CLIENT LOGIN
/
REGISTER
SITE MAP
800.237.4567
HOME
PRODUCTS
COMMERCIAL
/ INDUSTRIAL
- XAS
- XAL
- XDS
- XCS
- SPDee
- SPDee DC
- XBS
- XBL
- XGA
- HP
- HPS
- XWS
- XWL
- XRS
- XRL
- Din Rail Series
- BNCA10KA
ITS / DOT
- SPDee
- SPDee DC
- XCS
- XDS
- Din Rail Series
- BNCA10KA
MEDIUM VOLTAGE
(updating)
RESIDENTIAL
- S50A
- TE1C40
- SAVFFF
- SAT1
- SATH2 / W2
MISCELLANEOUS
- Renewable Energy
- LED Signage / Display Solutions
- Legacy
- SurgCalc™ - Product Selector Tool
SERVICES
ENGINEERS
- Design Guides
- Guide Specs
- Spec Assistance
- SurgCalc™ - Product Selector Tool
- Engineer FAQs
CONTRACTORS
- Value Engineering Services
- Site Survey Assitance
- Quick Ship Program
- Installation Best Practices
- Contractor FAQs
DISTRIBUTORS
- Quick Submittal Service
- Project Lead Generation
- Quick Ship Program
- Project Award Alerts
- Distributor FAQs
INTERNATIONAL
- Multilingual
- Hassle-Free Shipping
- In-Country Reps
- Free Consultations
- International FAQs
INDUSTRIAL / OEM
- AC/DC Hardwired SPDs
- Renewable & Alternative Energy Solutions
- LED Signage/Display Solutions
- Private Labeling & Marketing
- Exclusive OEM Team
- OEM FAQs
ITS / DOT
- Traffic Systems
RESIDENTIAL
- surgeassure
LIBRARY
DATA SHEETS
XAS
XAL
XDS
XCS
SPDee
SPDee DC
XBS
XBL
XGA
HP
HPS
XWS
XWL
XRS
XRL
BNCA10KA
MANUALS
XA_XB_XR_XW
XD
XGA
XC
HP
SPDee
SPDee DC
CATALOGS
APT Commercial Products
SurgeAssure Residential Products
OEM/Industrial Products
GUIDE SPECS
3rd Ed Specs
w/ Comments
3rd Ed Specs
w/o Comments
One Page
Ed Specs
DRAWINGS
Electrical
Mechanical
WHITEPAPERS
Design Features for
SPD Safety
Energy (Joule) Ratings
Eureka Future Standards
Filtering & Attenuation
Glossary of Terms
- History of TVSS Safety
kA Ratings
Lead Length Effects
Lightning: Physics
   & Effects
Mfg & Test Standards
Multiple Pulse Testing
Role of IEEE
Role of NEMA
including LS-1
Sinewave Tracking
SPD / TVSS Power
Line Filtering
SPD Quick Reference Guide
Standard Testing
Waveforms
System Diagrams
UL 1449 Third Edition
Verifying UL Listing
TRAINING
SURGE UNIVERSITY
Surge 101
Surge 102
Surge 103
LIVE TRAINING
- Webinars
- Seminars
- Lunch & Learn
APT VIDEOS
Tour of APT
Testing Facilities
UL 1449 3rd Edition
DESIGN GUIDES
- Airport
- Automotive Plant
- Broadcast Facility
- Hospital
- Hospitality Facility
- Large Office Building
- Manufacturing Plant
- Multi-Family Housing
- Retail Store
- Schools
- Single Family Home
- Solar Farm
- Sports Complex
- Water Treatment Plant
- Wind Farm
CONTACT US
SALES TEAMS
- USA Territory
- USA Industrial & Specialty
- International Territory
SUPPORT
- Our People
- USA Contact Info
- Asia Contact Info
- FAQs
- Surge Suppression
Terms & Definitions
QUOTATION REQUEST
- Quote Request
CAREERS
- Career Opportunities
- Submit Resume
ABOUT US
APT STORY
- Our History
- Our Capability
- Our Commitment
- Our Quality
Past, Present & Future
CERTIFICATIONS
- 1449 Certifications
- ISO 9001:2008
- ISO 17025
- CE Mark
APT NEWS
Job Bills Signed
New
APT Video
Ribbon Cutting
- In the Spotlight
New
- Press Releases
New
RECOGNITION
- Testimonials
- Awards
Download Design Guide (PDF)
Ideally, every electrical panel should
be surge protected. However, this
may not be practical or feasible.
Proven surge protection practices
do not have to be complicated or
costly. All you need to do is
address the following:
1- Where should hard wired
SPDs be installed on the
electrical system?
2- What size and type SPD
should be used?
Surge Protecting a Wind Farm
S
ervice Entrance
Applying surge protection at the service interconnect “Stops Surges Before They Get In” from the utility grid. The best location to apply surge protection is on the low voltage side of the 690/20000 V step up transformer. SPDs installed at this location are recommended to include integral disconnects for ease of servicing.
Products
External SPD
TE
XAS30E1
Increased Redundancy
TE
XAS45E1
External - 10 Mode
TE
XAL30E1
Increased Redundancy
TE
XAL45E1
O
utside Loads
SPDs should be installed at distribution panels feeding nacelle control cabinets, inverters, etc. to prevent back feeding surges from entering the main building.
External SPD
TE
XDS154X
Increased Redundancy
TE
XAS30E1
External - 10 Mode
TE
XAL15E1
Increased Redundancy
TE
XAL30E1
L
ower Voltage Panels
120V circuits need SPDs to condition residual surges leaving the service entrance SPD as well as any internally generated surges. Examples could be motor controllers, control panels, or any other panel powering sensitive electronics.
External SPD
TE
XCS104X
Increased Redundancy
TE
XDS154X
External - 10 Mode
TE
XAL15E1
Increased Redundancy
TE
XAL30E1
I
ndividual Equipment
If surge protection is applied at the previous locations, redundant protection maybe warranted for sensitive, costly equipment. This may include anemometer, obstruction lighting, etc.
External SPD
S50A
Increased Redundancy
TE
XCS104X
D
ata Lines
Security, fire alarm, and telephone systems using copper communications lines need protection especially for communication circuits including PLCs, modems, and PCs.
External SPD
SAT1/SAVFFF
(surgeassure)
See our Residential Surge Production website for more products and Resi Information
Graphics Courtesy of Siemens Industry, Inc
Home
|
Products
|
About
|
Training
|
Library
|
Services
|
Contact
|
Links
|
Site Map
©2008-2018 All rights reserved. Advanced Protection Technologies Inc. (APT) -- ISO 9001:2008 Certified Last Modified:
11/22/2011