CS175-275-575-875 LCD/LED Installation Guide Document Version 2.
98/482/EC declaration (Applies to products that have the CE mark attached) This equipment has been approved in accordance with Council Decision 98/482/EC for Pan-European single terminal connection to the public switched telephone network (PSTN). However, due to differences between the individual PSTNs provided in different countries, the approval does not, of itself, give an unconditional assurance of successful operation on every PSTN network termination point.
CONTENTS 1 2 3 4 1 5 6 7 8 9 10 Introducing the CSx75 system .......................................................................................................7 Default codes ...................................................................................................................................9 Default country codes...................................................................................................................10 Installation guidelines..............................
10.3 11 11.1 11.2 12 12.1 12.2 12.3 12.4 12.5 12.6 12.7 13 13.1 13.2 14 15 15.1 15.2 16 16.1 16.2 16.3 4 10.2.9 Assigning authority level ...................................................................................................43 10.2.10 Calling back for download...............................................................................................44 10.2.11 Seizing the phone line for download ...............................................................................44 10.2.
16.4 17 17.1 17.2 17.3 17.4 18 18.1 18.2 18.3 19 19.1 19.2 19.3 19.4 19.5 20 20.1 20.2 20.3 21 21.1 21.2 Programming the RX8i4-16i4 ........................................................................................................93 16.4.1 Determine transmitter settings ..........................................................................................93 16.4.2 Special settings for door/window transmitters and wireless smoke detectors. .................93 16.4.
21.2.1 LED Indications ...............................................................................................................128 Programming the CS586 .............................................................................................................128 21.3.1 Programming the RS232 parameters .............................................................................128 Control panel programming worksheets .................................................................................
1 INTRODUCING THE CSX75 SYSTEM The CSx75 range represents a new approach to security systems design. It is flexible, durable and user-friendly. The design allows a fully loaded system to be housed in one single metal or plastic enclosure, establishing a logical solution and design response to modular systems. Four different panel types are available: the CS175, the CS275, the CS575 and the CS875. In this manual, they are known collectively as the CSx75.
• Two partitions. • Integrated fire, access, verification and input/output modules. • Franklin 4+2, SIA, 200 baud FSK and Contact ID report formats. • Hardware expansion with up to three modules. The CS175 version includes: • Access for up to eight users. • Up to a maximum of eight zones; expansion only by wireless. • Two on-board outputs: two open collector outputs. • External sounder output. • Integrated fire, access, verification and input/output module.
2 DEFAULT CODES Default installer code Default master user code Download access code 1278 when using a four-digit code Location 53 sets the number of digits. 127800 when using a six-digit code Location 54 changes this code. 1122 when using a four-digit code Location 53 sets the number of digits 112256 when using a six-digit code Users should change the user code. 12780000 Location 30 changes this code.
3 DEFAULT COUNTRY CODES Baltic states 03 1122 1278 Download Access Code 12780000 France 02 1122(56) 1278(00) 84800000 Belgium 11 1122(56) 1278(00) 12780000 Czech Republic 20 1122 1278 12780000 Denmark 07 1122 1278 12780000 Hungary 22 1122 1278 12780000 Holland 01 1122(56) 1278(00) 12780000 Ireland 12 1122 1278 12780000 Italy 10 7777(77) 8522(22) 84800000 Norway 05 1122 1278 12780000 Poland 18 1122(56) 1278 84800000 Portugal 21 1122(56) 1278(00) 8480
4 INSTALLATION GUIDELINES This installation manual details the installation and programming of the CSx75 using an LCD keypad or LED keypad. You can also program the system from a PC using the up/download procedure and Windows-based software. 4.1 Installing the system Essential " 4.2 Optional • Control unit and keypad • Additional keypads • Four or six-way security wire • Additional expansion modules • Battery for control unit (7.
through the on-board electronic output, must be of SELV (Safety extra-low voltage) operating circuit. 4.3 • Use a relay with good insulation between the contacts and the coil. • Place a suppression diode, for example, a 1N4001, across the relay coil. • Relays connected to open collector outputs of the alarm system should be rated at 12 volts DC with a coil impedance greater than 400 Ohms. 5. The remote bus cable is used for communication between the control panel and the keypads/expanders.
defaulting and programming the control panel and the modules, adding users and setting authority levels. 7. Set the country code. After changing the country code, the defaults for the selected country are restored in the panel.
4.
INSTALLING THE CONTROL UNIT 4.4.1 CS575M/CS875M (large metal housing) This large metal housing can be used with the CS575 and CS875. Steps 1. Open the box. 2. Wire the panel. 3. Attach the ribbon cable to the CS534 listen-in module. 4. Connect the CS534 listen-in module and CS535 voice module with the ribbon cable. 5. Add the pillars for the CS535 voice module to the board. 6. Attach the CS535 voice module to the board via the jumpers and pillars. 7.
9. Add the pillars for the CS507 output module or CS216 input expander or CS7001 to the box. 10. Mount the CS507 output module or CS216 input expander or CS7001. 11. Mount the pillars for another module on the board mounted in the box in step 10. 12. Mount another module on the pillars placed in step 11. 13. Mount the pillars for a CS216 input expander on the CS575/875 board. 14. Mount the CS216 input expander on the CS575/875 board. 15. Wire the keypad bus for all modules.
4.4.2 CS275/CS575/CS875 (polycarbonate housing) This polycarbonate housing can be used with the CS275, CS575 and CS875. 1. Unscrew the holding screw in the polycarbonate housing. 2. Open the box. 3. Lift off the lid of the box. 4. Flip up the PCB mounting tray. 5. Attach the ribbon cable to the CS534 listen-in module. 6. Remove the sticky pads and insert the pillars for the CS534 listen-in module in the box. 7. Connect the CS534 listen-in module to the box.
8. Flip down the PCB mounting tray. 9. Attach the pillars for the CS535 voice module to the board. 10. Attach the CS535 voice module to the board via the jumpers and pillars. 11. Connect the CS534 listen-in module and CS535 voice module with the ribbon cable. 12. Attach the pillars for the CS216 input expander or CS507 output module to the board. 13. Mount the CS216 input expander or CS507 output module on the board.
14. Drill 0.3 mm holes for the card guides in the box. 15. Place the card guide on the box. 16. Screw in the card guides. 17. Use card guides to mount up to 3 further pre-wired modules. See the modules for wiring instructions. 18. Mount the RF receiver in the lid of the box. This facility is not available in every country. 19. If you are installing an RX8I4, RX16I4 or RX48I4 CA series receiver you must insert the antennae through the lid. 20.
Steps 1. Open the box. 2. Wire the panel. 3. Attach the pillars for the CS534 listen-in module or CS535 voice module to the main board. 4. Mount the CS534 listen-in module or CS535 voice module to the extension gate (jumper). 5. Mount the CS534 listen-in module or CS535 voice module on the pillars to the main board.
6. Add the pillars for the CS216 input expander or CS507 output expander to the main board. 7. Mount the CS216 input expander or CS507 output expander. 8. Wire the keypad bus for all modules. See the modules for wiring instructions. 9. Connect the battery and power up the panel.
4.5 Control unit wiring diagram: CS-175 J17 EXPANSION ..
4.5.
4.6 Control unit wiring diagram: CS-275 12 13 14 15 J17 EXPANSION J18 LED 2 . .
4.6.
4.7 Control unit wiring diagram: CS-575 and CS-875 12 13 14 15 J17 EXPANSION J18 LED 2 . .
4.7.
5 LCD - LED KEYPAD Power (green) When lit, the system is powered up. Ready (green) The Ready LED is on when the system is ready to arm and flashes when the system is ready to force arm. If the LED is off, the system cannot be armed, generally because there is a zone fault. Fire (red) When the Fire LED is lit, a fire zone has been faulted. A rapidly flashing Fire LED means that there is a problem with the fire zone. Armed The Armed LED is on when the system is armed.
5.1 Chime Press to turn the chime on and off. # Hash key Press to access modules and locations. * Star Press to access tasks and select and enter data. Installing the keypad You need to install at least one keypad to set up the system. 5.2 Mounting the keypad Syst emr eady t ype Code t o Ar m Ï 1 2 3 4 5 6 Ð 7 8 9 0 # * 1 Opening clips 4 Wire trunking 2 Mandatory screw 5 Mounting holes 3 Pry off tamper screw 6 Wire cutout hole Steps 1. Remove screw, if fitted. 2.
5.3 Wiring the keypad The keypad should be wired to the control unit as follows. Aux+ 0101 -+ Com Data CSx75 5.4 13.8V CS-LCD Wiring the keypads together The total cable length of wiring is restricted to 800 m. The following table lists the wire gauge that should be used. These numbers are for one keypad at the end of the wire. When connecting more than one keypad to the end of the wire, a higher gauge wire is required. Bus Length Length in meters Connected to CSx75 Wire mm² 110 0.50 200 0.
In a star network, each keypad is wired back separately to the control unit terminals. 5.4.3 Star and multidrop network You can create a combination of a star and multidrop network. The following diagram shows how four keypads can be connected using both methods.
6 WIRING ZONES 6.1 General The control unit inputs are set up as standard EOL (4K7) freely programmable zones. However, by programming the zones as dual loop, all control unit zone inputs can be programmed to provide alarm and tamper indications on the same zone. 6.2 Dual wiring One zone includes both alarm and tamper wiring. The alarm devices are wired in series and a 4K7 resistor is fitted in parallel across the closed circuit contacts. The tamper contacts are wired in series with a 4K7 EOL resistor.
7 WIRING SOUNDERS 7.1 Wiring a sounder with EOL protection Any zone can be used. It should be programmed as tamper and single EOL. 7.2 AS500 Z1 COM Z2 Z3 COM Z4 Z5 COM Z6 Z7 COM Z8 DATA AUX+ COM INT COM EXT R1NC R1NO R1C AUX+ OUT2 COM R3NC R3NO R3C AUX+ COM OUT4 TAMPER TAMPER CSx75 4K7 4K7 4K7 1 2 3 4 5 6 7 8 9 10 11 AS500 " 1 Beacon hold off 5 Tamper 9 Piezo 2 Siren hold off 6 Tamper 10 Piezo 3 +13.
7.3 AS271 4K7 Z1 COM Z2 Z3 COM Z4 Z5 COM Z6 Z7 COM Z8 DATA AUX+ COM INT COM EXT R1NC R1NO R1C AUX+ OUT2 COM R3NC R3NO R3C AUX+ COM OUT4 TAMPER TAMPER CSx75 4K7 5 4 3 2 1 AS271 " 34 1 Tamper 4 0 V speaker 2 Tamper 5 0 V beacon (AS271 only) 3 +13.8 V This wiring configuration for the AS271 allows the beacon to follow the internal sounder.
7.4 AS290/390 Z1 COM Z2 Z3 COM Z4 Z5 COM Z6 Z7 COM Z8 DATA AUX+ COM INT COM EXT R1NC R1NO R1C AUX+ OUT2 COM R3NC R3NO R3C AUX+ COM OUT4 TAMPER TAMPER CSx75 4K7 4K7 4K7 1 2 3 4 5 6 7 8 9 10 AS290/AS390 " 1 Piezo 4 Beacon 7 GND 2 Piezo 5 Tamper 8 +13.8 V 3 Beacon 6 Tamper 9 Siren hold off 10 Beacon hold off Cut jumpers 5 and 7 for negative hold off on the sounder.
8 WIRING FIRE DETECTORS 8.1 General If you need to drive more than one 4-wire fire detector, you may need to use a relay. 8.1.1 4-wire fire detector (CS275-575-875) DB702 + DP721R 2 2 AUX+ CS275 CS575 CS875 DB702 + DP721R 3 1 COM OUT4 6 4 Z4 3 1 4 6 5 5 COM 1 + Line in 2 + Line out 3 - Line 4 5 6 NC (normally closed) COM NO (normally open) 8.1.
8.1.3 4-wire fire detector (CS175) DB702 + DP721R 2 2 AUX+ CS175 DB702 + DP721R 3 1 COM SMOKE 6 Z1 3 1 4 4 6 5 5 COM 1 + Line in 2 + Line out 3 - Line 8.2 4 5 6 NC (normally closed) COM NO (normally open) Fire escape planning If fire detectors are wired as part of the system, it is important that you help the owner create an escape plan. Ensure that the plan is quick and that all members of the household have practised it.
9 WIRING THE OUTPUTS 9.1 Wiring the outputs The amount and type of available outputs is different per panel type. See Introducing the CSx75 system on page 7 for more information.The CS875 and CS575 have two open collector outputs and two relay outputs. The CS275 has four open collector outputs and the CS175 has only two open collector outputs. The open collector outputs control additional relays and are limited to 40 mA maximum.
DATA AUX+ COM EXT COM OUT1 OUT2 SMOKE AUX+ COM TAMPER Z1 COM Z2 Z3 COM Z4 CS175 d d 1 1A rated contacts. Relays are powered and switched from the panel. No external power is needed to switch the relays. 2 Digital outputs limited to 40 mA.
10 PROGRAMMING THE SYSTEM 10.1 Enrolling modules and keypads The CSx75 can automatically find and store in its memory all keypads, zone expanders, wireless receivers and any other module connected to the data terminal. This allows these modules to be supervised by the control panel. Steps 1. Press 8. 2. Enter a Go to program code. The default code is 1278 for a four-digit code or 127800 for a six-digit code. 3. Press the Exit key to leave programming mode.
1. Press 93. 2. Enter a Go to program code. 3. Set the keypad features listed in the following table. Press 0 to turn a feature off. Press 1 to turn a feature on. 4. When you have finished setting the options, press to display the additional feature selection and then set these features. Press 0 to turn a feature off. Press 1 to turn a feature on. Case Tamper on? Keypad Feature Enabled Reports any keypad tamper. Silent Keypad? Silences the entry/exit sounder and chime only.
10.2.4 Setting elapsed increments since last autotest 1. Press 95. 2. Enter a Go to program code. 3. Enter a three-digit number and press #. 10.2.5 Setting the system time and date 1. Press 96. 2. Enter a master user code. 3. Use the scroll keys to change the settings. 4. Press between each part of the date and time. 10.2.6 Setting the light control for X-10 devices 1. Press 47. The keypad prompts you to select a light number between 0 and 9. 2. Enter the number of the device you want to edit.
4. Enter the new user code for the selected user. If you are changing the current code, use the scroll keys to select the digit to change and then enter the correct number. If the code is rejected, the sounder beeps three times. To delete a user code, press for a four-digit code or for a six-digit code. 5. To edit another user code, return to step 2 and enter the user code. 6. Press # to exit. 10.2.9 Assigning authority level You must assign user codes before assigning authority levels.
6. To remove access to a partition, press the partition number on the keypad. The partition is marked with a hyphen(-) to indicate that the user can no longer access it. To grant the user access to apartition, press the partition number again. 7. Press code. to save the changes. The keypad prompts you to enter another user 8. To edit another user’s authority level, return to step 3. Otherwise, press # to exit without saving your changes.
Scroll keys Press to scroll through letters and lists on the keypad display. Stay Press to insert a space. Chime Press to delete characters. Exit Press to access the library. Steps 1. Press 92. 2. Enter a Go to program code. 3. The keypad prompts you to enter messages for zones 1-168 and 193-196. Press # after each message. • Message 1 – Descriptor zone 1. • Message 2 – Descriptor zone 2. • … • Message 168 – Descriptor zone 168. • Message 193 – Custom message top line.
2. Enter a Go to program code. 3. Enter the keypad number (1-8). The Bypass LED and the Service LED blink and the current keypad number is displayed. 4. Press . The Bypass LED flashes and the current partition is displayed. 5. Enter the partition number. The keypad automatically exits this mode. 10.3.2 Setting the starting zone This section describes how to program the starting zone of the keypad. The zone LED displayed on the keypad starts from the number set as the starting zone. Steps 1. Press 92.
2. Enter a Go to program code. 3. Enter [100's digit] -[10's digit]-[1's digit]-[#] and press #. 10.3.5 Setting the system date 1. Press 96. 2. Enter a master user code. The Service LED blinks. 3. Enter the day of the week. 1=Sunday, 2=Monday, 3=Tueday, 4=Wednesday, 5=Thursday, 6=Friday, 7=Saturday. 4. Enter the month.This is a two-digit code. 01=January, 02=February, 03=March, 04=April, 05=May, 06=June, 07=July, 08=August, 09=September, 10=October, 11=November, 12=December. 5. Enter the day.
Steps 1. Press 6. 2. Enter a master user code. The keypad prompts you to enter a user number. 3. Enter a two-digit user number. The Ready LED is constant and the Bypass LED flashes. 4. The illuminated LEDs indicate the authority levels assigned to the selected user. An explanation of the LEDs is listed in the following table. Press the relevant number to turn an authority level on or off. LED1 User Attributes : if LED8 is OFF Reserved. Do not change if on.
LED 2 is lit, the user can access partition 2. Press 2 to deny the user access to the partition and to turn off LED 2. 8. Press code. to save the changes. The keypad prompts you to enter another user 9. To edit another user’s authority level, return to step 3. Otherwise, press # to exit. Any master arm/disarm code can add or change a user code if the master code has access to the same partitions as that code.
11 PROGRAMMING MODULES AND LOCATIONS 11.1 Parts of the system The system is divided into modules, locations, segments and bits. The control panel is one module. Each module contains locations, which in turn, contain one or more segments. Each segment has between one to eight bits of programmable data. See Programming on page 56 for a list of locations. 11.2 Programming data The segments in each location contain the same type of data. This can be either numerical or feature selection data. 11.2.
• Several features can be selected from within one segment. For instance, if you want all eight features of a segment, press 12345678. LEDs 1 to 8 turn on as you press the keys to indicate that those features are enabled. • When you program the segment, press . This enters the data and automatically advances to the next segment of the location. • When you are in the last segment of a location, press to enter the data and exit that location. You can now enter another programming location.
12 PROGRAMMING THE PANEL 12.1 Default programming For most routine installations, the default programming allows a majority of the locations available with the CSx75 to be enabled, when communicating in Contact ID or SIA formats and without partitioning. 12.2 Entering programming mode 1. Press 8. 2. Enter a Go to program code. 3. You are now in programming mode and ready to select the module to program. 4. Enter the module number and press #. 12.
12.5 Defining the country code 1. Enter programming mode as described in Entering programming mode on page 54. 2. Press 0# for the controller. 3. Press 0# for the first location in the controller. 4. Enter the country code and press . When this location is changed from the keypad, the panel returns to the default country settings. 12.6 Programming via the LED keypad 12.6.1 Entering programming mode 1. Press 8. 2. Enter a Go to program code. 3.
• To program a module, enter its address and press #. See Selecting a module to program on page 52 for more information. 12.7 Programming via the LCD keypad 12.7.1 Entering programming mode 1. Press 8. Enter a Go to program code. " You cannot enter program mode if the system or any partition is armed. The timeout for programming mode is 15 minutes. 12.7.2 Programming a location 1. Enter the location number and press #. 2. Enter the new data. 3. Press to display the next segment and its data.
• To program a module, enter its address and press #. See Selecting a module to program on page 52 for more information.
13 PROGRAMMING WITH UP/DOWNLOAD SOFTWARE 13.1 General You can program the CSx75 using the LED keypad, the LCD keypad or the UDx75 software. This software allows you to download the programming information on the control panel to the computer running the UDx75 software, change it and upload the changes from the computer to the panel. It also allows you to view the program log and event log. To program the system using this software, you must connect the control panel to the computer.
14 CONTROL PANEL PROGRAMMING LOCATIONS Location Description 0 Country code Phone set up Location Description Entry/Exit 35 Entry / exit timers 1 Phone prefix 2 Phone number 1 36 Zones 1-8 zone type 3 Account code phone #1 37 Partition select, zones 18 4 Communicator format phone #1 38 Zones 9-16 zone type 5 Events reported to phone # 39 Partition select, zones 9-16 6 Phone number 2 40 Zones 17-24 zone type 7 Account code phone # 41 Partition select, zones 17-24 8 Communica
Location Description Location Description 65 Opening time 103 Autotest 66 Closing time/automatic arming time 104 Exit error 67 Days of the week each partition is open 105 Recent close 68 Days of the week for auto arming in partitions 1-8 106 Start program 107 End program 108 End download 109-121 Reserved Communicator codes 69 Open 70 Close 71 Partial 72 Cancel 73 B alarm 74 Zone tamper 75 Zone tamper restore 76 Zone trouble 77 Zone trouble restore 78 Box tamper
Location Description Location Description 152 4/2 alarm code group 7 192 4/2 alarm code group 17 153 4/2 restore group 7 193 4/2 restore group 17 154 Group 7 zone type characteristics 194 Group 17 zone type characteristics 155 SIA code group 8 195 SIA code group 18 156 4/2 alarm code group 8 196 4/2 alarm code group 18 157 4/2 restore group 8 197 4/2 restore group 18 158 Group 8 zone type characteristics 198 Group 18 zone type characteristics 159 SIA code group 9 199 SIA c
Location Description 232 Partition select, zones 105-112 233 Zones 113-120 zone type 234 Partition select, zones 113-120 235 Zones 121-128 zone type 236 Partition select, zones 121-128 237 Zones 129-136 zone type 238 Partition select, zones 129-136 239 Zones 137-144 zone type 240 Partition select, zones 137-144 241 Zones 145-152 zone type 242 Partition select, zones 145-152 243 Zones 153-160 zone type 244 Partition select, zones 153-160 245 Zones 161-168 zone type 246 Partitio
Location 0 Country code (one segment, ND) This location contains the country code which sets the specific country defaults. When this location is changed from the keypad, the panel returns to the default country settings. Location 1 Phone prefix (four segments, ND) This location contains the four-digit telephone prefix. This sequence is pre-dialled by each of the telephone numbers. " " Location 2 11 Programs a . 12 Programs a #. 13 Programs a four-second delay at any point in the prefix.
Location 3 Account code for phone #1 (six segments, ND) This location contains the account code sent when phone number 1 is dialled. Each digit is stored in a different segment. Program ‘10’ in the segment immediately after the last digit of the account code. Any numbers after ‘10’ are ignored. If the account code is six digits long, program all six segments.
Segment 2 3 Opening and closings 4 Zone bypass and bypass restores 5 Zone trouble and trouble restores 6 Power fail, low battery, power restore and low battery restore 7 Bell cut, telephone line cut, bell cut restore, telephone line restore 8 Test reports 1 Start and end programming, download complete.
Tone dialling Location 27 Reserved Location 28 Dialler abort delay (one segment, ND) pager or Siren Tone formats. The factory default is 8. This location contains the length of time before the duration of the dialler abort delay function. The delay can be from 0 to 255 seconds. 0 = no abort delay. Location 29 Listen-in time (one segment, ND) This location contains the duration of the listen-in timer. This can be from 0 to 255 seconds. 0= no listen-in time.
Location 33 Download call back number (16 segments, ND) If a telephone number is programmed in this location and Require Call Back is enabled in location 32, the control panel hangs up for approximately 36 seconds to ensure that the calling party has disconnected and then calls back. See Location 1 on page 61 for tone and pulse dialling instructions. 13 Programs a delay of four seconds at any point in the phone number. Put ‘13’ in the appropriate delay location. 14 Programs the end of the phone number.
Segment 3 Segment 4 Segments 5 Location 35 7 Reserved 8 On: enables silent exit always. 1 On: enables opening and closing reports. 2 On: enables zone bypass reporting. 3 On: enables zone restore reporting. 4 On: enables zone trouble reporting. 5 On: enables zone tamper reporting. 6 On: enables cancel reporting. 7 On: enables recent closing report. 8 On: enables exit error report.
Location 36 Zone type, zones 1 to 8 (eight segments, ND) Zones can be programmed to be one of twenty different zone types (configurations). Segment 1 corresponds to zone 1, segment 8 corresponds to zone 8. The default zone types are listed below. These zone types can be customised by programming group characteristics in locations 130 to 206.
8 Location 38 Partition #8 Zone type, zones 9 to 16 (eight segments, ND) This location contains the zone type for zones 9 to 16. Segment 1 corresponds to zone 9 and segment 8 corresponds to zone 16. See Location 36 on page 67 for more information. Location 39 Partition select, zones 9 to 16 (eight segments, FSD) This location is used to select the partition(s) in which zones 9 to 16 reside. A zone may reside in any combination of the eight partitions. See Location 37 on page 67 for more information.
Location 47 Partition select, zones 41 to 48 (eight segments, FSD) This location is used to select the partition(s) in which zones 41 to 48 reside. A zone may reside in any combination of the eight partitions. See Location 37 on page 67 for more information. Location 48 Swinger shutdown count This location contains the number of trips that can occur on a zone before that zone is automatically bypassed.
Location 51 System options (five segments, FSD) This location is used to enable various system feature and reporting options. Segment 1 Segment 2 Segment 3 Segment 4 70 1 On: zone restores are delayed until siren timeout. 2 On: enables battery presence test (every 10 seconds). 3 On: dynamic battery test is performed at arming. 4 On: enables manual bell test. 5 On: enables manual communicator test. 6 On: enables box tamper input. 7 On: clock uses internal crystal.
Segment 5 Location 52 5 On: enables end download report. 6 On: enables sensor low battery report. 7 On: enables sensor missing report. 8 On: enables automatic test reporting only when system is armed. 1 On: enables lost clock service LED. 2 On: enables all abort. 3-8 Reserved System timers (14 segments, ND) This location contains the duration of various system timing functions. Location 53 Segment 1 Dynamic battery test duration. 0 to 255 minutes. 0 = no test.
and Location 54 99 (answer incoming call for download) functions. 3 Reserved 4 Enable walk-test mode 5-8 Reserved Go to program code (six segments, ND) This location contains the Go to program code, which is either a four-digit or six-digit code. If the six-digit code option is enabled in location 53, this code must contain six digits. If the option is not enabled, the last two segments (digits) are ignored. When the CSx75 is disarmed, the Go to program code can be used to enter programming mode.
Location 57 Auxiliary output 1 to 4 partition selection (four segments, FSD) This location is used to select the partition(s) in which events must occur before the output activates. This location has four segments. Segment 1 corresponds to output 1 and segment 4 corresponds to output 4.
Data Event Data Event 1 Fire alarm 22 Disarmed state 2 24-hour alarm 23 Ready 3 Trouble alarm 24 Not ready 4 Tamper alarm 53 14.1.1.1.1.1.
Events 49 and 50 require RX8w8, RX16w8, RX8i4 or RX16i4 wireless receivers to operate. If set to the follow condition, these events are 1 second. "1 When Event 48 is programmed, it is possible to program a user code's authorization to select which output(s) a particular code activates. See Assigning authority level on page 43 for more information. "2 Always program Event 39, Fire alarm reset, to follow the event.
Location 65 Opening time (two segments, ND) This location contains the time, in 24-hour format, that the CSx75 enables codes designated as arm only after closing. This time is valid only on those days programmed in location 67. " Location 66 Opening time must be earlier than closing time for auto arm, aux. outputs, or code authorization to function properly. Segment 1 Program the hour of the opening time. Segment 2 Program the minutes after the hour of the opening time.
2 Auto arming on Monday 3 Auto arming on Tuesday 4 Auto arming on Wednesday 5 Auto arming on Thursday 6 Auto arming on Friday 7 Auto arming on Saturday 8 Disable 45-minute retry timer Communicator codes with three segments contain the following segments. Segment 1 Report code 10’s digit. Segment 2 Report code 1’s digit / Fast Format 8 channel number. Segment 3 Voice channel reported for this event. Communicator codes with two segments contain the following segments.
Communicator Code Box trouble restore Location 79 2 Number of Segments Siren tamper 80 3 Siren tamper restore 81 2 Sensor low battery 82 3 Sensor low battery restore 83 2 Sensor missing 84 3 Sensor missing restore 85 2 Duress 86 3 Keypad Auxilary 1 87 3 Keypad Auxilary 2 88 3 Keypad Panic 89 3 Keypad tamper 90 3 Mains fail 91 3 Mains restore 92 2 Low battery 93 3 Low battery restore 94 2 Over current 95 3 Over current restore 96 2 Telephone line cut
Communicator Code End download Location 108 Number of Segments 3 Locations 109 to 121 Reserved Location 122 Account code for partition 1 (six segments, ND) This location contains the account code sent when partition 1 is reported. If this location is left unprogrammed (all 10s) the account code corresponding to the phone number dialed is used. If the account code is less than six digits, program ‘10’ in the segment immediately after the last digit of the account code.
8 Location 127 On: DTMF. SIA code group 1 (one segment, ND) This location contains the event code sent for a Group 1 SIA or Contact ID report. See Appendix 2 for a list of event codes. The zone ID refers to the zone in alarm. Location 128 4/2 alarm code group 1 (three segments, ND) This location contains the event code sent for a 4+2 report for Group 1. The zone ID refers to the zone in alarm. Location 129 Segment 1 Report code 10’s digit.
Segment 3 Segment 4 " 6 On: the zone type is included in the group shunt. 7 On: the zone type is force armable. 8 On: the zone type is entry guard. 1 On: enables fast loop response (50 msec). Off= 500 msec. 2 On: enables double end of line tamper zone. This is generally used for tampers on wireless zones. 3 On: enables trouble reporting zone. (Day zone and Fire zones) 4 Reserved 5 On: enables dialer delay zone. See Location 28 on page 64 for more information.
Description 4/2 restore 169 2 173 3 177 4 181 5 185 6 189 7 193 8 197 9 201 10 205 Characteristics 170 174 178 182 186 190 194 198 202 206 Location 207 1 Serial port enable (one segment, FSD) This location turns the serial port on and off. Segment 1 Location 208 0 Serial STU 1 Home automation protocol enabled (CS586) 2 Serial printer Serial port baud rate (one segment, FSD) This location sets the serial port baud rate. Segment 1 Location 209 0 2400 (2.4K) 1 4800 (4.
Location 211 3 Log event message 4 Keypad message received 5-8 Reserved CS586 command/request enable (four segments, FSD) Segment 1 Segment 2 Segment 3 Segment 4 1 Reserved 2 Interface configuration request 3 Reserved 4 Zone name request 5 Zone status request 6 Zone snapshot request 7 Partition status request 8 Partitions snapshot request 1 System status request 2 X-10 message message 3 Log event request 4 Send keypad text message 5 Keypad terminal mode request 6-8 Rese
Location 212 6 Primary keypad function without PIN 7 Secondary keypad function 8 Zone bypass toggle LCD keypad address for CS586 (one segments, ND) See Appendix 3 for a list of keypad module numbers. Location 213 Zone type, zones 49 to 56 (eight segments, ND) This location contains the zone type for zones 49 to 56. Segment 1 corresponds to zone 49 and segment 8 corresponds to zone 56. See Location 36 on page 67 for more information.
Location 221 Zone type, zones 81 to 88 (eight segments, ND) This location contains the zone type for zones 81 to 88. Segment 1 corresponds to zone 81 and segment 8 corresponds to zone 88. See Location 36 on page 67 for more information. Location 222 Partition select, zones 81 to 88 (eight segments, FSD) This location is used to select the partition(s) in which zones 81 to 88 reside. A zone may reside in any combination of the eight partitions. See Location 37 on page 67 for more information.
Location 231 Zone type, zones 105 to 112 (eight segments, ND) This location contains the zone type for zones 105 to 112. Segment 1 corresponds to zone 105 and segment 8 corresponds to zone 112. See Location 36 on page 67 for more information. Location 232 Partition select, zones 105 to 112 (eight segments, FSD) This location is used to select the partition(s) in which zones 105 to 112 reside. A zone may reside in any combination of the eight partitions. See Location 37 on page 67 for more information.
Location 241 Zone type, zones 145 to 152 (eight segments, ND) This location contains the zone type for zones 145 to 152. Segment 1 corresponds to zone 145 and segment 8 corresponds to zone 152. See Location 36 on page 67 for more information. Location 242 Partition select, zones 145 to 152 (eight segments, FSD) This location is used to select the partition(s) in which zones 145 to 152 reside. A zone may reside in any combination of the eight partitions. See Location 36 on page 67 for more information.
15 USING PARTITIONED SYSTEMS Your system can be divided up so that it works in different ways in different areas. These areas are known as partitions. If your system is multi-partitioned and the keypad is placed in one partition, your keypad provides the status of the zones in that partition by using the display messages described in Displays in the partitioning master mode on page 88.
2. The numbers on the top line represent the disarmed areas the code can access. The numbers on the bottom line represent the areas that are armed. Refer to the following table for possible conditions. 12- 4 5678 - - 3- 5678 LCD display for area Blank Dash (-) Dash (-) Flashing Area # Dash (-) Area # Dash (-) Dash (-) Area # Î Î Condition Top line over bottom line Blank Disarm Arm Area not used or authorized Area not ready Area ready to force arm Area disarmed & ready to arm Area is armed 3.
All keys and functions entered affect this individual partition only. The LEDs and display represent the status of that partition only. The word system is replaced with area #. This feature must be configured by the installer and is available only if the keypad is not the master keypad. 5. Area 4 is selected and area 4 is ready to arm. Area 4 Ready Type code to arm 6. To exit the individual partition mode, press ##. ) ## 7. To exit this display, press #. ) # 15.2.
16 SETTING UP RF ZONES – RX8I4-16I4 The RX-Series receiver modules add wireless capabilities to a CSx75 controller. There are eight zones for an RX8i4 and 16 zones for an RX16i4. Adding a receiver module makes a CSx75 control panel compatible with the RX wireless transmitters and keychain touchpads or keyfobs.
Module Number 34 DIP Switch 1 On DIP Switch 2 On DIP Switch 3 On DIP Switch 4 Not Used 33 Off On On Not Used 32 (Default) On Off On Not Used 39 Off Off On Not Used 38 On On Off Not Used 37 Off On Off Not Used 36 On Off Off Not Used 35 Off Off Off Not Used 16.2 Module status conditions When you apply power to the CSx75, the middle LED (red) should start blinking. The following table defines the different states of the red and yellow LEDs.
Frequency 433 MHz for the RX8i4 and RX16i4 Current draw 20 mA Maximum Operating temperature 0 to 49 °C Dimensions 11 cm wide * 8.1 cm high * 2.54 cm deep Shipping weight 95 g 16.4 Programming the RX8i4-16i4 In order to program the Rx8i4-16i4 you must do the following: • Determine the transmitter settings: determine the different settings for the wireless sensors. • Enroll the modules: set-up the module to be supervised by the CSx75 control panel.
Location 1 Wireless sensor 1 characteristics (two segments, FSD) This location defines the characteristics of the wireless sensors learned into zone 1.
Location 194 Starting zone (one segment, ND) Segment 1 Location 195 0 Starting zone is zone 1 1 Starting zone is zone 9 2 Starting zone is zone 17 3 Starting zone is zone 25 4 Starting zone is zone 33 5 Starting zone is zone 41 6 Starting zone is zone 49 7 Starting zone is zone 57 8 Starting zone is zone 65 9 Starting zone is zone 73 10 Starting zone is zone 81 11 Starting zone is zone 89 12 Starting zone is zone 97 13 Starting zone is zone 105 14 Starting zone is zone 113 1
The following guidelines should be followed when programming the RX8i4-16i4 modules. " • When a transmitter is learned into memory, the module starts from that specific locations. • Transmitters take priority over the hardwire on-board zones. Use the on-board hardwire zones first and start learning transmitters in the next zone. Before you start programming, use the 910# command to default the RX8i4-16i4 module. Steps 1. Press 8 to enter programming mode. 2. Enter a Go to Program Code.
Press and then release the tamper switch. Repeater 16.4.4 Deleting transmitters The following steps describe how to delete transmitters from the module. The module ignores a transmitter but does not remove its identification from the module’s memory. The transmitter can be reactivated later or a new one can be learned into the zone. Steps 1. Press 8 to enter programming mode. 2. Enter a Go to Program Code. The keypad prompts you to enter a module number. 3. Enter the module number and press #.
17 SETTING UP RF ZONES – RX8W8-16W8 The RX-Series receiver modules adds 868 MHz wirelless capabilities to a CSx75 controller. There are eight zones for an RX8w8 and 16 zones for an RX16w8. Adding a receiver module makes a CSx75 control panel compatible with the RX wireless transmitters and keychain touchpads or keyfobs.
17.1 Setting the DIP switches Decide the starting zone of each zone expander. The starting zone must be on a boundary of eight zones. The eight or 16 zones for the module move out from this starting position. To set the starting zone, set the DIP switch according to the table below. " The position of all switches is updated only when the RX8w8-16w8 is powered up. Before you change the position of these switches you must power down the expander.
Terminal Description POS Connect to the KP POS terminal of the CSx75. Current draw is 30 mA. COM Connect to the KP GND terminal of the CSx75. DATA Connect to the KP DATA terminal of the CSx75. 17.3.2 Specifications Operating power 12 VDC supplied from CSx75. Compatibility Compatible with CS175-275-575-875 Frequency 868 MHz for the RX8w8 and RX16w8 Current draw 30 mA maximum Operating temperature 0 to 49°C Dimensions 11 cm wide x 8.1 cm high x 2.54 cm deep Shipping weight 105 g 17.
17.4.2 Programming the zone configuration and partition All zones are programmed via the CSx75 panel and keypad. For instructions on accessing and programming the CSx75, as well as changing the characteristics of a configuration group, consult the CSx75 Installation Manual. Location 0 Learn-in mode This location is used to learn in devices. The segment used refers to the zone number required.
Location 194 Starting zone (one segment, ND) Segment 1 Location 195 0 Starting zone is zone 1 1 Starting zone is zone 9 2 Starting zone is zone 17 3 Starting zone is zone 25 4 Starting zone is zone 33 5 Starting zone is zone 41 6 Starting zone is zone 49 7 Starting zone is zone 57 8 Starting zone is zone 65 9 Starting zone is zone 73 10 Starting zone is zone 81 11 Starting zone is zone 89 12 Starting zone is zone 97 13 Starting zone is zone 105 14 Starting zone is zone 113 1
" Location 199 For Belgium the following parameters must be configured: Segment 1: Number of minutes, for non-fire transmitters: -> 120 minutes = 2 hours. Segment 2: Number of minutes, for fire(smoke) transmintters: -> 240 minutes. Segment 3: Number of minutes, for NACOSS checkin -> 15 minutes. RSSI check zone This location is used to set a zone for an RSSI (Received Signal Strength Indication) check.
Transmitter Door/Window Action Activate tamper switch by removing the cover. Door/Window with external contact Activate tamper switch by removing the cover. PIR Activate tamper switch by removing back plate from PIR. Smoke detector Press and hold the test button. Single Button Panic Press and hold the button. Dual Button Panic Press and hold the buttons together. Keyfobs Press and hold the arm and disarm buttons together. 17.4.
2. The keypad prompts you to enter a module number. 3. Enter the module number and press #. The module number is the DIP switch setting and can be from 32 to 39. 4. Press 199# to select location 199. 5. Press XX# where XX is the zone number (1 to 168) and # is the entry key. 6. Perform a walktest on the device. PIR detectors transmit only if there has been no movement within the area for two minutes. 7. When the device has transmitted, you can record the reading from location 200.
18 CS216 HARDWARE ZONE EXPANDER The CS216 is a microprocessor-controlled 16-zone expander for the CSx75 control panel. Up to 20 CS216 expanders can be added to the CSx75 control panel with a maximum zone count of 168 zones. Each expander has an optional tamper switch and power isolator making it ideal for use in a remote location. " Roller switch zones can only be used on the CSx75 control panel. They cannot be used on a CS216 hardware zone expander.
Starting Zone Number Module Number DIP Switch 1 DIP Switch 2 DIP Switch 3 DIP Switch 4 DIP Switch 5 9 23 On Off Off Off Off 17 16 Off On Off Off Off 25 17 On On Off Off Off 33 18 Off Off On Off Off 41 19 On Off On Off Off 49 20 Off On On Off Off 57 21 On On On Off Off 65 96 Off Off Off On Off 73 97 On Off Off On Off 81 98 Off On Off On Off 89 99 On On Off On Off 97 100 Off Off On On Off 105 101 On Off On On Off
Terminal Description Connector on the left side DATA Connect to the KP DATA terminal of the CSx75. (See the wiring diagram for wire specifications.) AUX Connect to the KP POS terminal of the CSx75. Current draw is 30 mA. COM Connect to the KP COM terminal of the CSx75. Vout Can be used to power devices directly from the CS216. Power is coming from the CSx75, therefore the current draw of these devices must be added to the total current draw of the CS216. This output is current limited to 100 mA.
19 CS534 AUDIO BOARD The CS534 is a two-way audio (voice) communicator for the CSx75 alarm panel. Once the alarm panel has communicated an alarm, the CS534 allows a monitoring service operator to monitor a customer’s premises for listen-in purposes or basic two-way voice communication. This procedure is controlled from the central station by use of a touch tone telephone.
19.1.2 Call back mode If programmed for this mode, the CS534 starts a timer when the control panel releases the line. (Location 0, segment 1 and location 3, legment 3) During this time, the central station can call the premises and begin the two-way session by entering the call back access code (Location 1). 19.1.3 Call-in mode If programmed for this mode, the homeowner can call the premises and listen to the audible conditions within the home.
SPK+ SPK- Connect to the speaker(s). Maximum speaker wire run: 1000’ (300m). Minimum speaker rating: 5 Watts, 8 Ohms. Do not go below 4 Ohms. 19.2.2 Specifications Operating power 12 VDC supplied from CSx75 Current (Standby) 50 mA In Session 100 mA Operating temperature 0 to 49°C Dimensions 10 cm wide * 9.5 cm high * 2.54 cm deep Shipping weight 100 g Telephone Requirements Touchtone 19.
before the time-out period (location 3, segment 1), the system returns to the stand-by mode and waits for a new trip. 6. If the line hold digit is received or not programmed, the system starts a two-way session. 19.4.2 Call back mode Steps 1. An alarm is recognized. 2. The phone line is seized from the control panel and all phones on the premises. 3. The CS534 starts the call back window timer (location 3, segment 3).
99 0 LEVEL 3 Terminates session and returns to the stand-by mode and waits for a new trip. MICROPHONE CONTROL (ZONING) Returns to the initial session settings when it was tripped. This includes the microphone selection and audio mode. 1 Turns microphone 1 on, microphone 2 off and extends session time. 2 Turns microphone 2 on, microphone 1 off and extends session time. 3, 4, 5, 6, 7, 8 Extends the session time. 9 Turns both microphones on and extends the session time.
Tone One high tone for 100 mS Description Time remaining indicator “A “ One mid tone for 100 mS Time remaining indicator “B” One mid tone for 100 mS, off for 100 mS, one high tone for 100 mS New alarm alerts for same partition One high tone for 100 mS, off for 100 mS, one mid tone for 100 mS, off for 100 mS, one high tone for 100 mS New alarm alerts for different partition Continuous on/off high tone every 100 mS; will stop after a digit is received System waiting for access PIN One low tone for 2
• 3 4 On: listen-in only mode: this allows the central station to listen to the activity at the premises. • Off: normal two-way mode: this allows the central station to communicate with the person(s) at the premises. The procedure is controlled from the central station by using keypresses on a touch tone telephone. Speaker Lockout (default = Off) • Off: the Automatic Speaker Lockout is enabled. • On: the Speaker Lockout is disabled.
Seg 3 Call back windows timer (Default = 5 minutes) • Seg 4 Determines the amount of time, in one-minute increments, the CS534 waits for a call back when enabled in location 0, segment 1 or initiated by the central station. Possible increments are 1 to 255 minutes. See Control levels on page 112 for more information. Wrong PIN digit entries (Default = 12) • Seg 5 Determines the maximum number of digits that can be entered for call back and call-in features (location 0, segments 1 and 6).
Location 5 " Programming X-10 address for output 1 (two segments, ND) An X-10 interface module, such as the CS534, must be present for this feature to work properly. Module number (Default = 0) Segment 1 Contains the X-10 module number. Program a number from 0 to 15 to represent the corresponding X-10 module number from the following table.
20 CS507 OUPUT EXPANDER BOARD The CS507 is an auxiliary module used to expand the capabilities of the CSx75 control panel with the following features: • A microprocessor controlled 2-relay, five open collector expander. • Two separate normally open and normally closed relay contacts for a variety of applications, including access control, home control/automation, wireless interfaces and security functions. • Five low current trigger output (outputs 1, 2, 3, 4, 5).
3 Auxiliary power connection 7 X–10 Supervision LED 4 Keypad bus connection 8 X-10 Connection 11 Relay 20.1 Setting the DIP switches Decide the starting output of each output expander. The starting output must be on a boundary of eight outputs. To set the starting output, set the DIP switch according to the table below. " The position of all switches is updated only when the CS507 is powered up. Before you change the position of these switches, you must power down the expander.
Terminal Description Vout This terminal can supply up to 100 mA fused separate from the power in the control panel. Any power drain from this terminal should be included in total current draw from the CSx75. This allows an isolation of the power between the main control and remote devices. If a short is created past the AUX terminal, those devices cease to function, but the other devices, including the CS507, continue to operate.
20.3 Programming the CS507 20.3.1 Programming the output configuration and partition Location 0 Programming the event, zone and time for output 1 (three segments, ND) This location is used to select the particular function, zone number and time for an output to trip. # Segment 1 (EVENT) Selects the event that triggers the output. See the table below for the specific events that can be selected. Segment 2 (ZONE/USER) Selects the zone or user number necessary to trigger an output.
If set to follow condition, these events is 1 second. Events 46 and 47 require RX8i4 - RX16i4 wireless receivers to operate. Events 48, 49 and 50 arm or disarm the CSx75 at the open (disarm) or close (arm) time for the appropriate schedule. For events 48 and 50, the keypad buzzer sounds one minute prior to auto arm if the zone value is 1. If the zone value is 0, the keypad does not sound prior to auto arm.
Location 3 On: the event follows schedule 4. 5 On: the event follows schedule 5. 6 On: the event follows schedule 6. 7 On: the event follows schedule 7. 8 On: the event follows schedule 8. Programming the X-10 address for output 1 (two segments, ND) Program a number from 0 to 15 to represent the corresponding X-10 module number from the following table.
Location 32 Location 33 Location 34 Programming the opening time for schedule 1 (two segments, ND) Segment 1 Program the hour of the opening time in 24-hour format. (1:00 PM = 13) Segment 2 Program the minutes after the hour of the opening time for schedule 1. Programming the closing time for schedule 1 (two segments, ND) Segment 1 Program the hour of the closing time in 24-hour format. (1:00 PM = 13) Segment 2 Program the minutes after the hour of the closing time for schedule 1.
The zone/user for the corresponding output must be "0" to use this location. " The last bit of the segment is not used as there are only seven outputs, the eighth bit is reserved. The number of users depends on the maximum number of control panel users. A maximum of 99 users is available for the CS575 and CS875. Segment 1-10 Location 69 1 On: the code activates output 1; Off: it does not activate output 1. 2 On: the code activates output 2; Off: it does not activate output 2.
Location 75 Authorizing users 71 to 80 When activating outputs with a user code, this location can be used to restrict certain codes from activating certain outputs. Segment 1 corresponds to user 71 and segment 10 corresponds to user 80. See Location 68 on page 124 for more information. Location 76 Authorizing users 81 to 90 When activating outputs with a user code, this location can be used to restrict certain codes from activating certain outputs.
21 CS586 RS232 INTERFACE The CS586 is a low cost add-on module that fits neatly into any CSx75 system enclosure and provides a standard RS232 bi-directional DB-9 connector for connection to a home automation host system. A simple three-wire connection to the main control is all that is required to fully integrate this card into the system. The CS586 can be used on a CS175 control panel to provide an RS232 up/download functionality. It is built into the CS575 and CS875 control panels.
" Signal Name CS175 ------ PC Jumper number Pin number A position Pin number B position TXS -> J8 2 3** RTS* <- J9 8 7** RXD <- J10 2** 3 Sig.Gnd. <-> - 5 5 Unused -- - 1,4,6,9 1,4,6,9 *Rts and Cts signals are not currently supported **Default jumper settings 21.1.2 Specifications Operating power 12 VDC supplied from CSx75 Current 30 mA Operating temperature 0 to 49°C Dimensions 10 x 8.2 x 2.54 cm (width x length x depth) Shipping weight 150 g 21.
Location 0 Programming the option flag (one segment, FSD) The CS586 protocol can operate in one of two possible modes - binary or ASCII. Consult the home automation application information to determine the proper mode for your application and program it in location 0. Location 1 Option 1 LED off = binary Options 2 - 8 Reserved LED on = ASCII Baud rate table (one segment, ND) See Location 208 on page 82 for more information.
22 CONTROL PANEL PROGRAMMING WORKSHEETS Factory defaults for segments are in bold italics and Quick Start location numbers are highlighted. Loc.
26 27 28 29 30 31 32 33 34 35 Seg#1 (Circle numbers to program) Seg#2 1 2 3 4 5 6 7 8 1 2 3 4 5 6 Dial attempts for phone number Seg#1 ARC reporting 8 Seg#2 Before Fail to Communicate 8 Seg#3 Voice/Pager/Siren Tone Dialing 8 Report method 0 Dialer abort delay (0-255 sec) 30 Listen in time 30 Download access code 1-2-7-8-0-0-0-0 Rings to answer download 0 Download control Seg#1 (Circle numbers to program) 1 Enables two call answering machine defeat. 2 Reserved 3 Requires call back before downloading.
36 37 38 39 40 41 42 43 44 45 132 Zones 1-8, zone types 5-4-1-1-1-1-1-1 Zones 1-8, partition selection (Segment 1=zone 1 to segment 8=zone 8) Segments Part#1 Part#2 Part#3 Part#4 Part#5 Part#6 Part#7 Part#8 Seg#1 (1) 1 Seg#2 (2) 1 Seg#3 (3) 1 Seg#4 (4) 1 Seg#5 (5) 1 Seg#6 (6) 1 Seg#7 (7) 1 Seg#8 (8) 1 Zones 9-16, zone types 1-1-1-1-1-1-1-1 Zones 9-16, partition selection (Segment 1=zone 9 to segment 8=zone 16) Segments Part#1 Part#2 Part#3 Part#4 Part#5 Part#6 Part#7 Part#8 Seg#1 (9) 1 Seg#2 (10) 1 Se
46 47 48 49 50 51 Seg#4 (36) 1 Seg#5 (37) 1 Seg#6 (38) 1 Seg#7 (39) 1 Seg#8 (40) 1 Zones 41-48, zone types 1-1-1-1-1-1-1-1 Zones 41-48, partition selection (Segment 1=zone 41 to segment 8=zone 48) Segments Part#1 Part#2 Part#3 Part#4 Part#5 Part#6 Part#7 Part#8 Seg#1 (41) 1 Seg#2 (42) 1 Seg#3 (43) 1 Seg#4 (44) 1 Seg#5 (45) 1 Seg#6 (46) 1 Seg#7 (47) 1 Seg#8 (48) 1 Swinger shutdown count 0 Keypad sounder control Seg#1 (Circle numbers to program) 1 Keypad sounds for Telephone Line Cut when in the Armed sta
52 53 54 55 134 1 On: disables on-board 8 zones. 2 On: force default configuration for zone types to be used. 3 On: disables bypass reports for force arm. 4 On: enables resetting of tamper memory by a master code. 5 On: enables 2-wire smoke. 6 On: sets 25VA transformer. 7 On: enables Fire to Open / Last to Close. 8 On: enables Summer / Wintertime option. Seg#3 (Circle numbers to program) On: Box Tamper report enabled. 1 On: Mains Fail reporting enabled. 2 On: Low Battery reporting enabled. 3 On: Aux.
56 57 58 59 60 61 62 Seg#2 (Circle numbers to program) 1 Enables Go to program code for partition #1. 2 Enables Go to program code for partition #2. 3 Enables Go to program code for partition #3. 4 Enables Go to program code for partition #4. 5 Enables Go to program code for partition #5. 6 Enables Go to program code for partition #6. 7 Enables Go to program code for partition #7. 8 Enables Go to program code for partition #8.
67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 136 Days of the week each partition is open Segments 1 Sunday 1 Monday 2 Tuesday 3 Wednesday 4 Thursday 5 Friday 6 Saturday 7 Reserved 8 Days of the week auto arming occurs in partitions 1-8 Segments 1 1 Sunday 2 Monday 3 Tuesday 4 Wednesday 5 Thursday 6 Friday 7 Saturday 8 Disable Retry Timer Communicator Codes: for three segment locations Seg#1: Report Code 10’s digit Seg#2: Report Code 1’s digit / 8 chan
100 101 102 103 104 105 106 107 108 109121 122 123 124 125 126 127 128 129 130 Expander trouble restore Fail to communicate Log full Autotest Exit error Recent close Start program End program End download Reserved locations 0-0 0-0-0 0-0-0 0-0-0 0-0-0 0-0-0 0-0-0 0-0-0 0-0-0 Partition 1, Account code 10-10-10-10-10-10 Partition 2, Account code 10-10-10-10-10-10 Partition 3, Account code 10-10-10-10-10-10 Partition 4, Account code 10-10-10-10-10-10 Format override Seg#1 (Circle numbers to program) Seg#
Seg#5 – Reserved The defaults listed in the characteristic locations below represent the three segments of each location. Use the three segment charts from location 130 to understand these defaults.
166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 Characteristic select SIA code: Group 11 4/2 alarm code Seg#1-2-3: 4/2 restore Seg#1-2: Characteristic select SIA code: Group 12 4/2 alarm code Seg#1-2-3: 4/2 restore Seg#1-2: Characteristic select SIA code: Group 13 4/2 alarm code Seg#1-2-3: 4/2 restore Seg#1-2: Characteristic select SIA code: Group 14 4/2 alarm code Seg#1-2-3: 4/2 restore Seg#1-2: Characteristic select SIA code: Group 15 4/2 al
Seg#1-2: 0-0 202 Characteristic select 203 SIA Code: Group 20 204 4/2 alarm code 0-0-0 Seg#1-2-3: 4/2 restore 0-0 Seg#1-2: Characteristic select Serial port enable 0 = Serial STU 1 = Home automation protocol enabled (CS586) 2 = Serial printer Serial port baud rate 0= 2400 (2.4K) 1=4800 (4.8K) 2=9600 (9.6k) 3=19200 (19.2K) 4=38400 (38.
Seg#3 (51) Seg#4 (52) Seg#5 (53) Seg#6 (54) 215 216 217 218 219 220 221 222 223 224 1 1 1 1 Seg#7 (55) 1 Seg#8 (56) 1 Zones 57-64, zone types 1-1-1-1-1-1-1-1 Zones 57-64, partition selection (Segment 1=zone 57 to segment 8=zone 64) Segments Part#1 Part#2 Part#3 Part#4 Part#5 Seg#1 (57) 1 Seg#2 (58) 1 Seg#3 (59) 1 Seg#4 (60) 1 Seg#5 (61) 1 Seg#6 (62) 1 Seg#7 (63) 1 Seg#8 (64) 1 Zones 65-72, zone types 1-1-1-1-1-1-1-1 Zones 65-72, partition selection (Segment 1=zone 65 to segment 8=zone 72) Segments Pa
225 226 227 228 239 230 231 232 233 234 235 236 142 Segments Part#1 Part#2 Part#3 Part#4 Part#5 Seg#1 (89) 1 Seg#2 (90) 1 Seg#3 (91) 1 Seg#4 (92) 1 Seg#5 (93) 1 Seg#6 (94) 1 Seg#7 (95) 1 Seg#8 (96) 1 Partition 5, Account code 10-10-10-10-10-10 Partition 6, Account code 10-10-10-10-10-10 Partition 7, Account code 10-10-10-10-10-10 Partition 8, Account code 10-10-10-10-10-10 Zones 97-104, zone types 1-1-1-1-1-1-1-1 Zones 97-104, partition selection (Segment 1=zone 97 to segment 8=zone 104) Segments Part#
Seg#4 (124) Seg#5 (125) Seg#6 (126) Seg#7 (127) Seg#8 (128) 237 238 239 240 241 242 243 244 245 246 1 1 1 1 1 Zones 129-136, zone types 1-1-1-1-1-1-1-1 Zones 129-136, partition selection (Segment 1=zone 129 to segment 8=zone 136) Segments Part#1 Part#2 Part#3 Part#4 Part#5 Part#6 Seg#1 (129) 1 Seg#2 (130) 1 Seg#3 (131) 1 Seg#4 (132) 1 Seg#5 (133) 1 Seg#6 (134) 1 Seg#7 (135) 1 Seg#8 (136) 1 Zones 137-144, zone types 1-1-1-1-1-1-1-1 Zones 137-144, partition selection (Segment 1=zone 137 to segment 8=zon
Segments Seg#1 (161) Seg#2 (162) Seg#3 (163) Seg#4 (164) Seg#5 (165) Seg#6 (166) Seg#7 (167) Seg#8 (168) 144 Part#1 1 1 1 1 1 1 1 1 Part#2 Part#3 Part#4 Part#5 Part#6 Part#7 CS175-275-575-875 Installation Guide Part#8
23 APPENDIX 1: REPORTING FIXED CODES IN CONTACT ID AND SIA This table lists the event codes sent for the following reports (if enabled) when using Contact ID or SIA formats.
Report Contact ID SIA Zone bypass (zone number) 570 *B Bypass restore (zone number) 570 *U Near Alarm (A/B Alarm) 138 Early open/late close Report Contact ID SIA Zone activity restore 391 NS Fail to close 454 CI RF jamming 344 XQ BM RF jamming restore 344 XH 451 OK Smoke detector clean me 393 YX Partial close 456 CF Smoke detector clean me restore 393 YZ Zone activity fault 391 NA The number in parentheses following the event is the number that is reported as the zo
24 APPENDIX 2: REPORTING ZONE CODES IN CONTACT ID AND SIA The CSx75 can report SIA level 1 transmissions to either one or both phone numbers. Each report in SIA consists of an event code and a zone or user ID. The zone ID is the zone number that is in alarm. The event code comes from the table below and is programmed in the zone type event code. The CSx75 has the ability to report Ademco Contact ID transmissions. Each report in Contact ID consists of an event code and a zone ID.
SIA 20 148 ZA Contact ID Freeze Alarm 159 Low Temp CS175-275-575-875 Installation Guide
25 APPENDIX 3: OVERVIEW OF MODULE NUMBERS Every keypad, expansion module and wireless receiver module has a module number. The following tables list the different module numbers. Device Device # reported Control panel 0 CS534 Two-way Listen-In 64 25.
Address & DIP switch setting 24 (Switch 1 & 2 on) 28 (Switch 1, 2 & 3 on) 25 (Switch 3 on) 29 (All switches off) 26 (Switch 1 & 3 on) 30 (Switch 1 on) 27 (Switch 2 & 3 on) 31 (Switch 2 on) 25.4 Wireless receiver (RX8w8 and RX16w8) Switch Setting Expander # reported All switches off 35 Switch 1 on 36 Switch 2 on 37 Switches 1 & 2 on 38 Switch 3 on 39 Switches 1 & 3 on 32 Switches 2 & 3 on 33 Switch 1, 2 & 3 on 34 25.
26 APPENDIX 4: SERVICE MESSAGES Message Explanation Control Over-current A short circuit of a control panel’s power supply has occurred. Control Siren Trouble Open circuit has occurred on the bell or siren circuit. Control Box Tamper (Optional) The box tamper circuit has activated. Control Phone Trouble A phone line connected to the control is not operating properly. Control Fail to comm. The control tried to send a message to the central station, but failed.
27 GLOSSARY 24-hour zone This zone remains armed the whole time unless inhibited by forced arming. It reports as a normal burglary zone when armed. “A” and “B” Alarm Reporting If a zone is defined as an A zone, an alarm is reported if a zone is activated. If a zone is defined as a B zone, a second activation must take place within a pre-set time. Fire and medical and personal attack zones are always treated as A zones.
Automatic arming If programmed, the CSx75 auto arms at a specified time. At this time, the keypad beeps for 50 seconds before the panel arms. The arming process is stopped if a code is entered on the keypad. The CSx75 then attempts to arm after every 45 minutes of inactivity until the next opening time (location 52), or until the system is armed. The 45-minute timer is extended when there is activity in the building causing the Ready LED to turn off and on. If closing reports are sent, the user code is 97.
Cancel If enabled, the CSx75 sends a cancel report if when the system is disarmed. Dialler Delay must be enabled in the Characteristic Select in locations 127 to 206. See Location 34 on page 65 for more information. Chime An audible signal that a door has been opened. Code A series of four to six numbers that allow access to the system. Code Required Options The CSx75 can be programmed to require a code for bypassing zones and/or initiating a download using the -9-8 or -9-9 function.
Entry-guard A unique low level arming mode that reduces the most common source of false alarms. When armed, the opening of any zones designated as entryguard zone activates the keypad sounder and starts the entry delay before creating an alarm. All other zones function as normal. This arming mode encourages system owners to use their system more frequently when the premises are occupied. See Location 127 to Location 206, starting on page 80, for more information.
Force arming Arms the security system when a number of zones are open without inhibiting each one individually. When enabled, the CSx75 can be force armed with zones violated. Under this condition, if a force armable zone is not secure, the Ready LED flashes. At the end of the exit delay, these zones are bypassed. If these zones are secured any time during the arming cycle, they are unbypassed and active in the system.
LED extinguish This feature extinguishes all LEDs on the keypad, except the Power LED, after 60 seconds without a keypress. Pressing any numeric key lights all LEDs. See Location 34 on page 65 for more information. LED Lockout This feature causes the LED Extinguish feature to require a code to illuminate the LEDs. Local programming lockout This feature disables programming of all locations or specified locations from the keypad. See Location 32 on page 64 for more information.
Silent exit option The exit delay can be silenced by pressing -Exit before arming the control panel or when using the re-exit feature. The exit delay can also be silenced permanently in all partitions. See Location 51 on page 70 for more information. Siren blast for arming The CSx75 can be programmed to give a one-second siren blast when the panel is armed, at the end of the exit delay or when the central station receiver acknowledges the closing report.
Two-call answering machine defeat If enabled, two telephone calls must be made to the premises to defeat an answering machine. On the first call, let the phone ring one or two times. The control panel detects these rings and starts a 45-second timer, during which the control panel answers the next call on the first ring. This is not recommended for commercial applications. See Location 32 on page 64 for more information. Walktest mode This is used to verify that all zone inputs operate correctly.
28 TECHNICAL SPECIFICATIONS Operating power Input 230 VAC ± 10% - 50 Hz ± 10% Fuse 230 V F315 mA, 20x5 Operating power output 16.5 VAC 25, 40, or 50 VA Transformer Auxiliary power with 25 VA 13.8 VDC ± 5% Regulated, 0.5A max. Auxiliary power with 40/50 VA 13.8 VDC ± 5% Regulated, 1A max. Recommended battery 12 V, 10 Ah max. Power consumption 91 mA Loop resistance Standard Loop 4K7 ohm, 2 %, 0.25 W 2-wire Smokes 560 ohm, 2 %, 0.
Single loop Dual loop 4k7: Short Open: 9k4 4k7 Short or totally open CS175-275-575-875 Installation Guide Static Disarmed Armed No reaction Disarmed Armed Tamper Impulse Quiet Change status No reaction Quiet Change status Tamper 161
29 TASKS SUMMARY Command Task Master User Code: 1122 User Code Installer Code: 1278 No code required No code required No code required 0 Set tone 1 Master mode X X - 2 Service check No code required No code required No code required 3 Alarm memory No code required No code required No code required 40 Test No code required No code required No code required 41 Telephone #1 X (See Note 2) - - 42 Telephone #2 X (See Note 2) - - 43 Telephone #3 X (See Note 2) - - 44
30 INDEX 25 VA transformer............................................. 59 2-wire smoke detectors..................................... 59 4/2 alarm code .................................................. 66 4/2 restore code ................................................ 66 6-digit arm/disarming code................................ 60 Account code for partition ........................... 65, 70 Account code for phone .................................... 52 Alarm reporting A and B type alarms .............
access ............................................................. 7 installer ............................................................ 7 master ............................................................. 7 Default programming ........................................ 45 Delay restore report .................................. 59, 130 Dial attempts programming ................................................. 54 Dialler abort delay .............................................
Number of rings to answer................................ 55 Numerical data.................................................. 43 On-board 8 zones ..................................... 59, 132 Opening and closing reports ............................. 56 Opening time..................................................... 63 Outputs select partition ............................................... 61 timing activation............................................. 61 wiring .........................................
Walk test mode ......................................... 60, 134 Wireless transmitters setting options and partitions................... 78, 84 testing...................................................... 81, 87 Wireless zone and arming ................................ 56 Wireless zone and tamper alarm ...................... 56 Wiring CS216 harware zone expander..................... 90 CS507 output expander board .................... 101 CS534 audio board .......................................
CS175-275-575 Manual 167
