Chase Security Systems, Inc.
P.O. Box 30179
Chicago, IL 60630
Ph: 773.775.7148
Fax: 773.594.0078
chase@chasesec.com

Model:
CTIL 72128

PALM VEIN READER / ID SCANNER
COMMUNICATION
TOWER

ctil72128 access control tower
Cursor over image to view interior of tower.

DESCRIPTION

The CHASE SECURITY STEEL TOWER can be designed to house a variety of applications such as cameras, intercoms, biometrics, card readers, and other electronic devices and protect them against vandalism or accidental damage. It is designed to be used in a variety of public locations including: entrances, walkways, parking lots, port authorities, military bases, airports, consulates, universities, apartment complexes, prisons, and government and institutional facilities.

The stainless steel tower provides strength and ease of installation and maintenance of equipment once installed. For over 36 years Chase security products have been manufactured in a variety of sizes, styles and finishes, and sold to integrators and OEM accounts.

Ideal all-in-one solution for Integrators

FEATURES

  • Constructed of quality 14-gauge stainless steel.

  • Outfitted with LED accent lights to enhance device visibility.

  • Welded at all sides for a reinforced solid construction.

  • Finish: stainless steel or cold roll steel with black or white powder coat.

  • Dimensions: 72" tall x 12" x 8"deep.

  • Provided a rear service door for.

  • Designed at comfortably accessible heights for both pedestrian and special needs traffic.

  • Customized design options available to accommodate both standard and unique devices.

Chase Security Systems, Inc., an MBE Enterprise, draws from over 30 years of experience selling to the Fire, Security, Computer, Sound, Food Processing, Forestry, Communications and Telecommunications industries. Many of our signature products are now being produced by other manufacturers but our steel towers are still the product of choice for their strength.

Due to changes in industry, exact product dimensions and features may differ slightly from above.