EST SAN-4 User manual

SAN Annunciator
Installation Manual
P/N 250084
Revised 21NOV97
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DEVELOPED BY Edwards Systems Technology
6411 Parkland Drive
Sarasota, FL 34243
[phone]
COPYRIGHT NOTICE Copyright © 1997 Edwards Systems Technology, Inc.
This manual and the products it describes are copyrighted by
Edwards Systems Technology, Inc. (EST). You may not reproduce,
translate, transcribe, or transmit any part of this manual without
express, written permission from EST.
This manual contains proprietary information intended for distribution
to authorized persons or companies for the sole purpose of
conducting business with Edwards Systems Technology, Inc. If you
distribute any information contained in this manual to unauthorized
persons, you have violated all distributor agreements and we may
take legal action.
CREDITS This manual was designed and written by the EST Technical
Services - Documentation Department, Sarasota.
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SAN Annunciator Manual i
Content
Remote Annunciator Enclosures 1
Description 1
Specifications 2
SAN-CPU Annunciator Controller 3
Description 3
Application 3
Specifications 3
Power Calculations 3
Installation 5
Switch Setup 8
Indicators 8
Troubleshooting 8
SAN-COM Remote Network Control Module 9
Description 9
Application 10
Specifications 10
Installation 10
Indicators and Controls 11
Addressing and Programming 11
SLU-16R / SLU-16Y / SLU-16 R/Y Remote Annunciator Lamp
Module 13
Description 13
Application 14
Specifications 14
Installation 14
Indicators 14
SWU-8 / SWU-8/3 Remote Annunciator Lamp And Switch
Module 15
Description 15
Application 16
Specifications 16
Installation 16
Indicators and Controls 16
SWU-8 Programming Applications Notes 17
SWU-8/3 Programming Applications Notes 18
SHO-4 Remote Annunciator Lamp and Switch Module 19
Description 19
Application 20
Specifications 20
Installation 20
Indicators and Controls 20
SHO-4 Programming Applications Notes21
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ii SAN Annunciator Manual
SDR-32 / SDR-32K / SDR-32C Remote Annunciator Lamp
Driver Module 22
Description 22
Application 23
Specifications 23
Installation 23
SIN-16 Remote Annunciator Input Receiver Module 25
Description 25
Application 26
Specifications 26
Installation 26
SRU-8 Remote Annunciator Relay Module 28
Description 28
Application 29
Specifications 29
Installation 29
SAN-MIC Remote Annunciator Microphone Module 31
Description 31
Application 32
Specifications 32
Installation 32
ISP-96-2 and ISP-96-3 Annunciator/Switch Panel 33
Description 33
Application 34
Specifications 34
Installation 35
ISP Panel Addressing, Front View 36
SAN-MIC II Remote Microphone 37
Description 37
Specifications 38
Installation 38
Operation 40
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SAN Annunciator Manual iii
Important information
Limitation of liability
The content of this manual is proprietary in nature and is intended
solely for distribution to authorized persons, companies, distributors
and/or others for the sole purpose of conducting business associated
with Edwards Systems Technology, Inc. The distribution of
information contained within this manual to unauthorized persons shall
constitute a violation of any distributor agreements and may result in
implementation of legal proceedings.
This product has been designed to meet the requirements of NFPA
Standard 72, 1996 Edition; Underwriters Laboratories, Inc., Standard
864, 7th Edition; and Underwriters Laboratories of Canada, Inc.,
Standard ULC S527. Installation in accordance with this manual,
applicable codes, and the instructions of the Authority Having
Jurisdiction is mandatory. EST, Inc. shall not under any circumstances
be liable for any incidental or consequential damages arising from loss
of property or other damages or losses owing to the failure of EST, Inc.
products beyond the cost of repair or replacement of any defective
products. EST, Inc. reserves the right to make product improvements
and change product specifications at any time.
While every precaution has been taken during the preparation of this
manual to ensure the accuracy of its contents, EST assumes no
responsibility for errors or omissions.
FCC warning
This equipment can generate and radiate radio frequency energy. If this
equipment is not installed in accordance with this manual, it may cause
interference to radio communications. This equipment has been tested
and found to comply within the limits for Class A computing devices
pursuant to Subpart B of Part 15 of the FCC Rules. These rules are
designed to provide reasonable protection against such interference
when this equipment is operated in a commercial environment.
Operation of this equipment is likely to cause interference, in which
case the user at his own expense, is required to take whatever measures
may be required to correct the interference.
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iv SAN Annunciator Manual
Document history
SAN Annunciator Installation Manual P/N 250084
Revision Status
Revision Date Reason For Change
1.0 September 1995 Re-write of old manual.
2.0 November 1997 Major revision of layout and content.
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SAN Annunciator Manual 1
Remote Annunciator Enclosures
Description
The SAN-4 and SAN-8 enclosures are semi-flush mounted cabinets for
mounting SAN series annunciator modules. The SAN-4 accommodates
4 SAN modules and the SAN-CPU. The SAN-8 accommodates 8 SAN
modules and the SAN-CPU. Both the SAN-4 and SAN-8 are made from
16 gauge steel, and are furnished with a key locking door with a Lexan
viewing window. Backboxes are provided with conduit knockouts,
module mounting studs, and a SAN-CPU mounting bracket.
[SAN-001.CDR]
SAN-4 with SWU-8
[S
A
N-002.CDR]
SAN-8
The RSAN-6 is designed for mounting SAN series modules in a
standard 19" rack enclosure. The RSAN-6 is made from 0.125"
aluminum, and accommodates 6 SAN modules and the SAN-CPU.
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2SAN Annunciator Manual
NORMAL
ALARM
BACK
RE SET
DISABLE
SYSTEM ANNUNCIATOR
ENABL E
ALARM
SILENCE
TROUBLE
SILENCE
DRILL/
ALL CAL L
NEXT/ACK
SUPERVISORY
TROUBLE
[S
A
N-003.CDR]
RSAN-6 with CMDN and SWU-8
Specifications
Specifications
Model Overall Dimensions
(Hwd)
Rough-In
Dimensions
(Hwd)
Module
Spaces
SAN-4 11.5” x 16” x 4”
29.2 cm x 40.6 cm x 10.2
cm
9.5” x 11.25” x 2.5”
24.1 cm x 28.6 cm x
6.4 cm
4
SAN-8 11.5” x 27.5” x 4”
29.2 cm x 69.9 cm x 10.2
cm
9.5” x 23” x 2.5”
24.1 cm x 58.4 cm x
6.4 cm
8
RSAN-6 10.5” x 19.0” x 2.5”
26.7 cm x 48.3 cm x 6.4
cm
N/A 6
Note: Refer to rough-in dimensions when mounting enclosure in a wall.
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SAN Annunciator Manual 3
SAN-CPU Annunciator Controller
Description
The SAN-CPU is the interface between the network data lines and the
SAN series of annunciator modules. The SAN-CPU features: Style 7
(Class A) Style 4 (Class B) communication Circuits, RS-485, Fiber
Optic or 20mA Communication Formats, 96 input and/or output
capability, and Requires one (1) panel address on the data line.
COMPONENT SIDE
LAMP
TEST
P1
JP1JP2
+PWR- +CH1- +CH2-
TB1
[S
A
N-004.CDR]
LD1
LD2
U3
U4
Application
The SAN-CPU is required when using any of the SAN series modules
which communicate with the network controller.
Specifications
Specifications
Module Power 24 VDC, 54 mA
Communications
Formats
RS-485, Fiber Optics, 20mA Current Loop
Data Line Wiring Style 7 (Class A) or style 4 (Class B)
Mounting 1/2 Module Space
Power Calculations
The SAN-CPU requires 24 VDC power. The following areas must be
addressed:
1. A minimum of 18.0 V is required at the SAN-CPU.
2. Minimum supply voltage available is 20.4 VDC.
3. The standby and alarm current requirements of the SAN-CPU and
the option modules to which it is connected must be known.
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4SAN Annunciator Manual
A power consumption/wire sizing calculation must be performed to
determine the wire size for a given load and wire length. Refer to the
worksheet section, the SAN-CPU Current Worksheet, to determine
SAN-CPU loading.
R max
+
2.4 V
20.4 V
SAN-CPU Circuit
The value of RMAX is determined using Ohm’s Law for current values
from 0.25 to 3.5 amps:
2.4
RMAX = ------------
IMAX
Where:
RMAX = Maximum allowable wire resistance
IMAX = Wire resistance per 1000’ pair.
2.4 = Maximum allowable voltage drop.
Using wire resistance Table 1, the maximum SAN-CPU distance from
the power supply using any listed wire gauge may be determined as
follows below. Table 2 was derived using this method.
RMAX
D = ------------ X 1000
R/1000”PAIR
Where:
D= Distance in feet.
RMAX = Maximum allowable wire resistance.
R/1000’ PAIR = Wire resistance per 1000’ pair.
Wire Resistance
Wire Size Resistance Per 1000’ Pair R/1000’ PAIR
#18 13.0Ω
#16 8.0Ω
#14 5.2Ω
#12 3.2Ω
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SAN Annunciator Manual 5
LOAD vs. DISTANCE IN FEET
SAN-CPU POWER FEED CIRCUIT
(2.4 VOLT DROP)
Current
(Amps)
#18 AWG #16 AWG #14 AWG
.25 738 1200 1846
.50 369 600 923
.75 246 400 615
1.00 184 300 462
1.25 148 240 369
1.5 123 200 308
1.75 105 171 263
2.00 92 150 231
2.25 82 134 206
2.50 74 120 185
2.75 67 109 167
3.00 62 100 154
3.25 57 93 142
3.50 53 86 133
Installation
Caution: Disconnect power before removing or installing this module.
The SAN-CPU requires 1/2 module footprint. The SAN-CPU is
mounted on the back plane of the SAN-4 and SAN-8 enclosures. When
using an RSAN-6, the SAN-CPU mounts on a special “L-SHAPED”
bracket, perpendicular to the other SAN option modules installed in the
rack.
Field Wiring
TB1-1 + 24 VDC
TB1-2 24 VDC Common
P1 Ribbon Cable to SAN Option Modules.
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6SAN Annunciator Manual
SAN-CPU Data Line Wiring
Communications
Format
Style 4 (Class B) Style 7 (Class A) Notes
RS-485 TB1-3 +RS-485
TB1-4 -RS-485
TB1-3 +RS-485, Ch #1
TB1-4 -RS-485, Ch #1
TB1-5 +RS-485, Ch #2
TB1-6 -RS-485, Ch #2
Install JP1/JP2 if SAN-CPU
is last device on RS-485
data line.
20 mA Current
Loop
Replace U3 with
header/ribbon
cable from SO-20,
P3
Replace U3 with header/
ribbon cable from SO-20, P3
Replace U4 with header/ribbon
cable from SO-20, P2
Two SO-20’s may be used
instead of an SO-20D.
Fiber Optic Replace U3 with
header/ribbon
cable from SO-
FIB, P4
Replace U3 and U4 with
header/ribbon cable from two
SO-FIB’s, P3
Jumper Setup
JP1 Install when using style 4 (Class B) or style 7 (Class A) Rs-
485 communications format, AND the SAN-CPU is the last
device on the data line.
JP2 Install when using style 7 (Class A) RS-485 communications
format, AND the SAN-CPU is the last device on the data line.
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SAN Annunciator Manual 7
SAN-CPU Wiring
LAMP
TEST
P1
JP1JP2
+PWR- +CH1- +CH2-
TB1
LD1 LD2
24 VDC to next SAN or
auxiliary module power
24 VDC from PS8/8B
APS8B or power riser
R
S
-
4
8
5
d
ata
l
i
ne
f
r
om
previous panel
R
S
-
4
8
5
d
ata
l
i
ne
to next panel
RS-485 data line
to next panel
RS-485 data line from
previous panel
P1
TYPICAL SAN MODULE
RIBBON CABLE TO NEXT SAN MODULE
P2
RED STRIPE
JP1
2
1
1
1
2
3
3
4
4
4
RED STRIPE
HEADER REPLACEMENT FOR
SERIAL FORMAT COMMUNICATIONS
RIBBON CABLE TO
SO-FIB OR SO-20D
DETAIL A
U3/U4
POWER LIMITED CIRCUIT
NOTES:
INSTALL JUMPER ON LAST SAN MODULE ONLY.
INSTALL JUMPER IF DEVICE IS LAST ON DATA LINE.
REPLACE CHIPS U3(PRIMARY) AND U4(SECONDARY)
FOR SERIAL FORMAT COMMUNICATIONS. NO
CONNECTIONS TO TB1-3, -4, -5, OR -6
[SAN-006.CDR]
U4 U3
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8SAN Annunciator Manual
Switch Setup
SAN-CPU Addressing
SWITCH SW1 SW2 SW3 SW4 SW5 SW6
ADDRESS
WEIGHT
01 02 04 08 16 32
Baud Rate Selection
SW7 SW8 RATE
OFF OFF 9600
ON OFF 4800
OFF ON 2400
ON ON 19200
Indicators
LD1 (LINE) ON indicates data line #1 is active, OFF indicates
data line #2 is active.
LD2 (TXD) ON indicates the SAN-CPU is transmitting data on
either channel 1 or 2.
Troubleshooting
A “Power NG” indication at the SAN-CPU address indicates that either
the option module ribbon cable is improperly installed or loose; or the
continuity jumper is missing from the last SAN option module
connected to SAN-CPU connector P1.
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SAN Annunciator Manual 9
SAN-COM Remote Network Control Module
Description
The SAN-COM provides basic network indicators and controls in a
SAN series package, suitable for use at any location on the network
data line. The SAN-COM features system status LEDs, alarm and
trouble silence switches, system reset switch, drill/test switch,
annunciator lamp test switch, key lock enable/disable switch, and an
integral trouble buzzer.
[S
A
N-007.CDR]
POWER
ALARM
SUPERVISORY
TROUBLE
SECURITY
RESET
ALARM
SILENCE
TROUBLE
SILENCE
DRILL
LAMP TEST
ENABLE
DISABLE
BUZ 1
JP1
CONTINUITY
JUMPER
P1 P2
SAN-COM Front and Rear View
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10 SAN Annunciator Manual
Application
The SAN-COM module functions may be automatically defined on a
network by enabling the “SAN-COM” function in the data entry
program. When the SAN-COM function is enabled, all annunciators on
the data line dedicate the first group of inputs and outputs to SAN-
COM functions. If no SAN-COM module is installed in a second SAN
series annunciator on the same data line, the first group of 8 inputs and
8 outputs may NOT be used for other functions.
If the SAN-COM function is not enabled in the data entry program, the
5 input switches and the 6 output LEDs may be programmed by using
the SAN-COM output/input tables on page 13.
The trouble buzzer operates in parallel with the trouble LED, and may
be silenced locally using the trouble silence switch. Operating the
trouble silence switch illuminates the trouble silenced LED.
The SAN-COM may not be installed in systems designed to meet the
requirements of NFPA 72, Chapter 9, Proprietary Protective Signaling
Systems.
Specifications
Current Requirements
Standby 22 mA
Alarm 7 mA
Trouble 15 mA
Installation
The SAN-COM may be installed in the SAN-4 , SAN-8, or RSAN-6
enclosure.
When the SAN-COM function is enabled in the data entry program, the
SAN-COM uses the first input group and first output address group of
the SAN-CPU to which it is connected, regardless of where it is
physically located in the ribbon cable chain originating at the SAN-
CPU.
Wiring
The only wiring required is to plug the ribbon cable assembly (P/N
250080) from the previous SAN series module into P2, and then plug
the ribbon cable into P1 of the next SAN series module.
Jumper Setup
JP1 Install JP1 if the SAN-COM module is the last module
installed on the data line.
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SAN Annunciator Manual 11
Indicators and Controls
LEDs
Power - Green LED, indicates 24 VDC power applied to annunciator.
Alarm - Red LED flashing, indicates system alarm condition.
Supervisory - Yellow LED flashing, indicates supervisory condition.
Trouble - Yellow LED flashing, indicates system trouble condition.
Security - Yellow LED flashing, indicates security condition.
Alarm Silence - Yellow LED indicates audible devices have been
silenced.
Trouble Silence - Yellow LED indicates SAN-COM trouble buzzer has
been silenced.
Drill/All Call - Yellow LED indicates drill/all call function active.
Switches
Reset - Momentary toggle switch resets the system.
Alarm Silence - Momentary toggle switch silences audible circuits.
Trouble Silence - Maintained toggle switch, silences SAN-COM system
trouble buzzer.
Drill/All Call - Maintained toggle switch, activates all audible circuits.
Lamp Test - Maintained toggle switch, tests all indicators on SAN
option modules.
Enable/Disable - Key switch, disables SAN-COM controls.
Sounders
Trouble Buzzer - Operates on system trouble, and when trouble silence
switch is in the off-normal position when no troubles exist on the system.
Addressing and Programming
When used on a data line which has the SAN-COM enabled, the SAN-
COM module requires the FIRST group of 8 input addresses and the
FIRST group of 8 output addresses of the SAN-CPU to which it is
connected. The functions of these indicators and controls is
automatically defined by the SAN-COM enabled function. If multiple
annunciators with SAN-COM modules are used on a data line, all SAN-
COM functions are identical. The SAN-COM feature must be enabled
in the IRC-3 data entry program to take advantage of the SAN-COM
features.
If the SAN-COM function is not enabled in the data entry program, the
5 input switches and the 6 output LEDs may be programmed by using
the tables that follow. SAN-COM input and output address functions
are listed in the following tables:
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12 SAN Annunciator Manual
SAN-COM Output Functions
Output
Address
Function Description
xx01 Alarm LED Set via internal alarm command when SAN-COM is enabled. Must
be user programmed when SAN-COM is disabled.
xx02 Supervisory LED Set via internal supervisory command when SAN-COM is enabled
Must be user programmed when SAN-COM is disabled.
xx03 Trouble LED Set via internal trouble command when SAN-COM is enabled.
Buzzer activates simultaneously. Must be user programmed when
SAN-COM is disabled.
xx04 Security LED Set via internal security command when SAN-COM is enabled. Must
be user programmed when SAN-COM is disabled.
xx05 Alarm Silenced LED Set via internal alarm silence command when SAN-COM is enabled.
Must be user programmed to activate when alarm silence switch
(input address xx02) is activated if SAN-COM is disabled. Reset
command should be placed in action 9004.
xx06 Drill/All Call LED Set via internal drill/all call command when SAN-COM is enabled.
Must be user programmed to activate when drill/all call is activated
(action 9003) if SAN-COM function disabled.
SAN-COM Input Functions
Input
Address
Function Description
xx01 Reset Switch Activates common reset switch action 9002 when SAN-COM is
enabled. Must be user programmed to activate action 9002 when
SAN-COM is disabled. Action 9002 should be programmed to SET
all output xx97 panel addresses. Activating 0197 results in 9002
being activated and all remote panels are reset.
xx02 Alarm Silence Switch Activates common alarm silence switch action 9004 when SAN-COM
is enabled. Must be user programmed to activate action 9004,
RESETTING all audible circuits when SAN-COM is disabled.
xx03 Drill All/Call Switch Activates common drill/all call switch action 9003 when SAN-COM is
enabled. Must be user programmed to activate action 9003,
SETTING all audible circuits when SAN-COM is disabled.
xx04 Lamp Test Switch Must be user programmed to activate an action, SETTING all SAN-
COM module LEDs.
xx05 Disable Switch Activation disables all SAN-COM front panel switches, and
generates a zone which must be user programmed for additional
system disable functions.
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SAN Annunciator Manual 13
SLU-16R / SLU-16Y / SLU-16 R/Y Remote Annunciator
Lamp Module
Description
The SLU-16 Module provides 16 LEDs for remote annunciator
applications when using the SAN-CPU. The SLU-16R provides 16
RED LEDs, while the SLU-16Y provides 16 YELLOW LEDs. The
SLU-16 R/Y provides 8 RED LEDs and 8 YELLOW LEDs. The front
panel protects a slip in legend sheet, used to identify individual LED
functions.
[S
A
N-008.CDR]
JP1
CONTINUITY
JUMPER
GROUP OUTPUT
ADDRESS
P1 P2
SLU-16 Front and Rear View
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14 SAN Annunciator Manual
Application
The SLU-16 provides individual visual point status indication.
Specifications
Specifications
Power From SAN-CPU
Standby Current 1 mA
Active LED Current 6 mA/LED, Full Load = 96mA
Weight (oz) 3.3
Address Requirements:
Inputs
Outputs
None
16 (2 groups of eight)
Installation
The SLU-16 may be installed in the SAN-4, SAN-8, or RSAN-6
enclosures. Enter the appropriate LED identification information on the
LED label strip before installing the SLU-16.
The SLU-16 module requires two groups of 8 output addresses of the
SAN-CPU to which it is connected.
Wiring
The only wiring required is to plug the ribbon cable assembly (P/N
250080) from the previous SAN series module into P2 and to plug the
ribbon cable assembly to the next SAN series module into P1.
Jumper Setup
JP1 Install JP1 if the SLU-16 Module is the last module installed
on the ribbon cable chain.
Indicators
LEDs 16 LEDs are individually controlled by the system software.
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