DOLD RP 5994 User manual

127.10.15 en / 605
Installation / Monitoring Technique
INFOMASTERB Common Alarm System, Bus Connection
New- / First- /Common Signal Annunciator
RP 5994, RP 5995
New- / First- /Common Signal Annunciator RP 5994, RP 5995
•Fast localisation of failures and their causes
•Reduction of standstill times in production
•Adjustable operating modes:
New- / First signal annunciator according to DIN 19 235,
common alarm annunciator manual reset / auto reset settable
•Expandable from 8 to 88 fault signals
•Open or closed circuit operation settable
•Adjustable on delay for input signals 0 to 10 sec
•Reset buttons for audible alarm and common alarm on front side
•Connection for external reset of audible alarm, common alarm
and single alarm according to setting
•Galvanic separation to bus RS485 (optional)
•Accessories: buzzer RK 8832, display unit EH 5994, EH 5995
text display unit EH 5996, GMS-module RP 5810
•Width: 70 mm
Base module RP 5994:
- 8 fault signal inputs with indicator LED on the unit
- One relay output each for audible alarm and common alarm
- Reset buttons for audible alarm, common alarm, and single alarm
- Connection of remote reset button. Function according to setting
Extension module RP 5995:
- 8 fault signal inputs with indicator LED on the unit
-
One relay output each for audible alarm and common alarm (on request)
- Reset buttons for audible alarm, common alarm, and single alarm
- Connection of remote reset button. Function according to setting
Display unit EH 5994, EH 5995
•Exchangable front label for individual legending
•As option galvanic separated RS458 bus
•Protection degree for front side IP 64
•Enclosure for flush mounting 96 x 96 mm
•Display unit EH 5994:
- 8 fault signal LEDs on the unit
- Reset buttons for audible alarm, common alarm and alarm signal
•Display unit EH 5995:
- 8 fault signal LEDs on the unit
- Without reset buttons
0255005
Circuit Diagrams
RP 5994
RP 5995
M9383_a
S6 S8
QX1 13 23
S5 S7 GND
2
GND
2
QX2 14 24
A1 A2 Ra A
S1
B
S2 S4
Rb Sh
S3 GND
1
GND
1
1323 CA
S1 S2 S3 S4 S5 S6 S7 S8
CA
1424
M9521_a
QX1
GND
2
GND
2
QX2
A1 A2 Ra A
S1
B
S2 S4
Rb Sh
S3 GND
1
GND
1
CA
S1 S2 S3 S4 S5 S6 S7 S8
S6 S8S5 S7
EH 5994RP 5994
EH 5995RP 5995
Approvals and Markings
Additional Information about this topic
•General information for INFOMASTER B see data sheet
INFOMASTER B, System overview
•Information about the additional text display unit
see data sheet EH 5996
•Information about the additional GSM-module for alarm
and acknowledgement per SMS see data sheet RP 5810
Circuit Diagram
M9568_a
A1 A2 Ra AB
Rb Sh
CA
S1 S2 S3 S4 S5 S6 S7 S8
EH 5994, EH 5995
All technical data in this list relate to the state at the moment of edition. We reserve the right for
technical improvements and changes at any time.

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Function Diagram (First Signal Annunciator) Function Diagram (Common Alarm Annunciator, Auto Reset)
Function Diagram (New Signal Alarm Annunciator) Function Diagram (Common Alarm Annunciator Manual Reset)
M9905
off onflashing
alarm 1
open circuit operation
alarm 2
open circuit operation
alarm 1
closed circuit operation
alarm 2
closed circuit operation
LED 1
LED 2
LED CA
reset
horn
reset
fault annunciator (QA)
reset
horn (QH)
relay
common alarm
alarm 1
open circuit operation
alarm 2
open circuit operation
alarm 1
closed circuit operation
alarm 2
closed circuit operation
LED 1
LED 2
LED CA
relay
audible alarm
: off :on
reset
audible alarm
relay
common alarm
M9902
alarm 1
open circuit operation
alarm 1
open circuit operation
alarm 1
closed circuit operation
alarm 1
closed circuit operation
LED 1
LED 2
LED CA
relay
audible alarm
reset
common alarm
: off :on
reset
audible alarm
relay
common alarm
M9903
alarm 1
open circuit operation
alarm 2
open circuit operation
alarm 1
closed circuit operation
alarm 2
closed circuit operation
LED 1
LED 2
LED CA
reset
horn
reset
fault annunciator (QA)
reset
horn (QH)
relay
common alarm
M9906
off onflashing

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Wiring
Devices with DC 24V auxiliary supply have to be operated on a galvanic
separated power supply.
Configuration Cycle
1.) Wire the system
2.) Adjust module address on extension modules with switch “ADR”
(different addresses for all modules)
2.1) When display units are integrated into the annunciator system the
address setting of each display unit has to be done as follows
- if the display unit should display the state of the base module
(RP 5994) set “MODE” switch on back of the unit to position
“Basismodul” and adjust an address that is not used by any
other display unit.
- if the display unit should display the state of an extension module
(RP 5995) set “MODE” switch on back of the unit to position
“Erw.modul” and adjust the same address as on the extension
module (RP 5995) of which the status should be displayed.
3.) Set “MODE” switch on base module to position “Config”
4.) Choose input mode on extension modules:
Terminals X1/X2 open = open circuit operation
Terminals X1/X2 linked = closed circuit operation
5.) Set delay on switch, „td“ 0 ... 10 s
6.) Power up the system
7.) Fault signal LEDs of the base module are flashing for some time
8.) On the detected extension modules the fault signal LEDs are now
flashing
9.) Fault signal LEDs change to continuous state and indicate number
of detected extension modules in binary code
10.) The detected modules are stored no voltage safe in the base
module memory. The fault annunciator only works with the
detected modules. If a new module is added, the configuration
cycle has to be run again.
11.) Select the required alarm function with switch “MODE” on the base
module
12.) Press push buttons QH and QHC to leave the configuration mode.
Function Switch „MODE“
switch
„MODE“ description
0 First fault signal
1 New fault signal
2 Common alarm manual reset
3 Common alarm auto reset
Config. Configuration
Function Switch „Set“
Setting and Adjustment Setting and Adjustment
Possible Alarm Modes:
Alarm annunciator
Alarm reset QA
Audible alarm
reset QH
Common alarm
reset QCA
New signal alarm annunciator ✔ ✔ -
First signal annunciator ✔ ✔ -
Common alarm annunciator manual reset ✔ ✔ ✔
Common alarm annunciator auto reset -✔-
- : this setting ist not supported by the module
Lamp Test
Pressing the pushbuttons QH and QCA simultaneously during normal
operation will force a lamp test function (LT).During lamp test all fault signal
LEDs are switched on.
The lamp test function can also be operated by bridging the terminal QX1/
QX2 (connection remote reset) if this function is selected on switch “Set”
for QX1/QX2
Fault Diagnostics
To indicate failures of the system the unit generates a flash code on the Bus
LED. When a failure code 1 to 3 is displayed, the contacts of the common
alarm relay switch off.
LED continuously on: System has no failure
Failure 1 : Configuration failure. One ore more
extension modules, that have been
detected during configuration do not exist
anymore.The address of the first missing
extension module is displayed as binary
code on the fault signal LEDs.
Failure 2 : The base module cannot communicate
with the extension modules. The address
of the first extension module that cannot
communicate with the base module is
displayed as binary code on the fault
signal LEDs.
Failure 3 : The bus wire is interrupted or the bus is not
terminated correctly. The base module
does not find any extension modules to
communicate with.
Failure 4 : In normal operation:the configuration data
has been found faulty. A new configuration
cycles has to be run.
During configuration: the detected
configuration data could not be stored.
Failure 5 : New modules unknown to the device
software of the base module have to be
implemented by a firmware update of the
base module.
Remark: Different types of devices (device classes) can be connected
to the annunciator bus e.g.extension modules RP 5995, display
units EH 5994, EH 5995 etc. The base module detects the
different module types and adds a device specific number to the
adjusted bus module address (address offset). In the case of
failure this added number is indicated as binary code on the
LEDs of the base module.
Max. 4 text display units EH 5996 can be connected to the
Base module RP 5994.
These 4 units has to be designation by adresse 0 up to 3
Device class adress offset modules
Extension modules + 0 RP 5995
Display unit + 10 EH 5994, EH 5995
Textdisplay unit + 20 EH 5996
Function of QX1 / QX2
Function principle
of
fault signal inputs
Switch
„Set“
Alarm reset
QA
Audible
alarm
reset QH
Common
alarm reset
QCA
Lamp test
LT
open circuit
operation
closed
circuit
operation
0✔---✔-
1 - ✔- - ✔-
2 - - ✔-✔-
3 - - - ✔ ✔ -
4✔- - - - ✔
5 - ✔- - - ✔
6 - - ✔- - ✔
7 - - - ✔-✔

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Input
Nominal voltage A1-A2: AC 230 V, DC 24 V
Voltage range: 0.8 ... 1.1 UN
Nominal consumption A1-A2
at AC 230 V: 3.4 VA
at DC 24 V: 1.1 W
Nominal frequency A1-A2
at AC 230 V: 50 Hz
Fault Signal Inputs (only for RP 5994, RP 5995)
Fault signal inputs S1...S8: AC/DC 24 ... 230 V
Min. time for input signal: ≥70 ms
Min. time for
acknowledgement: ≥70 ms
Operate delay setting with poti 0 ... 10 s
Output (only for RP 5994, RP 5995)
Contacts: 1 NO contact each
for output common alarm and horn
Thermal current Ith:2 A
Switching capacity
according to AC 15: 3 A / AC 230 V IEC/EN 60 947-5-1
Electrical life
to AC 15 at 1 A, AC 230 V: ≥1.5 x 105sw. cycles IEC/EN 60 947-5-1
Short circuit strength
Max. fuse rating: 4 A gL IEC/EN 60 947-5-1
Mechanical life: ≥30 x 106switching cycles
RS485 Bus
RP 599_, EH 599_: not isolated
RP 599_/1_ _, EH 599/1_ _: isolated (1KV)
Bus wire: screened twisted pair
Data transmission rate: 115.2 KB/s
Attention: both ends of the twisted
pair have to be terminated by
inserting the links A/Ra and B/Rb!
General Data
Nominal operating mode: continuous operation
Temperature range: - 20 ... + 55°C
clearance and creepage
distance
rated impulse voltage /
pollution degree
relay output: 4 kV / 2 IEC 60 664-1
input: 4 kV / 2 IEC 60 664-1
EMC
Electrostatic discharge (ESD): 8 kV (air) IEC/EN 61 000-4-2
HF irradiation: 10 V / m IEC/EN 61 000-4-3
Fast transients: 2 kV IEC/EN 61 000-4-4
Surge voltage
between
wires for power supply: 1 kV IEC/EN 61 000-4-5
between wire and ground: 2 kV IEC/EN 61 000-4-5
Interference suppression: Limit value class B EN 55 011
Degree of protection RP 5994, RP 5995: IEC/EN 60 529
Housing
Cover: IP 40
Base: IP 30
Terminals: IP 20
Degree of protection EH 5994, EH 5995: IEC/EN 60 529
Front: IP 64
Enclosure: IP 20
Enclosure: thermoplastic with VO behaviour
according to UL Subjekt 94
Vibration resistance: 0.35 mm amplitude,
frequency 10 ... 55 Hz, IEC/EN 60 068-2-6
Climate resistance: 20 / 055 / 04 IEC/EN 60 068-1
Terminal designation: EN 50 005
Wire connection DIN 46 228/1-/-2/-3/-4
fixed screw terminal (S): 0.2 ... 4 mm2solid or
0.2 ... 1.5 mm2stranded wire with sleeve
plug-in screw terminal (PS): 0,1 ... 2.5 mm2solid or
0.1 ... 1.5 mm2stranded wire with sleeve
plug-in cage clamp
terminals (PC): 0.2 ... 2.5 mm2solid or
0.2 ... 1.5 mm2stranded wire with sleeve
Wire fixing
fixed screw terminals (S),
plug-in screw terminals (PS): Captive plus-minus-terminal screws
M2.5 with self raising terminal box
Technical Data Technical Data
Accessories
Buzzer RK 8832: Article number: 0059906
Text Display Unit EH 5996 Article number: 0061784
Standard Types
RP 5994 S AC 230 V 50 Hz
Article number: 0060029
RP 5995 S AC 230 V 50 Hz
Artikelnummer: 0060034
•Nominal voltage UN: AC 230 V
•fixed screw terminals
•Width: 70 mm
EH 5994 AC 230 V 50 Hz
Article number: 0060589
•Nominal voltage UN: AC 230 V
•Reset buttons for audible alarm and common alarmon front side
•Width: 96 mm
EH 5995 AC 230 V 50 Hz
Article number: 0060593
•Nominal voltage UN: AC 230 V
•Without reset buttons
•Width: 96 mm
plug-in cage clamp
terminals (PC): cage clamp terminals for directely
plug-in of conductors
Screwdriver 0.6 x 3.5 for removing
of the cage-clamp
Mounting: DIN-rail IEC/EN 60 715
Weight
RP 5994 S: 260 g
RP 5995 S: 240 g
EH 5994, EH 5995
AC 230 V-versions: 285 g
DC 24 V-versions: 210 g
Dimensions
Width x height x depth:
RP 5994, RP 5995: 70 x 90 x 71 mm
EH 5994, EH 5995: 96 x 96 x 60.5 mm
RP 599 _ S/_ 00 AC 230 V 50 Hz
Nominal frequency
Nominal voltage
RS485 Bus
0 = not isolated
(standard)
1 = isolated
Terminals
S = fixed screw
terminal
PS = plug-in
screw terminal
PC = plug-in
cage-terminals
Type
4 = Basis module
5 = Extension module
Odering Example for RP 599_
EH 599 _ /_ 00 AC 230 V 50 Hz
Nominal frequency
Nominal voltage
RS485 Bus
0 = not isolated
(standard)
1 = isolated
Type
4 = with reset buttons
on front
5 = without reset buttons
Odering Example for EH 599_

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Connection Example
T3
L N
A1
A1
A1
A1
L N
23 13
A2
A2
A2
A2
QX1
QX2
QX2
QX1
24 14 QX1 QX2
S1
S1
S4
S2
S2
S3
S3
S3
S2
S4
S4
S1
GND
1
GND
1
GND
1
GND
2
GND
2
GND
2
GND
2
GND
2
GND
2
S5
S5
S8
S6
S6
S7
S7
S7
S6
S8
S8
S5
GND
1
GND
1
GND
1
RP5994
RP5995
RP5995
Indication EH5994
Ra
Ra
Ra
Ra
*)
*)
*)
*)
B
B
B
B
A
A
A
A
Rb
Rb
Rb
Rb
Sh
Sh
Sh
Sh
CA
CA
T1 External rest button , function according to configuration
with bridge X1/X2 closed circuit operation
T3 External rest button , function according configuration
*) both ends of the bus have to be terminated
on the first and on the last module by inserting
the links A/Ra and B/Rb
M9907
T1
T2

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E. DOLD & SÖHNE KG • D-78114 Furtwangen
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