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Honeywell ESSER FACP Technical Information

Honeywell ESSER FACP Technical Information

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Summary of Contents for Honeywell ESSER FACP

  • Page 1 Periphery components for ESSER FACP Technical Information 798960.GB0 04.2020...
  • Page 2 The use of this documentation does not grant you a licence or any other right to use any name, logo or label referred to or depicted herein. This documentation is subject to the copyright of Honeywell. The content must not be copied, published, modified, distributed, transmitted, sold or changed without the express prior written permission of Honeywell.

  • Page 3: Table Of Contents

    Periphery components for ESSER FACP Table of contents General / Application ................................. 4 Standards and guidelines ..............................5 Planning and development .............................. 7 Alarm identification ..............................7 Maintenance ..................................8 Maintenance ................................9 Inspection ................................10 Automatic point-type fire detectors ..........................12 Series IQ8Quad fire detectors ..........................

  • Page 4: General / Application

    Periphery components for ESSER FACP General / Application This Technical Information provides an overview of the peripheral components that can be connected and used as integral parts of ESSER fire alarm systems: automatic fire detectors • • manual call points esserbus ®...

  • Page 5: Standards And Guidelines

    Periphery components for ESSER FACP Standards and guidelines When fire alarm systems are being installed and operated, the applicable standards and guidelines as well as the generally accepted technological standards must be complied with. Any deviation from those rules is only admissible if the same degree of safety can be ensured with different means.
  • Page 6 Periphery components for ESSER FACP In addition, even more stringent requirements apply in Germany, for example, such as the guidelines of VdS Schadenverhütung GmbH (VdS): VdS 2046 Safety rules for electrical power systems with voltages up to 1000 V. •...

  • Page 7: Planning And Development

    Periphery components for ESSER FACP Planning and development A fire alarm system (FAS) is made up of one or more fire alarm control panel(s) as well as automatic fire detectors and manual call points, components (such as esserbus ® transponders) and alarm devices. In addition, object-specific wireless components or detectors for special applications may be required.

  • Page 8: Maintenance

    Periphery components for ESSER FACP Maintenance Devices like automatic fire detectors, manual call points / MCP, alarm devices and transponders are manufactured, configured and delivered as per the applicable standards and guidelines. Over time, use in different ambient conditions can lead to the accumulation of dirt on the detector sensors of automatic fire detectors due to air pollution such as aerosols, grease, dust etc.

  • Page 9: Maintenance

    Periphery components for ESSER FACP Therefore, it is generally recommended that contaminated standard detectors be replaced. When checking the actual status during maintenance, it is important to ensure that the correct criterion is applied so that the fire alarm is tested according to its project planning and approval. Multi-criteria detectors of the series IQ8Quad and ES Detect are authorized as smoke and heat detectors according to EN 54-5 and -7, but in most cases as a smoke detector, there is additional monitoring of temperature increases.

  • Page 10: Inspection

    Periphery components for ESSER FACP Inspection Inspections should be conducted at least four times a year at equally-spaced intervals, during which all steps for identifying and assessing the actual status of the technical modules of a system should be carried out. The recording range and/or accessibility of the fire detectors should also be checked visually.
  • Page 11 Periphery components for ESSER FACP Inspection on the fire alarm control panel Work to be carried out Information In order to avoid a false alarm, notify the appropriate emergency services. Make known the type and duration of the work. Disconnect fire brigade master box (MB) und external activation.

  • Page 12: Automatic Point-Type Fire Detectors

    Periphery components for ESSER FACP Automatic point-type fire detectors Series IQ8Quad fire detectors Automatic point-type smoke/heat detectors with integrated loop isolator with maximum reliability for objects with average to high value concentration for connection to the esserbus ® /esserbus ®...
  • Page 13 Periphery components for ESSER FACP Heat detector Smoke detector OTG multisensor detector with identification with identification "black ring" "gold ring" Fig. 2: Example Alarm identification of IQ8Quad fire detectors General detector specifications Operating voltage 8 V DC ... 42 V DC Operating voltage (EN 54-17) 14 V DC ...
  • Page 14 Periphery components for ESSER FACP Specific detector specifications Part No. Detector type Quiescent current @ 19 V DC : 50 µA Quiescent current @ FACP : 0.20 mA @ 27.5 V/0.28 mA @ 42 V battery Usage temperature : -20 °C ... +72 °C...

  • Page 15: Iq8Quad Ex (I) Fire Detectors For Use In Ex-Areas

    Periphery components for ESSER FACP IQ8Quad Ex (i) fire detectors for use in ex-areas Automatic, point-type fire detectors without loop isolator for use in ex-areas. These fire detectors produced with "intrinsic safety" ignition protection are operated either via esserbus ®...
  • Page 16 Periphery components for ESSER FACP Detector Specifications (not ATEX) Rate-of-rise heat detector 803271.EX / 803271.EX.F0 / 803271.EX.NU Quiescent current @ 19 V DC 40 µA Ambient temperature -20 °C … +50 °C Specification EN 54-5 A1R : 2000 / A1 : 2002...

  • Page 17: Fire Detectors Series Iq8Quad With Integrated Alarm Device

    Periphery components for ESSER FACP Fire detectors series IQ8Quad with integrated alarm device Automatic point-type smoke detector with integrated alarm device and zone isolator for connection on the esserbus ® -PLus of the FlexES Control and IQ8Control fire alarm system. In case of an event, the alarm, depending on the alarm device type, can be given via flash, sounder, and/or voice output.
  • Page 18 Periphery components for ESSER FACP Five different texts in different national languages are available as standard for voice announcements e.g.: In addition, the following languages are available for specific orders. Information refer to the product catalogue. When the basic setting is selected, signals / signal components can be continuously repeated until the signalling function is interrupted by the control panel.
  • Page 19 Periphery components for ESSER FACP IQ8Quad with integrated alarm Ready to operate Alarm status device (green LED) Fig. 4: IQ8Quad with integrated alarm device General technical specifications Operating voltage 8 V DC ... 42 V DC Max. monitoring area 110 m²...
  • Page 20 Periphery components for ESSER FACP Part No. Detector type Specific detector specifications Quiescent current @ 19 V DC : 80 µA Quiescent current @ FACP : 320 μA Accu Load factor Sound pressure level @ DIN tone : 92 dB(A) +/- 2 dB...

  • Page 21: Fire Detectors Series Es Detect

    Periphery components for ESSER FACP Fire Detectors series ES Detect The ES Detect automatic detector is an intelligent non-addressable detector specifically designed for operation on conventional detector zones e.g., the ES line fire alarm control panel and esserbus ® transponder. ES Detect sets new standards in conventional technology through high quality sensors with advanced detection technology.
  • Page 22 Periphery components for ESSER FACP General detector specifications Operating voltage 8 V DC ... 42 V DC Rated voltage 9 V DC Alarm current 9 mA Reset pulse ≥ 100 ms @ 0 V Type of sensor Heat Smoke Monitoring area max.
  • Page 23 Periphery components for ESSER FACP Part No. Detector type Specific detector specifications Quiescent current @ 9 V DC : 25 µA Usage temperature : -20 °C ... +50 °C 800171 Fixed heat detector Specification : EN 54-5 A1S : 2002...

  • Page 24: Detector Base And Options

    Periphery components for ESSER FACP Detector base and options Detector socket for connection to the esserbus ® / esserbus ® PLus of the ESSER-BMZ 800x / IQ8Control / FlexES Control / Compact and • for attaching the automatic fire detector IQ8Quad.
  • Page 25 Periphery components for ESSER FACP Dimensions and fixing holes ∅ 114 ∅ 5 Fig. 6: Dimensions Detector removal lock The detector removal lock is present in all bases as standard and must be activated by the installer. In order to do this, remove the lock...
  • Page 26 Periphery components for ESSER FACP Art.-Nr. / Part No. 805574 Fixing eyelets/description field (optional) Insertable fixing eyelets and cover ring (Part No. 805574) for the mounting base, e.g. on an installation box. Insertable description field (Part No. 805576) e.g. for displaying the zone/detector number.
  • Page 27 Periphery components for ESSER FACP Flush-mounting housing for detector base (Part No. 805571) The flush-mounting housing for detector bases is used for the installation of the fire detector on suspended ceilings or in places where a concealed mounting of the detector base is necessary. The detector base is locked into the flush-mounting housing and visually concealed from the outside by the attached cover ring.
  • Page 28 Periphery components for ESSER FACP IP 43 damp location base adapter surface-mounting (Part No. 805572.50) The damp room socket adapter was designed specifically for the surface mounted cable feed through cable protection pipes and has three breakthrough inputs for M20 cable glands (optional).
  • Page 29 Periphery components for ESSER FACP Protective cage (Part No. 781550) Steel basket for protection from damage and also unauthorized disconnection of the detector. Fig. 14: Protective cage Kit for suspended mounting (Part No. 781482) Kit for suspended mounting of detector bases, with pendulum- linked anti-roll bar, cable entry from the top, strain relief via cable fittings and connection box with terminal input.

  • Page 30: Arrangement Of Point-Type Fire Detectors

    Periphery components for ESSER FACP Arrangement of point-type fire detectors Automatic fire detectors must be planned/installed so that the fire characteristics can reach the detectors without obstruction. The number and arrangement depend on: Room height • Floor area • Shape of ceiling and roof •...

  • Page 31: Manual Call Point (Mcp)

    Periphery components for ESSER FACP Manual call point (MCP) Manual call point - large design (plastic) The manual call point in the red housing with the 'burning house' symbol is used as a manual fire call point for the manual activation of a fire alarm/an emergency alarm in dry workplaces that are not in danger of explosion. The detector is available for other uses and areas and also comes in various designs, e.g.
  • Page 32 Periphery components for ESSER FACP Accessories 704910 Replacement glass panels (packaging units of 10) 704917 IP 55 protective tube for connection terminals (packaging units of 10) 769910 Replacement key - plastic 769911 Replacement key - metal 769916 Service key – metal (reset, open and test) 6.1.1 Additional functions...
  • Page 33 Periphery components for ESSER FACP Fig. 19: Dimensions A Operation mode - LED, green flashes (only IQ8MCP) B Alarm mode - LED, red flashes Specifications Standard Operating voltage 8 V DC ... 30 V DC 8 V DC ... 42 V DC Quiescent current approx.

  • Page 34: Manual Call Points - Large Design (Aluminium Die-Cast Housings)

    Periphery components for ESSER FACP Manual call points - large design (aluminium Die-Cast Housings) Manual call points are combined from electronic module and housing. Housing Electronic module Fig. 20: Manual call points aluminium Die-Cast Housings Part No. Description 704477.10 Electronic module with 2 micro switches 804473.10...
  • Page 35 Periphery components for ESSER FACP Fig. 21: Dimensions Specifications 704477.10 804473.10 Operating voltage 8 ... 30 V DC 8 ... 42 V DC Quiescent current approx. 45 μA @ 19 V DC Alarm current typ. 9 mA @ 9 V DC typ.

  • Page 36: Manual Call Point - Large Design (Accessories)

    Periphery components for ESSER FACP Manual Call Point – large design (accessories) Protective cover for manual call points (Part No. 781693) The protective cover for manual call points and manual activation devices prevents dust and humidity and also protects against accidental activation. The protective cover is suitable for almost all conventional manual call points.

  • Page 37: Manual Call Point - Small Design

    Periphery components for ESSER FACP Manual call point - small design The MCP in red housing with the "burning house" symbol is used as a manual call point for the manual activation of a fire alarm/an emergency alarm in dry workplaces that are not in danger of explosion. The detector is available for other uses and areas, and also comes in various designs, e.g.
  • Page 38 Periphery components for ESSER FACP A Alarm mode - LED, rot B Mechanical alarm mode, yellow flag C Operation mode – LED, green only IQ8MCP) 43,5 THIS WAY UP Surface-mount housing (Part No. 70498x) Fig. 24: Dimensions Specifications Standard Operating voltage 8 V DC ...

  • Page 39: Manual Call Point - Small Design (Accessories)

    Periphery components for ESSER FACP Manual call point - small design (accessories) Protective kit for MCP and TAL (Part No. 704965) To protect against accidental activation. The cover is inserted into the grooves at the side of the housing upper part and can also be sealed in place.

  • Page 40: Manual Call Points Special Design

    Periphery components for ESSER FACP Manual Call Points special design 6.6.1 Standard MCP Ex (i) and IQ8MCP Ex (i) for use in Ex areas Conventional and addressable manual call points for use in Ex areas. These manual call points with "intrinsic safety"...
  • Page 41 Periphery components for ESSER FACP Detector Specifications (not ATEX) Standard MCP Ex (i) IQ8MCP Ex (i) 804920.EX 804924.EX Operating voltage 8 V DC … 30 V DC 8 V DC … 42 V DC Contact rating S2 max. 30 V DC / 1 A Quiescent current approx.
  • Page 42 Periphery components for ESSER FACP 6.6.2 Addressable MCP, IP66 Addressable manual call point in conformity with EN 54-11 type B with loop isolator (Part No. 761694) for use on esserbus ® / esserbus ® Plus for manually triggering fire alarms or hazard alarms. For outdoor application or application in damp environments.

  • Page 43: Configuration Of Manual Call Points (Mcp)

    Periphery components for ESSER FACP Configuration of manual call points (MCP) Manual call points should … • be installed at intervals of max. 100 m in escape and safety routes in workplaces and facilities at risk of fire be installed so that they are clearly visible and easily accessible •...

  • Page 44: Iq8Wireless - Wireless Components And Accessories

    Periphery components for ESSER FACP IQ8Wireless – Wireless Components and accessories The wireless modules meet the requirements of EN 54-25 and are compatible with ESSER fire alarm systems. Communication between the RF devices is set up via a dual band transmission mode. The RF-technology applies frequency hopping to enable highest transmission security.
  • Page 45 Periphery components for ESSER FACP IQ8Wireless transponder wall mount (Part No. 805595.10) IQ8Wireless Gateway (Part No. 805594.10) for automatic IQ8Quad fire detector (without integrated alarm device). IQ8Wireless detector base (Part No. 805593.10) for automatic IQ8Quad fire detector (without integrated alarm device).
  • Page 46 Periphery components for ESSER FACP The following detectors and alarm devices may be used together with the IQ8Wireless components: IQ8Quad fire detector (without integrated alarm device) IQ8Quad fire detector with integrated strobe, sounder and/or voice alarm device IQ8MCP - Manual Call Point, large design...

  • Page 47: Iq8Wireless Transponder

    Periphery components for ESSER FACP IQ8Wireless transponder The mounting position of the IQ8Wireless transponder (Part No. 805595.10) should be chosen to ensure a good radio connection (field strength) between the IQ8Wireless transponder and the associated IQ8Wireless detector bases. The four LED, each with their own description field, on the front of the housing provide information about the status of the wireless transponder.
  • Page 48 Periphery components for ESSER FACP 7.1.1 Features and system limitations IQ8Wireless transponder Possible operating modes Stand-alone • • Connection to a standard detection zone of a fire alarm control panel ® ® • Connection to the esserbus or esserbus PLus System limits Max.
  • Page 49 Periphery components for ESSER FACP Specifications Loop Rated voltage 8 V DC to 42 V DC External power supply Power supply 9 V DC ... 30 V DC Contact rating max. 30 V DC / 1 A Quiescent current approx. 17 mA @ 12 V DC Alarm current approx.

  • Page 50: Iq8Wireless Gateway

    Periphery components for ESSER FACP IQ8Wireless gateway The mounting height of the IQ8Wireless gateway (Part No. 805594.10) for IQ8Quad fire detectors, as device of the loop, must be coordinated with the type of fire detector which is installed. Additionally the mounting position of the IQ8Wireless gateway should be selected to ensure a good radio connection (signal strength) between the IQ8Wireless gateway and the associated IQ8 Wireless devices.
  • Page 51 Periphery components for ESSER FACP 7.2.1 Features and System limitations IQ8Wireless gateway Operating mode Connection to the esserbus ® or esserbus ® PLus • System limitations The Wireless gateway occupies 1 esserbus ® address • Max. 127 devices (addresses) per loop •...
  • Page 52 Periphery components for ESSER FACP Specifications Operating voltage : 8 V DC to 42 V DC Batteries : 4 batteries per 3.6 V (AA) Batteries lifetime : approx. 3 years Current consumption : 400 µA up to max. 2.5 mA...

  • Page 53: Iq8Wireless Detector Base

    Periphery components for ESSER FACP IQ8Wireless detector base The mounting height of the IQ8Wireless base (Part No. 805593.10) must be coordinated with the type of fire detector which is installed. Additionally, the mounting position of the IQ8Wireless base should be selected to ensure a good radio connection (signal strength) between the IQ8transmitter/receiver unit and the associated IQ8Wireless devices.
  • Page 54 Periphery components for ESSER FACP Specifications Operating voltage : 4 x 3.6 V (AA) batteries Battery lifetime : approx. 3 years Current consumption : approx. 50 µA Frequency band : 433/868 MHz Range : up to 300 m outdoors, up to 30 m in buildings Transmission power : max.

  • Page 55: Planning Of Iq8Wireless Components

    Periphery components for ESSER FACP Planning of IQ8Wireless components Planning information When fire alarm systems are planned and installed e.g. in the Federal Republic of Germany, they must comply with certain standards and guidelines, including the following: DIN VDE 0100 •...

  • Page 56: System Requirements

    Periphery components for ESSER FACP System requirements To use the IQ8Wireless components to the FACP the esserbus ® or powered loop function is needed. IQ8Wireless transponder IQ8Wireless detector base esserbus / esserbus PLus ® ® IQ8Wireless Interface IQ8Wireless gateway Fig. 37: IQ8Wireless components on the loop...

  • Page 57: Alarm Devices

    Periphery components for ESSER FACP Alarm devices Alarm devices can be integrated in IQ8Quad automatic fire detectors (Section 5.3) or used as a stand-alone ® alarm device IQ8Alarm Plus on the esserbus PLus of ESSER fire alarm control panels. Conventional alarm devices (Section 9.2) are connected to the FACP via esserbus...
  • Page 58 Periphery components for ESSER FACP Load factor max. Alarm Number Alarm device Audible Visual Audible Speech Visual Total per loop (incl. Speech) 807205R 1,5-3,0 1,5-3,0  807205W 1,5-3,0 1,5-3,0  807214RR 3,0-7,9 3,0-7,9  807214WW 3,0-7,9 3,0-7,9  807224RR 3,0-7,9...
  • Page 59 Periphery components for ESSER FACP Information on EN 54-23 In the event of a fire, visual alarm devices are used to warn and alert people in or near a building. This enables the people that have been warned to leave the danger zone safely and take appropriate action.
  • Page 60 Periphery components for ESSER FACP Specifications Operating voltage @ quiescent : 14 V DC … 42 V DC Operating voltage @ alarm 25 V DC … 42 V DC Quiescent current @ 19 V DC : 55 μA Terminals max. 1,5 mm...

  • Page 61: Conventional Alarm Device

    Periphery components for ESSER FACP Wiring The alarm device is connected directly to the esserbus ® PLus. Further wiring is not necessary. Outward and return lines of the connection cable should not be lie in the same cable or installation tube. Cable shielding of the connection protects the signal lines from the effects of disturbances.

  • Page 62: Development Of Audible Alarm Devices

    Periphery components for ESSER FACP Development of audible alarm devices Calculating the maximum number of alarm devices The max. number alarm devices on the loop depends on the alarm device type and the length of the loop. The individual load factors of the bus devices must be determined and added onto this. The max. permissible total load factor of a loop is 96.
  • Page 63 Periphery components for ESSER FACP In practice, the following applies: The sound pressure level emitted from audible alarm devices is given for a distance of 1 m from the source of the noise. 92 dB 72 dB Fig. 42: Example •...
  • Page 64 Periphery components for ESSER FACP Sound pressure level depending on the height of the ceiling and distance Both the following tables provide a short guide for the expected sound pressure level in dB(A) taking account of the installation height (height) and the diagonal distance to the alarm device. The idealised values calculated here for the sound pressure level may, however, differ in practice.

  • Page 65: 10.1 Requirements

    Periphery components for ESSER FACP 10.1 Requirements The sound pressure level of the surroundings in which an audible alarm device is to be installed must be • measured. The sound pressure level of the alarm device must be at least 65 dB and must be +10 dB higher at all •...
  • Page 66 Periphery components for ESSER FACP 10.2.2 IQ8Alarm Plus acoustics without voice Sound pressure levels for acoustic alarm devices/voice signal devices for exclusive use of acoustics without voice Sound pressure level (SPL) [dB(A)] Horizontal angle [°] Vertical angle [°] Load factor (LF)
  • Page 67 Periphery components for ESSER FACP 10.2.3 IQ8Alarm Plus acoustics and voice Sound pressure levels for acoustic voice signal devices for simultaneous use of acoustics and voice Sound pressure level (SPL) [dB(A)] Load Horizontal angle [°] Vertical angle [°] Volume Tone Description...

  • Page 68: 10.3 Commissioning

    The customer data that was configured using the service and programming software tools 8000 • must correspond to the actual configuration of the ESSER FACP and the external periphery. An IQ8Quad fire detector with voice output, such as the O²T/FSp multisensor detector •...
  • Page 69 Periphery components for ESSER FACP In order to keep the total number of control zone numbers in complex security areas to a minimum, they can be aggregated into a single one. Observe that the same type of alarm devices may be aggregated in this way.

  • Page 70: 10.4 Creating A Signal Template

    Periphery components for ESSER FACP 10.4 Creating a signal template With the service and programming software tools 8000 provides all information on the signal templates. Up to 255 signal templates can be created and/or managed in a fire alarm control panel. The default signal template >Signal tone according to DIN 33404-3<...
  • Page 71 Periphery components for ESSER FACP Example Signal template = [GB] DIN tone with speech Signal component 1 Signal component 2 Signal component 3 Signal component 4 DIN tone DIN 33404-3 Pause Phrase 1 free Repeat frequency of the entire signal Until sounder off Fig.
  • Page 72 Periphery components for ESSER FACP 10.4.1 Acoustic signals tools Signal Area of use No*. Signal description Duration(s) 8000** component School bell School bell 1.00 Complex signal sequence FP 1063.1 Telecoms BS 5839 Pt1-Tone 1 Alternating signal tone, Tone 1 (GB) frequency 800/970 Hz @ 2 Hz 4.00...
  • Page 73 Periphery components for ESSER FACP tools Area of use No.* Signal component Signal description Duration(s) 8000** French fire sound Alternating signal tone, Fire frequency 554 Hz @ / 440 Hz 4,00 (France) NL - Slow Whoop Rising signal tone, Slow Whoop frequency 500 Hz ...
  • Page 74 Periphery components for ESSER FACP 10.4.2 Voice (excerpt) Area of use Signal component Signal description Duration(s) This is a fire alarm. Please leave the building immediately via the Phrase 1 6.44 nearest escape route. The fire brigade has been notified.
  • Page 75 Periphery components for ESSER FACP Area of use Signal component Signal description Duration(s) Un incident est signalé dans le batiment. Phrase 13 Merci de garder votre calme et attendez les prochaines 6.66 instructions. Phrase 14 Ceci est un test. 1.58 L'alarme est à...

  • Page 76: Maximum Cable Length And Load Factor

    Periphery components for ESSER FACP Maximum cable length and load factor To assist with planning and project planning – appropriate to the removal of the FACP – the max. number of loop participants must be determined depending on the load factor and the line length and cross-section. The individual load factor (LF) of each device should also be included (see Specifications).
  • Page 77 Periphery components for ESSER FACP Loop-participants and load factors Fire detector IQ8Quad with integrated alarm devices Part No. Description / function / device type Load factor O/So optical smoke detector 802382 O²T/F multisensor detector 802383 O²T/So multisensor detector 802384 O²T/FSp multisensor detector 802385.xx...

  • Page 78: Esserbus ® Transponder

    Periphery components for ESSER FACP esserbus ® transponder The esserbus ® transponders enable conventional technology and the esserbus ® to be connected. They are used for different activations. E.g. "alarm transponder" which is used for both the connection of non-addressable detectors (point-type detectors, manual detectors and special detectors) as well as for the operation of conventional alarm signaling devices (signaling devices, signal flasher and combination alarm signaling devices).

  • Page 79: Esserbus ® Alarm Transponder (Part No. 808623)

    Periphery components for ESSER FACP 12.1 esserbus ® alarm transponder (Part No. 808623) As a loop device on the loop, the esserbus ® transponder enables the connection of automatic standard fire detectors, manual call points (MCP) without addressing, and third-party detectors. In addition, two programmable relay outputs are also available.

  • Page 80: Esserbus ® Transponder For Univario (Part No. 808623.10)

    Periphery components for ESSER FACP 12.2 esserbus transponder for UniVario (Part No. 808623.10) ® The transponder enables the connection of max. 2 industrial detectors of the UniVario product family as components of the loop. These detectors are supplied with energy via the 9 V DC group voltage input. For meeting the standard requirements of monitoring, an EOL-UV terminal element is connected to the detector base of the UniVario detector.

  • Page 81: Esserbus ® Transponder Special Detector (Sd) (Part No. 808623.40)

    Periphery components for ESSER FACP 12.3 esserbus transponder Special detector (SD) (Part No. 808623.40) ® To connect special detectors and related reset functions with pre-alarm, fault and alarm assessment. The transponder can be adapted to the different reset behaviours of the connected special detectors.

  • Page 82: Esserbus ® Transponder 12 Relays (Part No. 808610.10)

    Periphery components for ESSER FACP 12.4 esserbus transponder 12 relays (Part No. 808610.10) ® The esserbus ® transponder works as a loop device on the loop, it is possible to expand the number of outputs per ESSER FACP. In ‘potential-free’ mode, no external switching voltage is required for relays K1 to K11.

  • Page 83: Esserbus ® Transponder 32 Led (Part No.808611.10)

    Periphery components for ESSER FACP 12.5 esserbus transponder 32 LED (Part No.808611.10) ® As a loop device on the loop, the esserbus ® transponder enables the implementation of 32 outputs for direct LED activation (e.g. for a panel). The outputs can be used with positive or negative switching. Service and programming software tools 8000 is used for configuration.

  • Page 84: Esserbus ® Transponder Sie (Part No. 808613.30)

    Periphery components for ESSER FACP 12.6 esserbus transponder SIE (Part No. 808613.30) ® The esserbus ® transponder Standard Interface Extinguishing (SIE) allows for the connection of extinguishing agent control systems/extinguishing systems to the fire alarm system. An external power supply of 12 V DC or 24 V DC can be connected to the esserbus ®...

  • Page 85: Esserbus ® Transponder Iq8Fct Xs (Part No. 808606)

    Periphery components for ESSER FACP 12.7 esserbus transponder IQ8FCT XS (Part No. 808606) ® The IQ8FCT XS can be used as a fire control transponder (FCT) for controlling and monitoring fire protection equipment* such as fire dampers, as well as a technical alarm module (TAL) for monitoring an external switching contact.

  • Page 86: Esserbus ® Transponder Iq8Fct Lp, 230 V Ac (Part No. 808621)

    Periphery components for ESSER FACP 12.8 esserbus transponder IQ8FCT LP, 230 V AC (Part No. 808621) ® The IQ8FCT LP can be used as FCT (fire control transponder) to control and monitor external fire protection devices like fire dampers or as a technical alarm module (TAL) to monitor an external contact *.

  • Page 87: Technical Alarm Module Iq8Tal (Part No. 804868)

    Periphery components for ESSER FACP 12.9 Technical Alarm Module IQ8TAL (Part No. 804868) The technical alarm module is a loop device that enables technical alarms to be detected and forwarded. The IQ8TAL is equipped with an integrated loop isolator, a contact input and a relay output. The integrated relay can be optionally configured as a normally-closed contact or as a normally-open contact.

  • Page 88: Iq8Fct (Part No. 804867)

    Periphery components for ESSER FACP 12.10 IQ8FCT (Part No. 804867) Like the IQ8TAL, the IQ8FCT is an esserbus ® transponder with a contact input and a potential-free relay output. For controlling and monitoring fire control systems, such as fire dampers. Programmable runtime monitoring is used to check that fire dampers are closed at the correct time and that this is transmitted to the FACP.
  • Page 89 Periphery components for ESSER FACP Notes TI 798960.GB0 / 04.20...
  • Page 90 Novar GmbH a Honeywell Company Forumstraße 30 41468 Neuss, Germany Telefon: +49 2131 40615-600 Telefax: +49 2131 40615-606 Internet: www.esser-systems.com Technical changes reserved! E-Mail: [email protected] © 2020 Honeywell International Inc.

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