MAJOR EQUIPMETS TECHNICAL

DATA SHEET

PROJECT : 5.2MWDC 4MWAC SOLAR POWER PLANT

CLIENT : M/s. GAMMA INFO TECH PRIVATE LIMITED
EPC : ACE RENEWTECH ENGINEERING PVT LTD
 GS10-T144-GF
(565 Wp - 595 Wp)

High Saving PID Resistance

Lower LCOE, reduced BOS cost, Excellent Anti-PID Performance guarantee
shorter payback time limited power degradation for mass production

High Efficiency ↑ ↑
10-30% Additional Power Generation
23.03%
Excellent module conversion ↑ ↑
More than 10-30% additional power gain
efficiency of up to 23.03% comparing with the regular modules.

Better Weak Illumination Response Wider Applicability

Higher power output even under low-light More application scenes like BIPV, vertical
environments like on cloudy or foggy days installation, snowfield, high-humid, windy and dusty area

LOW LID (Light Induced Degradation)

Low-LeTID
&LID N-Type Solar cell Technology
offers Lower-LeTID & LID

INDUSTRY LEADING PROTECTION

12 Years Warranty For 30 Years Warranty For

12 Materials And Processing
30 Linear Power Output

ISO 9001:2015, ISO 14001:2015, ISO 45001:2018 certified facility

 Grade Quality
BEST IN Class Results

TECHNICAL DATA MECHANICAL SPECIFICATION

Electrical Parameter at STC Bifacial Monocrystalline Module Solar cells 144 pcs TOPCon cell technology, 16 BB
Module Type GS10-T144-GF Encapsulation PID & UV resistance
Capacity rating – Pmax(Wp) 565 570 575 580 585 590 595 Silver Anodized Aluminium Alloy
Frame
Power Tolerance (%) 0~2
Front Glass 2.0 mm, High Transmission, AR Coated Semi Tempered Glass
Module efficiency (%) 21.87 22.06 22.26 22.45 22.65 22.84 23.03
Back Glass 2.0 mm, Heat Strengthened Glass
Rated voltage - Vmp(V) 42.60 42.80 43.01 43.22 43.40 43.60 43.80
Dimensions (L) 2278 mm x (W) 1134 mm x (H) 30 mm”
Rated current - Imp(A) 13.27 13.32 13.37 13.42 13.47 13.52 13.57
Weight ~31.5 Kg
Open circuit voltage - Voc(V) 50.88 51.08 51.28 51.48 51.68 51.88 52.08
Short circuit current - Isc(A) 14.18 14.24 14.30 14.36 14.42 14.48 14.54 J-box IP 68 certified, 3 diodes, Split junction box
Series Fuse Rating 30 A
Under Standard Test Conditions (STC) of irradiance 1000 W/m², spectrum AM 1.5 and Cable 4 mm², Solar cable 400mm/1400mm length or Customized length
Module temperature of 25°C. Except Pmax, all other parameters have a tolerance of ±3%.
Connectors MC 4 Type
Application Class Class A
Electrical Characteristics with 10% rear side power gain# Electrical Safety Class II
Capacity rating – Pmax(Wp) 621 627 633 638 644 649 655
Fire Safety Class C ( Type 1)
Rated voltage - Vmp(V) 42.60 42.80 43.01 43.22 43.40 43.60 43.80
Surface load Snow load 5400 Pa, Wind load 2400 Pa
Rated current - Imp(A) 14.59 14.65 14.71 14.76 14.82 14.87 14.93
Open circuit voltage - Voc(V) 50.88 51.08 51.28 51.48 51.68 51.88 52.08 DRAWING (MEASUREMENTS ARE IN MM)
Short circuit current - Isc(A) 15.59 15.66 15.73 15.80 15.86 15.93 15.99 30 a' 15
30

a
# Additional power gain from rear side compared to power of front side at STC
depends on mounting structure (height, tilt angle etc.) and reflectivity of ground.
Bi-Faciality Factor : 80 ± 5 %
Ø9*Ø14 mm
Mounting hole
PERMISSIBLE OPERATING CONDITIONS 8 Nos.

Temperature range -40°C to + 85°C

Maximum system voltage 1500 VDC
NOCT 45± 2°C Ø7*Ø10 mm
Max. diameter of 25 mm with velocity 23 m/s Mounting hole
Hail resistance 4 Nos.
400±1
J.B RFID J.B Back Label J.B
1100±1 2278±2 2278±2
TEMPERATURE COEFFICIENTS (TC) 1400±1

Temperature Coefficient (Voc) -0.25% /°C

Temperature Coefficient (Isc) 0.045% /°C b b'

Temperature Coefficient (Pmax) -0.30% /°C

PACKAGING CONFIGURATION## Ø4 Earthing

4 Nos.
Number of Modules per Pallet 36
No of pallet Ø3*10
20 Drain hole
No of module, 40ft HC container 720 8 Nos.

1095±1
1134±2
IV CURVE PV CURVE Back view Side view

Ø7*Ø10mm Ø9*Ø14mm 9
16 600
Incident Irrad. = 1000 W/m2 mounting hole mounting hole
Incident Irrad. = 1000 W/m2
14 Incident Irrad. = 800 W/m2
Incident Irrad. = 800 W/m
2
500 Incident Irrad. = 600 W/m
2
7
12
Incident Irrad. = 400 W/m2
30 30
Incident Irrad. = 200 W/m2
Current (A)

10 400
Incident Irrad. = 600 W/m
2
Cells temp. = 25°C 14
8 10
Power (W)

Incident Irrad. = 400 W/m

2 300
6 15 30
a : a' b : b'
4 Incident Irrad. = 200 W/m
2
200

0
100
“Unspecified dimensions tolerance are according to ISO 2768-1, class m.”
0 10 20 30 40 50 60
Voltage（V） 0
0 10 20 30 40 50 60
Voltage（V） PRODUCT CERTIFICATIONS
IEC 61215: 2021, IEC 61730: 2016, IS 14286:2010/IEC 61215:2005,
LINEAR GRAPH IS/IEC 61730-1 & 2: 2004, IEC 61701, IEC 62716, IEC 60068-2-62,
Standard Module Linear Performance Warranty
99.0% Goldi N-type Bifacial Double Glass Module IEC CD 61215-2:2018, UL 61730-1 &2 , IEC 62804, CEC
97.0% Linear Performance Warranty
TDS-GS10T144GF-V 1.4

89.4% I
87.4 %
87.4% 1.00%
1st-year Degradation

80.0% 0.40% MANAGEMENT SYSTEM CERTIFICATIONS

Annual Degradation
0
1 5 10 15 20 25 30
ISO 9001,
Years
ISO 14001,
ISO 45001

12 Years Product Material & Workmanship 30 Years Linear Performance Warranty

UTILITY | INDUSTRIAL | AGRICULTURE | RESIDENTIAL | INSTITUTIONAL

##
• Quantity of modules/container may get changed without prior notice. Confirm with our sales representative before placing order.
• For handling & installation instructions, refer to Goldi's installation manual available on the company website
• Before placing an order, confirm your requirements with our sales representative 1800 833 5511
• The electrical data provided here is for reference purposes only
• Dispose of a product as e-waste after the end of its working life info@goldisolar.com
• Refer to Goldi’s warranty document for terms and conditions
• Due to constant product modifications, Goldi reserves the right to amend the above specifications without prior notice goldisolar.com
• Images in the datasheet are for representation purpose only
DOCUMENT: 8301..

GUARANTEED TECHNICAL PARAMETERS

Cable Description : 1c x 6 mm2 Annealed Tinned Flexible Copper Conductor, EBXL XLPO insulated & Sheathed Solar Cable
Part No 8301029004 ÖLFLEX® SOLAR XLS-E 1X6 Sq mm WH/BK
8301029020 ÖLFLEX® SOLAR XLS-E 1x6 Sq mm WH/BK-RD
Sr.N Properties Unit Specification (Based on EN50618 & IEC62930)
1 Cable size (nominal) Sq.mm 6
2 No.of Cores Nos. 1
3 Construction 1 x 6.0
4 I) Voltage Rating ( U。/ U ) -AC 1.0 / 1.0
kV 1.5 / 1.5
5 II) Voltage Rating - ( U。/ U ) -DC DC 1.8 kV max. (conductor/conductor, non earthed system)
5.1 Material Fine wire strands of annealed tinned copper
5.2 Max. conductor temperature °C 120
5.3 Type of Conductor According to IEC 60228, Class 5
5.4 No of Wire (Strands) Nos. 84
5.5 Strand Diameter mm 0.30 (+0.01/-0.02)
5.6 Max. DC Conductor Resistance at 20°C Ohm/km 3.39
6 INSULATION
6.1 Material Electron beam cross-linked polyolefin co-polymer (XLPO)
6.2 Nominal Thickness of Insulation mm 0.7
6.3 Insulation Resistance ( Min) MΩ.km 500 (20℃), 0.5 (90℃)
6.4 Insulation Colour White
6.5 min, thickness of insulation mm 0.53
7 Outer Sheath
7.1 Material Electron beam cross-linked polyolefin co-polymer
7.2 Nom.Thickness of Outer sheath mm 0.8
7.3 Nominal Overall Diameter of cable mm 6
7.4 min, thickness of outer sheath mm 0.58
7.5 Approx cable weight Kg/km 87.57
7.6 Copper Index Kg/km 57.6
U274 LAPP KABEL STUTTGART ÖLFLEX® SOLAR XLS-E 1/1 kV AC /
7.7 Marking on the Cable DC 1500V 1 x 6 SQMM HALOGEN FREE LOW SMOKE ELECTRIC
CABLE <TRACEABILITY> <METER MARKING>
8.1 Current Rating in Air at 60 °C Ambient Amps 70 A (Single cable free in air)
Temp.
8.2 Max.Continuous working Temp °C 120°C
8.3 Max.conductor temp at termination of °C 250°C(5s)
short circuit
8.4 Min, Bending Radius mm occasional flexing: 15 cable diameter fixed installation: 5 cable diameter

8.5 Relevant standards Voltage test with AC - AC 6.5kV for 5 Min.

UV Resistance - EN 50618 Annex E
Ozone resistant - EN50396
Flame retardant - IEC 60332-1-2
Acid & Alkaline resistant - EN60811-2-1
Damp Heat test - 90 deg for 1000hours(EN 60068-2-78)
RoHS - EC-Directive 2011/65/EU

8.6 Packing Length mtr 1000M

8.7 Qty Tolerance mtr +/- 5%
8.8 Cable End Sealing YES

Originator: CS / PE
Approved: SNP / PE
 850 ±3 300 ±3 769.5 ±3 300 ±3
Venting
4
Element Ø1 s.
4 No

IP-65

+ve Busbar 50X5

Converter
DC to DC
24V
DC Switch
+ve I/P Fuse 50A 3P/400A
4A

I/07

I/08

I/09

I/10

I/11

I/12
GND +5V RX2 TX2
700 ±3

723 ±3
TRICHECK MODULER 12 STRING +V E

6
M1

I/01

I/02

I/03

I/04

I/05

I/06
+ve -ve -ve I/P Direct on ST Card
+ve I/P Fuse 50A O/P O/P

O/P Busbar
50X5 GND +5V TX2 RX2 GND PT1 PT1 GND PT2 PT2 -+- +
- m A + IN P - ve + IN P INP-1 INP-0

SPD C OMM. P O WER

With FM
1500V DC
TRIN RF Module
+24V -24V

ET
+- -
+

16
Sqmm SPD
SPD
T1+T2
T2

Spare
+ve I/P Fuse 50A

IP-65

Venting
MC-4 Type Male MC-4 Type Female Element
Panel Connectors Panel Connectors

Antenna
58.5

Antenna With
3 Meter Cable
Antenna Mounting
in Customer Scope

Enclosure Size : 850X700X300 mm SMB for 10 in 1 out+1 Spare+RF

Cable Gland-1 : PG-11, Suitable Wire Dia. 5-10 mm (1 No.)
Cable Gland-2 : PG-13.5, Suitable Wire Dia. 6-12 mm (1 No.) M/s Nations Pride 70.5MW Dwg. No. :- G8511
Cable Gland-3 : PG-42, Suitable Wire Dia. 30-38 mm (2 Nos.)
1. ±20 FOR MOUNTING
MC-4 Type Male & Female Panel Connectors (22 Nos.) ARRANGEMENT

Solution 1500V DC +2 for Hole

2. Dia

±3 for Hole
3. D:\DATA\Pics\Stickers\Trinity Touch.JPG
Position Dimension Article No. :-
 BOM 10 in 1 0ut +1 Spare SMB (RF ) - 1500V Rated GA Dwg 8511

Item Description Make Qty UOM

Fuse Holder 80A 1500 V Fuse Holder Trinity Touch 11 Nos
Fuse Link 50 A 1500V Rated Fuse Trinity Touch 11 Nos
Enclosure FRP Enclosure 850*700*300 mm Trinity Touch 1 No.
Cable Gland TTPBUL-PG-11, Suitable Wire Dia. 5-10 mm Trinity Touch 1 No.
Cable Gland TTPBUL-PG-13.5, Suitable Wire Dia. 6-12 mm Trinity Touch 1 Nos
OutPut Cable Gland TTPBUL-PG-42, Suitable Wire Dia. 30-38 mm Trinity Touch 2 Nos
Power SPD SPD Type II with FM Phoenix Contact 1 No.
DC Switch 3P 400A 1500V DC Switch Socomec 1 No.
DC DC Converter DC DC converter Trinity Touch 1 No.
TRICHECK MODULAR-12 SHUNT TECHNOLOGY BASED
Monitoring Card Trinity Touch 1 No.
MONITORING DEVICE
Bus Bar Tinned CU BUSBAR 50X5 mm Trinity Touch 1 No.
O/p Link Tinned CU BUSBAR 50X5 mm Trinity Touch 2 Nos.
Earthing TB ETB 16 Phoenix Contact 1 No
Earthing Cable 16 SQMM WIRE- 1500V Rated Siechem/Apar 1 Lot
Input Cable SOLAR WIRE 6 SQ MM - 1500V Rated Siechem/Apar 1 Lot
Amphenol/Longteng/
Panel Connector (Male) Male panel Connector 1500V 11 Nos.
Multicontact
Panel Connector Amphenol/Longteng/Multico
Female panel Connector 1500V 11 Nos.
(Female) ntact
Amphenol/Longteng/Multico
Field Connector (Male) Male Field Connector 1500V 11 Nos.
ntact
Field Connector Amphenol/Longteng/Multico
Female Field Connector 1500V 11 Nos.
(Female) ntact
Vent Plugs Venting element IP65 Trinity Touch 8 Nos
Antenna Antenna Telemart 1 Nos
Dealer : M/s. Apec Infra
Client : M/s. ACE Renew Tech
Project : Solar Power project- Kayathar, Tamilnadu
GTP Ref : KEI/CHE/DS-2118/VK/23-24/REV 03 dated 21.10.2023
ALUMINIUM XLPE ARMOURED FR-LSH CABLE GTP
Sr. No. Description UOM 1C X 300 sq mm 1C X 400 sq mm
1 GENERAL
No of cores 1 1
Cable size 300 400
Cable Type A2XFY A2XFY
Voltage Grade V 1.8 KV DC
Permisible voltage & frequency variation for
±10%
satisfactory operation
Standards Applicable IS: 7098 (Part 2) 2011, IS:8130-2013, IS:5831-1984, IS:3975-1990

2 CONDUCTOR
Material Aluminium Conductor as per IS 8130
Shape H2 Aluminium Stranded Class 2
Cross Sectional Area sq.mm. 300 400
Approx No of strands Nos. 37 59

Nominal dia of strand before stranding & compacting mm 3.26 2.95

Construction Stranded Circular Compacted

3 CONDUCTOR TEMPERATURE
Max. Rated 90 Deg .C.
During short circuit 250 Deg. C.

4 INSULATION
Material Extruded Cross linked polyethylene (XLPE) as per IS : 7098 Part 2
Thickness (Nominal) mm 2.5 2.6
Core Identification Black Black
5 INNER SHEATH
Material NA NA
Thickness (Min.) mm NA NA
6 ARMOUR
Material Galvanized Steel Flat Strip as per IS: 3975
Shape Flat Strip Flat Strip
Size mm 4.0 x 0.8 4.0 x 0.8
7 OUTER SHEATH
Extruded FR-LSH PVC Type ST-2 as per IS- 5831/1984 (with UV resistant, Anti
Material
Termite & Anti Rodent properties)
Thickness (Min.) mm 1.56 1.56
Colour Red for +ve & black for -ve

Approx.Overall dia of cable, D mm 31.4 34.4

Tolerance on overall dia +/- 3mm +/- 3mm
FR-LSH Properties on outer sheath.
a Guarranteed Value of Oxygen index % Min 29 % as per ASTM-D-2863
b Temperature index Deg.C Min 250°C as per ASTM-D-2863
c Acid gas generation % Max 20% by weight as per IEC 60754-1
d Smoke density rating % Max 60% as per ASTM-D-2843
e Flammability Test As per IEC 60332-1
Dealer : M/s. SK Cable
Client : M/s. ACE Renew Tech
Project : Solar Power project- Kayathar, Tamilnadu
GTP Ref : KEI/CHE/DS-2118/VK/23-24/REV 03 dated 21.10.2023
ALUMINIUM XLPE ARMOURED FR-LSH CABLE GTP
Sr. No. Description UOM 1C X 300 sq mm 1C X 400 sq mm
8 Cable Data
Drum Length (Wooden drum) m 500 / 1000 500 / 1000
Tolerance on Drum length % ±5%
Approx. Weight of the Cable kg/km 1450 1750
Name of manufacturer, 1.8 kV DC, No of cores x Cable Size, A2XFY, Year Of
Embossing
Manufacture

Min. Bending radius 15D

9 Electrical Characteristics
Max.Conductor DC Resistance at 20°C Ohm/km 0.1000 0.0778
10 Current rating
In ground @ 30 Deg.C Amps. 463 533
In Duct @ 30 Deg.C Amps. 377 433
In air @ 40 Deg.C Amps. 561 664
11 Type of Drums Non-Returnable wooden drums as per IS: 10418
Manufacturers name & trade mark, IS 7098/ Part2, Cable code, Voltage grade,
12 Marking on Drums No of cores, Size, Length of cable in drum, Direction of rotation of drum, Gross
weight, Year of manufacturing

FOR KEI INDUSTRIES LIMITED

 INVERTER GENERAL TECHNICAL PARAMETERS
A TOTAL INVERTER QUANTITY 1
B INVERTER DATA
PVS980
58
1 Product Model
5000 kVA
L
2 Inverter Type (Monolithic / Modular) Modular
3 Switching Element and Technology PWM Controlled IGBT based Three Level Inverter
4 Number of IGBT Module (Stack) in Inverter 4 X R35i Module
5 MPPT Tracker - Master slave/ Multi MPPT MPPT single
6 No. of MPPT Trackers/Controller 1
7 Degree of Protection IP55
C INPUT VARIABLES
1 Max. allowed PV field power 10000 kWp
2 Max. DC Power/Max. AC Power ratio 200%
3 DC Voltage range MPP(Udc,mpp) at 25°C 978 - 1350 V
4 DC Voltage range MPP(Udc,mpp) at 35°C 978 - 1250 V
5 DC Voltage range MPP(Udc,mpp) at 50°C 978 - 1100 V
6 Max. Permissible DC voltage(Umax (DC)) 1500 Vdc
7 Max. Permissible DC current (Ipc max) 5300A
8 Number of DC inputs 24H382 - 24 DC Inputs
9 DC Side grounding Negative grounding
10 DC Side Fuses F320 - 500A
11 DC Surge Arresters Type 1+2, F300
D OUTPUT VARIABLES
1 Nominal AC voltage(UN (AC)) 690 Vac(± 10%)
2 Type of Phase Connection 3 Phase, 3 Wire , IT type
3 Nominal AC current (IN (AC)) at 50°C 3347 A
4 Output Frequency 50Hz (± 10%)
5 Power factor range (cos phi) 0…1
6 Distribution Network type 3 Phase, IT (floating) networks
7 Harmonic Distortion, Current < 3% at nominal load (under ideal conditions)
8 Nominal Rating( @25 DegC) 4000 kVA
9 Disconnection from Grid +F296 - Draw-out Type ACB
10 AC Surge Arrester Type 1+2, F263
11 Connection Method Busduct - AC Output with Busbar (Standard)
E POWER CONSUMPTION & EFFICIENCY
1 Maximum efficiency* 98.80%
2 Euro efficiency* 98.60%
3 CEC efficiency ** 98.50%
4 Own Power consumption (Operation) < 5000 W
5 Own Power consumption (Standby/Night Time) <460 W
6 Auxiliary Power Supply +G415 - Internal Auxiliary Power
*Without auxiliary power consumption at minimum Udc
** Rounded according CEC rules
Rev-No. Description and Date of Revision Prepared by Hamsa N Yadav Doc No.
00 31 October 2023 Approved by Prasanna Kumar L F2376020-HAA
Customer Title Dept. Engg.
Ace Renewtech Engineering Private Limited INVERTER DATASHEET Sheet A4
Project Lang. English
SOLAR
Solar Power Plant-ACE-100MW-4MW Page 1 of 2
 INVERTER GENERAL TECHNICAL PARAMETERS
F CABINET DATA
1 Inverter Dimension (W/H/D) in mm Max. 5055 / 2283 / 1775
2 Total Weight [kg] (Approximately) Max. 6000 kg

G ENVIRONMENT LIMIT
1 Ambient Temperature Range (Nominal Rating) -20 ...+50 DegC
2 Maximum Ambient Temperature (Operational) +60 DegC
3 Relative Humidity 4 ... 100%, Non Condensing
4 Nominal Altitude 1000 meter above Sea Level
5 Maximum Altitude (with power derating) 4000 meter above Sea Level
6 Maximum Noise Level *** < 84 dB(A) at one meter
** *At partial power, typically less than 75 dbA
H USER INTERFACE AND COMMUNICATIONS
1 Local User Interface ABB Control Panel ( LCD Display with Keypad)
2 Fieldbus connectivity +K475, Ethernet Adapter (Modbus TCp/IP, Profinet; 2 - port)
3 Emergency stop switch Yes
4 Display of Alarm and Fault Display is available
5 Display of AC and DC Parameter Display is available
5 Display of Energy Generation Display is available

I TERMINATION DETAILS
1 Cable Entry/Exit Bottom Entry
2 Gland Plate Undrilled
3 AC Termination Busbar Details 160mm X 20mm , Cu ; hole size : 14.5 mm(dia.)
4 DC Termination Busbar Details 40mm X 5mm, Tinned Aluminium; hole size : 13 mm(dia.)
5 Recommended AC Cable Termination Bus duct
6 Recommended DC Cable Termination Calculated based on DC inputs

J PROTECTIONS AND FEATURES

Ground Fault Monitoring, Grid Monitoring, Anti-Islanding, LVRT, DC Reverse Polarity, Reactive Power Compensation, Over voltage Protection, Over
Current Protection, Insulation Monitoring, Over temperature Protection

Other Additional Option Codes :

+G430: Terminals for external auxiliary transformer 63 A fuse
+N840: 1.Limited output power (specify power limit): 4000 KVA@690V

Rev-No. Revision Description & Date Prepared by Hamsa N Yadav Doc No.
00 31 October 2023 Approved by Prasanna Kumar L F2376020-HAA
Customer Title Dept. Engg.
Ace Renewtech Engineering Private Limited INVERTER DATASHEET Sheet A4
Project Lang. English
SOLAR
Solar Power Plant-ACE-100MW-4MW Page 2 of 2
 BUSDUCT ARRANGEMENT PLAN

FFL 1.5M

TOC +0.6m
NGL +0.0m

ELEVATION VIEW
CL

ES2N
1U
HV SIDE

LV SIDE
1V
1W

PLAN VIEW
 8 7 6 5 4 3 2 1

F SI.NO DESCRIPTION QTY F

1 RATING & TERMINAL MARKING PLATE 1
27 11 39
2 EARTHING TERMINALS 2 21 32
3 LIFTING LUGS 4 6 18
7 28
4 DRAIN VALVE WITH BLANKING PLATE ( 50MM CI VALVE ) 1
5 FILTER VALVE WITH BLANKING PLATE ( 50MM CI VALVE ) 1 35 17
6* CONSERVATOR 1 26 13
7 CONSERVATOR OIL FILLING HOLE WITH FLANGE 1
12
8 OIL LEVEL INDICATOR WITH MIN.&MAX. MARKING 1 3
9 DEHYDRATING SILICA GEL BREATHER WITH OIL SEAL 1
15
E 10 CONSERVATOR DRAIN VALVE ( 15MM CI VALVE) 1 E
16
11 AIR RELEASE PLUG 1
12 THERMOMETER POCKETS 3
13 PRESSURE RELIEF VALVE WITH TRIP CONTACT 1
14* ROLLER BI-DIRECTIONAL (200 DIA) 4
15* DETACHABLE TYPE RADIATORS WITH AIR RELEASE , DRAIN PLUG & LIFTING LUGS 6
16* HV CABLE BOX WITH DISCONNECTING CHAMBER 1
17 LV BUSDUCT 1
18 LV NEUTRAL TERMINAL ON TOP COVER (2N) 1
D 19 OFF CIRCUIT TAP CHANGING SWITCH WITH HANDLE 1 D
20 O.T.I WITH ALARM & TRIP CONTACTS ( RTD-TYPE) fitted in MB 1
21 BUCHHOLZ RELAY WITH ALARM & TRIP CONTACTS 1
22 RADIATOR CUT-OFF VALVES 12
23 MARSHALLING BOX FOR CONNECTING G.O.R.,O.T.I,W.T.I,P.R.V,&M.O.G TERMINALS 1
24 W.T.I WITH ALARM & TRIP CONTACTS ( RTD-TYPE) fitted in MB 1
25 CURRENT TRANSFORMER (for LV WTI , fitted in LV in Busduct) 1
26 MOG WITH LOLA CONTACTS 1
37
27 BUCHHOLZ RELAY SHUT OFF VALVE ( 50MM GUNMETAL VALVE ) 2 22
28 INSPECTION COVER ON TOP COVER 1 23
C C
29 SAMPLING VALVES FOR TOP & BOTTOM ( 15MM CI VALVE ) 2
30 JACKING PADS 4
31 VALVE POSITION INDICATING PLATE 1
SHIELD EARTHING TERMINAL ( ES ) 40X6 CUflat Will be brought down till roller level with ISOMETRIC VIEW
Copy rights rests with ESENNAR TRANSFORMERS PVT LTD.

32 1
support insulators
33 NITROGEN INJECTION VALVE FOR NIFPS ( 25MM GUNMETAL VALVE ) 4
34 NITROGEN DRAIN VALVE FOR NIFPS ( 50MM GUNMETAL VALVE ) 1 Note: All Dimensions are in mm with subject to tolerance 5%.
35 MOUNTING BRACKETS FOR NIFPS SENSORS AS REQ
PROJECT :
36 MOUNTING BRACKETS FOR SIGNELLING BOX 1 SET 4 MW ac ASJV POWER SOLAR PROJECT.
B B
37* RADIATOR LEG SUPPORTS 6 CUSTOMER :
38 UNDER BASE SKIDS ARRANGEMENT ( Reffer at ''ET-GA-A4-09'' ) - M/s. ACE RENEWTECH ENGINEERING PVT LTD.
39 EXPLOSION VENT WITH EQUALIZER PIPE 1
40 FOUNDATION / ANTI EARTH QUAKE CLAMPS 4 SCALE: 1:50
4400kVA, 33KV/690V, OFF CIRCUIT, 3 PHASE TRANSFORMER.
VER 0 TITLE:
Date 10-09-2024 FITTINGS LIST OF TRANSFORMER
NOTE:-* MARKED ITEMS WILL BE REMOVED AT THE TIME OF TRANSPORT. Drawn Ganesh
DRG NO: ET-GA-A4-01 Sheet 2 of 11
Checked Raju REV
A ALL DIMENSIONS ARE IN MM ESENNAR ESENNAR TRANSFORMERS (P) LTD. A
Approved PR UNIT-II, HYDERABAD. 1
8 7 6 5 4 3 2 1
 8 7 6 5 4 3 2 1

F L=3635 F
CL
1569 2066
10
8
CL
31
19 CL

E E

H=3380
1811 50
Breather H= 1289
1746 50
1 9

D D
30 33 BASE LEVEL 36
970 30 767 30
2500 30 1257 30 970 30
2 40
29 14
FRONT VIEW(HV SIDE) SIDE VIEW 4 FRONT VIEW(LV SIDE)

LV SIDE NOTE:
1.Total Weight of Transformer is 11420 kg (Approx)
2U 2V 2W
C 2.Plinth Dimensions (Minimum) : Length X Width X Height C
( See in ET-GA-A4-08)
3.Overal Dimensions : Length X Width X Height
( L=3635 X W = 3507 X H=3380 )
910 30
=
Copy rights rests with ESENNAR TRANSFORMERS PVT LTD.

4. Paint Shade : RAL-7035

ES 2N
5. Actual positions of accessories may vary during Manufacturing process.
34
W = 3507

6. All Dimensions & Weights are 5% Tolerance.

CL 7. Slope will be provided on top cover. Note: All Dimensions are in mm with subject to tolerance 5%.
PROJECT :
B 5 4 MW ac ASJV POWER SOLAR PROJECT. B
1306 30

CUSTOMER :
M/s. ACE RENEWTECH ENGINEERING PVT LTD.
=

SCALE: 1:50
4400kVA, 33KV/690V, OFF CIRCUIT, 3 PHASE TRANSFORMER.

1U 1V 1W VER 0 TITLE:
Date 10-09-2024 GENERAL ASSEMBLY OF T/F
Drawn Ganesh
HV SIDE DRG NO: ET-GA-A4-02 Sheet 3 of 11
Checked Raju REV
A ALL DIMENSIONS ARE IN MM ESENNAR ESENNAR TRANSFORMERS (P) LTD. A
TOP VIEW Approved PR UNIT-II, HYDERABAD. 1
8 7 6 5 4 3 2 1
 8 7 6 5 4 3 2 1

F F
220
210

ESENNAR ESENNAR TRANSFORMERS (P) LTD.

UNIT-II, HYDERABAD, PHONE : 9912347123/24/25.
45

DISCONNECT SUPPLY BEFORE 5X4NO'S

OPERATING OFF CIRCUIT TAP SWITCH
TRANSFORMER
E E
TO IS : 2026-2011
RATING kVA 4400 TYPE OF COOLING ON AN
HV V 33000 GUAR. OIL TEMP. RISE deg.C 45
VOLTAGE AT
690 GUAR. WDG. TEMP. RISE deg.C 55
NO-LOAD LV V
AMBIENT TEMPERATUREdeg.C 50
RATED HV A 76.98 IMPEDANCE VOLTAGE %
CURRENT 3681.76 VOLUME OF OIL lts 3600
LV A
PHASES 3 MASS OF OIL kg 3060
FREQUENCY 50 UNTANKING MASS kg 4950
CONN.SYMBOL Dy11 TOTAL MASS kg 11420
YEAR OF MANUFACTURE
MAKERS SERIAL NO. ET2-
DATE OF DESPATCH
D D
END CLIENT: ARUPPUKOTTAI SRI JAYAVIALS PVT LTD, VIRUDHUNAGAR.
Customer Note :
EPC : M/S. ACE RENEWTECH ENGINEERING PVT LTD, CHENNAI.
1. IMPEDANCE,YEAR OF MFG & SERIAL NO. will be punched after completion
INSULATION AND POWER BIL - IMPULSE HV - 170 kVp , LV - 40 kVp
of testing.
FREQUENCY VOLTAGE LEVELS PF - VOLTAGE HV - 70 kV , LV - 10 kV
2. Tapping range is +10% to -10% in steps of 2.5%.
300
210

OFF -CIRCUT TAP NO LOAD H.V

CHANGER VOLTAGE
SWITCH CONNECTION
1U 1V 1W
Supplier Note :
HV LV
POSITION 3 3 3 1. Letters Figures & Dark portion to be Chromium Plated back ground in dull Black.
1 8-7 36300 4 4 4
C 5 5 5 2. Material :20G SS Sheet C
2 7-9 35475 6 6 6

3 9-6 34650
7 7 7 3.All Dimensions are in mm
8 8 8

4 6 - 10 33825
9
10
9
10
9
10
4.ESENNAR Logo should be in Red Colour.
11 11 11
5 10 - 5 33000
Copy rights rests with ESENNAR TRANSFORMERS PVT LTD.

690 12 12 12

6 5 - 11 32175
7 11 - 4 31350 ES
8 4 - 12 30525 2N 2U 2V 2W Note: All Dimensions are in mm with subject to tolerance 5%.
9 12 - 3 29700
S1
PROJECT :
S2
B 1U 4 MW ac ASJV POWER SOLAR PROJECT. B
11 WTI CT DETAILS CUSTOMER :
2U RATIO 3700 / 5A M/s. ACE RENEWTECH ENGINEERING PVT LTD.
2V
2W
1W 1V L.V SCALE: 1:2
MADE IN INDIA 4400kVA, 33KV/690V, OFF CIRCUIT, 3 PHASE TRANSFORMER.
VER 0 TITLE:
Date 10-09-2024 RATING AND DIAGRAM PLATE
Drawn Ganesh
DRG NO: ET-GA-A4-07 Sheet 8 of 11
Checked Raju REV
A ALL DIMENSIONS ARE IN MM ESENNAR ESENNAR TRANSFORMERS (P) LTD. A
Approved PR UNIT-II, HYDERABAD. 1
8 7 6 5 4 3 2 1
 ESENNAR
TRANSFORMERS (P) LTD.-Unit-II

GUARANTED TECHNICAL PARTICULARS

SL. NO. DESCRIPTION UNIT TECHNICAL PARTICULARS

1.0 Make ESENNAR
2.0 Rating HV kVA 4400 [Inverter Duty Transformer]
Rating LV kVA 4400
3.0 Voltage Ratio Volts 33000/690
4.0 Winding Material Copper
Transformer - IS: 2026 - 2011
5.0 Ref. Standard.
Oil - IS : 335 : 2018
6.0 Phase 3
7.0 Service Indoor / Outdoor
8.0 Mounting Plinth
9.0 Wound Double
10.0 Temp. Rise in Oil [Degree C.] 45
11.0 By Resistance [Degree C.] 55
12.0 Ambient temperature 50
13.0 Type of Cooling ONAN
14.0 Class of Insulation Class "A"
15.0 Vector Group Dy11
16.0 Frequency [Hz] 50
17.0 Insulation Level [kV/Kvp] [HV] 70/170
[LV] 10/40
18.0 Secondary Connection [HV] Delta
Secondary Volts Volts 33000
Secondary Wires 3
Secondary rated Current Amps 76.98
19.0 Primary Connection [LV] Star
Primary Volts Volts 690
Primary Wires 3
Primary rated Current Amps 3681.76
20.0 Type of tap changer : Off circuit tap changer
Taps on Secondary Winding: +10% to -10% insteps of 2.5%
No. of switch positions 9
21.0 Terminal Arrangement [HV] Cable box with Disconnecting Chamber
[LV] Bus Duct flange
22.0 Losses (Max)
No Load Losses (Max) Watts 3960
Load Losses (Max) Watts 35640

PAGE 1 OF 3
23.0 Impedance(Z)[Percentage] * SUBJECT TO IS TOLERANCE
HV - LV * 6.50%
24.0 * No Load Current(% of Rated Current) Less than 1.0%
25.0 EFFICIENCY
Efficiency at 75 Deg. C. U.P.F 0.8 P.F
100% full Load 99.10% 98.88%
75% full Load 99.27% 99.09%
50% full Load 99.42% 99.27%
Max. efficiency 99.46%
Load at which max. efficiency occurs KVA 1466.67
Economical to operate between KVA 1466.67 to 4400

26.0 Weights & Dimensions(Subject to Tolerance of ±10%)

a) Core & Windings with clamps (Untanking Wt.) Kgs 4950
b) Tank & Fittings Kgs 3410
c) Oil (Mineral) Ltrs 3600 (3060 Kgs)
d) Total Weight Kgs 11420
Overall dimensions of Transformer
Length mm 3635
e)
Breadth mm 3507
Height mm 3380

27.0 HV - LV Orientation deg. 180

Bushing - IS:8603,9147 & IEC:60137

28.0 a) Porcelain Bushings [HV] 3
b) Epoxy Bushings [LV] 3

RAL 7035
29.0 Painting [Finish]

II) Routine Tests

1) BDV of oil
2) Measurement of Insulation Resistance
3) Measurement of Voltage ratio, polarity, phase angle error and Vector group
4) Measurement of Winding resistance
5) Dynamic Resistance Measurement for OLTC Transformer
6) Magnetic Balance Test
7) Measurement of no-load loss and current
8) Measurement of short Circuit impedance and Load losses
9) Separte source voltage withstand test
10) Induced over voltage withstanad test

PAGE 2 OF 3
III) STANDARD FITTINGS AND ACCESSORIES INCLUDED IN THE BASIC PRICE
S.No DESCRIPTION QTY(NO.S)
1) Rating and Terminal Marking Plate One
2) Earthing Terminals Two
3) Lifting Lugs Four
4) Drain Valve with Blanking Plate One
5) Filter Valve with Blanking Plate One
6) Conservator One
7) Conservator Oil Filling Hole With flange One
8) Oil Level Indicator with Min. & Max. Marking One
9) Dehydrating Breather One
10) Conservator Drain valve One
11) Air Release plug One
12) Pressure Relief Valve With Trip Contacts One
13) Thermometer Pocket Three
14) Rollers Bi directional Four
15) Radiators Detachable Six
16) Cable box with Disconnecting Chamber [HV] One
17) Bus Duct flange [LV] One
18) Separate Neutral Terminal One
19) Off circuit tap changer One
OTI with Alarm and Trip Contacts
20) One
(CCU for 4-20mA SCADA O/P & In Built RS-485 Port)
21) Buchholz relay with Alarm and Trip Contacts One
22) Radiator Valves Twelve
23) Marshalling Box One
W.T.I. With Alarm and Trip Contacts
24) One
(CCU for 4-20mA SCADA O/P & In Built RS-485 Port)
25) Inspection Cover One
26) Current Transformer One
27) M.O.G. with LOLA Contacts One
28) Buchholz relay with shut off valve Two
29) Jacking Pads Four
30) Sampling Valves Two
31) Explosion vent with double diaphragm and equalizer pipe One
32) Valve Schedule plate One
33) Foundation / Anti earth quake clamps Four
34) Radiator leg supports Six
SHIELD EARTHING TERMINAL ( ES ) 40X6 CUflat Will be
35) One
brought down till roller level with support insulators.
36) Nitrojen injection valve for NIFPS Four
37) Nitrojen drain valve for NIFPS One
38) Mounting brackests for NIFPS sensors As req
39) Mounting brackests for signalling box 1Set

PAGE 3 OF 3
GENERAL ARRANGEMENT 1

H1 H2 H3 H4 H5 H6 H7 H8 H9 H10 H11

7SR1003
(50,51,50N,
51N,95) 16W VAA33 VAA33 EH
(49) (49)

VAA33 VAA33 VAJH13 VAA11 MPVR-03

(49) (49) (86) (80) (27,59)

MFM DA DV
L/R TPB TS1 EPB
TNC

743
33KV ICOG PANEL
2750

2750
NEW
LOGO

550 4 550
6
5
PLS DO NOT
TOUCH
*
7
AUTHORIZED

8
*
TECHNICIAN
OPERATABLE

9
10
11

*
12

33000 VOLTS

INCOMING
100(TYP.)
75

75
1100 1100
SINGLE LINE DIAGRAM
LEGEND
SYMBOLS
TERMINAL BLOCK
PANEL & INTER PANEL WIRING
FUSE
TB IN CONNECTED POSITION
TB IN DISCONNECTED POSITION

NO CONTACT
NC CONTACT
MCB
INDICATION LAMP
WITHDRAWABLE VCB

FIXED POTENTIAL TRANSFORMER

CURRENT TRANSFORMER

CUBICLE ILLUMINATOIN LAMP

√ √ √
THERMOSTAT

SPACE HEATER

TOGGLE SWITCH FOR HEATER

PLUG & SOCKET WITH SWITCH

CASTELL LOCK ( 2 LOCK + 1 KEY )

ANSI CODES
1. 50,51,50N,51N,95 - 3 OVER CURRENT+1 EARTH FAULT
& TRIP CIRCUIT SUPERVISION
2. 86 - MASTER TRIP
3. 94 - ANTIPUMPING
4. 49 - AUX. RELAY FOR TRANSORMER FAULT
& ALARM
5. 80 - DC SUPERVISION
6. 27,59 - UNDER /OVER VOLTAGE
7. 30 - 16W ANNUNCIATOR
1. H1 - R PHASE
2. H2 - Y PHASE ABBREVATIONS
QTY - 1NO 3. H3 - B PHASE 1. VAA11 - DC SUPERVISION RELAY
4. H4 - VCB ON 2. VAA33 - TRANSFORMER AUX RELAY
5. H5 - VCB OFF 3. 7SR1003 - FEEDER PROTECTION RELAY
6. H6 - AUTO TRIP 4. VAJH13 - MASTER TRIP RELAY
7. H7 - TEST POSITION 5. MPVR-03 - UNDER / OVER VOLTAGE RELAY
8. H8 - SERVICE POSITION 6. MFM - MULTIFUNCTION METER
9. H9 - SPRING CHARGED 7. DA - DIGITAL AMMETER
10. H10 - TRIP CIRCUIT HEALTHY 8. DV - DIGITAL VOLTMETR
11. H11 - DC FAIL 9. EH - ELECTRICAL HOOTER
12. TPB - CHECK TRIP CIRCUIT HEALTHY 10. LR - LOCAL REMOTE SELECTOR SWITCH
13. EPB - EMERGENCY TRIP PB 11. TNC - TRIP NEUTRAL CLOSE SELECTOR SWITCH
 Typical SCADA System Architecture For
4MW Solar Power Project

EWS OWS FIREWALL

STATIC IP WEB
CLIENT
User 3 nos

FL SWITCH
14CU+2FO

SLDC IEC 104

RTU With
DATA Digital Input: 16
Digital Output:4
ILC 191 ETH
INVERTER-1 Analog Input: 08
TCP/IP
RS485 Port: 7
Ethernet Port: 14 Cu + 2 FO

RTU

Wireless
Communication Hardwired Signals

8 CH DI CARD RS485 LINE (2X2X0.5 Sq MM

Shielded Twisted Pair Cable)
HT MFM WMS ACDB MFM NUM Relay HT Annun SPARE 8 CH AI Card
HARD WIRED (0.5 Sq MM
Copper Multi Pair Cable)
SMB-01 SMB-01 4 Ch AI Card
SMB-02 SMB-02
TCP/IP cat 6 Cable
SMB-06 SMB-05

SMB-07 SMB-06
Single Mode FO Cable
SI.NO DESCRIPTION PAGE NO

1 MODULE DATA SHEET 3

2 DC CABLE DATA SHEET (6SQMM) 5

3 STRING MONITORING BOX (SMB) DATA 6

SHEET
4 DC CABLE DATA SHEET (300 & 400 8
SQMM)
5 INVERTER SPECIFICATION (4MW) 10

6 LV BUSDUCT ARRANGEMENT PLAN 13

7 TRANSFORMER SPECIFICATION (4KA) 14

8 HT CABLE DATA SHEET (3CX300SQMM) 20

9 HT PANEL DETAILS 21

10 SCADA SYSTEM ARCHITECTURE 23

SMP11

SMP10 SMP10 SMP3 SMP11

Smart Pyranometers
The more intelligent way to measure solar irradiance

Enhanced performance by digital signal processing

RS-485 serial data interface with Modbus® protocol
0 to 1 V voltage output
4 to 20 mA current output
Extremely low power

Introduction
Solar radiation drives almost every dynamic process on the Earth’s surface and above, from ocean current circulation to the weather,
and life itself. Precise long-term measurements of the radiation budget at the surface are fundamental to understanding the Earth’s
climate system and weather forecasting, and are important in agriculture, hydrology and ecology. Accurate solar radiation data has
also become crucial information in solar energy and other industrial applications.
Kipp & Zonen has been manufacturing pyranometers for over signal processing and interfaces optimised for industrial data
80 years. These instruments are designed for measuring the acquisition and control systems. Kipp & Zonen has developed
total (global) irradiance from the sun and sky falling on a a smart interface that features Modbus® data communication
plane surface in the wavelength range from 300 nm (nano- for connection to programmable logic controllers (PLC’s),
meters) to 3000 nm. We produce models at all price and inverters, digital control equipment and the latest generation
performance points, up to the very best available, designed of data loggers. Amplified Voltage or Current outputs are also
for a long operating life in all environments, from deserts to included for devices that have high level analogue inputs or
the Antarctic. current loop interfaces.

Our pyranometers meet, or exceed, the requirements of ISO The smart interface not only provides versatile outputs. An
9060:1990 and IEC 60904 and are fully traceable to the integrated temperature sensor and digital polynomial
World Radiometric Reference (WRR) in Davos, Switzerland, functions provide correction for the temperature sensitivity
where Kipp & Zonen instruments form part of the World of the detector. The response time has been improved and
Standard Group. the output ranges are standardised, making it easy to
interchange instruments for recalibration. Using Modbus® a
Now, Kipp & Zonen makes the link between our class- range of instrument status and configuration information is
leading instruments and industry standard interfaces to available, with user-selectable options.
bring you something completely new, the SMP series of
smart pyranometers. SMP pyranometers have extremely low power consumption so
that internal heating does not affect the detector performance.
Building on the proven CMP Series design and technology that is They operate from a wide range of supply voltages, making
used around the world, the new SMP pyranometers add digital them ideal for power-critical applications.

Interfacing
SMP Series pyranometers are equipped with a smart interface. There are two versions, one has an analogue output of 0 to 1 V,
the other is 4 to 20 mA. Both have a 2-wire RS-485 interface with Modbus® (RTU) protocol. All the outputs are protected against
short-circuits, and reversed polarity.

The analog outputs allow easy connection to virtually any keeps the same analog and digital measurement ranges, so
data logger or without the need for sensitive mV inputs. saving time by eliminating re-scaling of data collection
Modbus® interfaces directly to RTU’s, PLC’s, SCADA systems, equipment.
industrial networks and controllers. Not only measurement
data is available, the user can access the pyranometer type SMP Series pyranometers can operate from a power
and serial number, instrument settings, calibration history, supply in the range from 5 VDC to 30 VDC and have both
status information, and more. A recalibrated instrument reverse polarity and over-voltage protection.

0 to 1 V Voltage meter
Irradiance W/m²
analogue Data logger
SMP-V
Irradiance W/m²
Raw data
Enhanced data
Data aquisition system
Instrument type
5 to 30 VDC RS-485 PLC
Serial number
Power Supply Modbus® RTU
Calibration history
Computer
Internal temperature
Response acceleration
Power supply voltage

Current meter
4 to 20 mA
Data logger Irradiance W/m²
analogue
Industrial control system
SMP-A
Choice of Pyranometer
To achieve the required spectral and directional characteristics SMP3, SMP10 and SMP11 come in two versions; ‘-V’ with a 0 to 1
SMP Series pyranometers use thermopile detectors and glass V analogue output, and ‘-A’ with 4 to 20 mA. Both versions have
domes. SMP3, SMP10 and SMP11 both have built-in bubble the Modbus® interface, very low power requirements and are
levels and adjustable levelling feet. Snap-on sun shields reduce supplied with comprehensive, traceable, calibration certificates.
solar heating of the housings. The waterproof connectors have The most appropriate model for an application largely depends
gold-plated contacts and are fitted with 10 m of high quality on the desired accuracy and performance.
signal cable as standard.

SMP3 is smaller and lighter than the SMP11 pyranometer. It has a

robust 4 mm thick glass dome to protect the thermopile detector
from external influences. The small size and sealed construction
make this instrument the ideal choice for monitoring solar energy
installations, agriculture, horticulture, hydrology and industrial
applications. With its digital temperature compensation it is the SMP3
fastest and best performing ISO 9060:1990 Second Class
pyranometer available.

SMP10 is the secondary standard pyranometer with the best

price-quality-performance ratio on the market. With the same
specifications and detector as SMP11, SMP10 extends this
quality to applications where maintenance is difficult and/or
forms a major part of the cost of ownership.
SMP10
The SMP10 has internal desiccant that lasts for at least 10 years.
This minimizes maintenance significantly. The interval for dome
cleaning can be extended, and the quality of measurements
maximized, by adding the CVF4 ventilation unit.

SMP11 has a dual-dome construction of higher quality glass and

increased thermal mass. It uses a more sophisticated detector
design than the SMP3 and is a significant step up in performance.
SMP11 comfortably exceeds the requirements for ISO Secondary
Standard pyranometers and is the ideal choice for site prospecting,
technology research and high quality solar radiation monitoring in SMP11
solar energy applications. It is also particularly suitable for
upgrading meteorological networks and for use in sun tracker
based solar monitoring stations.

Building a System
The system capabilities of Kipp & Zonen pyranometers can
be extended with our wide range of compatible products
and accessories, including; mountings, ventilation unit,
adjustable tilt mounting kit, shadow ring, sun trackers and
data loggers.

Please refer to our website www.kippzonen.com for more information on the above products and other accessories available.
 Ø32 mm Ø50 mm Ø50 mm

SMP3 housing SMP10 housing SMP11 housing

68 mm

68 mm
68 mm

Ø110 mm Ø150 mm Ø150 mm

Specifications SMP3 SMP10 & SMP11

Classification to ISO 9060:1990 Second Class Secondary Standard
Spectral range (50 % points) 300 to 2800 nm 285 to 2800 nm
Analogue output • V-version 0 to 1 V 0 to 1 V
Analogue output range -200 to 2000 W/m² -200 to 2000 W/m²
Analogue output • A-version 4 to 20 mA 4 to 20 mA
Analogue output range 0 to 1600 W/m² 0 to 1600 W/m²
Serial output RS-485 Modbus® RS-485 Modbus®
Serial output range -400 to 2000 W/m² -400 to 4000 W/m²
Response time (63 %) < 1.5 s < 0.7 s
Response time (95 %) < 12 s < 2s
Zero offsets
(a) thermal radiation (at 200 W/m²) < 15 W/m² < 7 W/m²
(b) temperature change (5 K/h) < 5 W/m² < 2 W/m²
Non-stability (change/year) < 1% < 0.5 %
Non-linearity (100 to 1000 W/m²) < 1.5 % < 0.2 %
Directional response < 20 W/m² < 10 W/m²
(up to 80 ° with 1000 W/m² beam)
Spectral selectivity (350 to 1500 nm) < 3% < 3%
Temperature response < 3 % (-20 °C to +50 °C) < 1 % (-20 °C to +50 °C)
< 5 % (-40 °C to +70 °C) < 2 % (-40 °C to +70 °C)
Tilt response (0 ° to 90 ° at 1000 W/m²) < 1% < 0.2 %
Field of view 180 ° 180 °
Accuracy of bubble level < 0.2 ° < 0.1 °
Supply voltage 5 to 30 VDC 5 to 30 VDC
Power consumption (at 12 VDC) -V version: 55 mW -V version: 55 mW
-A version: 100 mW -A version: 100 mW
Detector type Thermopile Thermopile
Software, Windows™ Smart Sensor Explorer Software, Smart Sensor Explorer Software,
for configuration, test and data logging for configuration, test and data logging
Operating temperature range -40 °C to +80 °C -40 °C to +80 °C
Storage temperature range -40 °C to +80 °C -40 °C to +80 °C
Humidity range 0 to 100 % non-condensing 0 to 100 % non-condensing
Ingress Protection (IP) rating 67 67
Recommended applications Economical solution for efficiency and maintenance monitoring of High performance for PV panel and thermal collector testing,
PV power installations, routine measurements in weather stations, solar energy research, solar prospecting, materials testing,
agriculture, horticulture and hydrology advanced meteorology and climate networks
Note: The performance specifications quoted are worst-case and/or maximum values

Go to www.kippzonen.com for your local distributor

HEAD OFFICE
Kipp & Zonen B.V.
Delftechpark 36, 2628 XH Delft
P.O. Box 507, 2600 AM Delft
4414333-V1411

The Netherlands
+31 (0) 15 2755 210
info@kippzonen.com
www.kippzonen.com
Kipp & Zonen B.V. reserve the right to alter specifications of the equipment described in this documentation without prior notice