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Siemens Industry, Inc.
Building Technologies  Division

P/N 315-048670-11

2

RESTRICTIONS

Each zone input supplies power to two adjacent zone outputs as follows:

Zone Input Zone Output

1

1 and 2

2

3 and 4

3

5 and 6

4

7 and 8

Adjacent associated output zones must have the same usage. Each output must not

draw greater than 2A@24 VDC. During system test be sure to activate each zone

output pair to ensure that the maximum zone input current is not exceeded.

When any of the ZIC-8B output circuits are used for speakers the following rules apply:

1.

The output circuits are available in two groups, 1-4 and 5-8.

2. Either output group can be used for speakers or NACs.

3.

Each output circuit in an output group must have the same usage.

4. Unused output circuits must not be configured in Zeus.

5. Zone inputs 1-2 feed output circuits 1-4.

6. Zone inputs 3-4 feed output circuits 5-8.

OPERATION

The ZIC-8B contains eight Class B circuits. Each circuit is rated at 2A at 24VDC and
has an input connected to the power source and an output where the NAC devices
are connected. The zone inputs are isolated from one another and are supervised for
the presence of power.  This allows the use of different power sources with different
ground references. The zone output is supervised for open and short circuit condi-
tions while the zone is inactive and allows different combinations of output configura-
tions (standard NAC, speakers, etc.) per card. Each ZIC-8B card occupies any one
card slot in the CC-5/CC-2 cardcage. The ZIC-8B also has the capability to detect
ground fault on its zone output as indicated by a diagnostic LED. (See Note above.)

Controls and Indicators

The front panel of the ZIC-8B contains one reset switch, twenty-one LEDs, and three
HNET address switches as shown in Figure 1.

A reset switch is located on the top of the front panel. Pushing the reset switch
re-initializes the ZIC-8B operation.

The LEDs follow the reset switch and their functions are defined as follows:

POWER

(Green)

Normally ON. When illuminated, indi-
cates that power for the ZIC-8B is
applied to the card.

CARD FAIL

(Yellow)

Normally OFF. When illuminated, indicates
that the card microprocessor has failed.

CAN FAIL

(Yellow)

Normally OFF. When illuminated, indicates
that the CAN communication with the
ZIC-8B has terminated and the card goes
into degrade mode (applicable only when
card resides in a CAN network). 

NOT USED

for FireFinder-XLS/Desigo Fire Safety
Modular/Cerberus PRO Modular
applications.

HNET FAIL

(Yellow)

Normally OFF. When illuminated, indi-
cates that the HNET communication with
the ZIC-8B has terminated and the card
goes into degrade mode (applicable only
when card resides in the HNET network).

Summary of Contents for ZIC-8B

Page 1: ... supports synchronized and non synchronized strobes This selection is available in the Zeus tool under the detail properties for each ZIC 8B circuit Synchronization across multiple ZIC 8B cards is automatic as a part of the FireFinder XLS Desigo Fire Safety Modular Cerberus PRO Modular operating characteristics Refer to document P N 315 096363 for a list of strobes that support synchronization Fea...

Page 2: ...he zone output is supervised for open and short circuit condi tions while the zone is inactive and allows different combinations of output configura tions standard NAC speakers etc per card Each ZIC 8B card occupies any one card slot in the CC 5 CC 2 cardcage The ZIC 8B also has the capability to detect ground fault on its zone output as indicated by a diagnostic LED See Note above Controls and In...

Page 3: ... ZIC 8B has detected a trouble on Zone 3 open circuit or short circuit or Zone 3 is disarmed ZONE 4 ACTIVE Red Normally OFF When illuminated indi cates that Zone 4 is active TROUBLE Yellow Normally OFF When illuminated indi cates that the ZIC 8B has detected a trouble on Zone 4 open circuit or short circuit or Zone 4 is disarmed ZONE 5 ACTIVE Red Normally OFF When illuminated indi cates that Zone ...

Page 4: ... the Zeus ProgrammingTool The ZIC 8B card and its Out Ckt properties must be set prior to normal operation In the Zeus ProgrammingTool highlight the selected ZIC 8B card in the Physical View and open the Detail View Properties to modify and or define the following ZIC 8B card properties HNET Address This address must match the address set in ZIC 8B hardware Base Language Custom Message The message...

Page 5: ...ion PRE INSTALLATION The following components must be set prior to inserting the card into the CC 5 CC 2 refer to Figure 2 S2 Reset Switch Momentarily Closed switch that when pressed will initiate a hard reset to the ZIC 8B similar to a cold boot S3 S4 S5 Network Address Switch Set the three digit HNET network address for the ZIC 8B using the three rotary dial address switches located near the bot...

Page 6: ...B by lining up the connector on the ZIC 2C to the receptacle on the ZIC 8B Gently insert the connector into the receptacle being careful not to bend the connector Refer to Figure 2 for positioning the ZIC 2C on the ZIC 8B WIRING Remove all system power before installation first battery then AC To power up connect the AC first then the battery All field wiring to the ZIC 8B is connected to the term...

Page 7: ...eceptacles on the motherboard Verify that the DIN connectors of the card and the card cage aligned properly The card can only plug in one direction to the card cage if it does not align DO NOT FORCE the card Place thumbs on the front panel adjacent to the captive screws and gently apply even pressure on the card until the connectors seat in the receptacles on the motherboard Secure with the captiv...

Page 8: ... If a ZIC 8BA has the following ZICCkt setting ZICCkt 1 Speaker Zone 2 Ch ZICCkt 2 Speaker Zone 2 Ch ZICCkt 3 Speaker Zone 2 Ch ZICCkt 4 Speaker Zone 2 Ch ZICCkt 5 Speaker Zone 2 Ch ZICCkt 6 Speaker Zone 2 Ch ZICCkt 7 Speaker Zone 2 Ch ZICCkt 8 Speaker Zone 2 Ch By applying the equation above the maximum current requirement for this card will be determined Max Current 105 34 34 34 34 34 34 34 34 3...

Page 9: ... max 24VDC 4 EOL resistor 24k ohms 1W 5 P N 140 033771 5 Polarity shown in active state 6 Maximum line resistance is dependent upon the maximum current draw of connected notifica tion appliances when activated The field wiring resistance cannot exceed the maximum line resistance specified for any given NAC current draw SeeTable 7 For a list of Compatible Notification Appliances refer to P N 315 09...

Page 10: ...must be in accordance with Article 760 of NEC or local building codes Wiring for each zone must be Class B 2 All output circuits are power limited to NFPA 70 per NEC 760 3 Electrical Ratings Output Zone Supervisory 8mA max 24VDC Output Zone Active 25V 25 watts max zone 70V 30 watts max zone 4 EOL resistor 24k ohms 1 watt 5 P N 140 033771 5 Polarity shown in active state 6 For a list of Compatible ...

Page 11: ...must be in accordance with Article 760 of NEC or local building codes Wiring for each zone must be Class B 2 All output circuits are power limited to NFPA 70 per NEC 760 3 Electrical Ratings Output Zone Supervisory 8mA max 24VDC Output Zone Active 25V 25 watts max zone 70V 30 watts max zone 4 EOL resistor 24k ohms 1 watt 5 P N 140 033771 5 Polarity shown in active state 6 For a list of Compatible ...

Page 12: ...ecurity concept that is customized to individual security needs Such a security concept may result in additional site specific preventive action to ensure that the building comfort fire safety security management or physical security system for your site are operated in a secure manner These measures may include but are not limited to separating networks physically protecting system components use...

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