Dsc Powerseries Neo Hs2016 Hs2032 Hs2064 Hs2128 Host Architecture And Engineering Specification R001
User Manual: dsc-powerseries-neo-hs2016-hs2032-hs2064-hs2128-host-architecture-and-engineering-specification-r001
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PowerSeries Neo Alarm Controller Models: (HS2016/HS2032/HS2064/HS2128) Version 1.0 3301 Langstaff Road, Concord, Ontario, Canada L4K4L2 www.dsc.com DSC Confidential June, 2014 Architecture and Engineering Specification Architecture and Engineering Specification Table of Contents Introduction and System Overview ............................................................. 1 Introduction ........................................................................................ 1 System Overview ................................................................................. 1 Regulatory Requirements ........................................................................... 2 Regulatory Compliance Standards........................................................... 2 US Approvals ............................................................................. 2 Canadian Approvals .................................................................... 2 European Approvals .................................................................... 3 South America ........................................................................... 4 Oceania .................................................................................... 4 Asia .......................................................................................... 4 Africa........................................................................................ 5 Model Feature Overview ............................................................................. 6 Model ................................................................................................. 6 HS2016 .................................................................................... 6 HS2032 .................................................................................... 7 HS2064 .................................................................................... 7 HS2128 .................................................................................... 8 Corbus................................................................................................ 9 System Performance ................................................................................. 10 Model ................................................................................................10 HS2016 ...................................................................................10 HS2032 ...................................................................................10 HS2064/HS2128 .......................................................................10 Zone Expansion ..................................................................................11 HS2016 ...................................................................................11 HS2032 ...................................................................................11 HS2064 ...................................................................................11 HS2128 ...................................................................................11 System Keypads .................................................................................11 HS2016/ HS2032/ HS2064 .........................................................11 HS2128 ...................................................................................12 ULC Fire Monitoring and Reporting .........................................................12 Alternate Reporting Methods .................................................................12 i Table of Contents Central Station Reporting .....................................................................12 Programmable Outputs ........................................................................12 HS2016 ...................................................................................12 HS2032 ...................................................................................13 HS2064 ...................................................................................13 HS2128 ...................................................................................13 System Software .................................................................................13 System Programming ..........................................................................13 User Codes .........................................................................................14 HS2016 ...................................................................................14 HS2032 ...................................................................................14 HS2064/HS2128 .......................................................................14 Partitions ...........................................................................................14 HS2016 ...................................................................................14 HS2032 ...................................................................................14 HS2064/HS2128 .......................................................................15 Supervision ........................................................................................15 False Alarm Prevention.........................................................................15 Automatic Arming/Disarming ................................................................16 Temporary Zone Disabling/Bypassing .....................................................16 Network Communications .....................................................................16 Mechanical, Electrical, and Environmental Specifications .......................... 17 Mechanical Specifications .....................................................................17 Electrical Operating Voltages .......................................................18 Communicator ................................................................18 Hardwired Keypads ..........................................................18 Hardwired RF Keypads .....................................................18 Zone Expanders ..............................................................18 Output Module ................................................................18 Power Supply/High-Current Output Expander ......................19 Electrical Specifications (base panel) ......................................................19 Bell Output ...............................................................................19 AUX Output ..............................................................................19 PGM Outputs ............................................................................19 Corbus .....................................................................................19 Battery Charger ........................................................................20 Input Power ..............................................................................20 Environmental Specifications.................................................................20 Operating Environment ..............................................................20 Wiring Diagram (HS2016/2032/2064/2128) ............................................21 Execution .................................................................................................. 22 Installation .........................................................................................22 System Testing and Certification ...........................................................22 ii 1 Introduction and System Overview Introduction The purpose of this document is to introduce you to the PowerSeries Neo alarm panel and to provide you with detailed information on its specifications and features. The following areas are covered in this document: Regulatory requirements Model features System performance Mechanical, electrical, and environmental specifications Important: For detailed information about the PowerSeries Neo alarm panel “wireless” component, refer to the document: PowerSeries Neo 1.0 Wireless Host Architecture and Engineering Specification. System Overview The PowerSeries Neo alarm panel is a feature-rich, scalable system designed for residential and commercial use. The alarm panel supports both hardwired and wireless devices. The following alarm controller models are available: HS2016 HS2032 HS2064 HS2128 1 2 Regulatory Requirements This chapter identifies all regulatory system requirements for the PowerSeries Neo alarm panel. Regulatory Compliance Standards US Approvals a) UL i. UL1023 Standard for Household Burglar Alarm System Units (4h Battery Standby required) ii. UL985 Standard for Household Fire Warning System Units (24h Battery Standby required) iii. UL1635 Standard for Digital Alarm Communicator System Units iv. UL1610 Standard for Central Station Burglar Alarm Units v. UL365 Standard for Police Station Connected Burglar Alarm Units and Systems b) SIA i. ANSI/SIA CP-01-2010 Control Panel Standard – Features for False Alarm Reduction c) FCC i. TIA-968-B Technical Requirements for Connection of Terminal Equipment to the Telephone Network (USA) ii. CISPR22 Class B Information Technology Equipment – Radio Disturbance Characteristics – Limits and Methods of Measurement Canadian Approvals a) ULC i. ULC-S545-2002 Standard for Residential Fire Warning System Control Units 2 Regulatory Requirements ii. ORD-C1023-1974 Standard for Household Burglar Alarm System Units iii. CAN/ULC-S304-2006 Standard for Central & Monitoring Station Burglar Alarm Systems iv. CAN/ULC-S559-2004 Standard for Equipment for Fire Signal Receiving Centers and Systems b) IC i. ICES-003 (CISPR22 Class B) Standard for Interference Causing Equipment, Digital Apparatus ii. IC-CS03 Issue 9, Industry Canada Terminal Equipment Technical Specifications European Approvals a) CE i. TS 203 021 Parts 1, 2, 3 European Telecommunication Specifications ii. CISPR22 Class B Information Technology Equipment – Radio Disturbance Characteristics – Limits iii. EN50130-4:2011 Immunity Requirements for Components of Fire, Intruder, and Social Alarm Systems iv. EN60950-1:2006 ITE. Safety. General Requirements b) EN i. EN50131-1:2006+A1:2009 Intrusion Systems General Requirements, Grade 2, Class II ii. EN50131-3:2009 Control and Indicating Equipment , Grade 2, Class II iii. EN50131-6:2008 Power Supplies, Grade 2, Type A (12h standby time with AC trouble transmitted) iv. EN50130-5:2011 Environmental Test Methods for Alarm Systems, Class II v. EN50136-2-1:1998 Alarm Systems – Alarm Transmission Systems and Equipment Part 2-1: General Requirements for alarm transmission equipment c) INCERT Certification i. T-014:2012 General Requirements for Testing the Alarm Systems (24h standby time mandated) d) NFA2P Certification i. RT50131-3: 2009 – Control Units French Deviations from EN50131-3 ii. RT50131-6: 2009 – Power Supply French Deviations from EN50131-6 3 Regulatory Requirements e) SBSC Certification i. SSF 1014-3 Intrusion Alarm System Requirements ii. SSF 114 – Alarm Transmission Systems f) UK i. BS8243:2010 ii. PD6662:2010 South America a) Anatel i. NET 001/92, Resolution 392, 237, 442 and 529 Brazilian Telecom Standards ii. EN60950-1:2006 ITE. Safety. General Requirements iii. CISPR22 Class B Information Technology Equipment – Radio Disturbance Characteristics – Limits and Methods of Measurement Oceania a) A-Tick i. CISPR22 Class B Information Technology Equipment – Radio Disturbance Characteristics – Limits and Methods of Measurement ii. AS/ACIF S002:2005 Australian Telecom Standard – Analog interworking and non-interference requirements for Customer Equipment for connection to the PSTN iii. AS/NZ 60950.1:2003/Amdt 1:2006 – Information Technology Equipment – Safety – General Requirements b) Telepermit i. PTC200 Requirements for Analog Telecommunications Equipment ii. AS/NZ 60950.1:2003/Amdt 1:2006 – Information Technology Equipment – Safety – General Requirements c) C-Tick i. CISPR22 Class B Information Technology Equipment – Radio Disturbance Characteristics – Limits and Methods of Measurement Asia a) CCC Certification i. GB 12663-2001 General Requirements for Burglar Alarm Systems 4 Regulatory Requirements b) MII Telecom i. YD/T868 – 1996 China Telecom Requirements for Alarm Panels and MII Certification ii. YD/T993 – 1998 iii. YD/T965 – 1998 iv. YD/T968 – 2002 v. YD/T1277.1 – 2003 vi. GB/T 15279 – 2002 (Environmental Requirements, DTMF levels, etc.) c) IDA Registration i. IDS TS PSTN Requirements for Terminal Equipment connected to PSTN d) India Telecom Registration TAC i. TEC/EMI/TEL-001/01/FEB-09 Class B Digital Emissions Test ii. IR/PST/01-01 SEP 2005 Terminal for connecting to PSTN Africa a) South Africa i. TEC/EMI/TEL-001/01/FEB-09 Class B Digital Emissions Test ii. ICASA Approval for Telecom Devices 5 3 Model Feature Overview This chapter lists the features of each PowerSeries Neo alarm controller model. Model HS2016 6 on-board zones, expandable to 16 zones, using HSM2108 hardwired zone expanders 2 partitions 47 user codes + master code 47 proximity tags 16 wireless keys or panic pendants 500 event buffer 39 programmable zone types 46 programmable output options 4 holiday groups with 99 programmable schedules in each Expandable to 8 keypads Expandable to 16 wireless zones Expandable to 4 wireless sirens Expandable to 4 wireless repeaters 2 on-board programmable outputs Expandable to (4) 500mA programmable outputs using the HSM2204 high current expander Expandable to (16) 50mA programmable outputs using 2 HSM2208 output expanders Expandable to 3 power supply modules using the HSM2300 6 Model Feature Overview HS2032 8 on-board zones, expandable to 32 zones using 3 HSM2108 hardwired zone expanders 4 partitions 71 user codes + master code 71 proximity tags 32 wireless keys or panic pendants 500 event buffer 39 programmable zone types 46 programmable output options 4 holiday groups with 99 programmable schedules in each Expandable to 8 keypads Expandable to 32 wireless zones Expandable to 8 wireless sirens Expandable to 8 wireless repeaters 2 on-board programmable outputs Expandable to (4) 500mA programmable outputs using HSM2204 high current expanders Expandable to (32) 50mA programmable outputs using 4 HSM2208 output expanders Expandable to 3 power supply modules using HSM2300 HS2064 8 on-board zones, expandable to 64 zones using 7 HSM2108 hardwired zone expanders 8 partitions 94 user codes + master code 94 proximity tags 32 Wireless keys or panic pendants 500 event buffer 39 programmable zone types 7 Model Feature Overview 46 programmable output options 4 holiday groups with 99 programmable schedules in each Expandable to 8 keypads Expandable to 64 wireless zones Expandable to 8 wireless sirens Expandable to 8 wireless repeaters 4 on-board programmable outputs Expandable to (12) 500mA programmable outputs using HSM2204 high current expanders Expandable to (64) 50mA programmable outputs using 8 HSM2208 output expanders Expandable to 3 power supply modules using HSM2300 HS2128 8 on-board zones, expandable to 64 zones using 15 HSM2108 hardwired zone expanders 8 partitions 94 user codes + master code 94 proximity tags 32 Wireless keys 1000 event buffer 39 programmable zone types 46 programmable output options 4 holiday groups with 99 programmable schedules in each Expandable to 16 keypads Expandable to 128 wireless zones Expandable to 16 wireless sirens Expandable to 8 wireless repeaters 4 on-board programmable outputs Expandable to (16) 500mA programmable outputs using 4 HSM2204 high current expanders 8 Model Feature Overview Expandable to (128) 50mA programmable outputs using 16 HSM2208 output expanders Expandable to 4 power supply modules using HSM2300 Corbus The Corbus uses an RS-485 serial cable, without requiring termination, and can support: “Home Run”, “Star”, and “Daisy Chain” wiring types. It is also capable of supporting the transmission of visual verification frames to the control panel. 9 4 System Performance This chapter identifies the system performance for each of the PowerSeries Neo alarm controller models: HS2016/ HS2032/ HS2064/ HS2128. Model HS2016 This model supports six onboard, fully supervised programmable zones. It has an integrated power supply and a supervised digital alarm communicator, and includes auxiliary power for powering security detection devices. A programmable switch auxiliary output is used for 2 and 4-wire smoke detectors. The controller supports two programmable outputs, which can be programmed as general purpose outputs. HS2032 This model supports eight onboard, fully supervised programmable zones. It has an integrated power supply and a supervised digital alarm communicator, and includes auxiliary power for powering security detection devices. A programmable switch auxiliary output is used for 2 and 4-wire smoke detectors. The controller supports two programmable outputs, which can be programmed as general purpose outputs. HS2064/HS2128 These models support eight onboard, fully supervised programmable zones. They have an integrated power supply and a supervised digital alarm communicator, and include auxiliary power for powering security detection devices. A programmable switch auxiliary output is used for 2 and 4-wire smoke detectors. The controller supports four programmable outputs, which can be programmed as general purpose outputs. 10 System Performance Zone Expansion HS2016 This model supports 16 hardwired or wireless zones. The controller is expandable to a maximum of 16 zones, by adding 1 HSM2108 hardwired 8 zone expansion module, or an HSM2HOST wireless expansion module. They are connected to the controller via a supervised 4-wire power/communication bus. HS2032 This model supports 32 hardwired or wireless zones. The controller is expandable to a maximum of 32 zones, by adding 3 HSM2108 hardwired 8 zone expansion modules, or an HSM2HOST wireless expansion module. They are connected to the controller via a supervised 4-wire power/communication bus. HS2064 This model supports 64 hardwired or wireless zones. The controller is expandable to a maximum of 64 zones, by adding 7 HSM2108 hardwired 8 zone expansion modules, or an HSM2HOST wireless expansion module. They are connected to the controller via a supervised 4-wire power/communication bus. HS2128 This model supports 128 hardwired or wireless zones. The controller is expandable to a maximum of 128 zones, by adding 15 HSM2108 hardwired 8 zone expansion modules, or an HSM2HOST wireless expansion module. They are connected to the controller via a supervised 4-wire power/communication bus. System Keypads HS2016/ HS2032/ HS2064 These models support up to eight hardwired or wireless keypads. LED, alphanumeric LCD or fixed ICON LCD keypads are supported in any combination. LCD and ICON keypads with integrated proximity tag support are also available. The keypads include “Armed”, “Ready”, “Trouble” and “AC” indication LEDs, as well as five programmable function keys and three keypad activated alarm buttons. Keypads can operate in Power Save mode in the event of a power failure. 11 System Performance HS2128 This model supports up to 16 hardwired or wireless keypads. The system supports LED, alphanumeric LCD or fixed ICON LCD keypads in any combination. LCD and ICON keypads with integrated proximity tag support are also available. The keypads include “Armed”, “Ready”, “Trouble” and “AC” indication LEDs, as well as five programmable function keys and three keypad activated alarm buttons. Keypads can operate in Power Save mode in the event of a power failure. ULC Fire Monitoring and Reporting The system can be expanded to provide remote reporting of fire alarm system status, simultaneously over two paths. It does this using either a dual digital dialer (subject to approval by the local authority having jurisdiction), a combination of digital dialer and cellular, digital dialer and IP, or cellular and IP communication paths. The alarm communicators are fully supervised and automatically report troubles and alarm signals to the signal receiving center. Alternate Reporting Methods The system is capable of reporting all alarms, as well as trouble and system status information, using one of the following options: dual digital alarm communicators (Cellular and IP), a cellular transmitter, or an internet (IP) communicator. Central Station Reporting The system provides Contact ID and SIA reporting formats, and is capable of being programmed to call up to four telephone numbers. The system is programmable for split reporting, so that alarms/restorals, openings/closings, and miscellaneous events can be sent to different telephone numbers or communication paths. The system can report an account code for each partition and a separate account code for non-partition (system) events. Programmable Outputs HS2016 This model is capable of including up to 22 programmable outputs. Using the high current output module, (4) 500mA programmable outputs may be added, and using two low current output modules, (16) 50mA programmable outputs can be added. These modules can be located anywhere on the 4-wire communication 12 System Performance bus. The high current output module includes an integrated power supply, battery charger and supply, and up to 1.0A of auxiliary power at 12VDC. HS2032 This model is capable of including up to 38 programmable outputs. Using the high current output module, (4) 500mA programmable outputs may be added, and using four low current output modules, (32) 50mA programmable outputs can be added. These modules can be located anywhere on the 4-wire communication bus. The high current output module includes an integrated power supply, battery charger and supply, and up to 1.0A of auxiliary power at 12VDC. HS2064 This model is capable of including up to 80 programmable outputs. Using three high current output modules, (12) 500mA programmable outputs can be added, and using eight low current output modules, (64) 50mA programmable outputs can be added. These modules can be located anywhere on the 4-wire communication bus. The high current output module includes an integrated power supply, battery charger and supply, and up to 1.0A of auxiliary power at 12VDC. HS2128 This model is capable of including up to 148 programmable outputs. Using four high current output modules, (16) 500mA programmable outputs can be added, and using 16 low current output modules, (128) 50mA programmable outputs can be added. These modules can be located anywhere on the 4-wire communication bus. The high current output module includes an integrated power supply, battery charger and supply, and up to 1.0A of auxiliary power at 12VDC. System Software The base panel comes complete with all of the software to implement every system feature and to allow for the addition of every expansion or functional module without changes or additions to the basic software. System Programming The system is fully programmable, via the keypads, and also allows event buffer viewing, via the alphanumeric LCD keypads. Separate PC based upload/download software provides the ability to fully program the system and to read all current system programming, including the event 13 System Performance buffer. The system provides a connector (PC-link 1) on the base panel to allow for local upload/download operations and is capable of being used remotely, over telephone lines or the Internet (IP network). The system provides a separate telephone number that can be used for this remote upload/download operation. Remote upload/download access is controllable by the user to prevent unauthorized access. All system programming is maintained in non-volatile memory, so that program information is maintained, even if all AC and battery power is off. User Codes HS2016 This model provides up to 47 user codes, plus a master code, which is selectable as either four or six digits. User codes are assignable to one or multiple partitions. HS2032 This model provides up to 71 user codes, plus a master code, which is selectable as either four or six digits. User codes are assignable to one or multiple partitions. HS2064/HS2128 These models provide up to 94 user codes, plus a master code, which is selectable as either four or six digits. User codes are assignable to one or multiple partitions. Partitions HS2016 This model is programmable for up to two fully independent partitions, each of which has its own account code. Keypads are assignable as “partition” keypads or as “global” keypads. Each zone in the system is assignable to one or more partitions. HS2032 This model is programmable for up to four fully independent partitions, each of which has its own account code. Keypads are assignable as “partition” keypads or as “global” keypads. Each zone in the system is assignable to one or more partitions. 14 System Performance HS2064/HS2128 These models are programmable for up to eight fully independent partitions, each of which has its own account code. Keypads are assignable as “partition” keypads or as “global” keypads. Each zone in the system is assignable to one or more partitions. Supervision Each zone in the system is supervised, using single EOL or DEOL resistors of 5.6K. General system supervision includes loss of AC for the base panel and any remote module with its own AC input. Batteries for the base panel and all remote functional panels are supervised and short circuit protected. Each wireless input device is supervised, and the 4-wire communication bus is supervised for low voltage and the presence of each enrolled module and keypad. Digital alarm communicators are supervised for telephone line trouble and failures to communicate, and the system will report any cellular or IP network communication panel trouble. Note: The Bell output is fully supervised. False Alarm Prevention The system includes the following false alarm prevention features: Silent exit delay Audible exit delay Arm/disarm bell squawk Audible exit fault Urgency on entry delay Swinger shutdown—programmable by zone Transmission delay by zone Rotating key press buffer for disarming Recent close code transmission Police code (cross zone) transmission Opening after alarm transmission 15 System Performance Automatic Arming/Disarming The system allows for the automatic arming and disarming of partition(s) according to a programmable schedule. The system includes a method to automatically arm a partition, after there has been no activity for a predetermined period of time. Temporary Zone Disabling/Bypassing The system includes the following temporary zone disabling/bypassing features: Arm partition with zone violated and arm zone upon restore Manual bypass by user Network Communications The system is capable of network (LAN/WAN) and Internet communications. This is according to UL standards and encrypted line security, ULC A1-A4 communication line security levels for active systems, or P1-P3 for passive communication systems. The network communicator utilizes 128-bit AES encryption over 10/100 base-T networks and supports static or dynamic IP addressing. The IP communicator is capable of sending alarm events to a primary and backup IP receiver address. The Internet communicator performs full alarm reporting directly to the central monitoring station. It also performs full system configuration programming and the viewing of system statuses, using remote upload/download software, over an encrypted connection. For security purposes, the Internet communicator is capable of end-to-end supervision and hardwire substitution detection. 16 5 Mechanical, Electrical, and Environmental Specifications This chapter identifies all mechanical, electrical (base panel), and environmental specifications. Mechanical Specifications Table 1 Cabinets Cabinet DSC Part Number Dimensions Description PC5003C 31000104 L=279mm H=293 mm D=77mm Removable door. Compatible with HS2016/2032/2064/2128 panels. Supports up to (3) HS2108 or (3) HS2208 modules. Supports (1) 7AH battery. PC5001C 31000075 - Top 31000076 Bottom L=150mm H=121mm D=37mm Suitable for use with (1) HSM2208 or (1) HSM2108 module. Does not support DSC sealed lead acid batteries. PC4003CS 31000084 L=218mm H=170mm D=64mm Hinged door. Suitable for use with (2) HSM2208 and/or HSM2108 modules or (1) HS2204/HS2300 module. Supports 1.2AH batteries only. PC500C 31000195 L=205mm H=229mm D=76mm Removable door. Suitable for use with HS2016/2032/2064/2128 control panels, or HSM2204 modules. Not compatible with HSM2208 or HSM2108 modules. Supports (1) 7AH battery. 17 Specifications Cabinet DSC Part Number Dimensions Description PC4050C 31000166 L=294mm H=367 mm D=120mm Beige in color. Hinged door. Suitable for use with HS2016/2032/2064/2128 panels and up to (3) HSM2204 or (3) HSM2300 modules in addition to the panel. Includes mounting holes for one 240V 50Hz AC transformer. Supports (2) 7AH batteries. PC4050CR 31000128 L=294mm H=367 mm D=120mm Red in color. Hinged door. Suitable for use with HS2016/2032/2064/2128 control panels and up to (3) HSM2204 or (3) HSM2300 modules in addition to the panel. Suitable for North American use only. 240V 50Hz AC transformers cannot be mounted inside this cabinet. Supports (2) 7AH batteries. PC4050CAR 31000196 L=294mm H=367 mm D=120mm Beige in color. Hinged door. Suitable for use with HS2016/2032/2064/2128 control panels and up to (3) HSM2204 or (3) HSM2300 modules. This cabinet includes an attack resistant door for Europe, secured using 17 screws, and has mounting holes for (1) 240V 50Hz AC transformer. Supports (2) 7AH batteries. Electrical Operating Voltages Communicator 9VDC to 14VDC Hardwired Keypads 9VDC to 14VDC Hardwired RF Keypads 9VDC to 14VDC Zone Expanders 9VDC to 14VDC o Loop response timing as fast as 40ms or as slow as 500ms. By default, the loop response time for each zone is 250ms. Output Module 9VDC to 14VDC 18 Specifications Power Supply/High-Current Output Expander 9VDC to 14VDC Electrical Specifications (base panel) Bell Output a) 12VDC 700mA max. continuous rating (currently limited at 2 amps). Available only with standby battery connected. b) PTC over current protected – self restoring c) Steady, Pulsed, Temporal 3 fire, CO alarm cadences d) Bell short detection (software + hardware) AUX Output a) 9.6VDC – 13.8VDC 700mA max. (North American version) or 500mA (International version) b) Communications bus and on-board PGM outputs PGM Outputs a) All PGM outputs are open collector type outputs, and the PGM terminal will switch to ground (-) upon activation. i. HS2016, HS2032 1. PGM 1 – 12VDC 50mA 2. PGM 2 – 12VDC 300mA ii. HS2064, HS2128 1. PGM 1 – 12VDC 50mA 2. PGM 2 – 12VDC 300mA 3. PGM 3 – 12 VDC 50mA 4. PGM 4 – 12VDC 50mA Corbus a) 500/700mA max. (depending on the version) provided from the HS2016, HS2032, HS2064, and HS2128 main panel b) Additional power is provided by the HSM2204 and HSM2300 modules c) Minimum 22AWG non-shielded wire can be used d) No wire run can exceed 1000 feet (305m) from the panel 19 Specifications e) No more than 3000 feet (915m) of wire may be used in total Battery Charger a) Selectable battery charging current (400/700mA) to charge 12V lead-acid batteries up to 14Ah capacity (compatible with 4Ah, 7Ah, and 14Ah batteries) b) Standby battery capacity able to cover 4h, 12h, 24h c) Battery charger is supervised for opens and is protected by a PTC over current device, which is self-restoring Input Power a) 16VAC, 40VA 50/60Hz Environmental Specifications Operating Environment a) -10 ºC to 55 ºC b) Max 93% relative humidity non-condensing c) To be installed and used in non-hazardous locations only 20 Specifications Wiring Diagram (HS2016/2032/2064/2128) 21 6 Execution This chapter identifies the execution process, including installation, testing, and certification. Installation The system is installed according to the manufacturer’s installation instructions and recommendations. System Testing and Certification The system is tested in accordance with the manufacturer’s recommendations and industry standard practices. This completes the Architecture and Engineering specification for the PowerSeries Neo Alarm Controller. Again, for detailed information about the PowerSeries Neo Alarm Controller “wireless” component, refer to the document: PowerSeries Neo 1.0 Wireless Host Architecture and Engineering Specification. 22 3301 Langstaff Road, Concord, Ontario Canada, L4K 4L2 www.dsc.com Telephone: +1.905.760.3000 Fax: +1.905.760.3004 Copyright © 2014, DSC. All rights reserved. Architect and Engineering Specification – June, 2014 Document Version 1.0 Part #: 29008425R001
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