
13
All lock chassis shall include a motor for lock and unlock functions. All locksets shall be of a modular design to allow future upgradability
and ease of installation and serviceability.
All lever designs shall be ADA compliant, chosen from manufacturer's standard lever designs.
All locksets shall fit a modified ANSI/BHMA A156.115 series door preparation for Grade 1 locks.
All locksets shall have the capacity to accept a variety of standard, interchangeable core, security and high security and protected
6-and 7-pin cylinders.
Keypad shall be of a vandal resistant, anti-pull-off design with stainless steel construction and have 12 buttons arranged in a standard
telephone matrix to be compliant with federal handicap standards. Keypad shall be standard weather resistant without the need for a
gasket or a separate weather resistance option. Lockset shall be capable of operating in temperatures from –40° C to +66° C and 95%
relative humidity, non-condensing. Keypad shall be capable of performing 3,000,000 cycles minimum. Keypad shall have all metal
vertical blinders integral with the escutcheon to protect pushbuttons from abuse and also shield pass codes during entry. Controlling
electronics shall be housed on the interior side of the door for security.
Lock shall be programmable through the keypad only, without the requirement of a separate electronic device. Locks shall have key
over-ride, or non-key over-ride and a 2-wire remote unlock input. Locks shall be furnished standard with 6 “AA” batteries and have
non-volatile memory to save programs, settings, codes and users in the lock in the event of a complete battery drain. The standard 6
“AA” batteries shall act as a battery back-up when hard power (9VDC) is supplied. Lockset shall have a two-tiered low battery warning
system to alert users of impending battery drain. Locks shall have a 9VDC power input option to allow continuous power.
Lock shall have 99 available codes: 1 Master, 1 Emergency, 1 Supervisor, 1 Lockout, 1 Passage and 94 Users. Lockset shall
accommodate codes from 2 to 7 digits in length. Lock shall have three LEDs for visual indication: Green-Unlock, Red-Error, Yellow-
Pushbutton Acceptance & Programming. All locksets shall not allow full programming until the master and emergency factory codes
have been changed for added security. Lock shall have audible tone for the visually impaired.
All locksets shall carry a comprehensive 3 year warranty. Cylindrical and exit device trim series shall carry a lifetime warranty against
lever sag and lever spring breakage.
All locksets shall be eBoss
®
Keypad Battery Operated E5400LN cylindrical lock series, E8800 mortise lock series and/or Trim for 7000
and 2100 series exit devices as assembled by Yale Locks & Hardware, Lenoir City, TN.
No approved substitutes.
• ANSI/BHMA A156.3, Grade 1
• FCC subpart 15B
• UL10C positive pressure for “A” 3 hour rated openings
• Federal Handicap and ANSI A117.1 Accessibility Code
Trim with concealed fasteners shall be through-bolted for use with
Yale 7000 and 2100 series rim and SquareBolt
®
exit devices.
Trim shall be heavy duty all metal escutcheon for vandal resistance
and cast levers shall be solid one piece construction without plastic
inserts. Levers shall be free wheeling in the locked position. Levers
that are rigid in the locked position or require resetting (break-a-
way) are not acceptable.
• ANSI/BHMA A156.2 Series 4000, Grade 1
• FCC subpart 15B
• UL10C positive pressure for “A” 3 hour fire rated openings
• Federal Handicap and ANSI A117.1 Accessibility Code
Cylindrical lock shall conform to features as specified by Yale
5400LN series cylindrical locks.
• ANSI/BHMA A156.13 Series 1000 Operational and Security,
Grade 1
• FCC subpart 15B
• UL10C positive pressure for “A” 3 hour fire rated openings
• Federal Handicap and ANSI A117.1 Accessibility Code
Mortise lock shall conform to features as specified by Yale
®
8800
series mortise locks.
sample specification
mortise lock cylindrical lock
exit device trim
general
eBoss
®
Stand-alone Keypad Access Locks and Exit Device Trim
Kommentare zu diesen Handbüchern