Manual-7
Mem[n]*
Store
Recall
Memory [n] Stored!
[ n]
[ n]
*
RIP
[SR1]
Init
Fact
Memory location
to Recall. Select
Memory with
DATA wheel and
press EXE to
Recall.
Selects mode for the
Remote Interface Port.
Select
SR1
when used
with SR 1 Remote
devices.
DSC
mode
allows future
communication options.
Memory location to
Store. Select Memory
with DATA wheel and
press EXE to Store.
After Execution, this
confirms that
Memory
[n] has been
Stored
or
Recalled
.
Selects mode for
standard
Factory
or
preset
R
oom
C
ombine
P
rograms
Memory page. The
indicates current
parameter settings do not
match the recalled
Memory; [n] indicates the
last recalled Memory.
Figure 7. Memory Page
Memories
24 non-volatile Memories can save up to 24 system configu-
rations. Each Memory contains these parameters:
Mix Source Routing
Input 1-2-3-4-5-6 to each Output
Mix Source Levels
+6 dB to -25 dB for each Output
Master Level Reduction +0 dB to -59 dB for each Output
Limit Threshold
Max (0 dBr) to -28 dBr, each Output
Output to Group Assignments
Remote to Group Assignments
Memories are stored and recalled using the Memory page
shown in Figure 7.
Memory Recall Port
In addition to the Memory page, the SRM 66 provides a
Memory Recall Port (MRP). This port allows remote switch clo-
sures to recall any of the twenty-four system Memories. The first
eight Memories recall with simple switch closures on the eight
MRP pins (see the Normal section of Table 1).
A binary wiring mode allows accessing all 24 Memories (see
the Binary section of Table 1). Simply hardwire connect the
Memory Recall Port (MRP) terminals numbered 5, 6 and 8 to
the COM terminal. This will enable the unit to accept binary
memory recall input and yield 24 memories.
“Paging” mode provides installers an easy way to configure
a system which uses a single switch (such as a push-to-talk mic
switch) to toggle between two sequential Memories to change
source levels. See Figure 8 and Table 1.
MRS 4 Memory Recall Switch
The optional MRS 4 accessory provides a simple solution
to recalling four Memories from a remote location. The MRS 4
mounts in a standard U.S. electrical box with a minimum depth
of 2.25" (5.5 cm). If connected to the MRP in Normal mode,
this remote allows up to 4 Memories to be recalled. See the Nor-
mal section of Table 1 on the following page. See the
MRS 4 Data Sheet for hookup and operating instructions.
RCP 3 and RCP 4 Room Combining Panels
The optional RCP 3 (three-room combining panel) and RCP
4 (four-room combining panel) accessories show a graphical
representation of the rooms to be combined. Operation is very
intuitive. To combine adjacent rooms, the end user simply pushes
the button that straddles the desired rooms. Once the button’s
color becomes green, the rooms are “combined”. To uncombine
the adjacent rooms, the end user simply re-pushes the button.
The button’s color now becomes black, identifying the room’s
status as “uncombined.”
The RCP 3 and RCP 4 panels mount in a standard 19” rack
and utilize a single rack space. To create a “room combining
system”, the installer only has to connect the RCP 3 (or RCP 4)
to the MRP, and 3 (or 4) SR 1L’s to the RIP of an SRM 66. See
the RCP Data Sheet for hookup and operating instructions.
Figure 8. MRP Wiring
8
7
6
5
4
3
2
1
C
Mic
Swit ch
Memory
Swit ch
Paging
Mode
DSC 1
DIGITAL
SERIAL
CONVERTER
INPUT
RS 232
DATA
INTERFACE
REMOTE
PORT (RIP)
RANE CORP.
MADE IN U.S.A.
DSC 1 & SRM Exchange
The optional Rane DSC 1 accessory provides a bridge to
connect a PC’s RS-232 port and the SRM 66’s Remote Interface
Port. Coupled with the included SRM Exchange Software, the
DSC 1 allows the exchange of settings between an SRM 66 and
SRM Exchange. Once the settings are obtained by the PC, they
can be manipulated, stored in a file, printed for future reference
or sent to subsequent SRM 66s. SRM Exchange software can be
downloaded from
www.rane.com.
The software allows SRM 66
programming “offline” without an SRM 66 present; however,
the DSC 1 is required to download these settings to the SRM
66. See the DSC 1 Data Sheet for hookup and operation.
For programming the Memory Recall Port using the Edit
MRP button, see the RaneNote “Advanced Applications for the
Ingenious SRM 66 and SR 1L.”
