NEVER PLUG A CrossNetOne™ ROUTER INTO ANY COMPUTER OR NETWORK OR LIKE DEVICE OTHER THAN CrossNetOne™ EQUIPMENT. DAMAGE TO A COMPUTER OR LIKE EQUIPMENT COULD OCCUR.

The CrossNetOne™ Sound Masking System Performance Specification:

• Direct-fired speaker.
• All masking/paging units must be UL Listed for air handling space.
• System must confirm following ANSI standards: ANSI S1.4, ANSI S1.6, and ANSI S1.11.
• System must meet ASTM 1130-02, ASTM E1573-02, ASTM E 1374-93, and ASTM E 1041-85 standards.
• The Sound Masking system must use a unique integrated sound masking, music and paging system that uses the power of network technology, web appliances, internet access, infrared remote controls and digital signal processors (DSPs).
• The Sound Masking system must be capable of separately and independently configuring zones for sound masking, paging and music via the network empowered through its central control.
• The Sound Masking system must produce 20Hz through 20,000Hz from its source.
• The masking must be random and provide a minimum pattern of no LESS than 25 hours.
• The sound masking devices must provide both a 1/3 octave band equalizer for a minimum of 30 bands and a parametric equalizer to adjust the sound masking.
• The paging devices must have a minimum of a 1/1 octave band equalizer to shape sound.
• The masking volume shall be adjustable via digital means for ½ dB steps for a range of 30-78 dBA as measured 1m from the center of the speaker
• System must provide two sizes of speaker: 4 ½" and 8".
• 4 ½" speaker housing must be produced from recycled ABS material. 8" speaker housings/enclosures must be damped to avoid undesirable resonance.
• Sound masking system must be able to provide music muting capabilities to allow paging to smoothly override masking.
• Spatial uniformity of sound must be no more than ±½ dBA.
• Sound masking, paging and music must have individual identifiers located in an integrated LCD screen.
• Plenum mounted network locations must have a lighted LED for visual inspection.
• System must be a multi-drop network system. Point to point systems are unacceptable.
• System must be capable of being tuned through a network and a hand-held remote.
• The system must be capable of being independently zoned on both a global and local level for sound masking, paging and music. All zoning must be controlled from a network appliance.
• Generation and integration of multiple random sound masking sources and by using E-sound^® technology equates to the best sound and effective sound masking.
• System must be capable of performing a complete diagnostics of its entire functions including diagnostics of the network, hubs, nodes, routers, DSPs, memory, circuitry, amplifiers and power.
• System must be capable of reporting entire settings for each zone for masking, paging and music indicating at a minimum the volume, contour, 1/3rd band octave equalization, parametric equalization, diagnostics, and groupings.
• System must be an open platform system. Proprietary software systems are UNACCEPTABLE.
• System must be capable of using off the shelf browser software for full manipulation.
• System must be capable of being used as a stand-alone system or a system tied into an intranet IT spine or manipulated through the internet.
• System shall be designed so that individual speaker or component failure will have no impact on the balance of the system.
• Security: Central control must only be able to be accessed via an authorized computer access point with the use of a password.
• Sound masking equipment must be comprised of at least 50% recycled content.
• A 10 year full warranty from the manufacturer must be provided. for all sound masking equipment.
• The system must be manufactured in the USA.