Introduction; Electrical Ratings; Modes Of Operation; Diagnostic Leds - Siemens RCM-1 Installation Instructions Manual

Fire safety riser control module
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INTRODUCTION

The Model RCM-1 Riser Control module from
Siemens Building Technologies, Inc.provides
control and supervision of global paging risers
in MXL voice networks. The RCM-1 is a double-
width card and has 4 ports (See Figure 1) with
the following inputs and outputs:
PORT
STYLE
A
6
Audio signal input
B
4/7
Audio signal input/output
C
4
Audio signal output
D
6
Audio signal output
The RCM-1 supervises Port B for open and
short circuits, reports by exception to the MXL,
and isolates the fault.
Figure 1
RCM-1 Ports
Only one RCM-1 may be connected to the
MXL. The module communicates with the MXL
using the RS-485 MNET. If the RCM-1 detects
that supervision is lost with the MXL, it will
automatically switch to Local Mode.
If any copper wire pair leaves the building
(Campus Configuration) the LLM-1 module
FUNCTION
3
must be used for transient protection (UL 1459).
Refer to LLM-1 Installation Instructions, P/N 315-
093530.

Modes of Operation

The RCM-1 can operate in the following modes:
Local Mode
The audio from the local MXL
(ACM) will be switched to local
speaker zones (OCCs). The
global audio riser will be
A
D and B
C
switched to Port C, the Style 4
output riser.
Global Mode 1
The audio output from the local
MXL is disconnected. The
audio from the global riser is
connected to the local speaker
B
C and D
zones and to Port C, the Style
4 output riser.
Global Mode 2
The audio from the local
system is connected to both
the local speaker outputs and
the global risers.
A
B, C and D
For additional information on the MXL/MXLV
System, refer to the MXL/MXLV Manual, P/N
315-092036.

Diagnostic LEDs

The RCM-1 has two yellow diagnostic LEDs and
six green diagnostic LEDs along its top edge.
Their functions are described in Table 1 (Refer to
Figure 2 for their location).

ELECTRICAL RATINGS

A
i t c
e v
5
V
D
C
M
o
d
u
e l
C
A
i t c
e v
2
4
V
D
C
M
o
d
u
e l
S
a t
n
d
y b
2
4
V
D
C
M
o
d
u
e l
r u
e r
t n
8
0
m
A
C
r u
e r
t n
1
8
0
m
A
C
r u
e r
t n
2
0
0
m
A

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