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“Brighter Solutions”

Summary of content (60 pages)

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“Brighter Solutions” Solar Product Range
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IMO is at the forefront of control component technology specifically developed for the renewable energy market and in particular solar energy. Whether meeting the demands of safe and efficient DC switching or delivering tracking solutions that help to maximise solar energy conversion rates, you can be sure that IMO products have been developed to meet the highest technical and commercial standards.
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Contents Page IMO Solar Guide - Abbreviations 4 Introduction to PV Design 5 SI Range DC Isolators 12 Ordering Variations 13 Part Number Configuration 13 Switching Configurations 14 Technical Data 15 Dimensions 33 SIM Range DC Isolators 38 Ordering Variations 39 Part Number Configuration 39 Switching Configurations 40 Technical Data 41 Handle Options 48 Dimensions 49 Distribution/String Boxes 52 Enclosed AC Isolators 53 Solar Panel Rapid Shutdown 54 Solar Tracker & Measur
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IMO Solar Guide - Abbreviations AC Alternating Current DC Direct Current Ie Rated Operational Current IMO IMO Precision Controls ISC Short-Circuit Current Ith Thermal Current MPPT Maximum Power Point Tracking PV Photovoltaic VOC Open-Circuit Voltage References BS 7671 Requirements for Electrical Installations IEC/EN 60364-7-712 Low-voltage electrical installations. Part 7-712: Requirements for special installations or locations.
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Introduction to PV design A Photovoltaic (PV) power system primarily converts sunlight directly into electricity using a photovoltaic cell array. The conversion of the solar radiation into electric current is carried out using the photoelectric effect found when some semiconductors that are suitably “doped” generate electricity when exposed to solar radiation.
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Utilisation Categories Utilisation Categories as are covered in the European Standards EN 60947-1 & EN60947-3 and define an equipment’s intended application. The list of both AC and DC categories for low-voltage switchgear and controlgear are stated in EN 60947-1 Annex A along with the relevant product standards.
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PV Installation Isolation PV installations consist of the DC side, the Inverter and the AC side with isolation required for both the PV-array to the inverter and for the AC supply from the load, particularly where the system is connected to the Distributed Network, this is a stipulation in G83/1.
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Many alternative solutions, particularly those based upon an AC isolator designs which use bridge contacts, have been modified and rated for DC operation. These types of product have a switching speed that is directly linked to operator speed therefore, slow operation of the handle results in slow contact separation of the contacts which can produce arcing times of 100ms or more.
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It is because of this that the IMO Solar Isolator range is constructed of materials that significantly reduce the risk of a fire hazard and in particular our enclosed installation style products for which the main plastic enclosure is rated at UL 94V-0 and the handles are UL 94V-2 rated. The classification criteria for each of these ratings is found in of the UL 94 Table 8.1 (see extract below).
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Dual String System – 5kW Output Single Phase Consider a typical 5kW system which would supply 22A at 230VAC: Inverter: Input (per string): 600VDC (VOC), 18A (IDC), 36A (IDC max) Output: 230VAC (VAC), 25A (IAC max) Solar Panel: 64.9V (VOC), 6.46A (ISC), 5.98A (Impp), 327Wp (Pnom) No. of panels: Calculation: V = 8 x 64.9 x 1.15 = 597.08V 8 per string I = 6.46 x 1.25 = 8.
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Over 6 Million Installed Units ZERO FAILURES In solar installation, the DC isolator is like a vehicle air-bag. You never know it really works until you need it. So it’s good to know that the IMO SI has now surpassed six million installed units without a single recorded electrical failure. Not surprising considering the product carries all the most important approvals including UL508i, IEC/EN 60947-1, UL 60947-1, IEC/EN 60947-3, UL 60947-4-1, CE, RCM and CCC.
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SI Solar Isolators TRUE DC Isolators for PV Systems • Market-leading design • 2, 4, 6 & 8 pole versions available • Max. rated current 85A@1000VDC (acc.
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Ordering Variations Lever Handle Models Panel Mount (4-screw) 64 x 64 Estcutcheon Plate Lever Handle, IP66, NEMA 3R Single Hole Mount (22.
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Switching Configurations Type 2-pole 2-pole 4 parallel poles 4-pole 4 poles in series Input on top Output bottom 4 poles in series Input and Output bottom 4 poles in series Input and Output on top SI16 2 2H 4 4S 4T 4B SI25 2 2H 4 4S 4T 4B SI32 2 2H 4 4S 4T 4B SI38 2 2H 4 4S 4T 4B SI40 2 2H 4 4S 4T 4B SI55 2 2H 4 4S 4T 4B SI65 2 2H 4 4S 4T 4B Contact Wiring Diagram Switching Example 1 3 1 3 5 7 1 3 5 7 1 3 5 7 1 3 5 7 1 3 5 7 2
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Technical Data for DC according to IEC 60947-3 Type DC-PV1 2 poles in series 2 1 2 2 poles in series + 2 parallel 2H 1 3 2 4 4 poles in series 4S, 4B, 4T 1 2 3 4 4 poles in series + 2 parallel 4H 1 5 2 3 4 6 7 8 SI16 SI25 SI32 SI38 SI40 SI55 SI65 SI16 SI25 SI32 SI38 SI40 SI55 SI65 SI16 SI25 SI32 SI38 SI40 SI55 SI65 SI16 SI25 SI32 SI38 SI40 SI55 SI65 DC22B 500V 600V 700V 800V 900V 1000V 1200V 1500V 500V 600V 800V 1000V 16A 25A 32A 45A 48A 55A 65A 29A 45A 58A 65A 72A 85A 85A
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Technical Data Data according to IEC 60947-3, VDE 0660, GB14048.
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Technical Data continued Data according to IEC 60947-3, VDE 0660, GB14048.
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Technical Data continued Data according to IEC 60947-3, VDE 0660, GB14048.
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Technical Data continued Data according to IEC 60947-3, VDE 0660, GB14048.3 Main Contacts Type SI16 SI25 SI32 SI38 SI40 SI55/SI65 Rated operational current Ie 500V A 1 1.25 1.5 x x 2.5 1 pole 600V A 0.5 0.75 1 x x 2 1 800V A 0.3 0.4 0.5 x x 1.5 1000V A 0.15 0.2 0.25 x x 1 1200V A x x x 1500V A x x x 2 poles in series 500V A 7 8 9 x x x 2 600V A 5.5 6 6.5 x x x 800V A 2 2.5 3 x x x 1000V A 1 1.
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Technical Data continued Data according to UL508i File E362605, CCN: NMSJ and UL60947-1 & UL60947-4-1 Main Contacts DC 350V 500V 600V 700V 800V 900V 1000V 350V 500V 600V 700V 800V 900V 1000V 350V 500V 600V 700V 800V 900V 1000V 350V 500V 600V 700V 800V 900V 1000V 350V 500V 600V 700V 800V 900V 1000V 350V 500V 600V 700V 800V 900V 1000V Ampere-Rating “General Use” 1 pole 1 1 2 poles in series 2 1 2 2 poles in series + 2 poles parallel 2H 1 3 2 4 4 poles in series 4S, 4B, 4T 1 2 4 3 3 poles in se
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Technical Data continued Switch SI16 2 poles DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 2.5mm2 600V / 2.5mm2 700V / 2.5mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI16 2H DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 6mm2 600V / 6mm2 700V / 4mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI25 2 poles DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 4mm2 600V / 4mm2 700V / 4mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI25 2H DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 10mm2 600V / 10mm2 700V / 6mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI32 2 poles DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 6mm2 600V / 6mm2 700V / 6mm2 800V / 4mm2 900V / 2.5mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI32 2H DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 16mm2 600V / 16mm2 700V / 6mm2 800V / 4mm2 900V / 2.5mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI38 2 poles DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 10mm2 600V / 10mm2 700V / 10mm2 800V / 6mm2 900V / 4mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI38 2H DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 16mm2 600V / 16mm2 700V / 10mm2 800V / 6mm2 900V / 4mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI40 2 poles DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 10mm2 600V / 10mm2 700V / 10mm2 800V / 10mm2 900V / 6mm2 1000V / 6mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI40 2H DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 25mm2 600V / 25mm2 700V / 10mm2 800V / 10mm2 900V / 6mm2 1000V / 4mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI55 2 poles DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 16mm2 600V / 16mm2 700V / 16mm2 800V / 16mm2 900V / 10mm2 1000V / 10mm2 1200V / 2.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI55 2H DC-PV1 Enclosed Type Ie / DC-PV1 (A) 500V / 25mm2 600V / 25mm2 700V / 25mm2 800V / 16mm2 900V / 10mm2 1000V / 10mm2 1200V / 2.5mm2 1500V / 1.
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Technical Data continued Switch SI16 2 poles DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 2.5mm2 600V / 2.5mm2 700V / 2.5mm2 800V / 1.5mm2 900V / 1.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI16 2H DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 4mm2 600V / 2.5mm2 700V / 2.5mm2 800V / 1.5mm2 900V / 1.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI25 2 poles DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 4mm2 600V / 4mm2 700V / 2.5mm2 800V / 2.5mm2 900V / 1.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI25 2H DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 10mm2 600V / 6mm2 700V / 2.5mm2 800V / 2.5mm2 900V / 1.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI32 2 poles DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 6mm2 600V / 6mm2 700V / 4mm2 800V / 2.5mm2 900V / 1.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI32 2H DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 10mm2 600V / 10mm2 700V / 4mm2 800V / 2.5mm2 900V / 1.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI38 2 poles DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 10mm2 600V / 6mm2 700V / 4mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI38 2H DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 16mm2 600V / 10mm2 700V / 4mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI40 2 poles DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 10mm2 600V / 10mm2 700V / 10mm2 800V / 10mm2 900V / 4mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI40 2H DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 25mm2 600V / 16mm2 700V / 10mm2 800V / 10mm2 900V / 4mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.
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Technical Data continued Switch SI55 2 poles DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 16mm2 600V / 16mm2 700V / 16mm2 800V / 10mm2 900V / 10mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 Temperature around the switch (°C) Temperature around the switch (°C) Switch SI55 2H DC-PV2 Enclosed Type Ie / DC-PV2 (A) 500V / 25mm2 600V / 25mm2 700V / 16mm2 800V / 10mm2 900V / 10mm2 1000V / 2.5mm2 1200V / 1.5mm2 1500V / 1.
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Dimensions (mm) SI16PM / SI25PM / SI32PM / SI38PM 2 2H, 4 SI16PM / SI25PM / SI32PM / SI38PM 6, 3H, 8, 4H SI + X “Y” Extended Switch Shaft 1,2 - 1,4 Nm SI40PM / SI55PM / SI65PM 2, 2H, 4 Escutcheon Plate 64 Lever SI40PM / SI55PM / SI65PM 6, 3H, 8, 4H Mounting Hole Panel Mounting Lockable Lever Lockable Rotary Sealing for abrasive panel surfaces SI16SHM(L) / SI25SHM(L) / SI32SHM(L) / SI38SHM(L) 2 Escutcheon Plate 48 Lever Handle 2H, 4 Mounting Hole Lockable Lever www.imopc.
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Dimensions (mm) continued SI16SHM(L) / SI25SHM(L) / SI32SHM(L) / SI38SHM(L) 6, 3H, 8, 4H SI16BMDC / SI25BMDC / SI32BMDC / SI38BMDC 2H, 4 delivered with: 2H, 4 Xmax. = 194, L = 150 (Xmin. = 89) delivered with: 2 Xmax. = 182, L = 150 (Xmin. = 77) Greater X-Dimensions on request L = X - 44±3 for 4, 2H L = X - 32±3 for 2 SI16BMDC / SI25BMDC / SI32BMDC / SI38BMDC 6, 3H, 8, 4H Mounting Hole delivered with: 6, 3H, 8, 4H L = X - 44±3 Xmax. = 194, L = 150 (Xmin.
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Dimensions (mm) continued SI16DB(L) / SI25DB(L) / SI32DB(L) / SI38DB(L) 2 SI40DB(L) / SI55DB(L) / SI65DB(L) 2, 2H, 4 SI16DB(L) / SI25DB(L) / SI32DB(L) / SI38DB(L) 6, 3H, 8, 4H SI16DBL /SI25DBL / SI32DBL / SI38DBL with low height handle 2H-LH, 4-LH 2H, 4 SI40DB(L) / SI55DB(L) / SI65DB(L) 6, 3H, 8, 4H SI.. DBL with low height handle 2-LH 6-LH, 3H-LH, 8-LH, 4H-LH www.imopc.
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Dimensions (mm) continued SI16PEL / SI25PEL / SI32PEL / SI38PEL 2, 2H, 4 SI16PEL / SI25PEL / SI32PEL / SI38PEL 6, 8, 3H, 4H 36 Leaders in Solar Safety SI16PEL / SI25PEL / SI32PEL / SI38PEL 2, 2H, 4 + M25 SI40PEL / SI55PEL / SI65PEL 2, 2H, 4
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Jumper Applications SI16.. / SI25.. / SI32.. / SI38.. 2H SI16.. / SI25.. / SI32.. SI38.. 4T 4T SI16.. / SI25.. / SI32.. / SI38.. 4H 2x SIV-B1-1N 4x SIV-B1-1N 2x SIV-B1-1N 2x SIV-B1-1N 2x SIV-B1-2N 2x SIV-B1-2N 4x SIV-B1-1N SI40.. / SI55.. / SI65.. SI40.. / SI55.. / SI65.. SI40.. / SI55.. / SI65.. 2H 4T 4H 2x SIV-B2-1N 2x SIV-B2-1N 4x SIV-B2-1N 2x SIV-B2-2N 2x SIV-B2-2N 4x SIV-B2-1N www.imopc.
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SIM Mini Solar Isolators Mini TRUE DC Isolators for PV Systems • Based on market-leading SI series design • Compact smaller size • Improved switching capacity • Extended mounting options • Guaranteed arc suppression (3ms typical) • Operator independent switching mechanism • Knife-edge contacts UL508i The next evolution in DC isolation When IMO first launched its SI Series DC isolator in 2009, little did it know that the SI would soon become the safety component of choice for many of the largest solar inve
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Ordering Variations Lever Handle Models Panel Mount (4-screw) 64 x 64 Esc. Plate, Lever Handle, IP66, NEMA 3R Panel Mount (2-screw) 64 x 64 Esc. Plate, Lever Handle, IP66, NEMA 3R SIM**PM64* SIM**PMT64* Single Hole Mount (22.5mm) Single Hole Mount (16mm) 48 x 48 Esc. Plate Lever No Esc. Plate, Lever Handle, Handle, IP66, NEMA 4X IP66, NEMA 4X SIM**SHM* Base Mount (door coupling) 64 x 64 Esc.
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Switching Configurations Type 2-pole 2-pole 4 parallel poles 4-pole 4 poles in series Input on top Output bottom 4 poles in series Input and Output bottom 4 poles in series Input and Output on top SIM(E)16 2 2H 4 4S 4T 4B SIM(E)25 2 2H 4 4S 4T 4B SIM(E)32 2 2H 4 4S 4T 4B SIM(E)38 2 2H 4 4S 4T Contact Wiring Diagram Switching Example 1 3 1 3 5 7 1 3 5 7 2 4 2 4 6 8 2 4 6 + - + - + - + 4B 1 3 5 7 1 3 5 7 1 3 5 7 8 2 4 6 8 2 4 6
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Technical Data for DC according to IEC 60947-3 DC-PV1 Type 1500V 500V 600V 800V 1000V 10A 7A 3A 16A 14A 12A 4A 11.5A 8.5A 5A 25A 21A 15A 5A 13A 10A 6A 32A 27A 17A 6A 25A 20A 10A 6A 38A 31A 19A 7A 17A 16A 10A 7A 3A 25A 20A 12A 4A 27A 20A 17A 11.5A 8.5A 5A 39A 32A 15A 5A 50A 32A 23A 20A 13A 10A 6A 50A 35A 17A 6A 50A 36A 30A 25A 20A 10A 6A 50A 38A 19A 7A 16A 16A 16A 16A 16A 16A 16A 16A 16A 16A 16A 16A SIM25 ..
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Technical Data Data according to IEC 60947-3, VDE 0660, GB14048.
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Technical Data Data according to IEC 60947-3, VDE 0660, GB14048.
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Technical Data continued Data according to IEC 60947-3, VDE 0660, GB14048.
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Technical Data continued Data according to UL508i File E362605, CCN: NMSJ and UL60947-1 & UL60947-4-1 Main Contacts Ampere-Rating “General Use” 1 pole 1 1 2 poles in series 2 1 2 2 poles in series + 2 poles parallel 2H 1 3 2 4 4 poles in series 4S, 4B, 4T 1 2 3 4 4 poles in series + 2 parallel 4H 1 5 2 3 4 6 7 8 Fuse size (RK5) Industrial Control Switch 5kA / 600V Maximum cable cross sections solid stranded Size of terminal screw Tightening torque File E146487, CCN: NRNT, NRNT7 Type
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Derating Curves for SIM16 Switch SIM(E)16 2H all types except PEL64R Ie DC21B/DC-PV1 (A) 500V / 2.5mm2 600V / 2.5mm2 700V / 2.5mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 500V / 6mm2 600V / 6mm2 700V / 4mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Derating Curves for SIM25 Switch SIM(E)25 2 poles all types except PEL64R Switch SIM(E)25 2H all types except PEL64R 500V / 4mm 600V / 4mm2 700V / 4mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.5mm2 500V / 10mm2 600V / 10mm2 700V / 6mm2 800V / 2.5mm2 900V / 2.5mm2 1000V / 1.5mm2 1200V / 1.5mm2 1500V / 1.
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Handle Options 48 x 48 Lever Handle Mounting Hole(s) 24.1+0.4 -0.0 16 3.2 +0.2 -0.0 11.0 +0.2 -0.2 22.5+0.2 -0.2 SHM Version IP66 - NEMA 4X SHMS Version (No escutcheon plate) 48 x 48 Lever Handle with Lockable OFF 24.1+0.4 -0.0 16 3.2 +0.2 -0.0 11.0 +0.2 -0.2 22.5+0.2 -0.2 IP66 - NEMA 4X SHML Version SHMSL Version (No escutcheon plate) 64 x 64 Lever Handle 48° 36° 9 9 5-6 5.6 IP66 - NEMA 3R PM Version PMT Version 64 x 64 Lever Handle with Lockable OFF 48° 36° 9 9 5-6 5.
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Dimensions (mm) Mounting Hole SIM**-PM64-2 Panel Mounting 64x64 Escutcheon Plate - 2 Pole 48° 9 5.6 SIM**-PM64-4 / SIM**-PM64-2H Panel Mounting 64x64 Escutcheon Plate - 4 Pole 48° 9 5.6 SIM**-PMT64-2 Panel Mounting 64x64 Escutcheon Plate - 2 Pole 36° 9 5.6 SIM**-PMT64-4 / SIM**-PMT64-2H Panel Mounting 64x64 Escutcheon Plate - 4 Pole 36° 9 5.6 SIM**-SHM-2 Single Hole Mounting Ø 22.5mm - 2 Pole 24.1+0.4 -0.0 3.2 +0.2 -0.0 22.5+0.2 -0.2 www.imopc.
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Mounting Hole SIM**-SHM-4 / SIM**-SHM-2H Single Hole Mounting Ø 22.5mm - 4 Pole 24.1+0.4 -0.0 3.2 +0.2 -0.0 22.5+0.2 -0.2 16 SIM**-SHMS-2 Single Hole Mounting Ø 16mm - 2 Pole 11.0 +0.2 -0.2 16 SIM**-SHMS-4 / SIM**-SHMS-2H Single Hole Mounting Ø 16mm - 4 Pole 11.0 +0.2 -0.2 SIM**-BMDC64R-2 Base Mounting with door coupling 64x64 Escutcheon Plate - 2 Pole 24.1+0.4 -0.0 3.2 +0.2 -0.0 22.5+0.2 -0.2 0,7 - 0,8 Nm Xmax = 182 L = X - 26.
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SIM**-DB-2 Modular Switch 2 Pole SIM**-DB-4 / SIM**-DB-2H Modular Switch 4 Pole 60 SIM**-DBL-2 Lockable Modular Switch 2 Pole SIM**-DBL-4 / SIM**-DBL-2H Lockable Modular Switch 4 Pole SIM**-PEL64R-* Plastic Enclosure www.imopc.
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DC Isolator Distribution/String Boxes • 4 to 48 poles • High thermal stability - ASA plastic • Transparent door • UV stabilized • IP65 rating - Inside / Outside use • Earth & neutral bars included • Suitable for Photovoltaic applications • Optional Key Lock (E-Lock) Technical Data Protection class IP65 Temperature range -25oC to 60oC Isolation class II Colour RAL 7035 Impact kit IK07 IEC capability 60670-25 Type Description Number of terminals PE/N Dimensions H x W x D (mm) E-04W 4 Module
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Enclosed AC Isolators - PE69 • 3, 4, 6 and 8 pole versions available • On load 20A - 100A • Red/Yellow • 3 Padlock positions • IP65 • IP66 taller enclosure available • Aux. Contacts available Rating @ 3~400V Part number Number of poles AC21/Amps AC3/kW AC23/Amps AC23/kW PE69-3020 3 20 5.5 16 7.5 PE69-3025 3 25 7.5 20 10 PE69-3032 3 32 11 25 12.5 PE69-3040 3 40 15 32 16 PE69-3063 3 63 18.5 45 22 PE69-3080 3 80 18.5 45 22 PE69-30100 3 100 30 72 37 7.
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Solar Panel Rapid Shutdown • Manual Panel Shutdown to 0V Operated from Ground Level • Automatic Panel Shutdown to 0V at >85°C (185°F) Temperature • Automatic Panel Shutdown to 0V on External Power Loss • Hardwire or Mobile Communication Alarm Signalling • Compliant with NEC 2017 and NEC 2020 • Suitable for New Installations or Retro-Fit FireRaptor Overview The IMO FireRaptor provides three forms of Solar Panel Rapid Shutdown to ZERO VOLTS in case of fire or other emergency: MANUAL EMERGENCY SHUTDOWN Man
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Emergency Shutdown Switch The Emergency Shutdown Switch for both the FRS-01 and the FRS-02 is supplied with a 24VDC power supply suitable for up to 40 panel operation. It is available with either a “twist-to-release”pushbutton or keylock pushbutton, both with LED indicator to signal FireRaptor supply status (ON indicates the supply is live).
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Solar Tracking & Measurement Controller • Out-of-the-box solution • Easy to set up • Flexibility to adapt to any installation Solar Cube Overview The IMO Solar Cube has been developed as a ground breaking, easy to set up solar tracking and measurement controller with the flexibility to adapt to any installation. The Solar Cube is an off the shelf controller designed for use on either one or two axis solar panel installations to track the sun’s movement and provide optimum panel (or array) positioning.
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Solar Cube Key Features n 3.
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Solar Relays Model Features Contact Form Contact Material - High voltage direct current relay - 10A, 20A, 40A, 80A, 120A, 200A, 300A switch capability - 10A, 20A, 40A: No specific polarity requirements for connection - Switching power up to 750kW - 2.5kV dielectric strength (between coil & contacts) PHY - 30A switching capability - 4kV dielectric strength - Class F insulation - 3.00mm contact gap PEY - 30A switching capability - 4kV dielectric strength - Class F insulation - 3.
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PV Rated DIN Rail Terminals • 1000V Rated up to 232A • Up to 95mm2 wiring capacity • UL94-V0 Materials • Various colours available • Labelling options • UR/cUR approved (E244285) General Product Information ER16V ER35PV ER50V ER70V ER70PV Insulating material PA 66 PA 66 PA 66 PA 66 PA 66 V0 V0 V0 V0 V0 12 mm 16 mm 20 mm 22 mm 22 mm Length 50 mm 52.8 mm 80 mm 74.0 mm 80.0 mm Height (MR 35x7,5) 55.5mm 58.7 mm 84.7mm 67.5 mm 88.
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IMO Worldwide Offices IMO Precision Controls Limited The Interchange Frobisher Way Hatfield, Herts AL10 9TG United Kingdom IMO Jeambrun Automation SAS Parc de la Broye 14 rue du Chafour 59710 ENNEVELIN France Tel: Tel: 01707 414 444 Email: imo@imopc.com Web: www.imopc.com 0800 912 712 (no gratuit) Email: imo-fr@imopc.com Web: www.imojeambrun.fr IMO Automazione Via Belfiore 10, 50144 Firenze (FI) Italia Tel: Email: imo-it@imopc.com Web: www.imopc.