Thursday, December 29, 2011

Navigating the New ADA

Below is an article that appeared in the December issue of Sign Builder Illustrated. The article written by Craig Berger, Craig Berger Management Consulting, and discusses current issues surrounding the ADA.


Navigating the New ADA

By Craig Berger

Government policies can sometimes shape entire industries. Never has this been more true than with the Americans with Disabilities Act (ADA), which was signed into law by George H.W. Bush in 1992. The ADA not only opened up accessibility as part of the approval process for every building, but it helped create entire new industries that have spread accessible sign fabrication and materials technology from a small cottage industry to a global business.

Unfortunately the ADA also created a real mess for sign builders and designers. The ADA was civil rights legislation, and states were required to interpret this new legislation into their building codes (which were generally updated every few years). Faced with hitting a moving target of different state codes and varying interpretation among local officials, many sign makers often followed the path of least resistance and avoided creative solutions.

Eventually the ADA matured. The American National Standards Institute (ANSI) and the International Code Council (ICC) eventually updated their codes, which were adopted by the ADA. This created confusion though, as various states updated their codes beyond the first ADA while others did not. (And states like California decided to march to the beat of their own drum.)

Mike Santos, a principle with Nova Polymers and a well-known ADA educator to the sign community, highlights this continued confusion between state and federal codes as a problem in the sign industry. “We’ve been doing programs for the past seven years, and the issues have stayed the same,” he says. “Sign heights, color contrast, and even Braille doming are simple issues, but they’re still confusing, because of the disparity between federal and state codes.

“The new ADA is supposed to solve this, but I still see another few years of confusion.”

A Better Code Though Ambiguities Still Exist
Most experts agree that the new ADA is an improvement over the old, providing greater flexibility while being more logical. Particularly effective in the code is the separation between information for the visually impaired and information for the blind. This change reflected the reality that these two groups have vastly divergent needs. 
While improving the code, this change does make it more complex—particularly for code official interpretation. Sign designers and builders must be even more direct when using and explaining the code. 

The Top Issues in the New ADA
While there are dozens of complex issues with the ADA, the general consensus is that a small number dominate the interpretation issues between sign builders and designers. These include:
ADA-1Sign heights. A seemingly simple issue, sign height has become among the most troublesome for sign builders and designers (pictured). Perhaps the dominant issue change in the new ADA is the change in sign heights from sixty inches to the center of the sign to a range of forty-eight to sixty inches from the bottom to the top of sign text.

This change was sorely needed, since sixty inches on center resulted in inconsistent sign heights on signs.

According to Matt Williams of Dixie Graphics, this one change has made huge ripples across the sign industry. “‘Sixty’ on center never made a great deal of sense, since the blind read information on signs and not the signs themselves, but it was always an easy code to understand,” he says. “Now code officials have to think about how this works, and companies need to train their own staff.

“Clients also need to gauge what they need to do with their existing systems.”

Sign placement. The new ADA provides greater guidance for the placement of signs, allowing tactile signs to be placed on the push side of doors with a closing mechanism, among other placement changes. This change clarifies the issue of signs on restroom doors.

Doming. Doming or rounding was never explicitly described in the code, creating confusion in the industry as to what Braille methodology makes the most sense. The new ADA provides more clarity providing for doming or rounding of Braille, which most ADA methodologies—from chemical etching to photopolymer to raster Braille—can accomplish.

Color contrast. Some parts of the ADA grew more specific, but this one issue is actually more general. The code itself hasn’t changed, still allowing for dark signs on a light background or light signs on a dark background.

However the 70 percent color contrast recommendation is no longer in the code. In other words, there’s now no contrast level requirement. This doesn’t prevent a state from passing specific color contrast codes or recommendations, but none has done so yet.

This doesn’t mean that signs can be extremely low contrast. Signs still need to be visible. A lawsuit can still be made, even if not explicitly in the code.

ADA-2Temporary signs. A recurring issue over the last few years has been what to consider temporary and what to consider permanent identification on signs. For example, addressing systems can be used to cover any destination considered temporary, but in a few instances, it’s important to use the full name (pictured).

The new ADA solidifies the definition of an identification sign as representing destinations that are permanent for more than seven days (generally interpreted as rooms that have equipment that can’t be easily removed—like bathrooms and kitchens). All other destinations—like offices with changing names—can be represented by alphanumerical addresses.


Dual signs. Because of the separation in guidelines for the blind and the visually impaired in the new ADA, there’s a specific section on dual signs or signs that can utilize information for both the blind and the visually impaired. Braille and raised letters in this approach can be small and blend in with its background, while the visual information on the sign can use serif fonts and much larger type (making effective signs for both groups).
ADA-3
Unfortunately these signs are rarely used. Roger Whitehouse, a pioneer in accessible design, worked with ASI to create flexible dual modular signs and laments the lack of understanding that has hindered their use. He believes that, with the new ADA code, these types of signs—which meet the needs of the blind and the visually disabled—will become more prevalent (pictured). “After all the years of code development and design experiments showing their effectiveness, there’s still fear of using dual signs,” he says. “Hopefully the new ADA will finally encourage [their] use.”



Visual letter heights. The old ADA was uniform with its guidance for visual letter heights—three inches minimum for all overhead signs. This made it all but impossible to put in overhead wayfinding signs in most hospitals and other low-ceiling spaces.
ADA-4
The new code though allows for letter heights that better fit the environment they’re in, which is particularly important in transportation environments (pictured). The new ADA provides a two-inch minimum sign height along with height requirements above three inches for large distances and heights.

Chris Calori of Calori & Vanden-Eynden Design Consultants uses this example to show the greater understanding of both code flexibility and legibility. “In the old ADA, the three-inch height pretty much insured that there would be three-inch letters everywhere, making them too big in some spots and too small in others,” he explains. “Accepting a two-inch standard—but writing in language for adjusting to greater distances—allows the designer to make the best decision for the facility.”


Learn the New ADA
The new ADA offers designers and fabricators many more options. For those who want to get to know the code at a deeper level, it’s important to first understand the context of the code by reading it in detail.

The issues listed in this article are only the dominant ones. It’s important to review how sign codes sit inside of the entire ADA to see where it will impact your specific design decisions.
To download an HTML or PDF copy of the new ADA, CLICK HERE.

Craig Berger is principal of Craig Berger Management Consulting, a firm focused on devising marketing, education, and management approaches for designers, fabricators, manufacturers, and clients. He can be reached at craigberger19@comcast.net.

Tuesday, December 6, 2011

Nova Sponsors ADA Teleconference

December 7, 2011
ADA Teleconference

Themes: ADA, Accessibility, Sign Codes
1:00 p.m. EST

SEGD ADA courses are sponsored by ASI Signage Innovations, Nova Polymers, and APCO.

Don't miss this last ADA event of 2011!
This workshop will review interpretations to date of the 2010 ADA Accessibility Guidelines and will present a preview of new interpretations to be released in early 2012 in the SEGD ADA White Paper. Among the topics to be discussed will be how to determine exactly when and with which codes, regulations, and guidelines your projects must comply. Explanatory illustrations and descriptions for the new SEGD White Paper will be previewed. 

Fees
SEGD Members $50.00
Nonmembers $100.00

Click here to register.

Monday, November 21, 2011

Purchasing Photopolymer Equipment Made Easy

We have partnered with Direct Capital Financing and now offer an easy-to-use online application form for Equipment Financing. In a matter of minutes you can fill out the form, submit and get an answer.

Interested in what your Section 179 Tax savings will be? Use our instant online Section 179 Tax Savings Calculator to find out.

We will be exhibiting at the USSC Sign World Expo in Atlantic City on December 1-3. Stop by and see us in Booth 309 and see our photopolymer equipment live!

Contact us for more information.

Monday, November 14, 2011

The Section 179 Tax Deduction


As we approach the end the the calendar year, many of us are looking at new and/or used equipment that will help us continue to grow our businesses. There are several tax advantages for purchasing equipment now. 

Below you will find  helpful information from www.section179.org that can be used as a resource when looking for information on tax deductions for equipment.

2011 is the Year to Do It!

Due to the extension of Section 179 under the 'HIRE Act of 2010' - the enhanced limits under the 'Jobs Act of 2010' - and the recently enacted 100% Bonus Depreciation under the 'Tax Relief Act of 2010' - you can basically write-off 100% of all the equipment and software your business needs to buy or finance this year!

Section 179 can be extremely profitable to you, so it is to your benefit to learn as much as possible. To begin, you probably have a lot of questions regarding Section 179. Questions like:
  
News Alert

Nov 3, 2011   Important 4th quarter tax planning implications. Both the 'Tax Relief Act of 2010' as well as the 'Jobs Act of 2010' that passed in late 2010 affected Section 179 in a positive way for this 2011 tax year. The newest changes are as follows:

The Section 179 Deduction limit increased to $500,000. The total amount of equipment that can be purchased increased to $2 million. This includes most new and used capital equipment, and also includes certain software.

“Bonus Depreciation” increased to 100% on qualified assets. However, this can be taken on new equipment only.

When applying these provisions, Section 179 is generally taken first, followed by Bonus Depreciation – unless the business has no taxable profit in 2011.

Also, many businesses find Section 179 Qualified Financing to be an attractive option in 2011.
 
Your Section 179 Deduction Questions Answered

Wednesday, October 19, 2011

How To Route NovAcryl PT Series Photopolymer

NovAcryl PT Series Photopolymer is constructed with a clear PETG (Polyethylene Terephlalate Glycol) base. PETG is a thermoplastic and machines differently than other materials like Acrylic. The most notable difference is that PETG does not chip or shatter and requires a different routing bit, feed rates and spindle speeds when compared with other substrates. 

ROUTING RECOMMENDATIONS:  

We suggest using the 13000 Series Spiral "O" Belin Yvon S.C. Router Bit. For 1/8" NovAcryl use Tool# 13317 - CED 1/8", CEL 1/2", SHK DIA 1/4", OAL 1-1/2" at RPM 18,000 with a Feed Rate of 140. 

To place a bevel, we suggest using Belin Bevel 00182 CC05 QL.

The link to Belin's website is www.belintools.com. The bits referenced can be located on page 5.

Tuesday, October 18, 2011

NEW Video Gallery

We have just added a NEW Video Gallery to our website. The page has all the important videos we've made about our products, processing procedure, best practices and more.

We also have a video trailer of a live Continuing Education presentation by Dave Miller where he presented our ADA Requirements for Room Identification Signage course.

Make sure you check out this page to learn everything you can about photopolymer signage.

Nova Polymers Video Gallery

Sunday, August 28, 2011

ADA Workshop at Consac-Imagemakers

Join Dave Miller in Toronto at Consac-Imagemakers on Friday, September 23 at 10:00 to learn about ADA codes and regulations. Dave will be presenting Nova's Continuing Education Course titled "ADA Requirements for Room Identification Signage." 

Make sure you sign up for this event at http://www.sac-ace.ca/consac/seminars.




Friday, August 19, 2011

Choosing The Right Photopolymer

Not all photopolymer is created equal. NovAcryl® PT™ Interior Photpolymer has a PETG base that has a zero moisture absorption ratio with the photopolymer layer that has a .001 moisture absorption ratio. The NovAcryl® EX™ Exterior Photpolymer (NovEx) has an aluminum base with a synthetic rubber/photopolymer layer which both have a 0 moisture absorption ratio.

As you can see in the picture above, the  NovAcryl® brand  of photopolymer sign material out performed the  other competitive material that was made with a phenolic base. The reason for this dramatic contrast in performance is due to the phenolic base material having a high moisture absorption ratio which has a negative effect on the material when in an exterior environment, or an interior environment with high humidity levels.

The samples seen in this picture where manufactured  according to manufactures guidelines, top coated per specification and mounted on the outside of a building for over a year. These sign were exposed to high temperatures ranging from -20F to 100F plus with direct sunlight, rain, snow and humidity levels of 100%.
The results speak for themselves. So, make sure you specify or use the right photopolymer material for your next project.