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Idiomas disponibles
SURETY PAGING RELAY
9
This connects when the PRIORITY channel priority contact is activated.
PRIORITY CHANNEL AND
10
CHANNEL.
The two input channels (PROGRAM and
PRIORITY) use four RJ45 connectors which
are connected in pair and parallel formation.
This means that they can provide a signal for
other boosting stages (see figure 4).
The amplifier should be connected using an
STP Cat-5 cable (see figure 5). This cable is
renowned for its very low impedance, which
means that it allows for an exceptionally flat
frequential response even over long distances
and obviously meets with CMRR and crosstalk
requirements for analogic audio applications.
The signal inputs are not balanced and have a
sensitivity of 0 dBU (775mV).
Pin no. 3 provides a voltage of 24 V.d.c., which
can be used to power low consumption
devices.The maximum current supplied is 200
mA in each channel.
In the PRIORITY channel, when pin no. 6 is linked to pin no. 8 the priority system and the surety paging relay are
activated (see figure 2, no.9).The priority control can be transmitted to other boosting stages through pin no. 6 of
the PRIORITY OUTPUT connector, depending on the position of dipswitches 7 and 8
(See section 3. REAR VIEW, no. 12).
Another option is to connect a symmetric transformer (T700) to these inputs and
remove the J1 and J2 jumpers for the program input and the J3 and J4 jumpers
for the priority input. The transformers should be connected as is
indicated in figure 6.
Figure 5
PRIORITY CHANNEL CONNECTION
Pin number 1: SIGNAL H
1
Pin number 2: SIGNAL C (if the input is balanced)
Pin number 3: +24VDC
8
Pin number 6: PRIORITY contact
Pin number 8:
Shield
PROGRAM CHANNEL CONNECTION
Pin number 1: SIGNAL H
Pin number 2: SIGNAL C (if the input is balanced)
Pin number 3: +24VDC
Pin number 8:
Shield
UP-367, UP-247, UP-127 and UP-67 Version 1.0
AMPLIFIERS UP-367, UP-247, UP-127 and UP-67
PROGRAM
11
230V
Fuse
230V
Fuse
GND
GND
Figure 4
I N P U T / O U T P U T C O N T A C T S
1
2
3
4
5
6
7
8
9
50/60 Hz
FAIL
24V
24V
FAIL
SURETY
PAGING
O U T P U T S
FAN
O U T P U T S
SURETY PAGING
0
4Ω
8Ω
16 Ω
50V
70V 100V
POWER
0
4Ω 8Ω 16Ω
50V 70V 100V
SUPPLY
I N P U T / O U T P U T C O N T A C T S
1
2
3
4
5
6
7
8
9
50/60 Hz
FAIL
24V
24V
FAIL
SURETY
PAGING
O U T P U T S
FAN
SURETY PAGING
0
4Ω
8Ω
O U T P U T S
16 Ω
50V
70V 100V
POWER
0
4Ω 8Ω 16Ω
50V 70V 100V
SUPPLY
Figure 6
J4
J3
J2
J1
600 Ohm
E N G L I S H
OPTIMUS S.A.
PRIORITY
PRIORITY
U P - 2 4 7
INPUT
OUTPUT
POWER AMPLIFIER
PRI-PRO RJ CONNECTION
GND
240W RMS (312W IHF)
(WHEN BALANCED)
PRIORITY
Engineered in EU (Spain)
CTRL. INPUT
Made in China
6. PRIORITY
ON
OFF
8.
METAL
GND
8
SURVEILLANCE
SHIELD
7
6
DIPSWITCH CONFIGURATION
5
ON
OFF
PROGRAM
PROGRAM
8. Priority ctrl. out
INPUT
OUTPUT
3
2
7. Priority ctrl. in
1
PRI-PRO
6. Audio C
LINK
5. Audio H
4. Priority in
SHIELD-GND
3. Priority out
LINK
SURVEILLANCE RJ CONNECTION
2. Program in
1. Program out
1. OSC IN
5. OSC OUT 2
2. NC
6. PRI OUT
7. +24VDC OUTPUT
3. OSC OUT 1
4. PROTECT
8.
METAL
GND
SHIELD
OPTIMUS S.A.
PRIORITY
PRIORITY
U P - 2 4 7
INPUT
OUTPUT
PRI-PRO RJ CONNECTION
POWER AMPLIFIER
GND
240W RMS (312W IHF)
(WHEN BALANCED)
Engineered in EU (Spain)
PRIORITY
CTRL. INPUT
Made in China
6. PRIORITY
ON
OFF
8.
METAL
GND
8
SURVEILLANCE
SHIELD
7
6
DIPSWITCH CONFIGURATION
5
ON
OFF
PROGRAM
PROGRAM
8. Priority ctrl. out
INPUT
OUTPUT
3
2
7. Priority ctrl. in
1
PRI-PRO
6. Audio C
LINK
5. Audio H
4. Priority in
SHIELD-GND
3. Priority out
LINK
SURVEILLANCE RJ CONNECTION
2. Program in
1. Program out
1. OSC IN
5. OSC OUT 2
2. NC
6. PRI OUT
7. +24VDC OUTPUT
3. OSC OUT 1
4. PROTECT
8.
METAL
GND
SHIELD
PRIORITY CHANNEL
INPUT TRANSFORMER
PROGRAM CHANNEL
INPUT TRANSFORMER
T-700
600 Ohm
N.C.
N.C.
1 7
Eng
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