Siemens HCP Installation Instructions Manual
Installation Instruct ions
Model HCP
Intelligent Control Point
INTRODUCTION The Model HCP Intelligent Control Point from Siemens
Industry, Inc. provides remote, independent control of
any of the following:
1. A notification appliance circuit (NAC)
2. A telephone zone (XLS only)
3. A speaker zone (25V or 70.7V RMS) (XLS only,
FV2025/2050, FV922/924)
The HCP communicates through the DLC device loop
card of the FireFinder-XLS System, the FS-DLC device
loop card of the FS-250 System, the FC922/FV922,
FC2025/FV2025 periphery FCI2016 Board (250p)
detector circuits, and the FC2050/FV2050, FC924/FV924
FCI2017 periphery board (500p) detector circuits. Each HCP
uses one device address on the device loop.
PROGRAMMING
POINTS
E
ID
S
K
C
A
B
N
6
O
1
B
5
T
4
3
2
1
SIEMENS
MODEL: HCP
DEVICEADDRESS:
U
A
C
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N
O
B
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INSTALLATIONINSTRUCTIONS
P/N315-034860
SIEMENSINDUSTRY, INC.
FLORHAMPARK, NJ, 07932
T
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"1"
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INAL
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AT TE
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A
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F
E
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ID
S
K
C
A
B
N
O
1
2
B
2
3
4
5
Figure 1
HCP Intelligent Control Point
PROGRAMMING Use the DPU Programmer/Tester to program and test the module.
The HCP may only be assigned addresses 1 to 60. It is recommended to program
the HCP devices first to ensure that enough addresses have been reserved for them.
Other devices may then be assigned to addresses in this range that were not
assigned to an HCP.
Disconnect wire at terminal 1 and 2 on TB1 before programming.
To set the HCP device address:
• Plug the programming cable of the DPU Programmer/Tester into the twopin programming points on the HCP. (See Figure 1 for location.)
• Set the device address for the HCP by following the instructions in the DPU
Programmer/Tester Manual, P/N 315-033260.
Each HCP can be assigned a custom message using either the Zeus Programming Tool
(XLS System), the FS-CT2 (FS-250 System), the FC2025/2050, FV2025/2050 FSX2002
Engineering Tool, or the FC922/924, FV922/924 FSX7212 Engineering Tool. Refer to
the Zeus Quick Start Manual, P/N 315-033875, or the FS-250 Programming Manual, P/
N 315-049403, as applicable.
P/N 315-034860-13
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COMPATIBILITY The following minimum revisions are required for proper operation of the HCP:
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WIRING
Remove all system power before installation, first battery then AC. (To power up,
connect the AC first, then the battery.)
Power down the 24 VDC power supply and the input source (ZAC, etc.) before
installing the HCP.
All wiring must comply with national and local codes. All wire must be 18 AWG
minimum, 12 AWG maximum.
Device Loops The HCP communicates with the FireFinder-XLS/FS-250/Desigo FC2025/2050,
FV2025/2050/Cerberus PRO FC922/924, FV922/924 Systems through its addressable
device loops. These loops are connected to the DLC via terminal blocks on the CC-5
or CC-2 cardcage (XLS) or to the FS-DLC via TB3 on the FS-MB/FS-MB2 main board
(FS-250). They may be wired Class A (Style 6) or Class B (Style 4). Figure 2 shows
both wiring types and the connections to the DLC. See the DLC Installation Instructions, P/N 315-033090, for more information. Figure 3 shows both wiring types and
connections to the FS-DLC. See the FS-250 Installation, Operation and Maintenance
Manual, P/N 315-049353, for more information. Figure 4 shows both wiring types and
connections to the Periphery boards. See the Desigo FC2025/2050 FV2025/2050
Configuration Manual, Document ID A6V10315023, for more information. Figure 5
shows both wiring types and connections to the Periphery boards. See the Cerberus
PRO FC922/924 FV922/924 Configuration Manual, Document ID A6V10333423, for
more information.
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HCP Power Supply For FireFinder-XLS Systems, compatible power supplies for the HCP are the PSC-12,
PSX-12, and PAD-4. Wiring should be connected to TB3 on the PSC-12 and PSX-12, or
the auxiliary power supply on the PAD-4.
For FS-250 Systems, the HCP is powered by the NAC circuits and PAD-4. Wiring
should be connected to the NAC circuits on the main board or the auxiliary power
supply on the PAD-4.
Siemens Industry, Inc.
Building Technologies Division
P/N 315-034860-132
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
12345678
910111213141516
CLASS A WIRING*
NO T-TAPPING ALLOWED
BOTH ZONES MUST BE WIRED AS CLASS A
12345678
910111213141516
CLASS B WIRING**
T-TAPPING ALLOWED
BOTH ZONES MUST BE WIRED AS CLASS B
*OPERATES IN FULL CONFORMANCE WITH STYLE 6 (ULC DCLA)
ZONE 1
DLC LOCATED IN
ONE SLOT OF CC-5 / CC-2
LINE 1
LINE 1
LINE 1 (RETURN)
LINE 1 (RETURN)
LINE 1 (OUT)
LINE 1 (OUT)
ZONE 2
LINE 2
LINE 2
LINE 2 (OUT)
LINE 2 (OUT)
LINE 2 (RETURN)
LINE 2 (RETURN)
NOT USED
NOT USED
NOT USED
NOT USED
**OPERATES IN FULL CONFORMANCE WITH STYLE 4 (ULC DCLB)
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
HCP
TB1
1
2
ZONE 1
ZONE 2
DLC LOCATED IN
ONE SLOT OF CC-5 / CC-2
CLASS
G
2
2
,
NOTES
1. Loop resistance 50 ohms
Max with 252 devices on
the loop. Refer to the DLC
Installation Instructions,
P/N 315-033090 if the
number of devices is less
than 252.
2. 12-18 AWG wire.
3. No EOL device required.
4. Supervised, power limited
per NEC 760.
5. All wiring must conform
to national and local
electrical codes.
Figure 2
FireFinder-XLS Device Loop
Connections
NOTES
1. Loop resistance 180 ohms
max with 252 devices on
loop.
2. 12-18 AWG wire.
3. No EOL device required.
4. Supervised, power limited
per NEC 760.
5. All wiring must conform
to national and local
electrical codes.
A WIRIN
TB1
X1401/X1402
X1801/X1802
4 3 2 1
1+ 1- 2+ 2-
HCP
TB1
HCP
CLASS B WIRING
1
2
TB1
1
2
HCP
1
2
TB1
1
2
HCP
X1401/X1402
X1801/X1802
4 3 2 1
1+ 1- 2+ 2-
TB1
1
HCP
TB1
1
HCP
Figure 3
FS20 Device Loop
Connections
Siemens Industry, Inc.
Building Technologies Division
Detector circui ts on periphery board
for FC922/FV922
FC2025/FV2025
P/N 315-034860-133
NOTES
1. Loop resistance 50 ohms
Max with 252 devices on
the loop. Refer to the FS250 Manual, P/N 315049353 if the number of
devices is less than 252.
2. 12-18 AWG wire.
3. No EOL device required.
4. Supervised, power limited
per NEC 760.
5. All wiring must conform
to national and local
electrical codes.
Figure 4
FS-250 Device
Loop Connections
FS-DLC Device
Loop Circuit
FS-DLC Device
Loop Circuit
CLASS A* INSTALLATION
*OPERATES IN FULL CONFORMANCE WITH STYLE 6
LINE 1 (OUT)
LINE 1 (RETURN)
LINE 2 (RETURN)
LINE 2 (OUT)
HCP
**OPERATES IN FULL CONFORMANCE WITH STYLE 4
LINE 1
NOT USED
NOT USED
LINE 2
HCP
NO T-TAPPING ALLOWED
TB1
2
1
CLASS B** INSTALLATION
TB1
2
1
HCP
T-TAPPING ALLOWED
HCP
(ULC DCLA)
ZONE
1
TB1
2
1
TB1
2
1
HCP
(ULC DCLB)
HCP
TB1
2
1
ZONE
1
TB1
2
1
DPU Loop Test When performing a loop test with the DPU be sure to apply power to the HCP.
Without power applied to the HCP a blinking “C” will appear on the DPU, indicating
that the HCP is in trouble.
HCP As NAC Module This application uses the principle of polarity reversal to activate notification appli-
ances. Wiring is shown in Figure 4. Connect the HCP output zone wiring to the (+)
and (-) terminals of each notification appliance as shown in Figure 4. For a list of
compatible devices, refer to P/N 315-096363.
When used as a NAC module, the 24VDC provides power for the supervision circuitry
and to the notification appliances when they are activated. The power source must be
power limited. See the HCP Power Supply section (above) for compatible power sources.
The maximum output load that may be connected to an HCP is 1.5A at 24 VDC. If the 24
VDC is lost or the NAC line is broken or shorted while the HCP is in supervisory mode, a
trouble condition displays at the FireFinder-XLS, FS-250 System control panel, the Desigo
FC2025/2050, FV2025/2050 Operating Unit, and the Cerberus PRO FC922/924, FV922/
924 Operating Unit. For FS-250 Systems, the NAC circuit must be set to “always on” in
the panel or FS-CT2 configuration tool. See the Line Resistance table below for the
allowable line resistance for each HCP output circuit.
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Siemens Industry, Inc.
Building Technologies Division
P/N 315-034860-134
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