Related Manuals for EST SAN-4
Summary of Contents for EST SAN-4
- Page 1 SAN Annunciator Installation Manual P/N 250084 Revised 21NOV97 firealarmresources.com...
- Page 2 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. firealarmresources.com...
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Page 3: Table Of Contents
Content Remote Annunciator Enclosures Description Specifications 2 SAN-CPU Annunciator Controller Description Application Specifications 3 Power Calculations Installation Switch Setup Indicators Troubleshooting SAN-COM Remote Network Control Module 9 Description Application Specifications 10 Installation Indicators and Controls 11 Addressing and Programming SLU-16R / SLU-16Y / SLU-16 R/Y Remote Annunciator Lamp Module 13 Description Application... - Page 4 SDR-32 / SDR-32K / SDR-32C Remote Annunciator Lamp Driver Module 22 Description Application Specifications 23 Installation SIN-16 Remote Annunciator Input Receiver Module 25 Description Application Specifications 26 Installation SRU-8 Remote Annunciator Relay Module Description Application Specifications 29 Installation SAN-MIC Remote Annunciator Microphone Module 31 Description Application Specifications 32...
- Page 5 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.
- Page 6 Document history SAN Annunciator Installation Manual P/N 250084 Revision Status Revision Date Reason For Change September 1995 Re-write of old manual. November 1997 Major revision of layout and content. SAN Annunciator Manual firealarmresources.com...
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Page 7: Remote Annunciator Enclosures
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. -
Page 8: Specifications
Overall Dimensions Rough-In Module (Hwd) Dimensions Spaces (Hwd) SAN-4 11.5” x 16” x 4” 9.5” x 11.25” x 2.5” 29.2 cm x 40.6 cm x 10.2 24.1 cm x 28.6 cm x 6.4 cm SAN-8 11.5” x 27.5” x 4”... -
Page 9: San-Cpu Annunciator Controller
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. - Page 10 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. 20.4 V R max 2.4 V SAN-CPU Circuit The value of R is determined using Ohm’s Law for current values from 0.25 to 3.5 amps:...
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Page 11: Installation
Caution: 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. - Page 12 SAN-CPU Data Line Wiring Communications Style 4 (Class B) Style 7 (Class A) Notes Format RS-485 TB1-3 +RS-485 TB1-3 +RS-485, Ch #1 Install JP1/JP2 if SAN-CPU TB1-4 -RS-485 TB1-4 -RS-485, Ch #1 is last device on RS-485 TB1-5 +RS-485, Ch #2 data line.
- Page 13 SAN-CPU Wiring RS-485 data line from RS-485 data line previous panel to next panel RS-485 data line from RS-485 data line previous panel to next panel 24 VDC from PS8/8B 24 VDC to next SAN or APS8B or power riser auxiliary module power RIBBON CABLE TO SO-FIB OR SO-20D...
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Page 14: Switch Setup
Switch Setup SAN-CPU Addressing SWITCH ADDRESS WEIGHT Baud Rate Selection RATE 9600 4800 2400 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. -
Page 15: San-Com Remote Network Control Module
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. -
Page 16: Application
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... -
Page 17: Indicators And Controls
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. - Page 18 SAN-COM Output Functions Output Function Description Address 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.
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Page 19: Slu-16R / Slu-16Y / Slu-16 R/Y Remote Annunciator Lamp Module
SLU-16R / SLU-16Y / SLU-16 R/Y Remote Annunciator Lamp Module Description The SLU-16 Module provides 16 for remote annunciator LEDs 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. -
Page 20: Application
Outputs 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. -
Page 21: Swu-8 / Swu-8/3 Remote Annunciator Lamp And Switch Module
SWU-8 / SWU-8/3 Remote Annunciator Lamp And Switch Module Description The SWU-8 and SWU-8/3 modules provides 8 toggle switches and 16 yellow LEDs for remote switching and annunciator applications when using the SAN-CPU. The SWU-8 provides two position toggle switches; the SWU-8/3 provides three center off toggle switches. Two LEDs are positioned adjacent to each switch providing an easy to read functional group. -
Page 22: Application
Outputs 16 (2 groups of eight) Installation The SWU-8 and SWU-8/3 may be installed in the SAN-4, SAN-8, or RSAN-6 enclosures. Enter the appropriate switch and LED identification information on the label strip before installing it in the SWU-8 or SWU-8/3. -
Page 23: Swu-8 Programming Applications Notes
SWU-8 Programming Applications Notes Audio Evacuation System Controls The module switches are used to activate individual speaker circuits, typically on a floor by floor basis. The top adjacent LED is typically used to indicate an active or an open speaker circuit, and is illuminated when a supervisory open is detected on the speaker zone. -
Page 24: Swu-8/3 Programming Applications Notes
SWU-8/3 Programming Applications Notes Audio Evacuation System Controls The module switches are used to manually activate or silence individual speaker circuits, typically on a floor by floor basis. The top adjacent LED is typically used to indicate an active or an open speaker circuit, and is illuminated when a supervisory open is detected on the speaker zone. -
Page 25: Sho-4 Remote Annunciator Lamp And Switch Module
SHO-4 Remote Annunciator Lamp and Switch Module Description The SHO-4 Module provides four 3 position rotary switches and 12 LEDs for remote switching and annunciator applications when using the SAN-CPU. Two yellow and one green LED are positioned adjacent to each switch, providing an easy to read functional group. -
Page 26: Application
Outputs 8 (1 group of eight) Installation The SHO-4 may be installed in the SAN-4, SAN-8, or RSAN-6 enclosure. Enter the appropriate switch and LED identification information on the label strip before installing it in the SHO-4. The SHO-4 module requires one group of 8 input addresses and one group of 8 output addresses of the SAN-CPU to which it is connected. - Page 27 SHO-4 Programming Applications Notes HVAC System Hand-Off-Automatic Operation The module switches are used to activate control fans, dampers etc. Typically, the center switch position is the normal state, or automatic operational position, with the HVAC system using its normal control cycle.
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Page 28: Sdr-32 / Sdr-32K / Sdr-32C Remote Annunciator Lamp Driver Module
SDR-32 / SDR-32K / SDR-32C Remote Annunciator Lamp Driver Module Description The SDR-32 Modules provide 32 open collector driver circuits for remote annunciator applications when using the SAN-CPU. The SDR- 32 has current limited outputs for use with LEDs. The SDR-32K provides no current limiting for use as a relay driver, used to control external relays. -
Page 29: Application
None Outputs 32 (4 groups of eight) Installation The SDR-32(K) may be installed in the SAN-4, SAN-8, or RSAN-6 enclosures. For integral mounting within a custom annunciator enclosure, the card only version (without mounting plate) may be ordered. The SDR-32(K) module requires four groups of 8 output addresses of the SAN-CPU to which it is connected. - Page 30 TO SAN-CPU 24VDC POWER IN POWER SUPPLY POWER SUPPLY (-) TERMINAL FOR EXTERNAL FOR EXTERNAL DEVICES DEVICES LED CONNECTIONS WHEN USING MODEL SDR-32 LED CONNECTIONS WHEN USING MODEL SDR-32k RESISTOR VALUE TO BE SIZED FOR 100mA MAX CURRENT PER OUTPUT ARA-1 RELAY CONNECTION WHEN USING MODEL SDR-32K...
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Page 31: Sin-16 Remote Annunciator Input Receiver Module
SIN-16 Remote Annunciator Input Receiver Module Description The SIN-16 Module provides 16 optically isolated unsupervised input circuits for remote annunciator applications when using the SAN-CPU. +COM 5-8 9-12 13-16 GROUP INPUT 1 2 4 8 ADDRESS CONTINUITY JUMPER [SAN-013.CDR] SIN-16 Rear View SAN Annunciator Manual firealarmresources.com... -
Page 32: Application
16 (2 groups of eight) Outputs None Installation The SIN-16 may be installed in the SAN-4, SAN-8, or RSAN-6 enclosures. For integral mounting within a custom annunciator enclosure, the board only version (without mounting plate) may be ordered. The SIN-16 module requires two groups of 8 input addresses of the SAN-CPU to which it is connected. - Page 33 PS4/8B OR APS8B PS4/8B OR APS8B 24 VDC 24 VDC OUTPUT OUTPUT +COM 5-8 9-12 13-16 DRY CONTACTS OPEN COLLECTOR TRANSISTOR EXTERNAL INPUTS GROUP INPUT 1 2 4 8 ADDRESS CONTINUITY JUMPER DRY CONTACTS NOTES: NON-SUPERVISED INPUTS EACH GROUP OF FOUR INPUTS MUST SHARE THE SAME POWER SUPPLY POSITIVE AND NEGATIVE.
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Page 34: Sru-8 Remote Annunciator Relay Module
SRU-8 Remote Annunciator Relay Module Description The SRU-8 Module provides 8 single pole double throw (SPDT) relays when using the SAN-CPU. CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA... -
Page 35: Application
None Outputs 8 (1 group of eight) Installation The SRU-8 may be installed in the SAN-4, SAN-8, or RSAN-6 enclosures. The SRU-8 module requires one group of 8 output addresses of the SAN-CPU to which it is connected. Jumper Setup Install JP1 if the SRU-8 is the last module installed on the data line. - Page 36 CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA CONT 5A RES.240AC 1725S DC 24V A410-367396-13 JAPAN 692NA TO CONTROL CIRCUIT...
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Page 37: San-Mic Remote Annunciator Microphone Module
SAN-MIC Remote Annunciator Microphone Module Description The SAN-MIC module provides a push to talk microphone mounted in a SAN series module. The SAN-MIC is supplied with a 24” microphone cable for installation in an AA75P-25 amplifier. The AA- 75T-25 does not come with the header installed on the tone card. [SAN-017.CDR] SAN-MIC, Front View SAN Annunciator Manual... -
Page 38: Application
Application The SAN-MIC provides access to a paging microphone when an AA75P series amplifier is mounted behind an RSAN panel. Specifications Specifications Power Standby Current Weight (oz) 15.3 Address Requirements None Installation Due to mechanical and possible electrical interference, the SAN-MIC module should be mounted at the far right side (front view) of the SAN enclosure. -
Page 39: Isp-96-2 And Isp-96-3 Annunciator/Switch Panel
ISP-96-2 and ISP-96-3 Annunciator/Switch Panel Description The ISP-96 series of multiplexed annunciator/switch panels are self- contained 19” rack mounted combination switch and LED panels for use on IRC-3 and FCC networks. Switch activation is typically used for manual control of system functions; the associated LEDs indicate the status of the function or the system. -
Page 40: Application
Application The ISP Panels are general purpose switch and LED panels for use with rack mounted IRC-3 and FCC components for operator interfacing. Uses and operation vary with the application. Typical use includes HVAC control, fire fighter telephone circuits, audio evacuation and paging systems, and other functions in the Life Safety System requiring control and annunciation of field devices or systems. -
Page 41: Installation
Installation The ISP-96 requires 5 1/4” of vertical height and 2” of rear clearance in the enclosure. Field Wiring TB1-1 +24 VDC TB1-2 24 VDC Common ISP-96 Data Line Wiring Communications Style 4 Style 7 Notes Format (Class B) (Class A) RS-485 TB1-3 +RS-485... -
Page 42: Isp Panel Addressing, Front View
ISP Panel Addressing, Front View [SAN-019.CDR] xx = Panel Address SAN Annunciator Manual firealarmresources.com... -
Page 43: San-Mic Ii Remote Microphone
SAN-MIC II Remote Microphone Description The SAN-MIC II module is supervised microphone and tone generator capable of operation remotely from the audio power amplifier. The SAN-MIC II provides a pre-amp level signal, which may be transmitted over 2,000 feet of shielded cable. In addition, the SAN-MIC II provides a PTT Dynamic Microphone, three tone generators, auxiliary audio input, solid state VU meter, and a supervisory pulse generator. -
Page 44: Specifications
Specifications Specifications Power 24 VDC @ 90 mA Auxiliary Audio Input 0.25 VRMS or 2.0 VRMS into 600W Audio Output 0.25 VRMS or 2.0 VRMS into 600W EOL Resistors 1.8 KW, 1/2 W Wiring 2000’ 18 AWG twisted shielded, Max. Relay Contacts 120 VAC @ 0.5 A, Resistive Dimensions (HWD) - Page 45 Jumper Setup SAN-MIC II, Tone Selection Jumper Settings Switch Supervisory Slow Steady 90 Beast/Min. @ 120 Beats/Min. @ Activation Tone Whoop 1KHz 1KHz March Time 1KHz March Time Alarm/Activate JP5 OUT JP5 IN JP5 OUT JP5 IN JP5 IN Switch Tone JP6 OUT JP6 OUT JP6 IN...
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Page 46: Operation
ACTIVATE N.O. LOCAL ALARM ALARM CONTACT N.O. LOCAL SILENCE SILENCE SWITCH STEADY WHOOP TS1 (-) SELECT AUX INPUT N.O. LOCAL AUXILIARY SELECT INPUT ACTIVATE SWITCH STEADY TONE TS2 (-) SELECT TO SUPERVISORY ZONE TROUBLE CLOSES ON SAN-MIC II SPEAKER ACTIVITY ACTIVATE TO AUDIO POWER AUDIO OUTPUT... - Page 47 speaker select relay closes when the EMERGENCY TONE switch is activated. Microphone PTT (Push-To-Talk) - Activation causes the microphone output to be sent to the module output terminals, overriding all tone generators. The microphone is overridden when the auxiliary input is selected.
- Page 48 SAN Annunciator Manual firealarmresources.com...
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