HelioBolt® 规格书

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Amphenol Industrial Solar Technologies (AIST) offers products and solutions for all
segments of the solar electric system. AIST understands the need for efficient (low
loss) power transfer, highly reliable, and cost effective solutions that are required to be
competitive in this industry. We can provide panel manufacturers, installers, and
OEM's with connectivity products for both thin film and crystalline silicon technologies.
Amphenol has a broad range of technologies to help minimize the cost of inverters
and power conditioners. Amphenol Industrial Solar Technologies can help you power
the planet with the sun.
HelioBolt is a grounding component for solar modules and solar racking systems
allowing easy termination to the ground wire.
HelioBolt provides a quick, economical and code compliant solution to securely
ground PV panels and support structures.
HelioBolt is designed for UL2703; that means it is specifically approved for
Photovoltaic applications and can be used on ANY PV panel with a metal frame.
No need for explicit panel manufacturer approval, no need to stock manufacturer
specific grounding equipment.
The HelioBolt is just one of the solar solutions Amphenol Industrial Solar
Technologies has to offer.
HelioBolt®
Amphenol
www.amphenol-industrial.com
Features:
• Fast, economical PV panel grounding
solution
• Designed for UL2703
• Meets all new NEC 2008/2011
requirements
• Can be used on ANY metal frame PV
panel
• Quick installation with single screw
• Quick wire termination
• No special tools needed
• Use with all 10 - 4 AWG (4 - 16 MM2)
solid, bare copper wire
• 100% passivated Stainless Steel
Construction
• Jam nut allows to secure the bolt in any
wire direction
• Side Wire Insert allows compression nut
to stay in place during installation
®
IDS-59
UNC 8-32
Notice: Specifications are subject to change without notice. Contact your nearest Amphenol Corporation Sales Office for the latest specifications. All statements, information and data given herein are believed to be accurate and reliable but are presented
without guarantee, warranty, or responsibility of any kind, expressed or implied. Statements of suggestions concerning possible use of our products are made without representation or warranty that any such use is free of patent infringement and are not
recommendations to infringe any patent. The user should assume that all safety measures are indicated or that other measures may not be required. Specifications are typical and may not apply to all connectors.
North America:
Amphenol Industrial Operations
180 N. Freeport Drive, Plant 4
Nogales, AZ 85621
Tel: (520) 285-5130
Fax: (520) 285-5134
Email: rpedrazzini@amphenol-aio.com
Europe:
Amphenol Industrial Operations Europe
Via Barbaiana 5
1-20020 Lainate (MI) Italy
Tel: +39 02 93254.204
Fax: +39 02 93254.444
Email: info@amphenol-aio.com
Middle East:
Amphenol Middle East Enterprises FZE
Office C-37 PO Box 21107
Ajman Free Zone, UAE
Tel: +9716-7422494
Fax: +9716-7422941
Email: ameefze@eim.ae
Asia:
Amphenol Technology Shenzhen Ltd
Block 5 Fuan 2nd Industrial Park
Dayang Rd, Fuyong Baoan
Baoan, Shenzhen, China 518103
Tel; +86 755 2881 8389
Fax; +86 755 2991 8310
Email: enquiry@amphenol-aio.com
For further information on your individual application requirements, contact: Amphenol Corporation
Technical Data
Grounding wire capacity Solid copper wire 10 to 4 AWG
Contact type Compression by stainless steel nut
Contact material Stainless steel
Bolt material Stainless steel
Mounting screw material Stainless steel
Jam nut material Stainless steel
Ground wire
10 ... 4 AWG
Thread-cutting version - open to insert wire
max. fram thickness 6.3mm (1/4")
6
1
4
24.2
1 5
1 6
~
UNC 8-32
self-tapping
Ground wire
10 ... 4 AWG
Jam nut version - closed
max. frame thickness 6.3mm (1/4")
9.5
3
8
9.53
3
8
14.29
9
16
21.95
7
8
31.4 5
11
4
UNC 8-32
HG Helios Grounding B HelioBolt 9 4 - 16 mm2
10 - 4 AWG U UL
I
Single
F
Self-tapping screw 8-32
C
100 pcs.
L
8-32 thread, jam nut
M
500 pcs.
1 2 3 4
5 6
HG B
9
U
C F
Product line Type
Wire Size
Approvals
Packaging Variations
How t o ord er