) Crimp-type terminal ■Product type identification Crimp-type terminal connection port display ●IEC 62305 compliant connection port Impulse current (Iimp) 10/350μs 100kA SMBP-MZSRJK2 (200) M5 Y-type SMBP – MZSR □□□ JK □ □ M5 Y-type ●CE marking (Base) Width<12mm, Nominal discharge current (In) 8/20μs 100kA Width<12mm, Insulation Thickness≤1mm ・None： No gap Thickness≤1mm 45 ±1 ●RoHS compliant Voltage protection level (Up) Based on IEC 1.5 kV or less Maximum continuous ・AR： With gap sheet Deterioration display operating voltage (Uc) ●KEMA compliant (N-PE) 200： AC275V Green: Normal 400： AC500V 1～3： SPD Red: Deteriorated connectivity number (plug replacement Features needed) ●Impulse sparkover current up to 75 kA ■External view ■Circuit diagram (direct strike waveform 10/350 μs) Terminal Adhesive Terminal Rail stopper ●Voltage protection level 1.5 kV or less display nameplate display ●DIN rail mountable (35 mm) 35.5±0.5 MZS-NPE Cable port 90±1 (9) Remote 54±1.5 Dimensions: W35×D125×H66 (mm) (99) contact Cable port Mass: 290 (g) Applications 125±1 （6） ●Low voltage power supply circuits in 45 switchboards and distribution boards MZSR-200 series ■Product type identification (AC100V-240V,230/400V) Cable Cable ●Power supply circuits in control equipment inlet inlet MZSR-400 series MZSR – □□□ JK □ □ ・None： No gap Maximum continuous ・AR： With gap (AC100V-240V,230/400V) IEC ClassⅡ compliant operating voltage (Uc) (N-PE) 200： AC275V 400： AC500V 1～4： SPD Conforming standards connectivity number DIN rail (35 mm) ●IEC 61643-11 compliant ●UL standard acquired (E328370) Power supply SPD Class Ⅰ 　※MZSR-200JK [ ] ●RoHS compliant MZS, MZG fuse MZSR-200JK2 MZSR-400JK3ARI (MZSR-400JK3ARI) Features Dimensions: W72×D99×H81 (mm) Mass: 400 (g) SPD external separator, IEC Class Ⅰ fuse ●Maximum discharge current up to 40kA (induction lightning waveform 8/20μs) ■Characteristics Features ●Plug-in type Performance ●DIN rail mountable (35 mm)　 ●Deterioration display function (warning Item Measurement ●Use in combinations of single core units ■Characteristics conditions MZSR- MZSR- MZSR- MZSR- MZSR- MZSR- MZSR- MZSR- MZSR- MZSR- contact output terminal) 200JK1 200JK2 200JK3 200JK4 200JK1 200JK2 200JK3 MZSR- MZSR- MZSR- MZSR- ARI ARI ARI 400JK1 400JK2 400JK3 400JK4 400JK1 400JK2 400JK3ARI ARI ARI is possible. Item Performance ●DIN rail mountable (35mm) Fuse main unit item code 1111012972 Item code ― 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 11110 42060 42194 42195 42196 28023 42523 42525 26098 28090 28092 28094 28091 28093 28095 Applications Fuse holder item code 1111012973 Applications Maximum continuous operating ●SPD external separator fuse and holder voltage (50Hz/60Hz) (Uc) ― AC275V AC500V Rated voltage AC400V ●Low voltage power supply circuits in Maximum discharge used in combination with SPDs suitable Rated current 125A switchboards and distribution boards current (Imax) 8/20μs 40kA for power supply SPD Class Ⅰ testing Dimensions: W36×D140×H87 (mm) (When the clip is closed) Rated breaking capacity 100kA (AC100V-240V,400V,230/400V,277/480V) Nominal discharge ●If the SPD is damaged by shorting, it can current (In) 8/20μs 20kA Mass: 250 (g) ●Power supply circuits in control equipment be blocked from the power network. Voltage protection Based on 1.4kV or less 1.4kV or less (each phase) 2.5kV or less 2.5kV or less (each phase) (AC100V-240V,400V,230/400V,277/480V) level (Up) IEC (each phase) 1.5kV or less (N-PE) (each phase) 1.5kV or less (N-PE) 7 Surge Protective Device Surge Protective Device 8 （51） 15 35±1 (51) 15 66±1 66±1 (10.2) 35±1 （68.5） 76.4 （7） 53±1 (81)

Produc t s Power Supply SPD IEC ClassⅡ & ClassⅢ (Type 2 & 3) Induced Lightning Countermeasures By installing it on the boundary between LPZ1 and LPZ2 or between LPZ2 and LPZ3, this SPD has the ability ■Installation examples to protect from induced lightning. MZS-200AV+MZS-NPE TN system (single phase) TT system MZEV2-200 ■Characteristics L F L F MZEV3-200 nce Item Measurement Performa N L F conditions MZEV2-200 MZEV3-200 PE L F IEC ClassⅡ & ClassⅢ compliant Wiring ― Single-phase two-wire Single-phase three-wire, F N Three-phase three-wire Class Ⅰ SPD F F F Conforming standards Rated operation voltage ― 240/120V MZS-230AV×1 Class Ⅰ SPD MZS-NPE×1 MZS-230AV×3 ●IEC 61643-11 compliant Maximum continuous MZS-NPE×1 ●UL, CE marking operating voltage (Uc) L-L, L-PE AC275V MZEV2-200 EB EB ●RoHSⅡ compliant Maximum discharge current (Imax) 8/20μs 5kA (Single wire) Nominal discharge Short bar Short bar Features current (In) 8/20μs 2.5kA (Single wire) ●A compact, screw-fixed product that can Voltage protection SMBP-MZSR200 level (Up) L-L, L-PE 1.5kV or less be installed in tight spaces inside devices. TN system (single phase) TT system ●A single SPD can offer protection between Deterioration display ― Normal times: On / Abnormal times: Off L F L F lines and earths. N L F ●Equipped with a deterioration diagnostic MZEV3-200 ■Wiring terminal identification PE L F function and separation mechanism. N (MZEV3-200) Wiring symbol Wiring color Wire size/length F F F F Applications Dimensions: W46×D29×H29 (mm) Class Ⅱ SPD Class Ⅱ SPD (Not including cable) L1 Red SMBP MZSR SMBP-MZSR200JK1AR SMBP MZSR MZSR MZSR SMBP-MZSR200JK3AR ●For protection of power supply for devices -MZSRAR -200 -MZSRAR -200 -200 -200 Mass: 56 (g) such as EV chargers. L2 Black AWG14／about 250mm EB EB ●Assembly into a lighting board and other L3 Blue boards PE Yellow/Green SMBP-MZSR400 ■External view TN-S system TN-C system TT system LED deterioration display LED deterioration display 2 L F L F L F L F L F L F L F L F L F N PEN N PE F F F F F F F F F Fixing hole (φ4.3) Fixing hole (φ4.3) Class Ⅱ SPD Class Ⅱ SPD Class Ⅱ SPD 40 40 SMBP-MZSR400JK3AR SMBP-MZSR400JK3 SMBP-MZSR400JK3AR 46 46 SMBP MZSR MZSR MZSR SMBP MZSR MZSR MZSR SMBP MZSR MZSR MZSR -MZSRAR -400 -400 -400 -MZSR -400 -400 -400 -MZSRAR -400 -400 -400 E L2 L1 E L3 L2 L1 EB EB EB (Green/Yellow) (Black) (Red) (Green/Yellow) (Blue) (Black) (Red) Wire 14AWG 3 Performance display Wire 14AWG MZSR-200 4 Performance display TN-S system (single phase) TT system L F L F N L F Product name Product name PE L F Manufacturing Manufacturing F N year/month (4 digits) year/month (4 digits) Ex. 2301 Ex. 2301 F F F Class Ⅱ SPD Class Ⅱ SPD MZEV2-200 MZEV3-200 MZSR MZSR MZSR200JK1ARI MZSR MZSR MZSR MZSR MZSR200JK3ARI -ARI -200 -ARI -200 -200 -200 EB EB BF3-100-20kA-A BF3-200-20kA-A MZSR-400 TN-S system TN-C system TT system BF3-100/200-20kA-B L F L F L F HK1551, FDS-20kA-NB, HC-15 L F L F L F L F L F L F SPD external separator IEC Class Ⅱ fuse BF3-200-20kA-A HK1551, FDS-20kA-NB, HC-15 N PEN N (BF3-200-20kA-A) Dimensions: W25×D80×H60 (mm) PE Features Dimensions: W54×D139×H78 (mm) Mass: 100 (g) F F F Class Ⅱ SPD F F F F F F Class Ⅱ SPD Class Ⅱ SPD ●Fuse blow detection/display section Mass: 500 (g) MZSR400JK3ARI MZSR400JK3 MZSR400JK3ARI replacement function ■Characteristics MZSR MZSR MZSR MZSR MZSR MZSR MZSR MZSR -ARI -400 -400 -400 MZSR MZSR MZSR -ARI -400 -400 -400 -400 -400 -400 ●Fuse blow display function EB EB EB ●Plug-in type Item Measurement Performance conditions BF3-100-20kA-A BF3-200-20kA-A BF3-100/200-20kA-B HK1551 FDS-20kA-NB HC-15 ●DIN rail mountable (35mm) Item code ̶ 1111042005 1111042007 1111042008 1112005004 1112005003 1112005005 ●Contact output function (type: -A type only) Rated voltage ̶ AC100V AC200V For AC100V/200V MZEV2-200, MZEV3-200 ●Use FDS-20kA-SB (BF3 series only) Rated current ̶ 30A Single-phase two-wire Single-phase three-wire, Three-phase three-wire ●By using SANKOSHA’s SPD SMBP-MZSR, Alarm terminal ̶ Yes None current breaking can be achieved in all Applicable Single-phase three- Three-phase three- Single-phase three-wire AC100V (BF3-100) Single-phase two-wire, three-wire zones when SPD shorting failure occurs. power circuit ̶ wire AC100V wire AC200V Three-phase three-wire AC200V (BF3-200) Three-phase three-wire, four-wire ●Registered design product Maximum permissible voltage ̶ AC125V AC250V Backup circuit breaker Backup circuit breaker Applications Impulse current resistance 8/20μs 20kA・17 times ̶ L2 L1 L3 L2 L1 ●Fuse and holders used in combination Class Ⅱ SPD Class Ⅱ SPD with an SPD suitable for IEC 61643- Rated breaking AC250V・100kA MZEV2-200 MZEV3-200 capacity ̶ AC250V・10kA AC440V・10kA PE PE 11:2011 Class Ⅱ testing DC125V・1.5kA Temperature of use ̶ －30℃～70℃ －40℃～70℃ 9 Surge Protective Device Surge Protective Device 10 29 23 29 (250) 29 23 29 (250) Protected device Main circuit breaker Protected device Main circuit breaker

Produ c t s SPD for Communication Equipment Recommended connection Recommended grounding Category line cross-sectional area line cross-sectional area (Protected device-SPD L terminal) (SPD terminal- Protected device) D1 1.25mm2 or Existing wiring diameter 1.25mm2 This SPD protects devices from lightning surges infiltrating from communication lines. It is compatible with IEC C2 1.25mm2 or Existing wiring diameter 1.25mm2 Category C2/D1. IEC 62305-4:2010 Smart SPD® ■Operation ZP series SMH-CLP series IEC Category C2/D1 compliant SMU-CLP-ALMJK SPD SMU-CLP-ALMJK deterioration Conforming standards (Contact monitoring unit) display ●IEC 61643-21 compliant IEC Category C2/D1 compliant ●RoHS compliant Conforming standards Features ●IEC 61643-21 compiant ●IEC Category C2/D1 compliant Battery ●Slim design enables space saving ●RoHS compliant deterioration ●Plug-in type (circuit not broken by inserting display （red） or removing plug) Features ●DIN rail mountable (35 mm) ●SPD deterioration desplay Operation ●Special tester (ZPT1 type) can be used ●Lightning surge current measurement button to detect deterioration. ZP[ ] (Regular type) ●Remote monitoring with contact output Operation ●Round type crimped terminal for M4 Dimensions: W12×D107×H77 (mm) ●Recognition of line type by label color SMH-CLP [ ] External Display State power Battery (N type) Mass: 70 (g) ZP-[ ]N (Screw terminal type) Dimensions: W17.6×D127×H77 (mm) ●Capable to choose driving power source Mass: 70 (g) (external power (DC24V) or battery) Green Nomal ■External view Press Flat bladed screwdriver insertion points * DC24, H2-H1, N1, NM, EN1, EN3, K2, H3 24V only ●Capable to connect 2 crimped terminals Dimensions: W22×D115.5×H77.5 (mm) Alltime button Yellow Replacement at four locations for wiring purposes to one wiring terminal Mass: 120 (g) lighting one- recommendation Check terminal for deterioration detection time 121 ●Capable to conncet earth with both Red Replacement earthing terminal or DIN rail (35mm) ■External view Surge operation Green LED for ●Capable to install both DIN rail (35mm) Deterionation count number DIN rail stopper Terminal screw display part Terminal screw Press button deterioration detection or wooden board for tightening for tightening M4 M4 twice Blink red： Hundreds digit （51） MAX11.5 （51） Yellow： Tens digit Green： Ones digit ZP type plug Terminal screw LED confirmation Terminal screw ZP type jack for earthing switch for earthing M4 ■Connection plug (Accessory) Inslation sheet SMH-CLP-** M4 for battery Need to use connection plug to each jack when installing SMH-JK (**) Cable contact monitoring unit. lead-in Cable Earth Earth terminal T side hole Cable lead-in terminal Cable ±M4 (connection lead-in hole ±M4 screw lead-in hole terminals) hole screw terminal block MAX12 90 111 12 MAX107 （127） 17.6 Special tester for deterioration detection Mountable on DIN rail Earth terminal connection bar of width 35 mm ZP-[ ] type ZP-[ ]N type Mountable on DIN rail ZPT1 series (Batteries sold separately) of width 35 mm 35.1±0.5 22±0.5 ■Applications/Characteristics 90±1 Connection plug (115.5) Performance Item ZP-A1JK ZP-DC24JK ZP-DC24 JKN ZP-DC48JK ZP-H2-H1JK ZP-H2-H1 ■Applications/Characteristics JKN ZP-N1JK ZP-N1 JKN ZP-NMJK ZP-NM JKN Item code 1111020962 1111021886 1111042087 1111021889 1111021407 1111042316 1111018165 1111023552 1111013225 1111023555 Characteristics Item Telephone Multi-core measurement line, SMU-CLP-ALMJK SMH-CLP-N1JK SMH-CLP-NMJK SMH-CLP-K2JK SMH-CLP-H3　6VJK Applications line, ISDN line, DC 24V signal line, DC 48V signal Balanced circuit, wind speed ADSL line, control circuit line, RS422, RS485 meter, pyranometer, rain disaster prevention monitoring Item code 1111042446 1111042415 1111042418 1111042421 1111042424 xDSL line control circuit gauge, hygrometer board (multi-core), wind speed meter, platinum thermometer Maximum continuous operating voltage (Uc) DC170V DC27V DC52V DC5V DC150V Application Contact output, Balanced circuit, wind speed Multi-core measurement line, Instrumentation line, external power input meter, pyranometer, rain disaster prevention monitoring AC/DC 110V control circuit, potentiometer, slow pulse, gauge, hygrometer board（multi-care）, wind speed relay circuit, speaker line DC4-20mA, RS232C, RS422, Rated current DC100ｍA DC3A DC100ｍA DC3A ― meter, platinum thermometer RS485 Series resistance 10Ω or less ― 5Ω±10% ― ― Maximum continuous operating voltage (Uc) ― DC52V DC180V, AC140V DC9V Voltage protection level 1.0 kV or less (to ground) Rated current ― DC3A ― DC3A DC100mA (Up) 1.0ｋV or less 500V or less 50V or less 50V or less (inter line) 1.0 kV or less (to ground) * In case of balanced circuit 50V or less (inter line) Series resistance ― 100mΩ or less ― 100mΩ or less 5Ω±10％ Impulse Category C2 10ｋA Insertion loss ― 1.0dB or less (DC～5MHz) 1.0dB or less (DC～10MHz) 1dB or less (DC～500kHz) durability (8/20 μs) (10 times) 4ｋA (10 times) 10ｋA (10 times) 4ｋA (10 times) (two lines Category D1 2.5ｋA Voltage protection level together) (10/350 μs) (2 times) 1ｋA (2 times) 2.5ｋA (2 times) 1ｋA (2 times) (Up) (1.2/50μs, 10kV) ― 500V or less 800V or less 80V or less Impulse Category C2 Wiring method Relay wiring (○), Suspended wiring (×) Relay wiring (○), Suspended wiring (○) Relay wiring (○), Suspended Relay wiring (○), Suspended Relay wiring (×), Suspended wiring (×) wiring (○) wiring (○) durability (8/20μs) ― 10kA (10 times) (two lines Category D1 together) (10/350μs) ― 1kA (2 times) 2.5kA (2 times) Performance Item ZP-EN1JK ZP-EN1 JKN ZP-EN3JK ZP-EN3 JKN ZP-K2JK ZP-K2 ZP-H3 ZP-H3 ZP-H3 ZP-H3 ZP-H3 Characteristics JKN 06VJK 12VJK 24VJK 24VJKN 48VJK Item SMH-CLP-H3　12VJK SMH-CLP-H3　24VJK SMH-CLP-H3　48VJK SMH-CLP-ENJK SMH-CLP-DCJK Item code 1111012089 1111023556 1111012095 1111023553 1111012263 1111023551 1111012084 1111012092 1111012101 1111023554 1111012098 Item code 1111042427 1111042429 1111042431 1111042433 1111042443 Applications Telephone line, ADSL, ISDN, xDSL, digital leased AC/DC 110V control EPBX, xDSL line circuit, relay circuit, Instrumentation line, potentiometer, slow pulse, DC 4-20mA, speaker line RS232C, RS422, RS485 Application Instrumentation line, potentiometer, slow pulse, DC4-20mA, RS232C, RS422, RS485 Telephone line, ADSL DC24V, DC48V power supply Maximum continuous operating voltage (Uc) DC13.5V DC27V DC52V DC180V DC52V Maximum continuous operating voltage (Uc) DC170V DC52V DC180V, AC140V DC9V DC13.5V DC27V DC52V Rated current DC100mA DC3A Rated current DC100mA DC3A DC400ｍA DC100ｍA Series resistance 5Ω±10％ 12Ω or less 100mΩ or less Series resistance 10Ω or less ― 5Ω±10% Insertion loss 1dB or less (DC～1MHｚ) 1.0dB or less (DC～10MHz) 1.0dB or less (DC～500kHz) Voltage protection level (Up) 400V or less 200V or less 800V or less 80V or less 100V or less 120V or less 140V or less Voltage protection level Impulse Category C2 (Up) (1.2/50μs, 10kV) 100V or less 120V or less 140V or less 400V or less 500V or less durability (8/20 μs) 10ｋA (10 times) 4ｋA (10 times) 10ｋA (10 times) (two lines Category C2 Category D1 Impulse durability (8/20μs) 10kA (10 times) together) (10/350 μs) 2.5ｋA (2 times) 1ｋA (2 times) 2.5ｋA (2 times) (two lines Category D1 Wiring method Relay wiring (○), Suspended wiring (×) Relay wiring (○), Suspended wiring (○) Relay wiring (○), Suspended wiring (×) together) (10/350μs) 2.5kA (2 times) 1.8kA (2 times) * Applicable wires: 0.08 to 2.5 mm2 11 Surge Protective Device Surge Protective Device 12 (77.5) 49.5±1 (3.5) MAX77 56.5 76

Produ c t s SPD for Communication Equipment Recommended connection Recommended grounding Category line cross-sectional area line cross-sectional area (Protected device-SPD L terminal) (SPD terminal- Protected device) D1 1.25mm2 or Existing wiring diameter 1.25mm2 This SPD protects devices from lightning surges infiltrating from communication lines. It is compatible with IEC C2 1.25mm2 or Existing wiring diameter 1.25mm2 Category C2/D1. IEC 62305-4:2010 ＨＯＷＬ2 Smart SPD® ■External view SMB-P・R series SMB-KRAPS1 L2 terminal IEC Category C2/D1 compliant SPD for Krone LSA-plus terminal IEC Category C2/D1 compliant L1 terminal Conforming standards Name plate Surge detection display ●IEC 61643-21 compliant Conforming standards part ●IEC category C2/D1 compliant ●IEC 61643-21 compliant ●RoHS compliant ●RoHS compliant Smart SPD® Switch Features Features SMB-KRAPS1 （15.4） 75±3 ●Applicant up to 10 core wiring SMB-P・R-NM SMB-P・R-NM（H） SMB-P・R-K2 ●Replacement recommendation display Dimensions: W9.1×D22×H75 (mm) 9.1±1 T1 terminal ●LED deterioration display function function Mass: 8 (g) ●Replacement recommendation display function ●Lightning surge count display function ●Lightning surge count display function ●DIN rail (35mm) mounting T2 terminal Applications ●Design registered product ●Communication line (MDF/IDF) ■Part name ■Operation ■Surge detection part's performance Unit status display Lightning surge counter Status light-up button Operation Display State Item Specification Remarks Green Normal Minimum surge detection LED sended current ±20A or more 8/20μs display Press Yellow Replacement is recommended in Maximum surge button multi lightning area. permissible current ±10kA（one line ±5kAx2） 8/20μs onetime Red Replacement is recommended. ・Replacement recommendation Lightning SMB-P・R-H3 SMB-P・R-485 Push All Deterioration. Replacement. Green LED level display surge Protected button Display Yellow LED ・SPD deterioration display entry side equipment Dimensions: W100×D31×H100 (mm) Press Surge count number Red LED ・Count number display terminals terminals button Blink (Red: Hundreds digit, Yellow: Tens ・Battery replacement display Mass: about 200 (g) twice digit, Green: Ones digit) Operation Button switch ・Onetime/twice pressing Button batter（y CR1220） Power supply Battery lifetime more than Able to replace battery 5 years＊ Insulation ■External view "Replacement testing plug ＊Can be changed by operating condition and operation. Recommended" alarm output terminal DC power supply input terminal / KR-APS1 DC power supply output terminal SPD for KRONE terminal IEC Category C2/D1 compliant ■Innovative status display KR-APS1 ■External view Conforming standards Dimensions: W9.1×D22.2×H74.5 (59) (mm) LEDs make the SPD status easier to read.　"Replacement ●IEC 61643-21compliant Mass: 10 (g) H+90mm Recommended" function helps you make a replacement ●RoHS compliant * Dimensions in parentheses ( ) represent height 22.5 before a malfunction occurs. when mounted on Krone module * Mount frame depth 〈LED display〉 H Green: OK ■SPD installation diagram (22mm, 30mm, 50mm) Yellow: Replacement recommended 91±1 [When using mount frame] [When using profile frame] Red: Replace （5.5） 31±1 （8.5） 100 ■Applications/Main performance characteristics ±1 When replacement is recommended, 　(SMB-KRAPS1・KR-APS1) the alarm terminal outputs an alarm signal. Performance Item SMB-KRAPS1 KR-APS1 ■Visualization of Item code 1111027491 1111022825 　lightning surges Application ADSL、TEL、ISDN When a lightning surge comes in, a 7-segment display shows Maximum continuous operating voltage (Uc) DC180V the number of times the unit has operated. Rated current DC100mA Series resistance/wire 10Ω or less 10Ω ■Applications/Characteristics Insertion loss DC～5MHz 1.0dB or less Characteristics Voltage protection 1.2/50μs Item level (Up) ・10kV 500V or less SMB-P・R-NM SMB-P・R-NM（H） SMB-P・R-K2 SMB-P・R-H3 SMB-P・R-485 ① Mount frame Item code 1111042134 1111042137 1111042138 1111042135 1111042136 ② LSA-PLUS switching terminal Category C2 ① Profile set ③ Earth bar ② Earth clip Impulse durability＊1 (8/20μs) 10kA (10 times) Alarm transfer line, ④ SPD ③ LSA-PLUS switching terminal Category D1 ④ Earth bar (10/350μs) 2.5kA (2 times) Application Alarm transfer line, sensor line, sensor line high durability type for Bell ＋ Display light Instrumentation line (DC4-20mA etc.) RS485 ＋ Maintainance telephone ⑤SPD impluse current Deterioration display＊2 Yes Yes (■: normal; ■: deteriorating) RS485 Maintainance telephone Maximum continuous operating voltage (Uc) DC48V DC48V DC110V 27V ＊1 Impulse durability :Category C2 is 2 line total value. Category D1 is 1 line value. DC15V DC48V ＊2 APS1 are also available without the deterioration display function. Rated current 1A 3A 100mA 1A Series resistance 1Ω or less 4Ω～6Ω 1Ω or less Impluse current 8/20㎲ 5kA 10kA 5kA 平成28年度版 公共建築設備工事標準図（電気設備工事編） 対象製品 durability 10/350㎲ 2.5kA P.216（端子板） I形モジュール型端子板（10対） クローネLSA-PLUSクイック クリップ方式端子板 Voltage protection level (Up) 1.2/50μs, 10kV 500V or less 500V or less 1kV or less 150V or less 100V or less 500V or less P.219～P.220 ‐APS1形、 Connection core 10 cores 8 cores 2 cores （端子盤の標準寸法） I形端子板及び差込型SPD KR SmartSPD® SMB-KRAPS1形 13 Surge Protective Device Surge Protective Device 14 （7） 100±1 91±1 22±3

Produ c t s SPD for Co-axial Connectors This is used for protecting communication devices that use co-axial lines and high-frequency bandwidth from lightning surges. CX-E-60 ■Characteristics N-JP-1S Performance CX-E-60(R) Item N-JP-5 (permissible power 60W) CX-E-60 CX-E-60（R） IEC Category C2/D1 compliant Item code 1111042385 1111050117 N-JP-2260ST Connector type BNC (J-J) N-JP-8 (permissible power 200W)Conforming standards Frequency bandwidth DC～50MHz ●IEC 61643-21 compliant Insertion loss 1.0dB or less IEC Category C2/D1 compliant ●RoHS compliant Maximum continuous operating voltage DC70V Conforming standards Features CX-E-60 Impedance 50Ω/75Ω ●IEC 61643-21compliant N-JP-1S・N-JP-5 N-JP-2260ST N-JP-8 Rated current 1A ●Optimazed design for coxial LAN converter ●RoHS compliant Dimensions: W20.8×D50×H24.3（mm） Dimensions: W21×D50.2×H35.9（mm） Dimensions: W20×D61.2×H27.3（mm） ●PoE power supply function to cameras CX-E-60 (R) Voltage protection 1.2/50μs, 250V or less (between conductors) ●RoHSⅡ compliant (N-JP-2260ST) Mass: 80（g） Mass: 100（g） Mass: 106（g） level 10kV 500V or less (to ground) etc enabled φ15 Dimensions: W38×D95×H40 (mm) Category C2 (8/20μs) 10kA (10 times) ●Low insertion loss less than 1.0dB in Mass: 130 (g) Impulse durability Name DC to 50MHz Category D1 ■External view (10/350μs) 2kA (2 times) ■External view plate ●Insulation type BNC conncetor 70 Series resistance 1Ω±20％ N (J) N (P) φ3.2 (Fixing hole) Applications (at two diagonals) ●Coxial LAN converters ●Monitoring cameras (power source superimposed) 95 13 18 (23.2) (50) 20 (14) ●Data transmission devices 20 (50.2) (61.2) 56 (21) N-JP-1S・N-JP-5 N-JP-2260ST N-JP-8 ■Characteristics Dedicated tester for judging Performance Item deterioration N-JP-1S N-JP-5 N-JP-2260ST N-JP-8 (50.5) (44.5) “ZP-T1” Item code 1112003509 1112004585 1111050073 1111020914 35 mm DIN rail (Battery sold separately) 5G fifth generation mobile communication system, Applications Wireless communication devices, Local 5G (Sub6 band), Wireless communication devices, Measuring instruments Wireless communication devices, Measuring instruments GPSP1-L1-TNCJJ ［Discharge type］ ■External view 89±1 ITS (high-speed road traffic system), 79±0.5 26.9±1 R 65±0.5 N (J) Wireless LAN 2.4GHZ band, 5GHz band 2.25 Antenna side 1±0.2 GPSP1-L1-NJJ ± Connector type N type (P-J) 0.1 GPSP2-L1-NJJI 5 Frequency bandwidth DC to 3GHz 2.2GHz to 6.0GHz (DC superimposition not possible) DC to 2.2GHz V.S.W.R 1.2 or less 1.35 or less 1.2 or less IEC Category C2 compliant Insertion loss 0.2dB or less 0.3dB or less 0.2dB or less 0.2dB or less Conforming standards φ4 Impedance 50Ω .5± ●IEC 61643-21 compliant Permissible power 10W 60W Max 100W Rating: 100W/Max: 200W GPSP1-L1-TNCJJ 0 GPSP1-L1-NJJ .3 ●RoHS compliant Earth terminal (M5) N (J) Equipment side 20V or less 1.1ｋV or less Dimensions: W94×D89×H26.9 (mm) Voltage protection level 700V or less (1kV/㎲） Mass: 220 (g) 900V or less (1.2/50㎲ 10kV) (1.2/50μs, 10kV／10/200μs, 10kV) 1.2/50μs (Open circuit voltage), Features GPSP1-L1-NJJ 8/20μs, 5kA (Short circuit voltage) ●The lineup includes insulated types and N (J) DC sparkover voltage DC120V or more DC200V or more － DC400 to 600V discharge types. (12.5) Antenna ［Isolation type］ side Category C2 (8/20μs) 5ｋA (10 times) 2ｋA (10 times) 30ｋA (10 times) 20ｋA (10 times) ●Also compatible with DC supply to antennas Impulse durability Category D1 (10/350μs) 2.5ｋA (2 times) 1kA (2 times) 2.5ｋA (2 times) ●At low-loss GPS L1 bands: 　LOSS: 1.0dB or less VSWR: 1.3 or less Manufac- ［Discharge type］ turing lot ●Voltage protection level of 10V or less No. ■Characteristics display F-JP-1W ●Connector shape can be selected from Performance the TNC type or N type Item 5.5±0.20 F-JJ-1W F-JP-1W F-JJ-1W ［Insulated type］ DC output display N (J) Green LED 150±0.50 IEC Category C2/D1 compliant Item code 1111012197 1111012170 ●Equipped with DC output indicator for 44±0.50 Equipment Normal: On 175±0.50 side visually checking operating conditions. Conforming standards Connector type F type (P-J) F type (J-J) Abnormal: Off 200±0.50 GPSP2-L1-NJJI Frequency bandwidth DC to 3.3GHz＊ Applications ●IEC 61643-21compliant Dimensions: W145.4×D200×H44 (mm) GPSP2-L1-NJJI V.S.W.R 1.5 or less＊ ●GPS anntena port Mass: 1100 (g) ●RoHS compliant Insertion loss 0.5dB or less＊ ■Characteristics Applications ■Installation examples Impedance 75Ω＊F-JP-1W ●4K, 8K, CS, BS, TV tuners Performance Dimensions: W19.8×D56.6×H25.1 (mm) Permissible power 50W Item Mass: 68 (g) Voltage protection level 800V or less GPSP1-L1-TNCJJ GPSP1-L1-NJJ GPSP2-L1-NJJI ANT ANT Item code 1111042265 1111042266 1111042555 ［Discharge type］ ［Isolation type］ 〔F-JJ-1W／ Dimensions: W19.8×D47.5×H19.8 (mm)〕 DC sparkover voltage DC200V or more Impulse Category C2 (8/20μs) 2kA (10 times) Protection system Discharge type Isolation type ■External view durability Category D1 (10/350μs) 1kA (2 times) Connector type TNC (J-J) N (J-J) N (J-J) Equipment room/ Equipment room/ Frequency bandwidth 1575.42MHz ± 5MHz Equipment box, etc Equipment box, etc ＊ Characteristics when exceeding 3.0GHz are reference values. * For connecting a cable to an F type coaxial SPD, use an F V.S.W.R 1.3 or less connector with contact pin. Insertion loss 1.0dB or less 0.3dB or less Impedance 50Ω Permissible power 10W The insulated type is earth-free and requires 9 (15) Voltage protection level 10V or less ̶ no grounding work. HEX12 Impulse durability Category C2 8/20μs 2kA (10 times) ̶ (56.6) 17 Impulse withstand voltage 1.2/50㎲ ̶ 4kV or more (wrench) F-JP-1W 15 Surge Protective Device Surge Protective Device 16 (38) (40) 33 38 25 8 (145.4) 109.5±0.50 90±0.50 (24) 5.5±0.20 (94) 55±1 33±0.5 φ19.8 (φ20.8) (35.9) 20 27.3 22 φ19.8 Equipment Equipment

Produ c t s SPD for LAN Earthing SPD (earth balancer) This product protects servers, PCs, and network devices from infiltrating lightning surges. This product activates to equalize potential when potential disparity arises between earths due to lightning strike. LAN-CAT6A-P+Ⅱ(R) (Discharge type) LAN-CAT6A-IS (Isolation type) MZS-EB ■Characteristics IEC category C2/D1 compliant Earth-free type not requiring earthing construction work Performance or protecting equipment without earthing connectors MZS-EBT Item Measurement conditions MZS-EB MZS-EBT Conforming standards Earth equipotentialization Item code ̶ 1111019226 1111042332 ●IEC 61643-21 compliant Conforming standards (eliminates electropotential difference) Impulse current (Iimp) 10/350μs 75kA 100kA ●RoHSⅡ compliant ●IEC 61643-351 compliant Nominal discharge current (In) 8/20μs 20kA 100kA ●UL standard aquired (E140906) ●RoHSⅡ compliant Conforming standards DC350V 1,000MΩ or more ̶ ●UL standard aquired (E532596) ●RoHS compliant Insulation resistance Features DC100V ̶ 100MΩ or more ●Compatible with 10 Gigabit Ethernet Features Features Voltage protection level (Up) Based on IEC 1.5kV or less and Multi Gigabit Ethernet ●Uses an insulated circuit ●Corresponds to IEC Class Ⅰ test ■External view（ MZS-EB） ●Compatible with PoE++ (IEEE802.3bt) LAN-CAT6A-P+Ⅱ (R) ■Circuit diagram ●Compatible with 10 Gigabit Ethernet ●Impulse current up to 75 kA (direct ●Equipped with deterioration diagnosis function Dimensions: W22×D89×H35 (mm) MZS-EB and Multi Gigabit Ethernet strike waveform 10/350 μs) Dimensions: W35×D125×H66 (mm) ●Also compatible with UTP cable and Mass: 60 (g) LAN-CAT6A-IS ●Impulse withstand voltage 6kV or higher Dimensions: W22×D89×H35 (mm) ●DIN rail mountable (35 mm) Mass: 300 (g) STP cable (shield cable) ●Also compatible with UTP cable and Mass: about 45 (g) ●Deterioration display function (warning 125 4.5 ●Also protects against abnormal voltage STP cable (shield cable) contact output terminal attached) only MZS-EBT 45 on shield parts ●DIN rail mountable (35mm) MZS-EBT Dimensions: W35×D125×H77 (mm) ●DIN rail mountable (35mm) Mass: 350 (g) ●Collective grounding is possible by Applications attaching to conductive DIN rail ●10 Gigabit Ethernet ●Network cameras Applications When using Cable ●Wireless LAN access points ●10 Gigabit Ethernet dedicated tester DIN rail (35 mm) inlet ●Outdoor installed network devices ●Network cameras ●Wireless LAN access points Earth Grounding Materials ●Outdoor installed network devices LAN-1000IS-2 (Isolation type) ■External view Comprising mainly special carbon particles and cement, this grounding product causes no pollution. Earth-free type not requiring earthing construction work or protecting equipment without earthing connectors Conforming standards SAN-EARTH (M5C) Confirming Standard IEC62561-7:2018 ●IEC 61643-351 compliant SAN-EARTH (M5C) absorbs the moisture in the surrounding soil and hardens naturally, making it ideal for installation in locations where ●RoHS compliant it would be difficult to transport water. Examples of how SAN-EARTH (M5C) is used in construction work are shown below. 89 Features ●Uses isolation type circuits ■Basic construction method ●Gigabit Erthernet 1000BASE-T enabled ●Impluse withstand voltage 15kV or more Approx ●DIN rail mountable (35mm) 50㎝ Insulated cable (1) Lay earth wires. LAN-1000IS-2 (2) Scatter SAN-EARTH so that the earth wires are Dimensions: W22×D89×H35 (mm) completely covered. Applications Mass: 55 (g) ●Gigabit Ethernet M3 screw 35 mm DIN rail RJ-45 jack Backfill (5) (Thickly around the earth wires, thinly at other (earth terminal) locations) ●Network cameras (LAN-CAT6A-P+Ⅱ (R) only) ●Ordinary households (PCs, network (3) About 30cm of the covered part of the rising section Backfill (4) devices) of the earth wire is also embedded in SAN-EARTH. (4) Carefully backfill with soil to a depth of around 10cm ■Characteristics and tread down to compact it. (3) Performance (5) Completely backfill with soil. Item LAN-CAT6A-P+Ⅱ (R) LAN-CAT6A-IS LAN-1000IS-2 Note: If the earth wires are not completely covered with SAN-EARTH, Item code 1111043516 1111050105 1111042225 (2) SAN-EARTH (1) Buried earth (2) SAN-EARTH they may corrode due to electropotential difference and the IEEE802.3 10BASE-T (Earth section only is thickly covered) effect of electrolytic corrosion prevention will be lost. IEEE802.3u 100BASE-TX IEEE802.3ab 1000BASE-T IEEE802.3bz 2.5GBASE-T ̶ ■Example of laying SAN-EARTH M5C Applicable lines IEEE802.3bz 5GBASE-T ̶ IEEE802.3an 10GBASE-T ̶ IEEE802.3af PoE ̶ IEEE802.3at PoE+ ̶ IEEE802.3bt PoE++ ̶ 1～100MHz 1.0dB or less 2.0ｄB or less Transmission loss ～250MHz 2.0dB or less 1.5 dB or less ̶ ～500MHz 4.0dB or less 3.0 dB or less ̶ Maximum continuous Between each line and earth operating voltage (Uc) terminal DC60V ̶ Voltage protection level Between each line and earth (Up) terminal (1.2/50μs, 10kV) 500V or less ̶ Impulse durability Category C2 (8/20μs) 5kA (10 times) ̶ (Total of 8 cores) Category D1 (10/350μs) 2.5kA (2 times) ̶ Maximum discharge 8 core and shield-ground total current value (8/20μs) 10kA (10 times) ̶ AC withstand voltage ̶ 2.0kV or more (between primary and secondary line) 4kV or more Impulse withstand 1.2/50μs ̶ 6.0kV or more voltage (between primary and secondary line) 15kV or more 10/700μs ̶ ̶ 15kV or more Laying SAN-EARTH M5C　*One 25kg bag of M5C will cover approx. 3 meters (width 50cm) . 17 Surge Protective Device Surge Protective Device 18 35 22 （39） 50～75㎝ 51 15 35 66