2011/12 Trade Catalogue
Suppliers of photovoltaic connection systems to Australia’s rapidly growing, environmentally friendly, solar energy industry.
Š Copyright Eltech Industries - 2011 This publication is copyright. Other than for the purposes of and subject to the conditions prescribed under the copyright act, no part of it may in any form or by any means be reproduced, stored in a retrieval system or transmitted without prior written permission of Eltech Industries. While every effort has been made to ensure the accuracy of the information herein, Eltech Industries accepts no liability for any loss or damage, either direct or consequential, arising out of, or in relation to, the use or application of the said information or products referred to herein. All information, specifications and prices are subject to change without any prior notice. All prices quoted exclude GST and delivery. Photographs and images are for illustrative purposes only and may vary from products depicted. Information correct at time of publication. Brand and product names are trademarks or registered trademarks of their respective holders. The photovoltaic connectors and pre-assembled leads featured in this catalogue are compatible with MC3 & MC4 Photovoltaic Connectors.
Welcome to SolarConnect, a leading brand name in the photovoltaic industry. Eltech Industries has established themselves as a benchmark supplier of high quality, ‘balance-of-order’ photovoltaic products to Australia’s rapidly growing, environmentally friendly, solar energy industry. The SolarConnect brand offers a quality range of products, especially suited to withstand the harsh environments this country has to offer. At very competitive prices, SolarConnect’s product range forms cost effective solutions for all your photovoltaic installations, whilst still maintaining the highest quality and ease of workability. Covered by an Australia wide two year warranty against any manufacturing defects, these products will give the confidence and assurance needed for all your field installations regardless of the circumstances and will keep you coming back for more.
CONTENTS
SolarConnect’s range of connection systems are fully compatible with other existing brands and systems, the only difference you will notice is the price & our high level of service!
■ PV3 Connection Systems
4
■ PV4 Connection Systems
5
■ PV3 & PV4 Pre-assembled Connection Leads
6
■ DC Solar Cables
7
■ Flexible Nylon Conduits
9
■ Nylon Cable Glands
9
■ Galvanised Saddles
10
■ Solar Panel Bonding Lugs
10
■ Miniature Circuit Breakers AC & DC and Accessories
11-12
■ DC Weatherproof Isolators
12
■ ETI Fuse Holders
13
■ ETI Lightning & Surge Arrestors for Photovoltaic
13
■ Distribution Enclosures - Weatherproof & Non-weatherproof
15
■ Solar Safety Labels
15
■ Rennsteig Installation Tools & Tool Kits
18-19
FEATURES • UV Resistant • IP65 Rated • 1000V DC, 30 amp rating
PV3 Connection Systems
Part No.
Description
Qty
CCM3-11
Male Connector 2.5-4.0mm - includes crimp pin
1
2
0 42.5
Part No.
Description
Qty
CCF3-11
Female Connector 2.5-4.0mm - includes crimp pin
1
Part No.
Description
Qty
BC3-FMM
Branch Plug - PV3
0 42.5
2
0 42.5 0 42.5
1
13.5
55.5
28.5
13.5
28.5
55.5
Part No.
Description
BC3-MFF
Qty
Branch Socket - PV3
1
55.5
13.5
0 42.5
28.5
55.5
28.5
13.5
0 42.5
Part No.
Description
Qty
CCF3-11-T1
Female Connector Pin 2.5-4.0mm2 - To suit male connector
Part No.
Description
CCM3-11-T1
Male Connector Pin 2.5-4.0mm - To suit female connector
1
0 42.5
0 42.5
4
Supporting Renewable Energy Initiatives
Qty 2
1
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FEATURES • UV Resistant • IP67 Rated • 1000V DC, 30 amp rating
PV4 Connection Systems Part No.
Description
CCM4-12
Male Connector 4.0-6.0mm2 - includes crimp pin
Qty
Part No.
Description
CCF4-12
Female Connector 4.0-6.0mm - includes crimp pin
Part No.
Description
BC4-FMM
Branch Plug - PV4
1
Part No.
Description
Qty
BC4-MFF
Branch Socket - PV4
Part No.
Description
PV-STO1/M2
Male Connector Pin 4.0-6.0mm - To suit female connector
1
Part No.
Description
Qty
PV-STO1/F2
Female Connector Pin 4.0-6.0mm - To suit male connector
1
Qty 2
1
Qty
1
Qty 2
2
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1
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5
Pre-assembled Connection Leads
6
FEATURES • UV Resistant - cables & connectors • IP67 Rated - connectors • 1000V DC, 30 amp rating
Part No.
Description
Length
Qty
PV3-CABASS/1M
PV3 Male to Female Pre-assembled Lead
1 metre
1
PV3-CABASS/2M
PV3 Male to Female Pre-assembled Lead
2 metre
1
PV3-CABASS/5M
PV3 Male to Female Pre-assembled Lead
5 metre
1
PV3-CABASS/8M
PV3 Male to Female Pre-assembled Lead
8 metre
1
PV3-CABASS/10M
PV3 Male to Female Pre-assembled Lead
10 metre
1
PV3-CABASS/12M
PV3 Male to Female Pre-assembled Lead
12 metre
1
Part No.
Description
Length
Qty
PV4-CABASS/1M
PV4 Male to Female Pre-assembled Lead
1 metre
1
PV4-CABASS/2M
PV4 Male to Female Pre-assembled Lead
2 metre
1
PV4-CABASS/5M
PV4 Male to Female Pre-assembled Lead
5 metre
1
PV4-CABASS/8M
PV4 Male to Female Pre-assembled Lead
8 metre
1
PV4-CABASS/10M
PV4 Male to Female Pre-assembled Lead
10 metre
1
PV4-CABASS/12M
PV4 Male to Female Pre-assembled Lead
12 metre
1
Part No.
Description
Length
Qty
PV-CABASS-MF4
PV3 Male to PV4 Female Adaptor Lead
300mm
1
Part No.
Description
Length
Qty
PV-CABASS-FM4
PV3 Female to PV4 Male Adaptor Lead
300mm
1
Supporting Renewable Energy Initiatives
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FEATURES • Manufactured from UV resistant NBR/NBR insulation sheath material • 1200V DC, 30 Amp Rating • 2 & 3 Core cables are designed to maintain double sheath insulation, even when cores are seperated • Fully marked and compliant with AS/NZS 5033 & TUV PV1-F • Highly flexible • Available on 100M rolls
PV Solar Cables - UV Resistant
Part No.
Description
Length
SOL-SDI-UV4
SDI Solar Cable 4.0mm2
Mtr
SOL-SDI-UV6
SDI Solar Cable 6.0mm
Mtr
Part No.
Description
SOL-FIG8-SDI-UV4
Twin SDI Solar Cable 4.0mm2 - Red/Blk Inner Cores
Mtr
SOL-FIG8-SDI-UV6
Twin SDI Solar Cable 6.0mm2 - Red/Blk Inner Cores
Mtr
Part No.
Description
SOL-TRIPLE-SDI-UV4
Triple Solar Cable 2 Core + Earth x 4.0mm Black
2
Length
Length 2
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Mtr
Supporting Renewable Energy Initiatives
7
The Ultimate Conduit System for your PV Solar Installation
FEATURES • Fittings rated at IP66 • One piece fitting – ‘Fit & Forget’ • Manufactured from UV stabilized Nylon • Available in both M20 & M25 • Comes in a ‘Contractor Kit’ which includes 10 metres of conduit, 10 conduit fittings & 10 locknuts to suit
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Nylon Conduit Systems
FEATURES • Manufactured from UV stabilized nylon • One piece fitting - ‘Fit & Forget’ • Fittings rated at IP66
Part No.
Description
Size
Qty
PV-COND20
Nylon Conduit
M20
M
PV-COND25
Nylon Conduit
M25
M
PV-COND20 FIT
Nylon Conduit Fitting + Locknut
M20
EA
PV-COND25 FIT
Nylon Conduit Fitting + Locknut
M25
EA
Nylon Conduit Systems - Contractors Kit Part No.
Description
Size
Qty
PV-COND KIT 20
Nylon Conduit Contractors Kit 10M Conduit + 10 Fittings
M20
EA
PV-COND KIT 25
Nylon Conduit Contractors Kit 10M Conduit + 10 Fittings
M25
EA
Nylon Cable Glands - Metric Part No.
Description
FEATURES • UV Resistant • IP68 Rating
Qty
CG 16
Nylon Cable Gland M16
50
CG 20
Nylon Cable Gland M20
40
CG 25
Nylon Cable Gland M25
20
CG 32
Nylon Cable Gland M32
15
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9
FEATURES • Zinc plated galvanised steel • 6.25mm fixing hole
Galvanised Saddles Part No.
Description
Qty
GSF20
Galvanised Saddle – Full 20mm
100
GSF25
Galvanised Saddle – Full 25mm
80
GSF32
Galvanised Saddle – Full 32mm
50
GSH16
Galvanised Saddle – Half 16mm
100
GSH20
Galvanised Saddle – Half 20mm
100
GSH25
Galvanised Saddle – Half 25mm
80
GSH32
Galvanised Saddle – Half 32mm
50
FEATURES • Zinc plated galvanised steel • Designed for earthing photovoltaic solar panels • Cable size range: 2.5 - 10.0mm2
Solar Panel Bonding Lugs - Zinc Plated Galvanised Steel
Part No.
Description
SCBL2.5-10
Solar panel bonding lug suits 2.5mm2 - 10.0mm2 cable
Qty
FEATURES • Manufactured from stainless steel & aluminium • Designed for earthing photovoltaic solar panels • Cable size range 2.5-6.0mm2
Solar Panel Bonding Lugs - Stainless Steel/Aluminium
Part No.
Description
SBW-001
Solar panel bonding washer
SBL-001
Solar panel bonding lug suits 2.5mm - 6.0mm cable
Qty
10
1 2
SBW-001
Supporting Renewable Energy Initiatives
1
2
1
SBL-001
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FEATURES • DIN Mounting • 6kA AC 240-415 Volt Rating • Compliant with IEC60898
Miniature Circuit Breakers AC
Part No.
Description
Amperage
Qty
CB1P6KA10AC
Circuit Breaker 1 Pole AC 240-415V
10
1
CB1P6KA16AC
Circuit Breaker 1 Pole AC 240-415V
16
1
CB1P6KA20AC
Circuit Breaker 1 Pole AC 240-415V
20
1
CB1P6KA25AC
Circuit Breaker 1 Pole AC 240-415V
25
1
CB1P6KA32AC
Circuit Breaker 1 Pole AC 240-415V
32
1
FEATURES • DIN Mounting • 6kA DC 500 & 1000 volt rating • Compliant with IEC60898-2 • Certified with SAA AS/NZ approval
Miniature Circuit Breakers DC
Part No.
Description
Amperage
Qty
CB2P6KA10DC/500
Circuit Breaker 2 Pole DC 250-500V
10
1
CB2P6KA16DC/500
Circuit Breaker 2 Pole DC 250-500V
16
1
CB2P6KA20DC/500
Circuit Breaker 2 Pole DC 250-500V
20
1
CB2P6KA25DC/500
Circuit Breaker 2 Pole DC 250-500V
25
1
CB2P6KA32DC/500
Circuit Breaker 2 Pole DC 250-500V
32
1
CB2P6KA40DC/500
Circuit Breaker 2 Pole DC 250-500V
40
1
CB4P6KA10DC/1000
Circuit Breaker 4 Pole DC 250-1000V
10
1
CB4P6KA16DC/1000
Circuit Breaker 4 Pole DC 250-1000V
16
1
CB4P6KA20DC/1000
Circuit Breaker 4 Pole DC 250-1000V
20
1
*CB4P6KA25DC/1000 Circuit Breaker 4 Pole DC 250-1000V
25
1
CB4P6KA32DC/1000
Circuit Breaker 4 Pole DC 250-1000V
32
1
CB4P6KA40DC/1000
Circuit Breaker 4 Pole DC 250-1000V
40
1 * Not currently in stock
Suits 4 Pole res Enclosu
CB1P6KA10AC
CB2P6KA10DC/500
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CB4P6KA20DC/1000
Supporting Renewable Energy Initiatives
11
Miniature Circuit Breaker Accessories Part No.
Description
Qty
CBBL
Copper Circuit Breaker Bridging Link
1
MCB-LBG 1
MCB Lock Dog - Plastic
1
IRPT
DIN Mounting Isolation Plates
1
MCB-LBG 1 CBBL
DC Weatherproof Isolators - 1000V 4 Pole
12
Part No.
Description
DC ISO 16 1000V
FEATURES • Manufactured from UV stabilised Polycarbonate material • 4 Pole switch body configuration • Individual poles rated at 1000VDC • IP66 Rated • Comes complete with 4 x M25 conduit entry points • Fully compliant with AS/NZS 5033 and IEC 60947-3 requirements • Padlockable rotary handle
Amperage
Qty
DC Weatherproof Isolator - 1000V 4 Pole
16
1
DC ISO 25 1000V
DC Weatherproof Isolator - 1000V 4 Pole
25
1
DC ISO 32 1000V
DC Weatherproof Isolator - 1000V 4 Pole
32
1
Supporting Renewable Energy Initiatives
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FEATURES • DIN mounting fuse holders • Fuse holders available in 1 & 2 pole • 1000V DC - 30kA DC
ETI Fuses & Fuse Holders - 1000V AC/DC
Part No.
Description
Amperage
Qty
002625105
Fuse Link AC/DC 1000V
10
1
002625106
Fuse Link AC/DC 1000V
12
1
002625107
Fuse Link AC/DC 1000V
16
1
002625108
Fuse Link AC/DC 1000V
20
1
002625109
Fuse Link AC/DC 900V
25*
1
002550201
DIN Mounting Fuse Holders - Pole 1
1000V
20
1
002550203
DIN Mounting Fuse Holders - Pole 2
1000V
20
1
002550301
DIN Mounting Fuse Holders - Pole 1
900V
25
1
002550303
DIN Mounting Fuse Holders - Pole 2
900V
25
1
FEATURES • Designed to protect photovoltaic systems against indirect discharges • Available with Remote Signalization contacts • Available in 100, 550, 1000 Volt DC
ETITEC C-PV Lightning & Surge Arrestors for Photovoltaic Part No.
Description
Amperage
Qty
002445206
Surge Protection Device 100V DC
20
1
002445207
Surge Protection Device 550V DC
20
1
002445208
Surge Protection Device 1000V DC
20
1
002445209
Surge Protection Device 100V DC - Remote Signalization
20
1
002445210
Surge Protection Device 550V DC - Remote Signalization
20
1
002445211
Surge Protection Device 1000V DC - Remote Signalization
20
1
ETITEC C-PV for photovoltaic system on a building without External Lightning Protection PV
+
+
L N
~
-
PE
2 X ETITEC C-PV 100V/550V PV
+
-
+
L
-
-
~
N PE
2 X ETITEC C-PV 1000V
T connection ETITEC C-PV
Note: If distance between string and inverter is less than 7m, then you need only one ETITEC (B.C).
V connection ETITEC C-PV
ETITEC B-PV series of overvoltage surge protective devices has been developed to protect against direct and indirect lightning discharges and is intended to protect photovoltaic systems. The circuit topology consist of two varistor stages each protected by a thermal disconnection device
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Supporting Renewable Energy Initiatives
13
r u o y f o o r p r e h Need to wea t ? n o i t c e t o r P t i u Circ
RCD/MCB Weatherproof Enclosures • IP66 Rated • 2-4 & 4-8 Pole Configurations • Padlockable Front Cover
Toll Free 1800 007 458 www.solarconnect.com.au
FEATURES • Suits DIN mounting circuit protection • Available in 1 & 2 Pole • Material: PVC
Distribution Enclosures
Part No.
Description
Qty
ELT CB1N
1 Pole Distribution Enclosure
1
ELT CB2N
2 Pole Distribution Enclosure
1
FEATURES • Suits DIN mounting circuit protection • IP66 Rating • Material: PVC - UV Resistant • Padlockable
Weatherproof Distribution Enclosures - IP66
Part No.
Description
Qty
ELT CB4N
2-4 Pole Weatherproof Distribution Enclosure
1
ELT CB8N
4-8 Pole Weatherproof Distribution Enclosure
1
FEATURES • Complete label set covers one system installation • High quality engraved labels • Very strong adhesive backing • Comply with Australian Standards
Engraved ABS Solar Safety Label Kits
Part No.
Description
SOL/LABELKIT-ENG
Engraved ABS Solar Safety Label Kit
WARNING DUAL SUPPLY
ISOLATE BOTH NORMAL AND SOLAR SUPPLIES BEFORE WORKING ON THIS EQUIPMENT
WARNING DUAL SUPPLY
ISOLATE BOTH NORMAL AND SOLAR SUPPLIES BEFORE WORKING ON THIS EQUIPMENT
Qty
WARNING
SHUTDOWN PROCEDURE
THIS PREMISE CONTAINS AN ELECTRICITY GENERATION SYSTEM THE SOLAR ISOLATION SWITCH IS LOCATED
PV ARRAY D.C. ISOLATOR
BEFORE WORKING ON THIS
MAIN SWITCH 2. TURN OFF THE PV ARRAY ISOLATOR (GRID SWITCHBOARD SUPPLY) LOCATED NEXT TO THE INPUT TERMINALS Normal supply label located next to main switch on main switchboard OF THE INVERTER AS4777.1 clause 5.5.2 (b)
Locate on main switchboard. Some utilities require additional copies of this sign to be located at the point of attachment (FOLCB) and meter panel. [AS4777.1 Clause 5.5.2(a)]
OPEN CIRCUIT VOLTAGE
SOLAR ARRAY DC ISOLATOR
SOLAR ARRAY DC ISOLATOR
1. TURNMultiple OFF THE INVERTER A.C. MAIN Attach to d.c. isolator adjacent to SUPPLIES inverter. ISOLATOR ISOLATE ALL SUPPLIES
SOLAR ARRAY LOCATED
SHORT CIRCUIT CURRENT
1
VDC DC AMPS
MAIN SWITCH 3. “WARNING” DO NOT OPEN PLUG AND (INVERTER SUPPLY) PV ARRAY PVonARRAY supply label main SOCKET CONNECTORS OR PVInverter STRING D.C.located ISOLATOR switchboard – AS4777.1 Clause PV ARRAY D.C. ISOLATOR Multiple SUPPLIES Attach to d.c. isolator adjacent to 5.5.2(b) Multiple SUPPLIES ISOLATOR UNDER LOAD. ISOLATE BOTH NORMAL D.C. ISOLATOR inverter. Attach to d.c. isolator adjacent to Multiple SUPPLIES
NORMAL SUPPLY MAIN SWITCH
AC ISOLATOR
inverter. ANDALL Attach to d.c.switchboards isolator adjacent Labels for domestic can to ISOLATE SUPPLIES Multiple SUPPLIES ISOLATE INVERTER SUPPLY inverter. be handwritten ISOLATE ALL SUPPLIES WORKING ON THIS ATBEFORE DISTRIBUTION BOARD 3000 7.3.8.2 ISOLATE ALL SUPPLIES MAIN SWITCH BEFORE WORKING ON THIS Multiple SUPPLIES SWITCHBOARD AS4777.1 5.5.2 (B) also 5.3.3 …………………. (GRID SUPPLY) BEFORE SWITCHBOARD WORKING ON THIS AS/NZS 5033 MAIN 6.3.2 SWITCH (GRID SUPPLY) MAIN SWITCH ISOLATE ALL SUPPLIES Normal supply(GRID label located next to SUPPLY) WORKING ON THIS ofBEFORE main switch main switchboard Normalon supply label located next to distribution boards. [AS4777.1 Clause 5.5.2(a)] panel. [AS4777.1 Clause 5.5.2(a)] this sign to be located at the point of attachment (FOLCB)copies and meter AS4777.1 clause 5.5.2 (b) switchboard Locate on main switchboard. Some utilities require additional of mainsupply switchlabel on main SWITCHBOARD Normal located next to SHUTDOWN PROCEDURE 5.5.2(a)] this panel. sign to [AS4777.1 be located Clause at the point of attachment (FOLCB) and meter 5.5.2 (b) mainAS4777.1 switch onclause main switchboard If the Locate inverteron system is connected Some to a distribution boardadditional then the copies of SWITCHBOARD main switchboard. utilities require following is located on switchboard. main and on all intermediate this sign to beonlocated at theswitchboard point ofSome attachment (FOLCB) and meter Locate main utilities require additional copies
SOLAR SUPPLY MAIN SWITCH
PV ARRAY D.C. ISOLATOR Attach to d.c. isolator adjacent to inverter.
panel. [AS4777.1 Clause 5.5.2(a)]
MAIN SWITCH (GRID SUPPLY)
clauseSWITCH 5.5.2 (b) of MAIN Locate on main switchboard. Some utilitiesAS4777.1 require additional copies Normal supply label located next to a) Turn off the MAIN SWITCH SWITCH this sign to be located at the point of attachment (INVERTER (FOLCB) MAIN andSUPPLY) meter main switch on main switchboard (Inverter Supply) MAIN (INVERTER SUPPLY) panel. [AS4777.1 Clause 5.5.2(a)] SWITCH AS4777.1 clause 5.5.2 (b) Inverter supply label located on main (INVERTER SUPPLY) – supply AS4777.1 Inverter labelClause located on main b) Turnswitchboard off the inverter isolation Multiple SUPPLIES 5.5.2(b) MAIN SWITCH switchboard – AS4777.1 Clause Inverter supply label located on main HAZARDOUS D.C. VOLTAGE ISOLATE BOTH NORMAL device located near the inverter Multiple SUPPLIES (INVERTER SUPPLY) 5.5.2(b) – AS4777.1 Clause switchboard ISOLATE BOTH NORMAL Multiple SUPPLIES AND Labels 5.5.2(b)for domestic switchboards can ISOLATE SUPPLY ISOLATEINVERTER BOTH NORMAL Inverter supply label located on main c) Turn off the PVbe D.C. Isolator Locate next to the meter box (if one exists) and the AND forhandwritten domestic switchboards can INVERTER SUPPLYlocated next Labels switchboard – AS4777.1 Clause ATISOLATE DISTRIBUTION BOARD toSUPPLIES the input terminals of can 3000 7.3.8.2 be handwritten building’s main switchboard and fire panel. AND Labels for domestic switchboards Multiple 5.5.2(b) ISOLATE INVERTER SUPPLY ISOLATE PV ARRAY AS4777.1 5.5.2 (B) 7.3.8.2 also 5.3.3 3000 [AS/NZS 5033 clause 6.4] AT DISTRIBUTION BOARD the inverterBOTH beNORMAL handwritten AS/NZS 5033 6.3.2 AS4777.1 5.5.2 (B) also 5.3.3 AT DISTRIBUTION BOARD D.C. ISOLATOR 3000 7.3.8.2 AND Labels for domestic switchboards can AS/NZS 5033 If the inverter system is connected to a distribution board then the ISOLATE INVERTER SUPPLY AS4777.1 5.5.2 (B) also6.3.2 5.3.3 Attach to d.c. isolator adjacent to be handwritten following sign is located on is main switchboard and on all intermediate If the inverter system connected to a distribution board then the AS/NZSBOARD 5033 6.3.2Multiple SUPPLIES AT DISTRIBUTION inverter. 3000 7.3.8.2 distribution boards. [AS4777.1 Clause sign is located on main switchboard on then all intermediate PV ARRAY EXAMPLE of… If thefollowing inverter system is connected to 5.5.2(a)] a distributionand board the AS4777.1 5.5.2 (B) also 5.3.3 ALL SUPPLIES distribution Clause 5.5.2(a)] Need to define where and call it upPROCEDURE in 5033 and or ISOLATE 4777.1 SHUTDOWN following sign HAZARDOUS isboards. located [AS4777.1 on main switchboard and on all intermediate D.C. ISOLATOR AS/NZS 5033 6.3.2 D.C. distribution boards. [AS4777.1 Clause 5.5.2(a)] SHUTDOWN PROCEDURE If the inverter system is connected to a distribution board then the BEFORE WORKING ON THIS Attach to d.c. isolator adjacent to VOLTAGE Multiple SUPPLIES MAIN SWITCH SHUTDOWN PROCEDURE a) Turn off the SWITCH following sign is located on main switchboard and on MAIN all intermediate SWITCHBOARD inverter. PV ARRAY ARRAY (GRID SUPPLY) PV ARRAY a) Turn off the MAIN SWITCH PV (Inverter Supply) distribution boards. [AS4777.1 Clause 5.5.2(a)]
SOLAR ARRAY ON ROOF
Part No.
Description
Qty
SOL/LABELKITV2-ENG
…………………. Engraved ABS Solar Safety Label Kit Version 2 ………………….
1
………………….
………………….
SOLAR ARRAY ON ROOF SOLAR ARRAY ON ROOF SOLAR ARRAY ON ROOF
D.C. ISOLATOR ISOLATOR All LV DC wiring and marshalling boxes need to be D.C. labeled with “Warning d.c.” [AS/NZS 5033 3.5 and 6.2] Attachto tod.c. d.c.isolator isolatoradjacent adjacentto to Attach HAZARDOUS D.C. VOLTAGE inverter. inverter.
ISOLATE ALL SUPPLIESPROCEDURE (Inverter Supply) a) Turn off the MAIN SWITCH D.C. ISOLATOR SHUTDOWN Locate on main switchboard. Some utilities require additional copies of Normal supply label located next to BEFORE WORKING ON THIS (Inverter Supply)
b)this Turn inverter isolation signoff to the be located at the point of attachment (FOLCB) and meter isolator adjacent to mainAttach switchtoond.c. main switchboard Multiple SUPPLIES MAIN SWITCH b) located Turn offnear the inverter isolation UPS CONNECTED panel. [AS4777.1 Clause device the5.5.2(a)] inverter SWITCHBOARD a) Turn off the MAIN SWITCH inverter. AS4777.1 clause 5.5.2 (b) (GRID SUPPLY) HAZARDOUS D.C. VOLTAGE device nearisolation the inverter (Inverter Supply) b) Turn off located theSHUTDOWN inverter FOLLOW ISOLATE ALL SUPPLIES HAZARDOUS D.C. VOLTAGE SOLAR ARRAY ON ROOF device located near the inverter c) Turn off theswitchboard. PV D.C. Isolator Locate on main Some utilities require additional copies of LocateINVERTER next to the meterLOCATION box (if one exists) and the Normal supply labelSWITCH located next to MAIN BEFORE WORKING ON THIS PROCEDURE this sign to be off located at theD.C. point of attachment c) Turn the input PV Isolator located next to the terminals of b)(FOLCB) Turn offand themeter inverter isolation main switch Locate nextswitchboard to the MAIN meterand boxfire (if one exists) and the on main switchboard building’s main panel. (INVERTER SWITCH MAINSUPPLY) SWITCH MAIN SWITCH panel. [AS4777.1 Clause 5.5.2(a)] SWITCHBOARD HAZARDOUS D.C. VOLTAGE located nextPV to D.C. the input terminals device of c) inverter Turn off the Isolator 5.5.2 (b) 5033 clause 6.4]exists) building’s main switchboard and fire panel. the located near the inverter AS4777.1 clause(GRID Locate next to[AS/NZS the meter box (if one and the (GRID SUPPLY) SUPPLY) (GRID SUPPLY) Inverter supply label located on main Where a UPS system installed, warning label must [AS/NZS 5033 6.4] theisinverter located next to the input terminals of building’s…………………... main switchboard andclause fire panel. switchboard – AS4777.1 Clause be located on mainLocate switchboard. [AS4777.1 Clause Locateon onmain mainswitchboard. switchboard.Some Someutilities utilitiesrequire requireadditional additionalcopies copiesof of on main switchboard. Some utilitiesc)require additional copies Normal supply5033 labelclause located nextto to [AS/NZS 6.4] Locate inverter Normal MAIN supplySWITCH label located next to Turn off the PV D.C.ofIsolator 5.5.2(b) Multiple SUPPLIES Normal supply label located next Locate next to the meter box (if onethe exists) and the 5.6.5] thissign signto tobe belocated locatedat atthe thepoint pointof ofattachment attachment(FOLCB) (FOLCB)and andmeter meter this sign to be located at the point of attachment (FOLCB) and meter mainswitch switchon onmain mainswitchboard switchboard ISOLATE BOTH this switch on main switchboard SUPPLY) main located NORMAL next to the input terminals of main(INVERTER building’s main switchboard and fire panel. panel.[AS4777.1 [AS4777.1Clause Clause5.5.2(a)] 5.5.2(a)] panel. [AS4777.1 5.5.2(a)] AS4777.1clause clause5.5.2 5.5.2(b) (b) panel. EXAMPLEClause of… AS4777.1 clause 5.5.2 (b) AS4777.1 [AS/NZS 5033 clause 6.4] AND the inverter Labelssupply for domestic switchboards Need to define where and call it up in 5033 Inverter label located on maincan (assumes inverterD.C. is not immediately adjacent Locate on main switchboard ISOLATE EXAMPLE of…and or 4777.1INVERTER SUPPLY HAZARDOUS handwritten Need to define where and call it up in 5033 and or 4777.1 switchboard –be AS4777.1 Clause to switchboard) [AS4777.1 Clause 5.5.1] EXAMPLE of… AT DISTRIBUTION BOARD MAIN SWITCH HAZARDOUS D.C. MAIN SWITCH 3000 7.3.8.2 Multiple SUPPLIES MAIN SWITCH 5.5.2(b) VOLTAGE Need to define where and call it up in 5033 and or 4777.1 (INVERTER SUPPLY) ISOLATE BOTH NORMAL (INVERTER SUPPLY) HAZARDOUS D.C. AS4777.1 5.5.2 (B) also 5.3.3 (INVERTER SUPPLY) VOLTAGE …………………. AS/NZS 5033 6.3.2 EXAMPLE of… AND Labels for domestic switchboards Inverter supply labelVOLTAGE located onmain main Inverter supply label located oncan main Inverter label located on ISOLATE INVERTER SUPPLY All LV DC wiringsupply and marshalling boxes need to be Need to board define where and If the inverter to a distribution then thecall it up in 5033 and or 4777.1 be handwritten switchboard AS4777.1 Clause HAZARDOUS D.C.system is connected switchboard – AS4777.1 Clause ––AS4777.1 Clause labeled with “Warning d.c.” [AS/NZS 5033 3.5need and 6.2] Allswitchboard LV DC wiring and marshalling boxes to be following sign is located on main switchboard and on all intermediate AT DISTRIBUTION BOARD Multiple SUPPLIES 3000 7.3.8.2 Multiple SUPPLIES 5.5.2(b) Multiple SUPPLIES 5.5.2(b) 5.5.2(b) labeled with “Warning d.c.” [AS/NZS 5033to3.5 ISOLATE BOTH NORMAL VOLTAGE distribution boards. [AS4777.1ISOLATE Clause 5.5.2(a)]BOTH NORMAL All LV DC wiring and marshalling boxes need beand 6.2] UPS CONNECTED ISOLATE BOTH NORMAL AS4777.1 5.5.2 (B) also 5.3.3 …………………. labeled with “Warning d.c.” [AS/NZS 5033 3.5 and 6.2] UPS SHUTDOWN CONNECTED AND SHUTDOWN PROCEDURE AS/NZS 5033 6.3.2 AND Labelsfor fordomestic domesticswitchboards switchboardscan can FOLLOW Labels for domestic switchboards can AND Labels ISOLATE INVERTER SUPPLY ISOLATE INVERTER SUPPLY ISOLATE INVERTER SUPPLY If the inverter is connected to a distribution board then the behandwritten handwritten All LV DC wiring and marshalling boxes needUPS tosystem be CONNECTED be handwritten FOLLOW SHUTDOWN be INVERTER LOCATION labeled AT DISTRIBUTION DISTRIBUTION BOARD BOARD following signPROCEDURE is located and on all intermediate AT DISTRIBUTION BOARD a) Turn off the MAIN 30007.3.8.2 7.3.8.2 with “Warning d.c.” [AS/NZS 5033 3.5 and 6.2] on main switchboard AT 3000SWITCH 7.3.8.2 3000 FOLLOW SHUTDOWN INVERTER LOCATION distribution boards.PROCEDURE [AS4777.1 Clause 5.5.2(a)] AS4777.1 5.5.2(B) (B)also also5.3.3 5.3.3 (Inverter Supply) AS4777.1 5.5.2 (B) also 5.3.3 AS4777.1 5.5.2 …………………. …………………. INVERTER LOCATION …………………. SOLAR ARRAY ONmust ROOF UPS CONNECTED AS/NZS5033 5033 6.3.2 SHUTDOWN PROCEDURE AS/NZS 5033 6.3.2 Where a UPS system isPROCEDURE installed, warning label AS/NZS 6.3.2 …………………... theinverter invertersystem systemisisconnected connectedto toaadistribution distributionboard boardthen thenthe the be located onaIfmain switchboard. [AS4777.1 Clause Where UPS systemsystem is installed, warning label must FOLLOW the inverter is connected to a distribution board then theSHUTDOWN IfIfthe b) Turn off the inverter isolation …………………... followingsign signisislocated locatedon onmain mainswitchboard switchboardand andon onall allintermediate intermediate 5.6.5] be located on main switchboard. [AS4777.1 Clause INVERTER LOCATION following sign is located on main switchboard and on all intermediate a) Turn off the MAIN following HAZARDOUS D.C. label VOLTAGE Where a UPS system is installed, warning must PROCEDURE device located near SWITCH the inverter …………………... distribution boards. [AS4777.1 Clause 5.5.2(a)]
Multiple SUPPLIES SUPPLIES Multiple
ISOLATE ALL ALL SUPPLIES SUPPLIES ISOLATE BEFORE WORKING WORKING ON ON THIS THIS BEFORE SWITCHBOARD SWITCHBOARD
distribution boards. [AS4777.1 Clause 5.5.2(a)]
SOLAR ARRAY ARRAY ON ON ROOF ROOF SOLAR HAZARDOUS D.C. D.C. VOLTAGE VOLTAGE HAZARDOUS
Locatenext nextto tothe themeter meterbox box(if (ifone oneexists) exists)and andthe the Locate
www.solarconnect.com.au
building’smain mainswitchboard switchboardand andfire firepanel. panel. building’s [AS/NZS5033 5033clause clause6.4] 6.4] [AS/NZS
HAZARDOUS D.C. D.C. HAZARDOUS VOLTAGE VOLTAGE
5.6.5] on distribution boards. [AS4777.1 be located main switchboard. [AS4777.1Clause Clause5.5.2(a)] (Inverter Supply) SHUTDOWN PROCEDURE 5.6.5] SHUTDOWN PROCEDURE SHUTDOWN PROCEDURE (assumes inverter is not immediately adjacent Locate on main switchboard UPSthe system is installed, warning label c) must Turn off the PV D.C. Isolator Locate next to the meter box (if oneWhere exists)a and to switchboard) Clause (assumes 5.5.1] inverter is not …………………... immediately adjacent main switchboard Locate on [AS4777.1 Turn off thetoinverter isolation located on main switchboard. [AS4777.1 b) Clause located next the input terminals of building’s main switchboard and firebepanel. a) Turn Turn off the the MAIN SWITCH to switchboard) [AS4777.1 Clause 5.5.1] a) Turn off the SWITCH HAZARDOUS D.C. VOLTAGE switchboard (assumes inverter is not immediately adjacent main Locate on off a) MAIN SWITCH 5.6.5] device located nearMAIN the inverter [AS/NZS 5033 clause 6.4] the inverter to switchboard) [AS4777.1 Clause 5.5.1]
SOLAR ARRAY ON ROOF
(Inverter Supply) Supply) (Inverter
b) Turn Turn off off the the inverter inverter isolation isolation b) device located located near near the the inverter inverter device c) Turn Turn off off the the PV PV D.C. D.C. Isolator Isolator c) located next next to to the the input input terminals terminals of of located the inverter inverter the
EXAMPLE of… EXAMPLE of… Need to define where and call it up in 5033 and or 4777.1 Need to define where and call it up in 5033 and or 4777.1
• FREE CALL 1800 007 458 • FAX 1300 885 122 AllLV LVDC DCwiring wiringand andmarshalling marshallingboxes boxesneed needto tobe be All labeledwith with“Warning “Warningd.c.” d.c.”[AS/NZS [AS/NZS5033 5033 3.5 3.5and and6.2] 6.2] labeled
UPS CONNECTED CONNECTED UPS FOLLOW SHUTDOWN SHUTDOWN FOLLOW
SOLAR ARRAY ON ROOF
inverter is not immediately adjacent Locate on main switchboard (assumes Locate next to the meter box (if one exists) and the to switchboard) [AS4777.1 Clause 5.5.1] main switchboard and fire panel. building’s
HAZARDOUS D.C. VOLTAGE [AS/NZS 5033 clause 6.4] HAZARDOUS D.C. Locate next to the meter box (if one exists) and the VOLTAGE building’s main switchboard and fire panel.
[AS/NZS 5033 clause 6.4] All LV DC wiring and marshalling boxes need to be HAZARDOUS D.C. labeled with “Warning d.c.” [AS/NZS 5033 3.5 and 6.2]
VOLTAGE
All LV DC wiring and marshalling boxes need toD.C. be HAZARDOUS INVERTER LOCATION labeled with “Warning d.c.” [AS/NZS 5033 3.5 and 6.2]
VOLTAGE
All LV DC…………………... wiring and marshalling boxes need to be INVERTER LOCATION labeled with “Warning d.c.” [AS/NZS 5033 3.5 and 6.2]
(Inverter Supply)
c) Turn off the PV D.C. Isolator b) Turn isolationof located nextoff to the the inverter input terminals
device located near EXAMPLE of…the inverter the inverter Need to define where and call it up in 5033 and or 4777.1 c) Turn off the PV D.C. Isolator located next to the input terminals of
EXAMPLE of… the inverter Need to define where and call it up in 5033 and or 4777.1
Supporting Renewable UPS CONNECTED FOLLOW SHUTDOWN Energy Initiatives PROCEDURE EXAMPLE of… Need to define where and call it up in 5033 and or 4777.1
UPS CONNECTED
Where a UPSFOLLOW system is installed, warning label must SHUTDOWN be located on main switchboard. [AS4777.1 Clause PROCEDURE 5.6.5]
UPS CONNECTED
Locate on main switchboard (assumes inverter is not immediately adjacent Where a UPS system is installed, warning label must FOLLOW SHUTDOWN
…………………...
15
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Multiple SUPPLIES
PV ARRAY
inverter.
Locate on mainISOLATE switchboard.ALL Some utilities require additional copies of SUPPLIES ISOLATOR this sign D.C. to be located at the point of attachment (FOLCB) and meter BEFORE WORKING ON THIS panel. [AS4777.1 Clause 5.5.2(a)]
Attach to d.c. isolator adjacent to SWITCHBOARD inverter.
TAGE
) and the l.
D.C. E
ed to be 3.5 and 6.2]
ON
Normal supply label located next to main switch on main switchboard AS4777.1 clause 5.5.2 (b) MAIN SWITCH MAIN SWITCH
(INVERTER SUPPLY)
MAIN SWITCH Normal supply label located next to Inverter supply label main switch on main switchboard (INVERTER SUPPLY)
WARNINGMultiple SUPPLIES
Locate on main switchboard. Some utilities require additional copies of this sign to be located at the point of attachment (FOLCB) and meter panel. [AS4777.1 Clause 5.5.2(a)]
MAIN SWITCH (GRID SUPPLY)
located on main switchboard – AS4777.1 Clause Inverter supply label located on main 5.5.2(b) switchboard – AS4777.1 Clause
AS4777.1 clause 5.5.2 (b)
ISOLATE BOTH NORMAL MAIN SWITCH Multiple SUPPLIES 5.5.2(b) DUAL SUPPLY ISOLATE BOTH NORMAL (INVERTER SUPPLY) AND Normal supply label located next to ISOLATE BOTH NORMAL AND SOLAR ISOLATE INVERTER SUPPLY AND
SWITCH SUPPLY)
Normal supply label located next to MAIN switch SWITCHon main switchboard main (GRID SUPPLY) AS4777.1 clause 5.5.2 (b)
(GRID SUPPLY)
Labels for domestic switchboards can
switch on main switchboard ISOLATE INVERTER SUPPLY be handwritten SUPPLIESmain BEFORE WORKING ON switchboard – AS4777.1 Clause be handwritten AS4777.1 clause 5.5.2 (b) AT DISTRIBUTION BOARD Multiple SUPPLIES 5.5.2(b) 3000 7.3.8.2 AT DISTRIBUTION BOARD 3000 7.3.8.2 ISOLATE BOTH NORMAL THIS EQUIPMENT AS4777.1 5.5.2 (B) also 5.3.3 AS4777.1 5.5.2 (B) also 5.3.3 …………………. AND Labels for domestic switchboards can ISOLATE INVERTER SUPPLY AS/NZS 5033 6.3.2 MAIN SWITCH
WARNING
Inverter supply label locatedLabels on mainfor domestic switchboards can
………………….
AS/NZS 5033 6.3.2
be handwritten
(INVERTER SUPPLY) If the inverter system is connected to aBOARD distribution board then the AT DISTRIBUTION 3000 7.3.8.2 If the inverter system islocated connected a distribution then the following sign is on maintoswitchboard and onboard all intermediate AS4777.1 5.5.2 (B) also 5.3.3 THIS PREMISE CONTAINS …………………. supply label located on main followingInverter sign is located on main switchboard and on all intermediate AS/NZS 5033 6.3.2 distribution boards. [AS4777.1 Clause 5.5.2(a)]
AN ELECTRICITY GENERATION SYSTEM switchboard – AS4777.1 Clause
Ifdistribution the inverter system is connected to a distribution board5.5.2(a)] then the boards. [AS4777.1 Clause le SUPPLIES following sign is ISOLATION located on main switchboard and on all intermediate 5.5.2(b) SOLAR SWITCH BOTH NORMAL THE distribution boards. [AS4777.1 Clause 5.5.2(a)] IS LOCATED AND Labels for domestic switchboards can NVERTER SUPPLY
OOF
Attach to d.c. isolator adjacent to MAIN inverter. (GRID
ISOLATE ALL SUPPLIES
require additional copies of ment (FOLCB) and meter
bution board then the d and on all intermediate (a)]
PV ARRAY D.C. ISOLATOR
PV ARRAY Locate on main switchboard. Some utilities require additional copies of BEFORE WORKING ON THIS D.C. ISOLATOR this sign to be located at the point of attachment (FOLCB) and meter SWITCHBOARD Attach to d.c. isolator adjacent to Multiple SUPPLIES panel. [AS4777.1 Clause 5.5.2(a)]
E ALL SUPPLIES WORKING ON THIS WITCHBOARD
…………….
Attach to d.c. isolator adjacent to inverter.
ISOLATE ALL SUPPLIES BEFORE WORKING ON THIS Multiple SUPPLIES SWITCHBOARD
le SUPPLIES
RIBUTION BOARD
PV ARRAY D.C. ISOLATOR
be handwritten SOLAR ARRAY ON ROOF 3000 7.3.8.2
AS4777.1 5.5.2 also 5.3.3 SOLAR ARRAY ON(B)ROOF HAZARDOUS D.C. SOLAR ARRAY ONVOLTAGE ROOF AS/NZS 5033 6.3.2
HAZARDOUS D.C. VOLTAGE
Locate next to the meter box (if one exists) and the HAZARDOUS D.C. VOLTAGE SHUTDOWN PROCEDURE building’s main switchboard and fire panel.
Locate next to the meter box (if one exists) and the
[AS/NZS 5033 clause 6.4] SHUTDOWN PROCEDURE building’s main switchboard and fire panel.
1. TURN OFF THE[AS/NZS INVERTER A.C. MAIN 5033 clause 6.4] Locate next to the meter box ISOLATOR
(if one exists) and the
a) Turn off the MAIN SWITCH
building’s switchboard 2. TURN OFF THEmain PV ARRAY ISOLATOR and fire panel. (Inverter Supply) clause 6.4] LOCATED NEXT TO [AS/NZS THE INPUT5033 TERMINALS HAZARDOUS D.C. HAZARDOUS D.C. OF THE INVERTER b) Turn off the inverter isolation
VOLTAGE
VOLTAGE device located near inverter 3. “WARNING” DO NOT OPEN PLUGthe AND SOCKET CONNECTORS OR PV STRING Alland LVmarshalling DC wiringboxes and marshalling All LV c) DCTurn wiring need to be boxes need to be off the PV D.C. Isolator ISOLATOR UNDER LOAD. labeled with “Warning d.c.” 5033 3.5[AS/NZS and 6.2] 5033 3.5 and 6.2] labeled with[AS/NZS “Warning d.c.”
HAZARDOUS D.C. VOLTAGE INVERTER LOCATION
located next to the input terminals of the inverter
INVERTER LOCATION
SHUTDOWN PROCEDURE
SHUTDOWN PROCEDURE
a) Turn off the MAIN SWITCH SHUTDOWN PROCEDURE (Inverter Supply)
a) Turn off the MAIN SWITCH a) Turn off the MAIN (Inverter Supply) b) Turn off the inverter isolation (Inverter Supply)
SWITCH
device located near the inverter
b) Turn off the inverter isolation device located near the inverterb)
Turn inverter isolation c) Turn off the PV off D.C.the Isolator device located near the inverter located c) Turn off the PV D.C. Isolatornext to the input terminals of theterminals inverterof located next to the input
• Complete label set covers one Turn off the PV D.C. Isolator systemc)installation
the inverter
located next to the input terminals of EXAMPLE of… EXAMPLE Need of… to definethe whereinverter and call it up in 5033 and or 4777.1
• Very strong adhesive backing
Need to define where and call it up in 5033 and or 4777.1
• Compliant Australia wide EXAMPLE of…
Need to define where and call it up in 5033 and or 4777.1 • UV Resistant engraved ABS
UPS CONNECTED UPS CONNECTED FOLLOW SHUTDOWN FOLLOW SHUTDOWN PROCEDURE PROCEDURE
Call 1800 007 458 UPS CONNECTED
Where a UPS system is installed, warning label must of… All LV DC wiring EXAMPLE and marshalling boxes need to be …………………... be located on main switchboard. [AS4777.1 Clause Where a UPS system is installed, warning label must Need to define where and call it up in 5033 and or 4777.1 …………………... labeled with “Warning d.c.” [AS/NZS 5033 3.5 and 6.2] 5.6.5] be located on main switchboard. [AS4777.1 Clause
SOLAR ARRAY DC 5.6.5] ISOLATOR Locate on main switchboard (assumes inverter is not immediately adjacent
Locate on main switchboard (assumes inverter is not immediately adjacent to switchboard) [AS4777.1 Clause 5.5.1]
to switchboard) [AS4777.1 Clause 5.5.1] INVERTER LOCATION
UPS CONNECTED FOLLOW SHUTDOWN …………………... PROCEDURE
FOLLOW SHUTDOWN for more information PROCEDURE
Where a UPS system is installed, warning label must be located on main switchboard. [AS4777.1 Clause 5.6.5]
Where a UPS system is installed, warning label must be located on main switchboard. [AS4777.1 Clause inverter is not immediately adjacent switchboard (assumes Locate on main
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Made in Germany
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Rennsteig PV Installation Tool Kit - Basic Part No.
Description
624 105-07
PV Installation Tool Kit
Rennsteig PV Installation Tool Kit - MC3/4 Advanced
18
Made in Germany
FEATURES • Includes cutting, stripping & crimping tools • Suitable for MC3 & MC4 style connectors • Suitable for Huber Suhner style connectors
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Made in Germany
FEATURES • Includes cutting, stripping & crimping tools • Suitable for MC3 & MC4 style connectors • Includes MC3 & MC4 lead assembly tools
Part No.
Description
624 105-11
PV Installation Tool Kit - MC3/MC4 Advanced
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Rennsteig PV Installation Tools - Individually
Made in Germany
Part No.
Description
607 226 3
Insulation Stripper to suit 1.5-6.0mm2 Solar Cable
Part No.
Description
600 015 36
Cable Cutters to suit 50mm2 (15mm O.D.) Cables
Part No.
Description
725 000
MC3 Style Assembly Tool
Part No.
Description
690 001
MC4 Style Assembly Tool
FEATURES • High quality German made precision tooling • Designed specifically for PV solar installers • Designed to handle a wide range of different PV connectors & cables
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Part No.
Description
624 188 3
Crimping Tool - With Huber & Suhner Dies 2.5-4.0mm2
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Crimping Tool MC4 - Budget
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Supporting Renewable Energy Initiatives
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Features • UV Resistant • IP65 Rated • 1000V DC, 30 Amp Rating
E-MC3 Connection System Distributed by Part No.
Description
CCM3-11
Male Connector 2.5-4.0mm - includes crimp pin 2
Eltech Industries 8 Industry Court (P.O.Box 84) Lilydale, VIC, 3140, Australia
Part No.
Description
CCF3-11
Female Connector 2.5-4.0mm - includes crimp pin
Part No.
General Enquiries sales@eltechindustries.com.au Description www.eltechindustries.com.au
BC3-FMM
Branch Plug - MC3 Style
Part No.
Description
BC3-MFF
Branch Socket - MC3 Style
Part No.
Description
CCM3-11-T1
Male Connector Pin 2.5-4.0mm2 - Spare
Part No.
Description
CCM3-11-T1
Male Connector Pin 2.5-4.0mm2 - Spare
2
Phone: (+61 3 ) 9737 2100 Fax: (+61 3) 9735 4588 Toll free: 1800 007 458
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