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Summary of Contents for KG µ-FEP
- Page 1 User Manual µ-FEP FIRE DETECTION & EXTINGUISHING CONTROL PANEL WITH AN INTEGRATED UPS www.kg-groep.com November 1, 2020 | version 1.9...
- Page 2 Document revision details Issue Modification Detail Author Date publishing document 19 / 12 / 2019 IP rating adjust to IP 66 25 / 02 / 2020 Text correction page 7, appendix 3 becomes chapter 18 26 / 02 / 2020 Resistor change chapter 14 linear heat cable 17 / 04 / 2020 Ambient Temperature Range -10 to 50°...
- Page 3 Important Notes – PLEASE READ CAREFULLY This manual should be thoroughly read and understood before installation and commissioning of the system is undertaken. The µ-FEP, with the associated connections, must be installed, commissioned, and maintained by a skilled, knowledgeable, and competent personnel that is trained to perform this work. It is assumed that the personnel who commission the system is familiar with objective of the equipment and the technical terminology associated with this.
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Page 4: Table Of Contents
TABLE OF CONTENTS INTRODUCTION KEY PROPERTIES FEATURES COUSTIC ALARM HOURS EMERGENCY POWER OMMUNICATION -ETB) XTINGUISHERS TERMINAL BOARD µ ISTORIC EVENT LOG ENCLOSURE & INSTALLATION IN- & OUTPUTS ONITORED INPUTS 5.1.1 Detection zones 5.1.2 External release input 5.1.3 External hold input ONITORED OUTPUTS 5.2.1 Monitored extinguishing output 5.2.2 Monitored sounder/beacon output... - Page 5 DIP SWITCHES TANDARD SETTING XTINGUISHING DELAY TIMER UTE BUZZER ATCHING ATCHING INGLE OR DUAL FIRE ALARM IRECT RELEASE O AUTOMATIC RELEASE CONNECTION & CABLE AND WIRING SPECIFICATIONS 10 TECHNICAL SPECIFICATION 11 DEVICES SUPPORTED BY THE µ-FEP 11.1 DETECTION DEVICE SUPPORT 11.2 SOUNDER BEACON DEVICE SUPPORT...
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Page 6: Introduction
NTRODUCTION The µ-FEP is designed to be a stand-alone fire detection-extinguishant release panel used in systems for e.g. electrical cabinets, CNC machines, engine rooms, small area’s or other equipment in which the user should be able to extinguish a fire rapidly and effective. This is done by pressing two buttons, external release button or using fire sensor inputs. -
Page 7: Features
EATURES 3.1 A COUSTIC ALARM The µ-FEP has an internal attention signal. Malfunctions are standard signalized with a continuous tone signal, alarms with a pulsating tone signal. Deviating tone signalling takes place with extinguishing activation and operation of the hold (extinguishing delay) function. The voltage of the monitored output to drive an additional sounder/beacon is controlled by the µ-FEP and is independent of the main power supply voltage. -
Page 8: Enclosure & Installation
& ENCLOSURE INSTALLATION µ-FEP control panel should be mounted on a dry, flat surface, at eye height to the signaling and operating panel, in a horizontal position so that the enclosure cannot deformed. The µ-FEP should be installed in an accessible area. Suitable fixings should be used at all µ-FEP fixing points such that the panel is securely mounted and is not liable to move once fixed. -
Page 9: In- & Outputs
- & OUTPUTS ONITORED INPUTS The µ-FEP is equipped with two detection zones and two external button inputs (Extinguishing Release & Hold). These inputs are continuously scanned for alarm or fault detection. All inputs are monitored and require a 10 kΩ end of line resistor, even if the input is not used. The button inputs must have a trigger resistor between 470 and 1000 Ω. -
Page 10: Monitored Outputs
ONITORED OUTPUTS The µ-FEP is equipped with six outputs, two monitored and four potential free. The monitored outputs are continuously scanned for open and short circuit fault conditions. The potential free outputs have a contact load of 30 VDC /1A. The monitored outputs are the extinguishing output (extinguishing release) for a maximum of 5 extinguishing units and the sounder output for a two-tone alarm signal generator. -
Page 11: Control Buttons
ONTROL BUTTONS The µ-FEP has a clear and orderly front panel with which the system status of the µ-FEP can be determined rapidly. The figure shows the controls and indications. The µ-FEP facia consists of a special foil with embedded the control buttons and LED indicators. -
Page 12: Led Indicators
7 LED INDICATORS The front of the µ-FEP has 2 common fire 3 internal fault, and 12 individual LED indicators on the front divided in three sections to indicate general functions, fire detection and the extinguishing status, with separate LED indicators. 7.1 G ENERAL FIRE ALARM Upon receipt of a fire condition on any of... -
Page 13: Extinguishing Released
7.8 E XTINGUISHING RELEASED The red extinguishing release indicator lights continuously when the extinguishers are activated. This red extinguishing release indicator lights up after ending of the configured extinguishing delay time, or when the two extinguishing release buttons on the front are pressed or the external release button is activated. -
Page 14: Dip Switches
WITCHES 8.1 S TANDARD SETTING The most common setting of the µ-FEP is based on user experience. In this standard setting all switches are in OFF position. Under normal circumstances only µ-FEP green Power LED is On. Standard setup is: ▪... -
Page 15: Single Or Dual Fire Alarm
When non-latching. It is possible that a short increase of humidity, dust or rise in temperature, nearby the detector occurs. This can result in a fire alarm that only disappears when the reset button on the panel is physically pressed. Normally somebody will go to the fire panel and press the reset button and with that restore the false alarm. -
Page 16: Connection & Cable And Wiring Specifications
& ONNECTION CABLE AND WIRING SPECIFICATIONS The µ-FEP has the connections inside back box of the control panel enclosure. & IRING CABLE SPECIFICATIONS ▪ Use a pair of twisted cable, this strength the protection against electrical or magnetic field influences on the cable. ▪... -
Page 17: Technical Specification
10 T ECHNICAL SPECIFICATION Environment Ambient Temperature Range -10 to 50 degrees Celsius Dust and water rating IP66 Power related specification Input voltage 6 to 28 VDC Maximum power usage 5 Watt Maximum voltage VFC 30 VDC Maximum current VFC Backup power duration Typically, 4 hours in idle state Sounder / beacon voltage main powered mode... -
Page 18: Devices Supported By The Μ-Fep
Apollo ORB-HT-41006-MAR¹ heat 90°C Apollo ORB-MB-00001-MAR standard detector base Apollo ORB-OP-02032-APO optical (non-latching) Apollo KG/601CH¹ CO/HT Carbon Monoxide/Heat FireClass KG/4B standard detector base snap-fit to ceiling FireClass KG/4B-EM European mounting box for detector base FireClass KG/BU extinguishing hold button (blue) K&G... -
Page 19: Μ-Fep Main Wiring Diagram
-FEP µ MAIN WIRING DIAGRAM The diagram below shows the µ-FEP connections options... -
Page 20: Μ-Fep Fire Detector And Wiring Options
-FEP µ FIRE DETECTOR AND WIRING OPTIONS There are three options for connecting fire detectors to the µ-FEP. ▪ Conventional Apollo Orbis fire detectors ▪ Fenwal heat detectors ▪ Linear cable heat detection 2 x 0,8 mm zone 1 detector end of line 1 t/m 4 resitor... -
Page 21: Μ-Fep External Extinguisher Release & Hold Wiring Options
-FEP E & µ XTERNAL EXTINGUISHERS RELEASE HOLD WIRING OPTIONS The µ-FEP has a separate input for external extinguishing release and external hold-off button. Push button contact EXTERNAL HOLD BUTTON BLUE EXTERNAL RELEASE BUTTON YELLOW -FEP E & µ XTERNAL SOUNDER BEACON WIRING OPTIONS TONES... -
Page 22: Μ-Fep Fire Extinguishers Wiring Options
-FEP µ FIRE EXTINGUISHERS WIRING OPTIONS There are two ways to connect the aerosol generator to the system. ▪ The µ-ETB/DIN terminal board ▪ IP-protected junction box WARNING CONNECTION IN ACCORDANCE WITH THE JUNCTION BOX SITUATION AS SHOWN ABOVE IS TECHNICALLY POSSIBLE, BUT THIS IS NOT COVERED BY THE MANUFACTURER'S WARRANTY. -
Page 23: Μ-Etb Connection Device
-ETB µ CONNECTION DEVICE The µ-ETB is specially developed for the µ-FEP and aerosol extinguishers. This terminal connection board is equipped with built-in security electronics, which ensures that all igniters of the extinguishing units are activated. Together with an end line switch, this option turns the µ-FEP system into a complete and reliable fire detection and extinguishing system. - Page 24 Outdated or replaced computers and electronics are valuable sources for secondary raw materials, if recycled. Dealers of the µ-FEP system must comply with local regulations for waste separation applicable in the country where the supplier is located. Questions concerning the information presented in this manual may be addressed to your dealer.
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