ADT Unimode 400 Multi-Net Installation Manual page 163

Releasing Applications
2YHUYLHZ
7\SLFDO &RQQHFWLRQV
&38
Unimode 400 Installation PN 50710A 10/22/97
A Combination Waterflow/Supervisory Valve Monitor circuit allows an FACP to
distinguish between a Waterflow Alarm Switch and a Waterflow Supervisory Switch
installed on the same Monitor Module. Figure 5-23 shows an NFPA Style B Initiating
Device Circuit (IDC) that meets requirements for a Combination Waterflow/
Supervisory Valve Monitor circuit.
Figure 5-19 shows typical connections for wiring a combination waterflow/supervisory
valve monitor:
0RQLWRU 0RGXOH
00
$ODUP 6ZLWFK
)LJXUH  1)3$ 6W\OH % ,QLWLDWLQJ 'HYLFH &LUFXLW
The following list includes requirements for the Combination Waterflow/Supervisory
Valve Monitor circuit. (Refer to the Unimode 400 Programming Manual for details on
programming a Monitor Module.)
1. The Waterflow Alarm Switch must connect to the Monitor Module initiating input
before the In Line Resistor.
2. The Waterflow Supervisory Switch must connect to the Monitor Module initiating
circuit after the In Line Resistor.
3. The Combination Waterflow/Supervisory Valve Monitor circuit only functions as a
Style B (class B) circuit.
4. While a Supervisory Signal is tracking, Waterflow Alarms latch until reset.
5. Program the Monitor Module for type code SPRINKLR SYS or COMB.
MONITOR (Figure 5-20).
6. Program the Monitor Module for the desired Control-by-Event (CBE).
7. A Supervisory signal does not affect the outputs listed in the Monitor Module CBE
(Figure 5-20).
8. Appendix B: Wire Requirements, lists the type of wire required for an IDC.
Figure 5-20 shows a sample program screen for a waterflow application:
352*50 635,1./5 6<6
=2 = = = =
)LJXUH  6DPSOH 3URJUDP 6FUHHQ IRU D :DWHUIORZ $SSOLFDWLRQ
,Q /LQH 5HVLVWRU
0RGHO 1(/5
(/5.
:DWHUIORZ
6XSHUYLVRU\ 6ZLWFK
6XSHUYLVHG DQG 3RZHUOLPLWHG
00 7\SH &RGH
02'8/( $''5(66 
0
&%( IRU :DWHUIORZ $ODUP RXWSXWV QRW DIIHFWHG
E\ 6XSHUYLVRU\ VLJQDO
 $SSOLFDWLRQV
. (/5
VXSSOLHG ZLWK
00 0RGXOH
5-21