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LT-6041 Rev 3 

 

 

Terminal 

Function 

connect to normally open dry contact used to activate input 1. 

SH (beside R2 

Audio signal shield connection 

R2 

External signal #2 audio return 

H2 

External signal #2 audio positive. Connect H1 and R1 to external 
signal source. 

M2 

External signal #2 control input return 

Across V3 terminals 

High voltage input for signal #3 (70VRMS maximum) 

C2 

External signal #2 control input positive. M2 and C2  typically 
connect to normally open dry contact used to activate input 2. 

SH (beside R3) 

Audio signal shield connection 

R3 

External signal #3 audio return 

H3 

External signal #3 audio positive. Connect H3 and R3 to external 
signal source. 

M3 

External signal #3 control input return 

C3 

External signal #3 control input positive. M3 and C3 typically 
connect to normally open dry contact used to activate input 3. 

SH (beside R4) 

Audio signal shield connection 

R4 

External signal #4 audio return 

H4 

External signal #4 audio positive. Connect H4 and R4 to external 
signal source with highest priority. 

Across V4 terminals 

High voltage input for signal #4 (70VRMS maximum) 

M4 

External signal #4 control input return 

C4 

External signal #4 control input positive. M4 and C4 typically 
connect to normally open dry contact used to activate input 4. 

 

 

A1 

Command for signal #1 zone selection ( Compatible with QIF-2000) 

A2 

Command for signal #2 zone selection ( Compatible with QIF-2000) 

A3 

Command for signal #3 zone selection ( Compatible with QIF-2000) 

A4 

Command for signal #4 zone selection ( Compatible with QIF-2000) 

OP 

Common command for zones selections when any of signals 1 to 4 
are active. Compatible with QIF-5000 opto-isolated inputs. If used, 
typically connects to QIF-5000 connector J4 screw 3 (Opto input 3).  

OM 

Return for OP.  If used, typically connects to QIF-5000 connector J4 
screw 4 (Opto input 3). 

NP (two terminals , 
internal connection) 

Connect is parallel with either silenceable or non-silenceable inputs 
of the QIF-5000 (J4 screws 7 or 5). Provides alarm status of the QX-
5000 system to the QIF-2011 interface. 

NM (two terminals, 
internal connection)) 

Return for MP (QIF-5000 J4 screws 8 or 6 depending on control 
signal used). 

AP 

Connection for Push-to-Talk line from QMP-510X series remote 
paging microphone consoles (QMP-510X terminal PTT IN +) . 
Provides QX-5000 internal paging status to the QIF-2011 interface 

Summary of Contents for QIF-2011

Page 1: ...h the audio and the control inputs wiring can be supervised for faults by setting the appropriate jumper When supervision is required 3 9K Ohms end of line resistors must be connected to each control...

Page 2: ...onged to zone 3 instead of zone2 Terminal identification table Terminal Function SH beside R1 Audio signal shield connection R1 External signal 1 audio return H1 External signal 1 audio positive Conne...

Page 3: ...signal 4 70VRMS maximum M4 External signal 4 control input return C4 External signal 4 control input positive M4 and C4 typically connect to normally open dry contact used to activate input 4 A1 Comma...

Page 4: ...501X 24VDC IN terminal VO 24 VDC output Connect to first QMP 510X series remote paging console Connect to QMP 501X 24VDC IN terminal Jumpers identification table Jumper Function when inserted Z1 two...

Page 5: ...S CONFIGURATION WITH BOARD VIEWED AS IN FIGURE 1 LEDs and potentiometers identification tables LEDs POTs Function OK Green led indicating that interface is operational CS Yellow LED indicating short c...

Page 6: ...t then the emergency paging source and finally the background music source Both paging sources have priority over the alarm signals but the background music must be interrupted for the duration of an...

Page 7: ...ound music A 3 9K End of line resistor must be installed at the fire alarm panel to provide supervision for the command line for the external emergency paging signal Configuration In the QX 5000 confi...

Page 8: ...following diagrams provide wiring information for the QIF 2011 for the typical configuration described above Figure 3 QIF 2011 connection on signal side for the typical system described Please see tex...

Page 9: ...connections for typical system described above See text and figure 7 for other configurations Note Only connections used for the QIF 2011 are shown For other connections on the QIF 5000B J3 to J5 ter...

Page 10: ...5000B wiring for signal lines for any signal configurations Note only connections used for the QIF 2011 are shown For other connections on the QIF 5000B J1 and J2 terminal blocks please consult QX 500...

Page 11: ...QMP 510X connections for any signal configuration Note only connections used for the QIF 2011 are shown For other connections on the QMP 510x terminal blocks and connectors please consult QX 5000 man...

Page 12: ...ion If only all call is required for all external signals connection to a QIF 2000 is not necessary and the QIF 2011 can be connected to opto input 3 or 4 on the QIF 5000B if those are free The config...

Page 13: ...ntroller The signal side connections remain the same but the connections to the ANC 5000 must be done as per figure 8 Priority jumpers must be removed and jumper JW27 on the QIF 2011 must be set as sh...

Page 14: ...nputs open circuit detection voltage Rx to Hx 4 1V 10 Signal inputs short circuit detection voltage Rx to Hx 0 75 V 10 Control inputs short circuit detection voltage Rx to Hx 0 75 V 10 QMP 501X PTT in...

Page 15: ...m external source voltage for full power audio output on QX 5000 Potentiometer adjusted for maximum gain 250mV RMS Maximum voltage at external low voltage signal inputs 1 to 4 2VRMS Minimum external s...

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