690.54 Photovoltaic AC Disconnect Metal Label
(HT 596-00838)

Product Description

For use in state and local electrical codes that have adopted the NFPA70 2008 to 2014 National Electric Code®.

Code Article: 690.54
Page: (2008) 70- , (2011) 70- ,(2014) 70-
Size: 3.75" x 1"
HellermannTyton Part No. 596-00838


PHOTOVOLTAIC AC DISCONNECT
MAXIMUM AC OPERATING CURRENT:
NOMINAL OPERATING AC VOLTAGE:

Uses:

This custom label is to be used at all points where an interactive (grid-tied) system is interconnected (disconnect) and includes the PV system information.



We can engrave data on blank fields for a professional and durable look or use our Paint Pen Marker if you intend to write in blank fields.
 Simply enter the information for the PV System Interconnection label in the label tool provided. Typically, whole numbers or one decimal point are sufficient.

If you have any questions or are unsure of the correct information to enter, we are happy to help. Please call or email your question.

Placards are constructed of an anodized aluminum face with high-performance, permanent pressure-sensitive adhesive.

• They have been tested and rated to last up to 25 years in outdoor use, even in direct sunlight and harsh conditions
• Meet or exceed standards and guidelines set for by the National Electrical Code (NEC), International Fire Code (IFC), Occupational Safety and Health Administration (OSHA) and the American National Standards Institute (ANSI)
• Made using anodized aluminum and a proven process developed for military and naval applications
• Adheres to powder-coated surfaces and can be mounted using rivets


 Note: Authority Having Jurisdiction (AHJ), commonly the electrical inspector, has final approval of wording and can require different wording to fit unique local requirements or unusual installations. We will accept returns of stock labeling that will not work with local codes for credit or refund. We can provide custom labeling in any quantity to meet unique local codes and unique installations. 


Warranty Information