Cooper Fire Systems Emergency Voice Communication
The VoCALL Emergency Voice Communication Systems Since its launch in 2003, the VoCALL Emergency Voice Communication System (EVCS) has been used in some of the world s most prestigious sites, from Wimbledon AELTCC and St Pancras stations in the UK to the Marina Towers and Jumeirah Tunnel in the Middle East. VoCALL suits all sizes of installation from one and two outstation systems in small shops like Bon Marche, to massive 364 line dual network system at Westfield shopping centre in London s White City. Allied to the fully compliant hardware, Cooper also offer software packages such as VoCALL Site Installer, allowing global configuration of the system from any exchange on the network, and the VoCALL ReCALL, system, a real time incident and fault logging system, which not only logs faults and the start and end of call incidents, it records the conversation as well. Standards Compliance Designed from the outset to comply with BS5839 Pt9. Scalable Solution Outstations are common across the range and can be used on both compact and network solution. The Benefits Cable Saving By utilising a star topology for compact systems and a ring and star topology for the network solution, outstations can be cabled in low cost 2 core fire rated cables. Space Saving By distributing the network solution, no dedicated comms room is required, and the exchanges can be located in risers or utility cupboards. Highly Integrated By allowing designers to choose the outstation type and mix any type on a system, including emergency assistance alarms, all EVCS and disabled calls can be managed from a single control location, or in the case of the network solution up to 8 points. Site Proven With thousands of sites since the launch in 2003 you can be sure of the systems reliability and longevity, all the firmware is flash based, making site upgrades to the latest version simple to implement to add the latest software features. 2
Fire Telephones Fire telephones are hardwired full duplex communications systems with monitoring and battery backup, and are required in buildings over 4 stories in many countries in the world (in the UK this is governed by BS9999). These are provided as a backup to traditional fireman s radio systems, which can fail to operate in many high rise environments due to the large amount of steel in the building, and the corona effect of fire on radio broadcasts. Fire telephones are also required in fire fighting lift lobbies when these lifts are provided within a building. Fire telephones can also be used for fire wardens to call the control point during fire drills and primary evacuation phases before the fire services arrive and assume control. The Overview Disabled Refuge Systems Disabled refuge systems are required in the UK in all non domestic premises over 1 story or where an emergency exit is by stairs (for a full description see building regulations approved document B). A disabled refuge is a relatively safe area within a building or exit staircase where mobility impaired occupants can be placed (not just wheelchair users) while the main building occupancy is evacuated, allowing building management and emergency services to safely assist these people from the building when stairwell crowding has eased. Mobility impairment is defined as not being able to walk 200m continuously without aid, and includes arthritis sufferers, people with leg and back injuries and women over 6 months term pregnancy. A disabled refuge system is not just for use during a fire, and must be available at all times. Emergency Assist Alarm An emergency assist alarm is defined in Building Regulations Approved Document M, and must be provided at all disabled toilets within a non domestic premises, if the toilet is in a non permanently occupied space, remote indication must be provided at a central control or monitoring point. An emergency assist alarm can only be reset by attending the location of the call, so the reset point is within the cubical, also allowing accidental calls to be cancelled by the toilet occupier. The VoCALL emergency assist alarm system is powered from the local exchange or compact unit, and is fully monitored over and above the specification described in BS8300. 3
Contents VoCALL - Emergency Voice Communication System Page 5 Compact 5 Line Exchange Unit CFVCC5 Page 7 Compact 9 Line Master Exchange Unit CFVCCM9 Page 9 Network 8 Line Exchange Unit CFVCX8 Page 11 Network Master Handset CFVCM and CFVCWM Page 13 Type A Handset CFVCSHP, CFVCFHP and CFVCIPA Page 15 Type B Handset CFVCSHF, CFVCSHFG and CFVCSHFSS Page 17 Roaming Handset and Jack Plate CFVCRHS and CFVCRJP Page 19 VoCall Emergency Assist Alarm Kit CFVCEA 4
VoCALL - Emergency Voice Communication System Compact 5 Line Exchange Unit CFVCC5 - Compact 5 Line Exchange Unit Overview The VoCAll compact 5 line exchange unit (CFVCC5) is ideal for the smaller installations which require just a limited number of outstations and emergency assist alarms. This system comprises of the 5 line exchange unit and up to 5 outstations (type A, type B, emergency assist alarms or in Far East and Middle East applications jack plates). It requires no programming and is simple to install. This VoCALL Emergency Voice Communication System (EVCS) is designed to fully comply with BS5839 Pt9 (abb. Pt9) for use as a fire telephone system, disabled refuge call system or as a combined system when both fire telephones and disabled refuge points are required. The standard states that were both systems are fitted to a building these should form a single system. An EVCS is a fixed, monitored and maintained, bi-directional, full duplex voice communication system to assist the orderly evacuation of disabled or mobility impaired people and enhance fire fighters communication during emergencies. Features BS5839 Pt9 compliant Monitored handset Monitored supply and charger Up to 5 outstations 5 line keys, 1 fault accept 15 status LED s Full duplex system Wall mount case Benefits Simple cabling, outstations connect directly into the master using 2 core radial fire rated enhanced cables. In addition to type A and type B outstation the CFVCC5 can also monitor emergency assist alarms (using a 2 core radial). No programming required, panel is fitted with end of line resistors which are discarded when an outstation or emergency assist alarm is connected. 5
VoCALL Compact 5 Line Exchange Unit - CFVCC5 Full System Architecture Technical Specification CFVCC5 Compact 5 Line Exchange Unit Standards EMC: EN55103-1 & EN55103-2. Product Family: BS5839 Pt9 & BS9999 Power Supply Voltage 230V ac +/- 10% 50/60Hz Internal Power Supply 14V dc Supply and Battery Monitored, open, short, fuses Protection Deep discharge, short, thermal Battery Size and Type 1 x 12V 5Ah Mains Fuse 240V 2A HRC Battery Fuse 1A PTC Charge Current 250mA (max) Inputs Number of lines 5 Remote Enable Short to use End of Line 1 10kΩ Outputs Number 2 (fault & in-use) Type Volt free relay Contact 30V dc 1A Controls Buttons 5 zone keys, 1 acknowledge Zone LEDs (x5) 1 line status,1 fault status Fault LEDs 3 (ac, dc & general) Outstation Cables Type Enhanced Cores 2 Core (1mm or 1.5mm) Distance 500m Physical Construction Powder Coated Zintec Dimensions (H x W x D) 300mm x 350mm x 90mm Weight 6.5kg Control and Design The VoCALL compact 5 line exchange unit (CFVCC5) is a self contained enclosure housing a master handset, 5 line exchange, power supply, and battery charger. It can be surface or semi-flush mounted as standard. The case is made from powder coated zintec, with a smoked perspex door covering the handset. 20mm cable knockouts are provided for all necessary cables as well as space for the backup 12V SLA battery. The unit is microprocessor controlled, but requires no programming on site; the panel is fitted with end of line resistors which are simply discarded when an outstation is connected. Product s CFVCC5 Compact 5 Line Exchange Unit 6
VoCALL - Emergency Voice Communication System Compact 9 Line Master Exchange Unit CFVCCM9 - Compact 9 Line Master Exchange Unit Overview The VoCALL compact 9 line master exchange unit (CFVCCM9) is ideal for small to medium sized installations which don t require the complexity of a full network solution. This system comprises of the 9 line master exchange unit and up to 9 outstations (type A, type B, emergency assist alarms or in Far East and Middle East applications jack plates). Using the 10 line slave exchange unit (CFVCCS10) this system can be easily expanded to 19 lines. This VoCALL Emergency Voice Communication System (EVCS) is designed to fully comply with BS5839 Pt9 (abb. Pt9) for use as a fire telephone system, disabled refuge call system or as a combined system when both fire telephones and disabled refuge points are required. The standard states that were both systems are fitted to a building these should form a single system. An EVCS is a fixed, monitored and maintained, bi-directional, full duplex voice communication system to assist the orderly evacuation of disabled or mobility impaired people and enhance fire fighters communication during emergencies. Features BS5839 Pt9 compliant EN54 Pt4:A2 power supply and charger 4 navigation keys 6 status LED s 4 line, 20 character LCD Full duplex system Simple menu programming Wall mount case Benefits Up to 19 outstations, using 10 line slave exchange unit (CFVCCS10) the 9 line master exchange unit can be expanded up to 19 lines. In addition to type A and type B outstation the CFVCCM9 can also monitor emergency assist alarms (using a 2 core radial). 4 core is fire rated enhanced cable used to connect exchange unit to the slave. 7
VoCALL Compact 9 Line Master Exchange Unit - CFVCCM9 Full System Architecture Technical Specification CFVCCM9 Compact 9 Line Master Exchange Unit Standards EMC: EN55103-1 & EN55103-2 LVD: EN60950 Product Family: BS5839 Pt9 & BS9999 Power Supply AC Input 230V ac +/- 10% 50/60Hz Internal Supply 14V dc Supply and Battery Monitored open, short, fuses Protection Deep discharge, short thermal, impedence Battery Type 1 x 12V VRSLA (7Ah required) Mains Fuse 240V 1A HRC Battery Fuse 250mA PTC Charge Current 250mA Inputs Number of Lines 9 Remote Enable Short to use Outputs Number 2 (fault & in-use) Type Volt free relay Contact 30V dc 1A Controls Buttons 4 navigation keys Display 4 lines, 20 characters Status LED s 3 (in-use, healthy & energised) Fault LED s 3 (line, PSU & general) Outstation Cables Type Enhanced Cores 2 Core (1mm or 1.5mm) Distance 500m Physical Construction Powder Coated Zintec Dimensions (H x W x D) 300mm x 350mm x 90mm Weight 6.5kg Control and Design The VoCALL compact 9 line master exchange unit (CFVCCM9) is a self contained enclosure housing a master handset, 9 line exchange, power supply, and battery charger. It can be surface or semi-flush mounted as standard. The case is made from powder coated zintec, with a smoked perspex door covering the handset. 10 Line Slave Exchange Unit The 10 line slave exchange unit (CFVCCS10) adds 10 additional lines to the compact 9 line master exchange unit giving a total of 19 lines available on a system. 20mm cable knockouts are provided for all necessary cables as well as space for the backup 12V SLA battery. The unit is microprocessor controlled, with simple menus, including a call log, fault log and change log, all accessible from the front panel navigation keys. Product s CFVCCM9 CFVCCS10 Compact 9 Line Master Exchange Unit 10 Line Slave Exchange Unit 8
VoCALL - Emergency Voice Communication System Network 8 Line Exchange Unit CFVCX8 - Network 8 Line Exchange Unit Overview The VoCALL network 8 line exchange unit (CFCVX8) is a small wall mounted unit which can be distributed throughout a site and being concealed from view in convenient locations such places as rises, stairwells and cupboards. Using this system greatly reduces the cabling requirement and equipment on view in such key places as reception areas, making the system aesthetically pleasing to the customer as well reducing the cost of installation. This VoCALL Emergency Voice Communication System (EVCS) is designed to fully comply with BS5839 Pt9 (abb. Pt9) for use as a fire telephone system, disabled refuge call system or as a combined system when both fire telephones and disabled refuge points are required. The standard states that were both systems are fitted to a building these should form a single system. An EVCS is a fixed, monitored and maintained, bi-directional, full duplex voice communication system to assist the orderly evacuation of disabled or mobility impaired people and enhance fire fighters communication during emergencies. Features Can control up to 8 independent monitored lines Built in monitored 1A charger for 12V SLA 5Ah batteries 12 status LEDs Dry contact for fault or in-use indication Serial port for configuration or updates Dual network ports which provide power for the master handsets Full duplex system Compact design Benefits LED indication, for effective & easy fault finding. Fault or in-use relay, can be connected to a fire panel or BMS. Global configuration, upload information quickly via a PC using the serial port. Up to 32 distributed units on any network, no central exchange rack required. 9
VoCALL Network 8 Line Exchange Unit - CFVCX8 Full System Architecture Technical Specification CFVCX8 Network 8 Line Exchange Unit Standards EMC: EN55103-1 & EN55103-2 LVD: EN61000-3-2 & EN61000-3-3 & EN60950 Product Family: BS5839 Pt9 & BS9999 & EN54 Pt4 Power Supply Voltage 230V ac ± 20% Current 11mA Battery 12V SLA 5Ah Charger 1A controlled impedance Monitoring Open, short & high impedance cell Outstation Cables Grade Enhanced Cable (per Leg) 1 off 2 core (twisted for MICC) Distance (per Leg) 500M soft skin types, 300M MICC Monitoring DC open, short & earth Network Cables Type Enhanced Cores 1 off 4 pair (eg Draka 91-0245) 2 off 4 core 1mm CSA soft skin 4 off 1 pair MICC twisted Distance 500M soft skin types, 300M MICC Monitoring Data and phantom voltage Indication & Controls Fault LEDs 10 off yellow (general, PSU, 8 lines) Status LEDs 2 off green (ac & dc) Settings 8 way DIP switch Physical Construction Zintec, Texture Powder Coated, RAL 7032 Dimensions (H x W x D) 296mm x 210mm x 82mm Weight 1.6kg VoCALL Site Installer Software The VoCALL site installer software allows for global configuration of the system from any exchange on the network. Control and Operation Each network 8 line exchange unit (CFVCX8) sits on a data highway and is locally powered, with internal battery backup from a monitored, maintained sealed lead acid battery. Up to 8 lines can be connected to each distributed exchange, and each line is fully monitored for open, short or earth faults. Up to 32 CFVCX8 exchange units can be attached to a VoCALL system giving a maximum system size of 256 independent lines. The compact case is made from powder coated zintec and is fitted with 20mm cable knockouts for all cables needed, and also provides space for the system backup 12V SLA battery. Wiring Using network communications combined with subscriber line telephone techniques, a VoCALL provides large scale cable savings, while not requiring a dedicated rack room to house a central exchange. The network comprises a line or ring of 8 cores, each leg can be up to 500M depending on cable type. A ring topology is recommended by BS5839 Pt9. Line cables consist of a single 2 core enhanced cable, either soft skin types or MICC and only 1mm CSA is required. Product s CFVCX8 CFVCSI Network 8 Line Exchange Unit VoCALL Site Installer Software 10
VoCALL - Emergency Voice Communication System Network Master Handset CFVCWM - Network Master Handset, Wall Mounted Overview The VoCALL network master handset can be either desk (CFVCM) or wall (CFVCWM) mounted. Each system can have up to 8 master handsets which gives great flexibility to the larger installations allowing all calls to be monitored from various control points. As an example, an installation may have security offices requiring a master handset, reception and numerous entrances that need to be monitored. This VoCALL Emergency Voice Communication System (EVCS) is designed to fully comply with BS5839 Pt9 (abb. Pt9) for use as a fire telephone system, disabled refuge call system or as a combined system when both fire telephones and disabled refuge points are required. The standard states that were both systems are fitted to a building these should form a single system. An EVCS is a fixed, monitored and maintained, bi-directional, full duplex voice communication system to assist the orderly evacuation of disabled or mobility impaired people and enhance fire fighters communication during emergencies. Features Up to 8 masters per system Controls up to 256 Lines (32 CFVCX8 exchanges) Monitored handset Large high contrast display (4 x 20 character) 12 key quick dial keypad Full duplex system Directory dial function Full system event log (fault & configuration) 16 character unique name per line Dual network ports Remote powered Benefits Flexibility can be used as a fire telephone system, disabled refuge call system or as a combined system. Global configuration, whole site can be configured from the master handset. Directory dialing, speed dial and conference calling All hail function makes testing the system simple. 11
VoCALL Network Master Handset - CFVCM / CFVCWM Full System Architecture Technical Specification CFVCM CFVCWM Network Master handset, Desk Mount Network Master handset, Wall Mount Standards EMC: EN55103-1 & EN55103-2 EMC: EN55103-1 & EN55103-2 Product Family: BS5839 Pt9 & BS9999 Product Family: BS5839 Pt9 & BS9999 Power Supply Voltage 11V dc to 18V dc 11V dc to 18V dc Current 88mA at 12V dc 88mA at 12V dc Source Network port x 2 Network port x 2 Processing Architecture AVR RISK AVR RISK Clock 16MHz 16MHz Memory 4K ram, 20K EEProm, 128K flash 4K ram, 20K EEProm, 128K flash Monitoring 125mS asynchronous watchdog 125mS asynchronous watchdog checksum on EEPROM & flash checksum on EEPROM & flash Network Cables Grade Enhanced Enhanced Cable (per Leg) 1 off 4 pair (eg Draka 91-0245) 1 off 4 pair (eg Draka 91-0245) 2 off 4 core 1mm CSA soft skin 2 off 4 core 1mm CSA soft skin 4 off 1 pair MICC twisted 4 off 1 pair MICC twisted Distance (per leg) 500M soft skin types, 300M MICC 500M soft skin types, 300M MICC Monitoring Data and phantom voltage Data and phantom voltage Indication & Controls Fault LEDs 4 off yellow 4 off yellow (general, panel, supply & exchange) (general, panel, supply & exchange) Status LEDs 4 off green 4 off green (healthy, ac, dc & network) (healthy, ac, dc & network) LCD High contrast blue/white LCD High contrast blue/white LCD 4 line 20 character, 5 x 8 pixel format 4 line 20 character, 5 x 8 pixel format Keyboard 12 key telephone style 12 key telephone style Navigation 3 keys (down/left, accept, up/right) 3 keys (down/left, accept, up/right) Physical Construction Base: Brushed Stainless Steel Base: Brushed Stainless Steel Lid: Zintec, Black Powder Coated Lid: Zintec, Black Powder Coated Sides: Aluminium, Black Powder Coated Sides: Aluminium, Black Powder Coated Dimensions (H x W x D) 268mm x 275mm x 85mm 300mm x 350mm x 90mm Weight 6.5kg 6.5kg VoCALL ReCALL Software The VoCALL ReCALL software is a real time incident and fault logging system, which records the start and end of any call, logs faults and any conversations fully. Control and Design The network master handset has a clear 4 line backlit display which shows the calling outstation name in plain text, and calls can be made to outstations by either dialling the number of the unit, or choosing the name from a text dialling directory. The case is made from stainless steel with extruded aluminium rails. 20mm cable knockouts are provided for all necessary cables. Product s Wiring Using network communications combined with subscriber line telephone techniques, a VoCALL network provides large scale cable savings, while not requiring a dedicated rack room to house a central exchange. The network comprises a line or ring of 8 cores, each leg can be up to 500M depending on cable type. A ring topology is recommended by BS5839 Pt9. In line with the recommendations of BS5839 Pt9 multiple master handsets can be fitted to a VoCALL network (up to 8) with lockouts operating when a multiple consoles are in use. CFVCM CFVCWM CFVCRM CFVCLOG Network Master Handset, Desk Mount Network Master Handset, Wall Mount 19 6u Rack Mount Kit for CFVCM only VoCALL ReCALL Logging and Recording Software 12
VoCALL - Emergency Voice Communication System Type A Handset CFVCSHP - Type A Handset, Surface / CFVCFHP - Type A Handset, Flush Overview The VoCALL type A handset is a compact unit which offers easy access via a magnetic push catch door. The flush (CFVCFHP) mountable unit offers a unique front levelling system allowing the back box to be mounted at a slight angle whilst still retaining a true front face and door. A surface (CFVCSHP) mountable unit is also available. The type A handset is compatible with all VoCALL systems for use as a standard fire telephone or disabled refuge call point. This VoCALL Emergency Voice Communication System (EVCS) is designed to fully comply with BS5839 Pt9 (abb. Pt9) for use as a fire telephone system, disabled refuge call system or as a combined system when both fire telephones and disabled refuge points are required. The standard states that were both systems are fitted to a building these should form a single system. Features Compact design High volume ringer Status LED Telecoil for hearing impaired users Full duplex operation Magnetic push catch Stainless steel option Benefits Versatility, the unit can be used on all VoCALL systems. Dual use, the type A handset can be used as a fire telephone or a disabled refuge call point. Magnetic push catch, for quick and easy access. An EVCS is a fixed, monitored and maintained, bi-directional, full duplex voice communication system to assist the orderly evacuation of disabled or mobility impaired people and enhance fire fighters communication during emergencies. 13
VoCALL Type A Handset - CFVCSHP / CFVCFHP / CFVCIPA Technical Specification CFVCSHP CFVCFHP CFVCIPA Type A Handset, Surface Mount Type A Handset, Flush Mount Type A Handset, Lockable Surface Mount Standards EMC: EN55103-1 & EN55103-2 EMC: EN55103-1 & EN55103-2 EMC: EN55103-1 & EN55103-2 LVD: EN60950 LVD: EN60950 LVD: EN60950 Product Family BS5839 Pt9 & BS9999 & EN60118-4 Product Family BS5839 Pt9 & BS9999 & EN60118-4 Product Family BS5839 Pt9 & BS9999 & EN60118-4 Outstation Cables Grade Enhanced Enhanced Enhanced Cores 2 core 1mm or 1.5mm 2 core 1mm or 1.5mm 2 core 1mm or 1.5mm Distance 500m 500m 500m Physical Construction Zintec, Powder Coated Zintec, Powder Coated Zintec, Powder Coated Dimensions (H x W x D) 300mm x 150mm x 75mm 320mm (bezel) x 150mm x 75mm 300mm x 200mm x 120mm 295mm (backbox) x 150mm x 75mm Weight 1400g 1400g 2500g Mounting The Unit All type A handsets should be mounted at a height of either 1200mm from the floor, or on a 1400mm centre line to comply with the requirements of Building Regulations Document M (Access for the Disabled). CFVCSHP / CFVCIPA The back box has 4 indented feet to allow mounting on uneven walls. CFVCFHP A cut out of 300mm x 160mm is recommended, the front bezel has adjustments to level the back box on the wall. If the units are to be used as a refuge point suitable space must be allowed to the side of the unit to allow a wheelchair to be parked for using the system. Surface Mount Suitability All type A handsets are defined in BS5839 Pt9, and can be used as a fire telephone or disabled refuge call point. When choosing the outstation type for use with an EVCS we recommend reading section 11 of BS5839 Pt9 2011 which deals with outstation types, and states as follows: 11.1.a Type A handsets should be used for evacuation or fire fighting use, and a type B handsets should only be used where a type A handsets are impractical. 11.1.b For disabled refuges type A or type B handsets can be used, however in locations (section 11.6.k) type B handsets can only be used where the background noise is below 40dBA (therefore there can be no sounder or voice alarm coverage in the area). 75mm 155mm VoCALL handsets are designed for use by multidisability users, having high contrast signage in line with RNIB guidelines and an induction loop coil (to BSEN60118-4) in the handset. 320mm 180mm 295mm Flush Mount 75mm 150mm It is recommend that a type A handset is used in most locations, otherwise you may have to consider acoustic hoods or 2 outstations in each location for compliance with the other associated standards and laws, including BS8300 and the Equality Act 2010. 1400mm* * Unit mounting height from floor level. 300mm 1400mm* Product s CFVCSHP Type A Handset, Surface Mount (Red) CFVCSHPSS Type A Handset, Surface Mount (Stainless Steel) CFVCFHP Type A Handset, Flush Mount (Red) CFVCFHPSS Type A Handset, Flush Mount (Stainless Steel) CFVCIPA Type A Handset, Lockable Surface Mount (Red) CFVCIPASS Type A Handset, Lockable Surface Mount (Stainless Steel) CFVCHFS Type A Handset, Uncased (for retro fit integration in to equipment) 14
VoCALL - Emergency Voice Communication System Type B Handset CFVCSHF / CFVCSHFG / CFVCSHFSS - Type B Handset Overview The VoCALL type B handset is designed to be versatile, compact and easy to use refuge call point. This unit can either be surface or flush mounted using a simple to install bezel (CFVCFHB). This VoCALL Emergency Voice Communication System (EVCS) is designed to fully comply with BS5839 Pt9 (abb. Pt9) for use as a fire telephone system, disabled refuge call system or as a combined system when both fire telephones and disabled refuge points are required. The standard states that were both systems are fitted to a building these should form a single system. An EVCS is a fixed, monitored and maintained, bi-directional, full duplex voice communication system to assist the orderly evacuation of disabled or mobility impaired people and enhance fire fighters communication during emergencies. Features Compact design High volume ringer Status LED 20mm cable glands Loop output for hearing impaired users Tactile braille signage Full duplex operation Flush bezel available Stainless steel option Benefits Versatility, the unit can be used on all the VoCALL systems. Full duplex operation, allowing 2 way voice communication. Tactile braille signage to assist partially sighted people to easily operate refuge point. 15
VoCALL Type B Handset - CFVCSHF / CFVCSHFG / CFVCSHFSS Technical Specification CFVCSHFG CFVCSHF CFVCSHFSS Type B Handset, Surface Mount Type B Handset, Surface Mount Type B Handset, Surface Mount Standards EMC: EN55103-1 & EN55103-2 LVD: EN60950 EMC: EN55103-1 & EN55103-2 LVD: EN60950 EMC: EN55103-1 & EN55103-2 LVD: EN60950 Product Family BS5839 Pt9 & BS9999 & EN60118-4 Product Family BS5839 Pt9 & BS9999 & EN60118-4 Product Family BS5839 Pt9 & BS9999 & EN60118-4 Outstation Cables Grade Enhanced Enhanced Enhanced Cores 2 core 1mm or 1.5mm 2 core 1mm or 1.5mm 2 core 1mm or 1.5mm Distance 500m 500m 500m Indications & Controls Status LEDs 2 off red ( ashes location lights, solid in use) 2 off red ( ashes location lights, solid in use) 2 off red ( ashes location lights, solid in use) Call Press to call button Press to call button Press to call button Cancel Press to cancel button Press to cancel button Press to cancel button Physical Construction Zintec, Powder Coated Zintec, Powder Coated Zintec, Powder Coated Colour Option Green Red Stainless Steel Dimensions (H x W x D) 133mm x 133mm x 45mm 133mm x 133mm x 45mm 133mm x 133mm x 45mm Weight 1105g 1105g 1105g Mounting The Unit All type B handsets should be mounted at a height of either 1200mm from the floor, or on a 1400mm centre line to comply with the requirements of Building Regulations Document M (access for the disabled). The back box has 4 indented feet to allow mounting on uneven walls. Type B handsets can be flush mounted by cutting a hole 133mm x 133mm and 45mm deep, and using the stainless steel bezel (CFVCFHB) to finish the surround. 45mm 1400mm* 133mm * Unit mounting height from floor level. 133mm Suitability All type B handsets are defined in BS5839 Pt9, and can be used as a fire telephone or disabled refuge call point. When choosing the outstation type for use with an EVCS we recommend reading section 11 of BS5839 Pt9 2011 which deals with outstation types, and states as follows: 11.1.a Type A handsets should be used for evacuation or fire fighting use, and a type B handsets should only be used where a type A handsets are impractical. 11.1.b For disabled refuges type A or type B handsets can be used, however in locations (section 11.6.k) type B handsets can only be used where the background noise is below 40dBA (therefore there can be no sounder or voice alarm coverage in the area). VoCALL type B handsets are designed for use by multi-disability users, having high contrast signage in line with RNIB guidelines and a socket for an external induction loop amplifier if required. Product s CFVCSHF CFVCSHFG CFVCSHFSS CFVCFHB Type B Handset, Surface Mount (Red) Type B Handset, Surface Mount (Green) Type B Handset, Surface Mount (Stainless Steel) Flush Mounting Bezel (Stainless Steel) 16
VoCALL - Emergency Voice Communication System Roaming Handset and Jack Plate CFVCRHS - Roaming Handset / CFVCRJP - Jack Plate Overview The roaming handset (CFVCRHS) is used along with the jack plate (CFVCRJP) for emergency voice communication system installations in countries whose fire codes allow for roaming handsets (these units are not suitable for installation in the UK under BS5839 Pt9). When used together the roaming handset and jack plate form a type A handset which is compatible with all VoCALL systems This VoCALL Emergency Voice Communication System (EVCS) is designed to fully comply with BS5839 Pt9 (abb. Pt9) for use as a fire telephone system, disabled refuge call system or as a combined system when both fire telephones and disabled refuge points are required. The standard states that were both systems are fitted to a building these should form a single system. Features Flexible roaming phone Low noise high quality telephone jack Telecoil for hearing impaired users Full duplex operation Stainless steel jack plate Benefits The jack plate can be surface or flush mounted. Full duplex operation, allowing 2 way voice communication. An EVCS is a fixed, monitored and maintained, bi-directional, full duplex voice communication system to assist the orderly evacuation of disabled or mobility impaired people and enhance fire fighters communication during emergencies. 17
VoCALL Roaming Handset and Jack Plate - CFVCRHS / CFVCRJP Jack Plate Technical Specification CFVCRJP Jack Plate Cables Grade Enhanced Cores 2 core 1mm or 1.5mm Distance 500M Monitoring dc open, short and earth End Of Line 10K 1/4 W Physical Construction Brushed Stainless Steal Dimensions (H x W x D) 86mm x 86mm x 25mm Weight 140g Technical Specification Roaming Handset Standards Controls Call Connection Jack Physical Construction Dimensions (H x W x D) Weight CFVCRHS Roaming Handset EMC: EN55103-1 & EN55103-2 LVD: EN60950 Automatic Off Hook dialing 1/4 mono neutrik heavy duty ABS UL90V1 210mm x 66mm x 45mm 700g Mounting The Unit The jack plate (CFVCRJP) should be mounted at a height of either 1200mm from the floor, or on a 1400mm centre line to comply with the requirements of Building Regulations Document M (access for the disabled). Suitability The roaming handset (CFVCRHS) and jack plate (CFVCRJP) are suitable for EVCS installations in countries whose fire codes allow for roaming handsets, this is not suitable for installation in the UK under BS5839 Pt9. The jack plate fits on to a standard MK style back box (not supplied) and can be flush or surface mounted. Jack Plate 25mm 86mm 86mm 1400mm* * Unit mounting height from floor level. Product s CFVCRJP CFVCRHS Jack Plate Roaming Handset 18
VoCALL - Emergency Voice Communication System VoCALL Emergency Assist Alarm Kit Coming soon 2012 CFVCEA - VoCALL Emergency Assist Alarm Kit Overview It has now become very common for the disabled toilet to be specified as part of the refuge system. The CFVCEA has been specifically designed to integrate disabled call functions into the VoCALL network or VoCALL compact ranges providing the perfect solution for conformity with the Building Regulations Document M and Equality Act 2010. Disabled toilet alarms are required by Building Regulation Document M, and by integrating it with the Emergency Voice Communication System all calls relating to disabled communications can be displayed in a single point. The CFVCEA solution is fully monitored and battery backed by the VoCALL system, saving local power supplies and giving confidence in the system integrity. Features Monitored to BS5839 Pt9 Remote powered from VoCALL exchange Dual loop pull cord High contrast labels Braille on cancel plate Blue indication Benefits Saving power, no PSU is required remote powered by VoCALL system. One install saves running 2 separate systems. One location all calls from disabled toilets and refuge points monitored from one location. Tactile braille signage to assist partially sighted people to easily operate the cancel plate. The CFVCEA shows up as a call on the VoCALL system, but has no speech path so a conversation cannot be had with the occupant, use of the type B outstations would allow this. 19
VoCALL Emergency Assist Alarm Kit - CFVCEA Over Door Indicator Technical Specification CFEAODI Over Door Indicator Specification Operating Voltage 12V dc (nominal) Physical Construction PC Dimensions (mm) H 87 x W 87 x D 31.5 Cancel Button Technical Specification CFEARSP Cancel Button Specification Operating Voltage 12V dc (nominal) Physical Construction PC Dimensions (mm) H 87 x W 87 x D 25 Pull Cord Unit Technical Specification Specification Operating Voltage Physical Construction Dimensions (mm) CFEAPULL Pull Cord Unit 12V dc (nominal) PC H 87 x W 87 x D 30.5 (+cord) VoCALL Emergency Assist Alarm Kit Wiring Guide Using 2 Core Cable VoCall Exchange 12V - + Pull Cord Unit + - - + - + Over Door Indicator - + - + Cancel Unit OUT VoCALL Exchange Over Door Indicator Cancel Unit IN Over Door Indicator Cancel Unit Pull Cord Unit Product s CFVCEA VoCALL Emergency Assist Alarm Kit (1x Over Door Indicator, 1x Cancel Button, 1x Pull Cord Unit, 1x Disabled Sticker) Also available CFEAPULLKIT * For further information see www.cooperfire.com Emergency Assist Alarm, Stand Alone Kit (1x Power Supply Unit, 1x Over Door Indicator, 1x Cancel Button, 1x Pull Cord Unit, 1x Disabled Sticker)* 20
Index Emergency Voice Communication System Part Page Number CFEAODI Emergency Assist Alarm Over Door Indicator 19 CFEAPSU Emergency Assist Alarm Power Supply Unit 19 CFEAPULL Emergency Assist Alarm Pull Cord Unit 19 CFEARSP Emergency Assist Alarm Cancel Button 19 CFVCC5 Compact 5 Line Exchange Unit 5 CFVCCM9 Compact 9 Line Master Exchange Unit 7 CFVCCS10 10 Line Slave Exchange Unit 7 CFVCEA VoCALL Emergency Assist Alarm Kit 19 CFVCFHB Flush Mounting Bezel (Stainless Steel) 15 CFVCFHP Type A Handset, Flush Mount (Red) 13 CFVCFHPSS Type A Handset, Flush Mount (Stainless Steel) 13 CFVCHFS Type A Handset, Uncased (for retro fit integration in to equipment) 13 CFVCIPA Type A Handset, Lockable Surface Mount (Red) 13 CFVCIPASS Type A Handset, Lockable Surface Mount (Stainless Steel) 13 CFVCLOG VoCALL ReCALL Logging and Recording Software 11 CFVCM Network Master Handset, Desk Mount 11 CFVCRHS Roaming Handset 17 CFVCRJP Jack Plate 17 CFVCRM 19 6u Rack Mount Kit for CFVCM only 11 CFVCSHF Type B Handset, Surface Mount (Red) 15 CFVCSHFG Type B Handset, Surface Mount (Green) 15 CFVCSHFSS Type B Handset, Surface Mount (Stainless Steel) 15 CFVCSHP Type A Handset, Surface Mount (Red) 13 CFVCSHPSS Type A Handset, Surface Mount (Stainless Steel) 13 CFVCSI VoCALL Site Installer Software 9 CFVCWM Network Master Handset, Wall Mount 11 CFVCX8 Network 8 Line Exchange Unit 9 21
Major Projects Over the last 6 years Cooper VoCALL and voice alarm products have been installed on several very high profile projects, the following is a small sample of these. Wimbledon AELTCC Supplied and commissioned a site wide fire telephone and disabled refuge system with over 130 points, complete with audio recording and logging software so the police can review any incidents. 55 Broadway and Albany House, London Supplied and commissioned a touch screen voice alarm and fire telephone system for the buildings which house London Underground s Headquarters and British Transport Police HQ. Dublin Airport Terminal 2 Supplied a fully distributed fibre optic voice alarm system, the disabled refuge and fire telephone system and the various disabled toilet alarm system. Wimbledon AELTCC 3 and 4 More London Supplied and commissioned the voice alarm and the fire telephone systems for More 3 and 4 buildings which are part of the More London Estate, beside the Mayors building on the South Bank of the Thames. Albany House, London 22
St Pancras Station, London Supplied Ashford, Stratford and Ebbsfleet stations, with disabled refuge systems for the Channel Tunnel Extension. Following the installation Network Rail Approval was granted. Westfield Shopping Centre, White City, London Supplied and commissioned two networks of disabled refuge and fire telephones with over 300 points with master controls in both the fire and security control rooms. Nuclear Power Station, Hartlepool Supplied and commissioned a dual ring fibre optic linked voice alarm system covering the whole site, additional dual redundancy features were added with special microphones for the Simulator Training Suite. St Pancras Station Jumeirah Road Tunnel, ME Linking the Palm Islands to mainland Dubai, Cooper VoCALL products supplied the emergency telephone system in special stainless steel IP66 enclosures. Centre Parcs, Elveden Supplied and commissioned the networked voice alarm system for the village centre, following its reconstruction after fire destroyed the original building. Westfield Shopping Centre, White City 23
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