* For specific models only

Transcription

1 * For specific models only

2 C.R.I. PUMPS T H E B E G I N N I N G of C.R.I., way back in 1961, was a resolute attempt to produce a few irrigation equipments using the limited facilities of an in-house foundry. Eventually the founder's dream was coming true as the small production unit he started kept growing rapidly. Now, after more than five eventful decades, it is an enormous, widely reputed organization, which produces more than 1200 varieties of perfectly engineered pumps and motors and sells its products in numerous countries spread across 6 continents. C. R. I. I S O N E A M O N G the few pioneers in the world to produce 100% stainless steel submersible pumps. Having achieved a record production capacity of over 1.5 million pumps per annum, today C.R.I. is rubbing its shoulders with the best brands in the world, with advanced technology and safety standards as its hallmarks. T H E I N F R A S T R U C T U R E of C.R.I. is pretty comprehensive with state-of-the-art machineries and a high potential in-house R&D recognised by the ministry of science and technology, Govt. of India - all within its own covered area of 150,000 square metres. The production environment is accredited with ISO 9001 & certifications and the product are CE, UR/UL, TSE & ISI Certified. The R&D team always stays in tune with the changing scenario and seldom fails in coming up with outstanding solutions every time. N E E D L E S S T O S A Y, behind this legendary growth lies the untiring, innovative, enthusiastic and dedicated team work. And, of course, a flawlessly maintained value system too. The name C.R.I. itself encapsulates the company's ethos: Commitment, Reliability, Innovation.

3 C O N T E N T S S O L A R P U M P S P a g e N o. General Information 2 D C S O L A R P U M P S Features, Applications & MIC D C S O L A R S U B M E R S I B L E P U M P S GR SERIES GP SERIES G4R SERIES G4P SERIES G4S SERIES D C S O L A R S U R F A C E P U M P S POOL PUMPS - GSP SERIES PERIPHERAL PUMPS - GPE SERIES SS JET PUMPS - GJS SERIES SCREW PUMPS - GRP SERIES CONTROL BOX & INSTALLATION PROCEDURE PV MODULES SELECTION & CONNECTION BATTERY MODE OPERATION A C SOLA R PU MP CON TR OLLER GENERAL, FEATURES, APPLICATIONS & MIC SPECIFICATIONS & TECHNICAL DETAILS TERMINAL CONNECTION DIAGRAM SOLA R PH OTO VOLTA IC ( PV) MOD U LES GENERAL & FEATURES SPECIFICATIONS SOLAR PV MODULE MOUNTING STRUCTURES

4 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N G E N E R A L I N F O R M A T I O N Solar Pumping System C.R.I. Pumps with 5 decades of engineering expertise in the pump industry, understanding the importance of usage of Green energy and the current need across the world and has extended comprehensive range of solar pumping systems both in deepwell submersible and surface pump ranges. These product ranges ensure that even in areas where there is little or no power distribution, the need for water is met. It is also part of the Company's initiatives to promote green energy powered by the sun. C.R.I. Solar Pumping systems are designed & developed using the most advanced technologies suitable for various applications and giving more thrust on high performance and durability in both AC & DC versions. DC Solar Pumps are available with both Screw & Centrifugal impellers suitable for different head and flow ranges. The DC Submersible Solar Pumps are powered by C.R.I. Oil filled permanent magnet, brushless DC motors and the Surface Pumps are coupled to specially designed dry type brushless DC motors. With regard to AC Pumps, C.R.I. Solar Pump Controller is used to convert DC Power generated by PV modules to Phase AC Power and drive these pumps. SOLAR PV MODULE FUNCTIONALITY PV Modules collect solar radiation from the sun and actively convert that energy to electricity. PV Modules are comprised of several individual solar cells and function similarly to large semiconductors and utilize a large-area p-n junction diode. When the solar cells are exposed to sunlight, the p-n junction diodes convert the energy from sunlight into usable electrical energy. The energy generated from photons striking the surface of the PV Module allows electrons to be knocked out of their orbits and released, and electric fields in the solar cells pull these free electrons in a directional current (D.C.), from which metal contacts in the solar cell can generate electricity. The more solar cells in a PV Module and the higher the quality, the more total electrical output the PV Module can produce. The conversion of sunlight to usable electrical energy is otherwise known as the Photovoltaic Effect. The photovoltaic effect arises from the properties of the p-n junction diode, as such there are no moving parts in a PV Module. PV MODULE OUTPUT Factors that affect the output of PV Modules are weather conditions, shade caused by obstructions to direct sunlight, and the angle and position at which the PV Module is installed. PV Modules delivers the best output when placed in direct sunlight, away from obstructions that might cast shade, and in areas with high regional solar insolation ratings. PV Module efficiency can be optimized by using dynamic mounts that follow the position of the sun in the sky and rotate the PV Module to get the maximum amount of direct exposure during the day as possible. SOLAR ENERGY STORAGE SYSTEM In our system the collecting device is lead acid battery which collect and stores DC energy Generated from PV Modules. This battery power storage option is available in DC solar pumps ranging upto 500W. The D.C. Power stored in the battery can be used to operate the pump directly. This process is usually integrated into solar photovoltaic system where energy collected and stored almost instantaneously. 2 GENERAL INFORMATION

5 Pumping trust. Worldwide. DC SOLAR PUMPS C.R.I. Solar D.C. Pump & Motor are supplied with necessary accessories like control box, level sensor probes, spare impeller, power cable to connect control box & panel & cables splicing kit as a complete set in a single carton packing. Features : Eco friendly More Longevity & Hygiene Uses only solar energy Easy to dismantle & Repair Rigid construction Highly durable Can handle upthrust load Dry run protection NEMA Mounting Standard (4") Water level sensors for storage tank Extremely hardwearing water lubricated bearings Powered by brushless DC Motor for long life. Applications : Residential Irrigation Live stock farms Small farms Public water supply De-watering Industries Golf course. Solar Panel Storage Tank Control Box DC Submersible Pump (or) DC Surface Pump Battery Identification Code SOLAR DC SUBMERSIBLE PUMPS G X X -XX(X) / XXX Solar Pump Nominal pump dia - ", 4-4", 6-6" M.O.C Pump Type : S = S.S, P = Plastic R = Screw Pumps Motor Power in watt , , A , A Nominal Flow C - 0. m³/h, 1E m³/h - m³/h, 5-5 m³/h, m³/h SOLAR DC SURFACE PUMPS G XX -XX(X) / XXX Solar Pump SP - Swimming Pool Pump PE - Peripheral Pump JS - SS Jet Pump RP - Screw Pump Motor Power in watt , , A , A Nominal Flow C - 0. m³/h, 1E m³/h - m³/h, 5-5 m³/h, m³/h GENERAL INFORMATION

6 DC SOLAR SUBMERSIBLE PUMPS Screw type Submersible Borehole Pumps Centrifugal Submersible Borehole Pumps - Plastic Impeller 4 Screw type Submersible Borehole Pumps 4 Centrifugal Submersible Borehole Pumps - Plastic Impeller 4 Centrifugal Submersible Borehole Pumps - SS Impeller

7 Pumping trust. Worldwide. GR SERIES Specifications Nominal Dia. " Power range W V, D.C. 95 m Max. Discharge 1.2 m³/h Max. Immersion depth 0 m Motor type Oil filled DC motor Impeller Screw type Outlet size ¾" Materials of Construction Outlet Stainless steel Pump outer shell Stainless steel Motor outer shell Stainless steel Impeller Stainless steel (Screw type) Bearing Ball bearing Performance Curves H GR-H / GR-F / GR-D / GR-C / Q - (m³/h) * Provide Non return valve (NRV) near the pump outlet to avoid water hammering / back flow of water. Accessories supplied Control box Level sensor probes Spare Screw impeller Power cable to connect control box & PV Module Cable splicing kit Performance Table (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* GR-C / GR-D / GR-F / GR-H / The above performance curve are plotted under testing with maximum input DC power. * Flow range in LPD is calculated based on 4 hours bright sunny day. DC SOLAR SUBMERSIBLE PUMPS 5

8 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N G P S E R I E S Specifications Nominal Dia. " Power range W & 48 V, D.C. 70 m Max. Discharge m³/h Max. Immersion depth 0 m Motor type Oil filled DC motor Impeller Multistage Centrifugal Outlet size 1" Materials of Construction Outlet Stainless steel Pump outer shell Stainless steel Motor outer shell Stainless steel Impeller Thermoplastic Bearing Ball bearing Performance Curves 90 H GP-1B / GP-2 / GP-1B / Q - (m³/h) Accessories supplied Control box Level sensor probes Spare Centrifugal impeller Power cable to connect control box & PV Modules Cable splicing kit. Performance Table (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* GP-1B / GP-1B / GP-2 / The above performance curve are plotted under testing with maximum input DC power. * Flow range in LPD is calculated based on 4 hours bright sunny day. 6 DC SOLAR SUBMERSIBLE PUMPS

9 Pumping trust. Worldwide. G4R SERIES Specifications Nominal Dia. 4" Power range W 48 & 110 V, D.C. 120 m Max. Discharge 2.5 m³/h Max. Immersion depth 0 m Motor type Oil filled DC motor Impeller Screw type Outlet size 1" Materials of Construction Outlet Stainless steel Pump outer shell Stainless steel Motor outer shell Stainless steel Impeller Stainless steel (Screw type) Bearing Ball bearing Performance Curves H G4R-1H / A G4R-1E / Q - (m³/h) * Provide Non return valve (NRV) near the pump outlet to avoid water hammering / back flow of water. Accessories supplied Control box Level sensor probes Spare Screw impeller Power cable to connect control box & PV Modules Cable splicing kit. Performance Table (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* G4R-1E / 500 G4R-1H / A The above performance curve are plotted under testing with maximum input DC power. * Flow range in LPD is calculated based on 4 hours bright sunny day DC SOLAR SUBMERSIBLE PUMPS 7

10 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N G 4 P S E R I E S Specifications Nominal Dia. 4" Power range W 48 & 110 V, D.C. 89 m Max. Discharge 7 m³/h Max. Immersion depth 0 m Motor type Oil filled DC motor Impeller Multistage centrifugal Outlet size 1¼" & 2" Materials of Construction Outlet Stainless steel Pump outer shell Stainless steel Motor outer shell Stainless steel Impeller Thermoplastic Bearing Ball bearing Performance Curves H G4P-2E / A G4P-2 / G4P-2E / 500 G4P-2B / 500 G4P- / A00 25 G4P-4B / A Q - (m³/h) Accessories supplied Control box Level sensor probes Spare Centrifugal impeller Power cable to connect control box & PV Modules Cable splicing kit Performance Table (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* G4P-2 / G4P-2B / G4P-2E / G4P-2E / A G4P- / A G4P-4B / A00** The above performance curve are plotted under testing with maximum input DC power. * Flow range in LPD is calculated based on 4 hours bright sunny day. DC SOLAR SUBMERSIBLE PUMPS ** 2 Outlet

11 Pumping trust. Worldwide. G4S SERIES Specifications Nominal Dia. 4" Power range W & 110 V, D.C. 110 m Max. Discharge 6 m³/h Max. Immersion depth 0 m Motor type Oil filled DC motor Impeller Multistage centrifugal Outlet size 1¼" & 1½" Materials of Construction Outlet Stainless steel Pump outer shell Stainless steel Motor outer shell Stainless steel Impeller Stainless steel Bearing Ball bearing Performance Curves H G4S-2B / A00 G4S-2B / 500 G4S-1H / 00 G4S-4 / 500 G4S-C / A Q - (m³/h) Accessories supplied Control box Level sensor probes Spare Centrifugal impeller Power cable to connect control box & PV Modules Cable splicing kit Performance Table (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* G4S-1H / G4S-2B / G4S-4 / G4S-C / A00** G4S-2B / A The above performance curve are plotted under testing with maximum input DC power. * Flow range in LPD is calculated based on 4 hours bright sunny day ** 1½ Outlet DC SOLAR SUBMERSIBLE PUMPS 9

12 DC SOLAR SURFACE PUMPS Solar Swimming Pool Pumps Solar Peripheral Pumps Solar SS Jet Pumps Solar Screw Pumps

13 Pumping trust. Worldwide. S O L A R P O O L P U M P S - G S P S E R I E S Specifications Power range W V, D.C. Performance Curves H m 18 GSP-16 / A20 Max. Discharge 29 m³/h 15 GSP-18 / A50 Pump size 1½" x 1½" & " x " 12 GSP-7 /600 Accessories supplied Control box Level sensor probes Power cable to connect control box & PV Modules 9 6 GSP-14 / Performance Table GSP-7 / 600 GSP-14 / 750 GSP-16 / A20 GSP-18 / A50 (V) Q - (m³/h) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* S O L A R P E R I P H E R A L P U M P S - G P E S E R I E S Specifications Performance Curves Power range W 24 & V, D.C. H m Max. Discharge 2 m³/h Pump size 1" x 1" GPE-1E / 210 Accessories supplied Control box Level sensor probes Power cable to connect control box & PV Modules GPE-1 / Performance Table Q - (m³/h) (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* GPE-1 / GPE-1E / 210 The above performance curve are plotted under testing with maximum input DC power. * Flow range in LPD is calculated based on 4 hours bright sunny day DC SOLAR SURFACE PUMPS 11

14 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N S O L A R S S J E T P U M P S - G J S S E R I E S Specifications Power range W 24 & 48 V, D.C. 4 m H Performance Curves Max. Discharge m³/h 25 GJS-2 / 500 Pump size 1" x 1" 20 Accessories supplied Control box Level sensor probes Power cable to connect control box & PV Modules GJS-1 / Performance Table Q - (m³/h) (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* GJS-1 / GJS-2 / S O L A R S C R E W P U M P S - G R P S E R I E S Specifications 90 Power range 1000 W H V, D.C m 60 Max. Discharge m³/h 50 GRP-2 / A00 Pump size 1" x 1" Accessories supplied Control box Level sensor probes Power cable to connect control box & PV Modules Q - (m³/h) Performance Table (V) Power (W) Reqd. PV Input Power (W) Head Range Flow Range (LPD)* GRP-2 / A The above performance curve are plotted under testing with maximum input DC power. * Flow range in LPD is calculated based on 4 hours bright sunny day. 12 DC SOLAR SURFACE PUMPS

15 Pumping trust. Worldwide. CONTROL BOX TYPES AND CONNECTION DETAILS GT GT--48 GT--110* Pump 12 / 24V DC / 48V DC / 110V DC PV Input > 4V DC > 68V DC > 1V DC PV Max. (VOC) 50V DC 100V DC 200V DC Battery Input 12 / 24V DC / 48V DC - Low Cut-off 11 / 22V DC / 46V DC 70 / 108V DC Restart 11.7 / 2.4V DC 5 / 47V DC 71 / 109V DC Rated Current 10 A 10 A 12.5 A Max. Power 200 W 500 W 1200 W Max. Ambient Temp. 50 C 50 C 50 C CABLE SIZE & SELECTION The lead out cable size for submersible pumps upto 500W is 1.5 sq.mm. Use 2 sq.mm cable when installed for more than 20m length. The lead out cable size for submersible pumps for 1000W is 2 sq.mm. Use 2.5 sq.mm cable when installed for more than 20m length. INSTALLATION PROCEDURE 1. Open the packing and inspect the pump, control box, PV Modules and other accessories are in good condition. 2. Install the pumpset as like normal submersible pump in borewell / sump and connect it to the control box, PV Modules, battery (if required) & water level sensors as given in the below diagram (fig. 1).. The ON / OFF switch must be in middle position (OFF position) while installation MOTOR WELL Solar P+ P- Battery* B+ B- 1 2 TANK TL TH WL WH Motor drop cable Delivery pipe Fix the sensor probes at the top of the storage tank to stop the pump when water is filled TANK Fix the sensor probes near the pump outlet Battery* PV Modules Well The above connection diagram is common for both submersible and surface pump installations. Note : 1. Solar mode : Switch position to SOLAR FIG 1 2. Battery mode* : Switch position to BAT * Battery mode is not available for 1000 W pump models. DC SOLAR PUMPS 1

16 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N PV Module connections Generally the PV Modules are available with specific Power (watts) and (volts) combinations. To get the reqd. D.C. output for operating the solar pump we need to either connect the panels in Series or Parallel or combination of Series & Parallel connections. PV Modules selection The power of PV Modules = power of pump x 1.. The maximum Peak of the PV Modules must not exceeds the maximum Input of the system. In case of battery mode operation PV Modules power must be calculated as 1.5 times of pump power. Pump rating 80W / 12V 120W / 24V 210W / V 20W / V 00W / V 500W / 48V 600W / 48V 1000W / 110V 1200W / 110V 1500W / 110V Series Connections When the PV Modules are connected in series the output Power as well as of each Module will gets added. Parallel Connections PV Modules selection chart PV Module Spec-Solar mode operation PV Module Spec-Battery mode operation Pmax. Vmp No. of PV Modules Connection Method Voc Pmax. Vmp No. of Modules Voc Modules 105W 160W 90W 100W 10W 85W 10W 100W 100W 120W Direct Direct Series Series Series 2x4 modules in series, 2 arrays in parallel 2x modules in series, 2 arrays in parallel 2x7 modules in series, 2 arrays in parallel 2x8 modules in series, 2 arrays in parallel 2x8 modules in series, 2 arrays in parallel 120W 180W 110W 115W 150W 95W 150W NA NA NA When the PV Modules are connected in parallel the output Power of each Module alone gets added NA NA NA NA NA NA NA NA NA Series connection diagram for 00W, V DC Solar Pump Parallel connection diagram for 150W, 24V DC Solar Pump 10W 10W 10W 95W 95W 18V 18V 18V V V W, 54V W, V Combination of series & parallel connection diagram for 500W, 48V DC Solar Pump 85W 85W 85W 85W 18V 18V 18V 18V W, V 85W 85W 85W 85W 18V 18V 18V 18V DC SOLAR PUMPS

17 Pumping trust. Worldwide. BATTERY MODE OPERATION The battery mode option is only available upto 500W DC Solar Pumps & higher power rating pumps do not have this facility. Connect the battery terminals with the control box terminal connections as shown in fig.1 (page 1). Set the selector switch in the control box to battery mode so that the PV Modules array charges the battery and simultaneously supplies power to run the pump. While the system is operated with battery, the output power of solar modules should be 1.5 times of pump power, so that the battery can get charged and pump can also run simultaneously. When there is low / no sunlight the control box will take required power from batteries to run the pump. Please refer below table for suitable battery capacities based on the pump voltage. Pump Battery Capacity Qty Connection 12V D.C. Solar Pump : 150AH, 12V Battery 1no Direct 24V D.C. Solar Pump : 150AH, 12V Battery 2nos. Series connection V D.C. Solar Pump : 150AH, 12V Battery nos. Series Connection 48V D.C. Solar Pump : 150AH, 12V Battery 4nos. Series Connection BATTERY SELECTION PROCEDURE T x P To calculate the battery capacity : AH = V x 0.6 To find the operating time of Pump : T = AH x V x 0.6 P T - Pump running time in hours P - Pump power in Watts V - Battery voltage AH - Ampere hour (Battery capacity) Note : To get the desired to run the Solar Pumps suitable no. of batteries can be connected in series. Eg. To run a 24V D.C. Solar Pump, 12V battery x 2nos. need to be connected in series. Example 1 (Pump running time calculation) If the pump power is 200W, the battery capacity is 100AH, the battery voltage is 12V and when the battery is fully charged, then the pumpset running hour is calculated as : 100 x 0.6 / (200 / 12) =.6 hours. Example 2 (Battery capacity calculation) If the pump power is 200W, the battery voltage is 12V, and the battery need to be used for.6 hours, then the battery capacity is calculated as : (.6 / 0.6) x (200 / 12) = 100AH. Note : The storage battery and frames required for solar panel mounting have to be sourced at customer end or contact our authorized dealer. DC SOLAR PUMPS 15

18 AC SOLAR PUMPING SYSTEM A N Y A C S U B M E R S I B L E O R S U R FA C E P U M P S ( u p t o k W )

19 Pumping trust. Worldwide. AC SOLAR PUMP CONTROLLER (Inverter to operate AC Pumps) VFD cum Inverter C.R.I. AC Solar Pump Controller is used to convert DC Power generated from the PV Modules to Phase AC Power that drives any AC Phase Submersible or Surface Pumps. It consists of an efficient, programmed drive which acts as an inverter to change the DC power generated from the solar modules to AC power and operates the pump. In addition it gives complete protection to the pump connected to the system & controls its functions. The MPPT (max. power point tracking) function of the controller improves the overall system efficiency. Features Both DC & Ph AC input - with manual change over switch Can run both 50Hz & 60Hz pumps Maximum power point tracking (MPPT) function to improve the system efficiency Self diagnostic & protection Auto start / stop based on solar light intensity Water level sensors for storage tank Protects from dry run, high / low voltage, over / under load operations, phase failures, etc. Indicators for faulty operations Output filter (optional). Applications These solar pump controllers are used to operate regular AC pumps using solar power in Residential Irrigation Live stock farms Public water supply Small farms De-watering Industries Golf course, etc., AC SOLAR PUMP CONTROLLER GVD - XXX / X AC Solar Inverter in V D = 220 / 20 V I = 80 V M = 460 V Rated Power in kw 0 = 0.7, 22 = = 11, 185 = 18.5 AC SOLAR PUMP CONTROLLER 17

20 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N Specifications Power range Versions Input variants kw - 220V output controller kw - 80V output controller Ph - 220V / 20V in both 50 & 60Hz Ph - 80V in both 50 & 60Hz Ph - 460V in 60Hz DC input from PV Modules & Ph - AC input from Generator / Grid Degree of Protection IP 42 Ambient Temperature -10 to +15 C Controller Input Requirements GVD - 0D GVD - 05D GVD - 07D GVD - 11D GVD - 15D GVD - 22D GVD - 0D GVD - 40D GVD - 55D GVD - 75D Rated Power in kw For 220 / 20 V Pumps - 50 / 60Hz Controller Specification Recommended PV Module Specification PV Module Output Rated Input DC Input DC range Pmax Imax Panel No. of Voc Vmp Voc Isc (A) Power Amps(A) Power (W) (Vmp) (W) (A) Qty. Array (W) * Optional AC Input = Ph, V ±10% GVD - 11I GVD - 15I GVD - 22I GVD - 0I GVD - 40I GVD - 55I GVD - 75I GVD - 110I GVD - 150I GVD - 185I Rated Power in kw (V DC) For 80 V Pumps - 50 / 60Hz Controller Specification Recommended PV Module Specification PV Module Output Rated Input DC Input DC range Pmax Imax Panel No. of Voc Vmp Voc Isc (A) Power Amps(A) Power (W) (Vmp) (W) (A) Qty. Array (W) * Optional AC Input = Ph, V ±10% (V DC) The above recommended PV module specifications can be changed on availability at installation place, provided the total operating DC input power & voltage (Pmax, Vmp, Voc) are nearest to the above given values On request, 60Hz 460V Phase solar controllers can also be supplied from kw to 18.5 kw. 18 AC SOLAR PUMP CONTROLLER

21 Pumping trust. Worldwide. Terminal Connection Diagram MOTOR Input AC Power Solar P+ P- R Y B E U V W E TL TANK TH Motor drop cable Delivery pipe TANK Fix the sensor probes at the top of the storage tank to stop the pump when water is filled Solar panel AC Power Supply Well E - Earth FIG 2 Connect the required DC Power from the PV Modules to the DC Input terminals (P+, P-). To operate the pump when low / No sun light, connect Ph AC supply from generator or AC grid to the AC input terminals (R,Y,B & E). Select the desired input power (DC / AC) using the rotary selector switch. Connect the Ph motor cable leads to the AC output terminals (U, V, W & E). Connect the float switch cable to the tank level control terminals (TL, TH) to control the water level in the storage tank. In case of dry run, the system will trips off automatically and restart after every one hour interval. In case of any faulty operation Indications, reset the system with Reset button or by switching OFF & ON. For installation above 75mts, an output filter (choke) need to be provided. On request, controller with inbuilt choke can be supplied. AC SOLAR PUMP CONTROLLER 19

22 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N S O L A R P H O T O V O LT A I C ( P V ) M O D U L E S THE POWER OF SUN IS ABUNDANT. LET'S HARNESS IT FOR PRODUCTIVE USAGE FOR ALL. Solar energy produced by PV Modules is well known as a clean and reliable source of green energy without polluting our environment. C.R.I. offers high-quality, efficient Photo Voltaic modules for all solar needs. PV Modules collect solar radiation from the sun and actively convert that energy to electricity. PV Modules are comprised of several individual solar cells and function similarly to large semiconductors and utilize a large-area p-n junction diode. When the solar cells are exposed to sunlight, the p-n junction diodes convert the energy from sunlight into usable electrical energy. The energy generated from photons striking the surface of the PV Module allows electrons to be knocked out of their orbits and released, and electric fields in the solar cells pull these free electrons in a directional current (D.C.), from which metal contacts in the solar cell can generate electricity. The more solar cells in a PV Module and the higher the quality, the more total electrical output the PV Module can produce. The conversion of sunlight to usable electrical energy is otherwise known as the Photovoltaic Effect. The photovoltaic effect arises from the properties of the p-n junction diode, as such there are no moving parts in a PV Module. Factors that affect the output of PV Modules are weather conditions, shade caused by obstructions to direct sunlight, and the angle and position at which the PV Module is installed. PV Modules delivers the best output when placed in direct sunlight, away from obstructions that might cast shade, and in areas with high regional solar insolation ratings. PV Module efficiency can be optimized by using dynamic mounts that follow the position of the sun in the sky and rotate the PV Module to get the maximum amount of direct exposure during the day as possible. Features High quality solar cells - Polycrystalline & Monocrystalline. Modules ranging from 5 Wp to 00 Wp Strong aluminium alloy frame, tempered glass and water proof lamination result in rugged protection against hostile conditions & withstand high levels of ultra violet radiation & moisture. Juntion box with IP 65 protection. IEC certified Solar PV Modules. Bypass diodes to avoid partial shading. 20 SOLAR MODULES

23 Pumping trust. Worldwide. SOLAR MODULE SPECIFICATIONS GPP-5/18 GPP-45/18 GPP-50/18 GPP-65/18 GPP-70/18 GPP-80/18 GPP-85/18 GPP-90/ Power (Pmax) 5W 45W 50W 65W 70W 80W 85W 90W Max. Power (Vmax) 17.6V 17.6V 18.0V 17.6V 18.0V 17.6V 18.0V 5.2V Max. Current (Imp) 1.99A 2.56A 2.78A.69A.89A 4.55A 4.A 2.56A Open Circuit (Voc) 22.0V 22.0V 22.5V 22.0V 22.5V 22.0V 22.5V 44.0V Short Circuit Current (Isc) 2.1A 2.74A 2.97A.95A 4.16A 4.86A 5.05A 2.74A Max. System Series Fuse rating Temp. Co-efficient Temp. Co-efficient Current Cell efficiency 16.40% 15.89% % 16.40% 15.0% 16.20% 15.80% Number of cells Max. Power tolerance Dimention 508*508*25 668*541*5 668*541*5 760*670*5 760*670*5 900*668*5 900*668*5 1020*670*5 Weight.5kg 5.0kg 5.0kg 7.0kg 7.0kg 8.kg 8.kg 9.5kg Mounting holes Pitch (Y-mm) Mounting holes Pitch (X-mm) GPP-95/ GPP100/18 GPP-105/18 GPP-110/18 GPP-120/18 GPP-125/18 GPP-10/18 GPP-15/18 Power (Pmax) 95W 100W 105W 110W 120W 125W 10W 15W Max. Power (Vmax).0V 17.6V 17.8V 18.0V 17.6V 17.8V 18.0V 17.8V Max. Current (Imp) 2.64A 5.68A 5.9A 6.11A 6.82A 7.02A 7.22A 7.58A Open Circuit (Voc) 45.0V 22.0V 22.V 22.5V 22.0V 22.V 22.5V 22.V Short Circuit Current (Isc) 2.82A 6.08A 6.1A 6.54A 7.0A 7.51A 7.7A 8.12A Max. System Series Fuse rating Temp. Co-efficient Temp. Co-efficient Current Cell efficiency 16.70% 15.40% 16.70% 17.00% 15.40% 16.50% 16.70% 16.70% Number of cells Max. Power tolerance Dimention 1020*670*5 1100*670*5 1100*670*5 1100*670*5 120*670*5 120*670* 120*670*7 190*670* Weight 9.5kg 10.2kg 10.2kg 10.2kg 12.2kg 12.2kg 12.2kg 12.8kg Mounting holes Pitch (Y-mm) Mounting holes Pitch (X-mm) All above specification are at standard test condition - 25 C cell temperature & 1000 W / m² irradiance. Note: Cables and connectors are optional, IP-65 Junction Box, Mc4 compatible M/F connectors along with 1 meter cables shall be provided against request. SOLAR MODULES 21

24 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N SOLAR MODULE SPECIFICATIONS GPP-140/18 GPP-145/18 GPP-150/ GPP-155/ GPP-160/ GPP-165/ GPP-170/ GPP-175/ Power (Pmax) 140W 145W 150W 155W 160W 165W 170W 175W Max. Power (Vmax) 18.0V 18.0V 5.2V 5.6V.0V.0V 5.2V 5.6V Max. Current (Imp) 7.78A 8.06A 4.26A 4.5A 4.44A 4.58A 4.8A 4.92A Open Circuit (Voc) 22.5V 22.5V 44.0V 44.6V 45.0V 45.0V 44.0V 44.6V Short Circuit Current (Isc) 8.2A 8.62A 4.56A 4.66A 4.76A 4.90A 5.17A 5.26A Max. System Series Fuse rating Temp. Co-efficient Temp. Co-efficient Current Cell efficiency 17.00% 17.60% 16.10% 16.50% 17.00% 16.40% 16.20% 16.40% Number of cells Max. Power tolerance Dimention 190*670*7 1475*665*5 1110*982*5 1110*982*5 1110*982*5 1186*982*5 1258*982*5 1258*982*5 Weight 12.8kg 1.5kg 15kg 15kg 15kg 16.0kg 17.0kg 17.0kg Mounting holes Pitch (Y-mm) Mounting holes Pitch (X-mm) GPP-180/ GPP-185/ GPP-190/ GPP-185/24 GPP-190/24 GPP-195/24 GPP-205/ GPP-210/ Power (Pmax) 180W 185W 190W 185W 190W 195W 205W 210W Max. Power (Vmax).0V 5.6V.0V 24.0V 24.2V 24.6V 5.2V 5.6V Max. Current (Imp) 5.00A 5.20A 5.28A 7.71A 7.85A 7.9A 5.82A 5.90A Open Circuit (Voc) 45.0V 44.6V 45.0V 29.5V 29.7V 0.0V 44.0V 44.6V Short Circuit Current (Isc) 5.5A 5.56A 5.65A 8.25A 8.40A 8.48A 6.2A 6.1A Max. System Series Fuse rating Temp. Co-efficient -60.8mV/ C Temp. Co-efficient Current 2.2mA/ C Cell efficiency 17.20% 16.40% 16.90% 16.0% 16.70% 17.20% 16.20% 16.60% Number of cells Max. Power tolerance Dimention 1258*982*5 118*982*5 118*982*5 124*982*5 124*982*5 124*982*5 1475*982* *982*45 Weight 17.0kg 17.8kg 17.8kg 17.9kg 17.9kg 17.9kg 19.0kg 19.0kg Mounting holes Pitch (Y-mm) Mounting holes Pitch (X-mm) All above specification are at standard test condition - 25 C cell temperature & 1000 W / m² irradiance. Note: Cables and connectors are optional, IP-65 Junction Box, Mc4 compatible M/F connectors along with 1 meter cables shall be provided against request. 22 SOLAR MODULES

25 Pumping trust. Worldwide. SOLAR MODULE SPECIFICATIONS GPP-205/24 GPP-210/24 GPP-215/24 GPP-220/24 GPP-20/0 GPP-25/0 GPP-240/0 GPP-245/0 GPP-250/ Power (Pmax) 205W 210W 215W 220W 20W 25W 240W 245W 250W Max. Power (Vmax) 26.2V 26.4V 24.6V 26.8V 29.6V 29.8V 0.0V 0.2V 5.6V Max. Current (Imp) 7.81A 7.95A 8.08A 8.21A 7.77A 7.89A 8.00A 8.11A 7.02A Open Circuit (Voc) 2.96V.2V.5V.8V.6V.8V 7.0V 7.2V 44.2V Short Circuit Current (Isc) 8.A 8.51A 8.65A 8.78A 8.1A 8.44A 8.56A 8.68A 7.51A Max. System Series Fuse rating Temp. Co-efficient Temp. Co-efficient Current Cell efficiency 16.00% 16.40% 16.80% 17.20% 16.20% 16.40% 16.80% 17.0% 16.00% Number of cells Max. Power tolerance Dimention 1475*98* *98* *98* *98* *982* *982* *982* *982* *982*50 Weight 19.0kg 19.0kg 19.0kg 19.0kg 20.0kg 20.0kg 20.0kg 20.0kg 2kg Mounting holes Pitch(Y-mm) Mounting holes Pitch(X-mm) GPP-255/ GPP-260/ GPP-265/ GPP-270/ GPP-275/ GPP-280/ GPP-285/ GPP-290/ GPP-295/ Power (Pmax) 255W 260W 265W 270W 275W 280W 285W 290W 295W Max. Power (Vmax) 5.8V.0V.2V.0V.2V 5.8V.0V.2V.4V Max. Current (Imp) 7.12A 7.22A 7.2A 7.50A 7.60A 7.82A 7.92A 8.01A 8. Open Circuit (Voc) 44.4V 44.6V 44.8V 44.6V 44.8V 44.4V 44.6V 44.8V 45.0V Short Circuit Current (Isc) 7.62A 7.7A 7.8A 8.0A 8.1A 8.7A 8.47A 8.57A 8.67A Max. System Series Fuse rating Temp. Co-efficient Temp. Co-efficient Current Cell efficiency 16.40% 16.70% 17.00% 16.70% 17.00% 16.40% 16.70% 17.00% 17.40% Number of cells Max. Power tolerance Dimention 1798*982* *982* *982* *982* *982* *982* *982* *982* *982*50 Weight 2kg 2kg 2kg 24kg 24kg 25kg 25kg 25kg 25kg Mounting holes Pitch(Y-mm) Mounting holes Pitch(X-mm) All above specification are at standard test condition - 25 C cell temperature & 1000 W / m² irradiance. Note: Cables and connectors are optional, IP-65 Junction Box, Mc4 compatible M/F connectors along with 1 meter cables shall be provided against request. SOLAR MODULES 2

26 C O M M I T M E N T R E L I A B I L I T Y I N N O V A T I O N SOLAR PV MODULE MOUNTING STRUCTURES (Fixed Type) The above solar PV module structures are indicative only and are designed with the dimensions of the 20 Wp Solar PV modules with a quantity of nos. The design, dimensions and structure may vary according to the requirement and site conditions. While installing the solar PV module structures it can be inclined by 10 to 20 angle at towards North-South direction. Appropriate tracking systems (optional) shall be used to increase the efficiency of the solar PV modules power output. The place of the mounting structures should be a plain floor, concreted, shadow free from trees or buildings location. The mounting structures are designed to withstand a wind speed of 150 km per hour. Appropriate protections systems should be in place for protecting the PV Modules against wind & any other exhaust climatic conditions. 24 SOLAR MODULES

27 W I N N I N G W A Y S When you have a good thing going it is quite in the fitting of things that recognitions come our way. Several prestigious awards, which decorate our shelf, say it all. These rewards not only acknowledge our position as a leader in the water pump industry but also serve as reminders about what the customer expects from a winner. And we, as ever, have our ears perfectly tuned to customer expectations.

28 web: EC-SO(N)-11/1-E