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Summary of Contents for Detnov CCD-020
- Page 1 INSTALLATION MANUAL CCD-020 / CCD-040 Conventional fire detection control panel...
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Page 4: Table Of Contents
CONTENTS 1. Introduction ................7 1.1. About this manual .................. 7 1.2. European Standards ................8 1.3. Explicit definitions .................. 9 1.4. Characteristics of the control panel ........... 10 1.5. Inventory ....................10 1.6. Damage to the unit ................11 1.7. Requirements .................. - Page 5 4.5. Power supply wiring ................23 4.5.1. Battery wiring ....................... 23 4.5.2. Wiring to the mains ....................23 5. Start-up guide ................26 5.1. System verification ................26 5.2. The system's power supply ..............26 5.3. Testing the system ................27 6. User guide ................28 6.1.
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Page 7: Introduction
KEEP THE PACKAGING BOX as you may need it if you have to send the control panel to the technical support service. Each step in the CCD-020/040 control panel's assembly, connection and start-up process includes descriptions and detailed graphics to make it easy to follow the instructions. -
Page 8: European Standards
1.2. European Standards This panel has the CE marking to indicate that it meets the requirements of the following EU directives. • 305-2011 CPR Construction Products Regulation. • 2014/30/EU EMC Electromagnetic Compatibility Directive. • 2014/35/EU LVD Low Voltage Directive. In addition to these directives, the manufacturing of this control panel complies with the following European directives for manufacturing and waste management: •... -
Page 9: Explicit Definitions
1.3. Explicit definitions The procedures described in this manual include warnings and notes to guide the user on how to adopt methodical and safe working practices during installation, start-up and configuration. Please heed the warnings in this manual as incorrect use or improper installation may lead to an equipment malfunction, damage to the unit and even injury. -
Page 10: Characteristics Of The Control Panel
1.4. Characteristics of the control panel The CCD-020/040 series of conventional control panels has been certified to meet the requirements of the EN54-2 (UNE 23007-2) and EN54-4 (UNE 23007-4) standards. This range of control panels features: • 2 detection zones (CCD-020) / 4 detection zones (CCD-040) • 2 sounder outputs • 1 alarm output •... -
Page 11: Damage To The Unit
1.6. Damage to the unit If the unit is damaged, any accessory is missing or you have queries regarding the explanations in this manual: • Contact your technical support service or distributor. If necessary, they will send you a document to manage your RMA request. •... -
Page 12: Installation Notes
1.7.2. Installation notes This control panel has been designed to comply with the EN54 standard, so it must be installed in accordance with the requirements of that standard. ⚠WARNING!: Failing to meet these requirements may cause a system malfunction and constitute a breach of the EN54 standard. -
Page 13: Disclaimer
1.7.4. Disclaimer CCD-020/040 fire detection control panels have been designed to work under the most demanding operating conditions and they can also be adapted to any type of system, thanks to their versatility. Remember that incorrect assembly, improper installation or poor configuration of the unit may jeopardise the integrity of the system and is not the responsibility of the control panel manufacturer. The condition of the detector wiring is also not the responsibility of the control panel manufacturer. -
Page 14: General Description Of The Series
2. General description of the series nc na nc na alarm fault snd1 snd2 24v aux 1. MAINS TERMINAL BLOCK 11. 2 A FUSE OF BATTERY 2. ZONE CONNECTORS 12. 0.5 A FUSE OF 24 V AUXILIARY OUTPUT 3. ALARM OUTPUT 13. -
Page 16: Assembly Guide
3. Assembly guide Read this chapter carefully and familiarise yourself with the various parts of the control panel, its internal components and its configuration before starting to install the system. CAUTION: Failing to follow the instructions in this chapter may lead to the unit being damaged. 3.1. Pre-installation checks It is also essential that the detection system of which this control panel is part has been designed by qualified staff and complies with the UNE 23007-14 standard, any municipal by-laws and any regulations in force in the place where the control panel is being installed. -
Page 17: Installation Steps
3.2. Installation steps 3.2.1. Removing the front cover To access the inside of the control panel, remove the 2 screws from the front part in the lower area. After unscrewing them, remove the cover. 3.2.2. The control panel's wiring Before mounting the control panel, establish where the necessary wires will pass through (the lines for the zones, sounders and connection to the mains supply). -
Page 18: Location Of The Control Panel On The Wall
3.2.3. Location of the control panel on the wall Choose a place that is easy to access and free of obstacles, where the indicator lights can be seen without difficulty and the cover can be removed easily. The control panel must be placed at a height of 1.5 m from the floor. 3.2.4. Fixing the control panel to the wall To fix the control panel to the wall, use the rear housing as a template. To do this, hold it against the wall in the desired place and mark the position of the fixing holes, making sure that the housing is level. -
Page 19: Language Selection
3.2.5. Language selection CAD-020/040 conventional control panels allow you to customise the language by using the inserts included on the language sheets that are supplied. Select the required language and insert the sheet into the corresponding slot located on the lower left side of the keypad. -
Page 20: Wiring Guide
4. Wiring guide The types of wiring that you will normally find in a conventional fire detection system are listed below. 4.1. Zone wiring CCD-020/040 series control panels are designed to manage the signals of up to 32 detectors or 32 manual call points for each zone, as recommended in the EN54 and UNE 23007-14 standards. A zone's wiring should begin in the control panel's terminal block and finish in the end-of- line resistor (4K7 ohms). -
Page 21: Manual Call Point Wiring
Otherwise, it will have to be added (the value of this resistor is 100 ohms 2 W). Remember that you must place a 4K7 ohm resistor at the end of the line. 4.2. Sounder wiring CCD-020/040 series control panels have 2 outputs for sounders on the MAIN BOARD nc na nc na marked as SND1 and SND2. -
Page 22: Sounder Timer
(between 0 and 10 minutes). 4.3. Wiring of 24 VDC auxiliary output CCD-020/040 control panels have 1 24 VDC auxiliary output that is used to supply power to the devices that require this power. Its maximum current is 450 mA and it is protected by a fuse. -
Page 23: Power Supply Wiring
4.5. Power supply wiring 4.5.1. Battery wiring Convention control panels require two 12 VDC batteries connected in series. The capacity of these batteries must be 2.3 A/h. The wire jumper supplied with the control panel must be connected so that the + pole of one battery is connected to the - pole of the other. - Page 24 To ensure that the mains cable is securely attached, insert the cable into the plastic guide, using the tabs in the housing. This will prevent the cable from coming loose in the event of sudden removal. NOTE: If the system is in an area with electromagnetic interference, it is advisable to use ferrite beads.
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Page 26: Start-Up Guide
5. Start-up guide This chapter provides a step-by-step explanation of how to correctly start up CCD-020/040 series conventional control panels. 5.1. System verification Before supplying power to the unit, check the points detailed below: • Check that the unit has been installed correctly. -
Page 27: Testing The System
5.3. Testing the system When the system is in operation, check the following points: • Trigger a fault in each of the zones and check that the fault relay is activated and the respective indicator lights are lit. • After triggering a fault in each of the zones, check that the alarm relay is activated and the sounder outputs are activated after the time programmed in the timer has elapsed and the alarm indicator lights are lit. -
Page 28: User Guide
6. User guide The functions of all of the unit's indicator lights and control keys are detailed below, as well as its operating modes. nc na nc na alarm fault snd1 snd2 24v aux 6.1. Indicator lights 1. Zone alarm (RED / one per zone): This is activated when an alarm is detected in the corresponding zone. - Page 29 5. Mute sounders (YELLOW): This is activated when the MUTE SOUNDERS key is pressed after the sounders have been activated. 6. Mute control panel (YELLOW): This is activated when the control panel's internal buzzer is activated after pressing the MUTE CONTROL PANEL key. 7.
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Page 30: Audible Indicators
6.2. Audible indicators A. Alarm indicator: When an alarm situation occurs, the internal buzzer is activated continuously. B. Fault indicator If a fault occurs and there is no alarm, the buzzer is activated intermittently. Remember that the alarm audible indicators take priority over the fault indicators. C. -
Page 31: Operating Modes
D. Mute sounders This deactivates the sounders when they have been activated and disconnects them if they have not. In the latter case, the general disconnected indicator and sounder disconnected indicator will be lit. See point G in this section. E. -
Page 32: Fault Mode
Actions in the event of an alarm. When in alarm mode, the following actions can be taken: • PRESS THE MUTE CONTROL PANEL KEY: The buzzer will be muted and the muted buzzer indicator will be activated. • PRESS THE RESET KEY: The unit will return to standby mode. We do not recommend resetting the unit until the cause of the alarm has been resolved. -
Page 33: Disconnected Mode
6.4.4. Disconnected (disabled) mode CCD-020/040 series control panels allow zones and sounders to be disconnected. When a zone is disconnected, the control panel will not monitor the disconnected zone, so it is important not to use this function unless it is strictly necessary. The disconnected mode is indicated as follows: •... -
Page 34: Out Of Service Mode
Steps to configure test mode. The test mode configuration of a zone is activated by pressing the key of the zone that you want to configure in that mode. To deactivate the test mode for a zone, follow these steps after enabling access to the keypad (section 6.3, point G): • PRESS THE KEY OF THE CORRESPONDING ZONE: Test mode is activated. • PRESS THE GENERAL TEST KEY: Test mode is deactivated. 6.4.6. -
Page 35: What To Do In The Event Of An Alarm
6.5. What to do in the event of an alarm Conventional control panels are designed to ensure an effective response in the event of a fire. You should familiarise yourself with the unit in order to act correctly in a critical situation. NOTE: Read the following steps carefully, as they will be extremely helpful in the event of an alarm. • KEEP CALM: The control panel will activate the bells and sounders that alert you of an issue, which may make you feel nervous and prevent you from reacting appropriately. -
Page 36: Maintenance Guide
7. Maintenance guide Always follow the maintenance recommendations in the EN54-14 standard. 7.1. The user The user must perform daily and monthly checks: 7.1.1. Daily checks: The control panel must show that it is operating normally via the service indicator light. Otherwise, make a note of the faults in the incident log book and notify the company responsible for the unit's maintenance. -
Page 37: Troubleshooting
8. Troubleshooting PROBLEM DIAGNOSIS SOLUTION service indicator • Check the mains supply POWER SUPPLY: light is not lit. (230 VAC). • Check the mains fuse. There is no power • Check the battery. supply. • Check the battery fuse. The general fault and •... -
Page 38: Characteristics
(according EN54-2 IP30 Sect. 12.3.1) Environmental conditions For Class 3K5 EN60721-3-3:1995 Zone characteristics Models: CCD-020 2 zones CCD-040 4 zones Maximum number of elements per zone 32 detectors or 32 manual call points Output voltage per zone 18 VDC/29 VDC... - Page 39 Sounder output characteristics Supervised sounder outputs Output voltage on standby -5 VDC/-9 VDC Activated output voltage 18 VDC/29 VDC Maximum activated output current 450 mA per sounder output Recommended cable 2 x 1.5 mm² twisted pair End-of-line resistor of sounders 4K7 ohms 1/4 W SND1 and SND2 fuse 500 mA 5x20 (Fast-Acting)
- Page 40 10. Simbología Earth connection. It is essential to make this connection and ensure that it is correct. Electronic equipment sensitive electromagnetic discharges. When handling the electronic module, you must use an anti- static wrist strap and avoid any damage. High-voltage electrical discharges possible. Take extreme care to avoid injury.
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