Alarm Lock NETWORXPANEL Especificaciones descargar pdf (Pagina 4)

steel-reinforced concrete or metal lath and plaster can

reduce NETWORXPANEL transmitter strength as much

as 90%.

Note: In difficult installations wherein distant Gateways

pose reception problems, the use of multiple Gateways

throughout the premises is recommended.

Wire Gauges

Locate the NETWORXPANEL in an easily accessible

location for servicing, within 200 feet of the keypads and/

or Wiegand devices. Standard 22-24 gauge wire is rec-

ommended for all connections between the NETWORX-

PANEL panel and the keypads/devices, and 18 gauge

wire for all magnetic locks and electric door strikes (no

more than 25 feet in length). Avoid running wires paral-

lel to other types of wiring that can cause electrical inter-

ference.

Air Circulation

Important Note: The NETWORXPANEL is powered by

a linear power supply which is the preferred power sup-

ply for card proximity readers due to their very low elec-

trical noise (compared with switching power supplies).

However, be aware that linear power supplies do gener-

ate moderate heat. Therefore mount the NETWORX-

PANEL in a location that provides air circulation around

the unit, particularly directly above the housing. Do not

install the NETWORXPANEL in confined locations.

Note: For UL installations, the NETWORXPANEL must

be mounted within a protected premises.

Fire Alarm System Integration

Before installing the Networx system, be sure to consult

with the authority having jurisdiction to be sure to comply

with all local codes. NFPA requires that the Fire Alarm

System has some control over exit doors. In the event

of a fire alarm or the loss of primary power (typically AC),

all exit doors must be unlocked. Typically, the output(s)

from the fire alarm system are wired such that if there is

a fire alarm or AC failure of the fire alarm system, the

positive (+) voltage wire of the magnetic lock is inter-

rupted, releasing the magnetic lock to allow egress. An

emergency exit button mounted next to the door can

also be used; this normally closed switch is wired in se-

ries to the positive (+) voltage wire of the magnetic lock

so that when pressed, power is cut (interrupted) to the

magnetic lock, allowing egress. NEVER use the "(T26-

T27) REMOTE RELEASE INPUT" terminals for emer-

gency exit wiring. Conform to the wiring examples

shown further in this manual.

TYPICAL INSTALLATIONS

There are several ways the NETWORXPANEL may be

installed to provide access control. Before installing any-

thing, be absolutely clear as to how the components will

be installed, wired and how the NETWORXPANEL will

be programmed. Listed below are some typical installa-

tions:

• One Keypad only. One of the simplest configura-

tions is a single keypad or Wiegand device located

outside the restricted area to allow passage through a

controlled door in one direction only. This method

uses the Main Relay to unlock the controlled door,

leaving the Aux Relay unused or programmed for one

of many other purposes (such as triggering a video

camera to record the passage, or to trigger a bell lo-

cated in another room).

• One Keypad and One "Remote Release" Button.

With this configuration, a single keypad or Wiegand

device is located outside the restricted area and a re-

mote release button is placed within the restricted

area. This method only requires a single keypad or

Wiegand device for the controlled door. This method

is limited in that the credential is identified in the log

only for entry via the keypad, not for exit (the use of

the remote release button is entered in the log but the

identification of the person(s) exiting is not).

• Two Wiegand Devices controlling one door: Uses

two Wiegand devices, one mounted inside and the

other outside the restricted area. This configuration

requires a User Code and/or proximity credential for

both entry and exit from the restricted area. Each

credential is logged with a specific Wiegand device

identified, thus the credential used to enter or exit the

restricted area can easily be determined.

• Two Networx

™

Keypads controlling one door:

Uses two of any combination keypad models, one

mounted inside and the other outside the restricted

area. This configuration requires a User Code (and/

or proximity credential with the NETPDK integral

proximity reader) for both entry and exit from the re-

stricted area. Each credential is logged with a spe-

cific keypad identified ("primary" or "secondary"), thus

the credential used to enter or exit the restricted area

can easily be determined.

• "Two Door Mode": Two Networx

™

keypads (and/or

two Wiegand devices) can be used to separately con-

trol two doors. With Two Door Mode, one keypad is

designated as the "primary" keypad controlling the

Main Relay (thus a primary door), and the other as

the "secondary" keypad controlling the Aux Relay

(thus a secondary door). To control passage through

only one door, a specific User Code can be enabled

for use with only one of the two keypads, therefore

allowing control of only one of the two doors.

Although the physical wiring for Two Door Mode is

just as easy as any other type of configuration, both

keypads must wired to the same NETWORXPANEL

terminals; therefore one keypad must be designated

as "primary" and the other as "secondary". In addi-

tion, the Two Door Mode feature must be pro-

grammed (see WI1855 and program Function 67

(Feature 13, "Create Two Door Mode"). These extra

steps are incorporated in the "FIRST TIME POWER

UP" procedure, so installing a two-door configuration

will be just as easy as any other type of configuration.

1 2 3 4 5 6 7 8 9 10 11 12

Comentarios a estos manuales

Sin comentarios

Alarm Lock NETWORXPANEL Especificaciones Pagina 4

Comentarios a estos manuales

Relacionado con productos y manuales para Los Sistemas De Control De Acceso De Seguridad Alarm Lock NETWORXPANEL