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FIKE SAFETY TECHNOLOGY LTD.
Engineering and Commissioning Manual
Fire Detection & Alarm System Control Panel
SOLUTIONS
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Fire Protection
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Explosion Protection
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Overpressure Protection
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Pressure Activation
SW V1.00.00
24-DEC-202
11:47
ID:01 NORM
FIKE SAFETY TECHNOLOGY
TWO LOOP
ADDRESSABLE PANEL
TURN KEY OR ENTER CODE
(Suitable for Sita Devices)
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Scan QR Code for more info
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26-1846 Issue 1
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Table of Contents
Related Manuals for Fike CIE-A-400
Summary of Contents for Fike CIE-A-400
- Page 1 FIKE SAFETY TECHNOLOGY LTD. Engineering and Commissioning Manual SW V1.00.00 24-DEC-202 11:47 ID:01 NORM FIKE SAFETY TECHNOLOGY TWO LOOP ADDRESSABLE PANEL TURN KEY OR ENTER CODE Fire Detection & Alarm System Control Panel (Suitable for Sita Devices) › 26-1846 Issue 1 SOLUTIONS ›...
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Page 2: Stage
Fike’s policy is one of continual improvement and the right to change a specification at any time without notice is reserved. Whilst every care has been taken to ensure that the contents of this document are correct at time of publication, Fike shall be under no liability whatsoever in respect of such contents. -
Page 3: Table Of Contents
CIE-A-400 Control Panel Engineering and Commissioning Manual Content Introduction System Design Equipment Guarantee Anti-Static Handling Guidelines Warning The CIE-A-400 System Advantages of Addressable Systems Control Panel Mounting the Control Panel The General Assembly with front door removed Control Panel Disassembly... -
Page 4: Step
CIE-A-400 Control Panel Engineering and Commissioning Manual Content General Operation of Control Panel Control Panel Front LED Indication Fire Alarm Controls System Controls User Supervisor Engineer Access Levels and Codes Access Level 0 (Normal): Controls Enabled LED off Access Level 1 (User): Controls Enabled LED on... - Page 5 CIE-A-400 Control Panel Engineering and Commissioning Manual Content Technical Data Control Panel Control Panel Fuses and Protection Resistor Colour Codes Battery Calculations Installation Checklist Stage 1 Stage 2 Commissioning Checklist Step 1 Step 2 Step 3 Step 4 Loop Continuity and Insulation Test Results...
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Page 6: Introduction
CIE-A-400 Control Panel Engineering and Commissioning Manual Introduction This manual is intended as a guide to the engineering and commissioning principles of the CIE-A-400 Addressable Intelligent Fire Alarm and Detection system, and covers the system hardware information only. Due to the complexity and inherent importance of a system covering a ‘Life Protection Risk’, training on this equipment is essential, and commissioning should only be carried out by competent and approved persons. -
Page 7: The Cie-A-400 System
The CIE-A-400 system is defined as an Addressable Intelligent Detector System or an Addressable Fire Detection and Alarm System with Independent Distributed Intelligence. Distributed intelligence signifies that the signal processing is spread throughout the system, so that the decisions about fires and faults are taken within the detector itself. -
Page 8: Control Panel
CIE-A-400 Control Panel Engineering and Commissioning Manual Control Panel Mounting the Control Panel Identify the proposed location for the control panel. Ensure that the control panel will be easily accessible, and that account is taken of any subsequent work that may affect access. It should be located at the most likely point of access for the fire services. -
Page 9: Control Panel Disassembly
CIE-A-400 Control Panel Engineering and Commissioning Manual Control Panel Disassembly The backboard assembly is attached to the panel back box by two brackets on the bottom of the assembly, the two brackets hook into the back box. There is a single captive knurled screw in the centre at the top of the assembly which holds it in. -
Page 10: Cabinet Installation
CIE-A-400 Control Panel Engineering and Commissioning Manual Cabinet Installation Surface Mounting At least three of the mounting holes should be used to secure the cabinet to a solid wall using suitable screws of at least 50mm in length. Ensure that a minimum gap of 50mm is left between the sides of the back box and any wall or projection (such as another box). -
Page 11: Cable Entry
CIE-A-400 Control Panel Engineering and Commissioning Manual Cable Entry The cable entry locations are provided by two rows of knockouts at the top, six on the back and one on the bottom. The bottom knockout should be used if the 12Ah/17Ah battery box (540-0020)is used. -
Page 12: Loop Card Installation
CIE-A-400 Control Panel Engineering and Commissioning Manual Loop Card Installation To install the Loop Card (part number 10-0162), FIRST DOWN POWER THE PANEL. Slide the pins on the Loop Card into the connector on the backboard. Then use the screws included to fix into place. -
Page 13: Addressable Circuit Wiring
CIE-A-400 Control Panel Engineering and Commissioning Manual Addressable Circuit Wiring Topology & Cabling All system wiring should be installed to comply with the current BS 5839: Pt 1 and BS 7671 (wiring regulations) and any other standards relevant to the area or type of installation. A cable complying with the current BS 5839: Pt 1: Category 1 (cables required to operate for prolonged periods during fire conditions) is required. -
Page 14: Loop Loading
It can detect the type of device and in the case of devices manufactured from March 2010, the subtype from the above list as well. For devices manufactured prior to this date, the CIE-A-400 OSP will attempt to detect the subtype and use the appropriate DLUs. -
Page 15: General System Schematic
CIE-A-400 Control Panel Engineering and Commissioning Manual General System Schematic Loop 1 End 1 Loop 1 End 2 Loop 2 End 1 Loop 2 End 2 Remote Indicator Sounder Multipoint / ASD Sounder / Strobe Boxed I/O Module Manual Call Point... -
Page 16: Control Panel Main Pcb - Control & Indicating Equipment (Cie)
USB for OSP Programming The USB for OSP Programming is used to connect a computer to the CIE. CIE-A-400 OSP and a USB-A to USB-B lead is required in order to program the CIE via a computer. Please note that an Earth Fault may be present when a computer is connected. -
Page 17: Panel Backplane Layout
CIE-A-400 Control Panel Engineering and Commissioning Manual Control Panel Backplane & Terminals The Termination PCB (also known as the backplane) is located at the rear of the main control panel back box. Panel Backplane Layout L2_END 1 L2_END 2 The connections on the top from left to right:... -
Page 18: Peripheral Bus (Pb_1)
CIE-A-400 Control Panel Engineering and Commissioning Manual Peripheral Bus (PB 1) Communications between the panel and repeater is via a multi-drop RS-485 Peripheral Bus. 2-core 1.5mm2 screened fire resistant cable (i.e. FP200, Firetuff, Firecell) should be used for communications to the repeater. - Page 19 CIE-A-400 Control Panel Engineering and Commissioning Manual Inputs (INPUT 1 & 2) Inputs 1 & 2 will monitor for open and short circuit faults using a 3k3 EOL resistor. To activate the input, connect a 680R or 470R ‘triggering’ resistor across + & -.
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Page 20: Relay Outputs 1, 2 & Fault Relay Volt Free Contacts: No, Nc, Com
CIE-A-400 Control Panel Engineering and Commissioning Manual Relay Outputs 1, 2 & Fault Relay Volt Free Contacts: NO, NC, COM Relays 1, 2 and the Fault Relay are derived from single pole change over ‘volt-free’ relay contacts which are not fault monitored. - Page 21 CIE-A-400 Control Panel Engineering and Commissioning Manual Outputs (OUTPUT 1 & 2) Outputs 1 and 2 are monitored circuits which are monitored for open and short circuit faults with a 10k EOL resistor. This circuit will output 24v on a fire/sounder activation depending on how it is programed.
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Page 22: Addressable Loop: (End1+, End1-, Scrn, End2+, End2-, Scrn)
CIE-A-400 Control Panel Engineering and Commissioning Manual Addressable Loops 1 & 2: END1+, END1 -, SCRN, END2+, END2-, SCRN The Loop addressable circuit must be connected to its End 1 and End 2 terminals. Once initialised the loop is powered from both ends. -
Page 23: Auxiliary Power
CIE-A-400 Control Panel Engineering and Commissioning Manual Auxiliary Power: 30V, 0V, SCRN An Auxiliary nominal 24V DC power supply is available to power ancillary devices requiring up to 30V DC. The maximum output current is 350mA . The Auxiliary Power output is protected by T400mA fuse F1. -
Page 24: 32V Power Input
CIE-A-400 Control Panel Engineering and Commissioning Manual 32V Power Input The panel requires a DC supply voltage of 32V +/- 5% which is supplied by the internal 150W switch mode PSU module. This provides all the power and battery charging requirements. -
Page 25: Back Board Eng Loop Usb Port
USB FOR OSP PROGRAMMING NOTE: It is imperative that the correct version of OSP is used to match your version of CIE-A-400 control panel. The use of an incompatible version may result in incorrect operation of the control panel. This port is also used for connection to a computer running the panel diagnostic software. -
Page 26: Mains Supply & Batteries
The panel will not shut down if the batteries reach the Lowest Voltage while the panel is running on the mains supply. The standby time will vary depending on the system loading. The CIE-A-400 panel requires 2 x 12V 7Ah/9Ah batteries or to increase battery standby times up to 2 x 12V 12Ah/17Ah sealed lead acid batteries. -
Page 27: In Line Battery Fuse
CIE-A-400 Control Panel Engineering and Commissioning Manual The correct battery charger settings must be selected for the size of battery used, this is done using DIL switch S1 – 1 (BAT 1) and S1 – 2 (BAT 2). DIL switch S1: 4 –... -
Page 28: Battery Temperature Probe
CIE-A-400 Control Panel Engineering and Commissioning Manual Battery Temperature Probe There is a temperature sensor on the PCB; there is also provision for an external battery temperature probe part number 17-0162. This is on a fly lead which plugs into the PCB; it can be placed close to the battery for a more accurate battery temperature reading. -
Page 29: General Operation Of Control Panel
CIE-A-400 Control Panel Engineering and Commissioning Manual General Operation of Control Panel Control Panel Front General Indication LEDs System Indication LED Control Panel Information Window SW V1.00.00 24-DEC-202 11:47 ID:01 NORM FIKE SAFETY TECHNOLOGY TWO LOOP ADDRESSABLE PANEL TURN KEY OR ENTER CODE... -
Page 30: Led Indication
CIE-A-400 Control Panel Engineering and Commissioning Manual LED Indication The operation of the LED indicators on the front of the control panel are described below. Description Colour State Reason This indicates that power is being supplied to POWER Green Continuous the control panel from either the 230V AC mains supply, or the standby batteries. -
Page 31: Fire Alarm Controls
CIE-A-400 Control Panel Engineering and Commissioning Manual The alarm sounders have been activated from the ALARM SOUNDING Yellow Continuous Sound Alarms button on the panel. The alarms have been silenced whilst operating ALARM SILENCED Yellow Continuous and will stay silenced until another fire or relevant action occurs. -
Page 32: System Controls
CIE-A-400 Control Panel Engineering and Commissioning Manual System Controls USER View Current Events Test Controls & Display View Current Events SUPR Test Modes View Logs Delay On/Off Enable/Disable Time & Date Settings Find Device Diagnostics Access Levels View Current Events... -
Page 33: Supervisor
This will protect against unauthorised access to the system. The codes may be changed using the CIE-A-400 OSP software or from the Engineers menu on the panel. A valid Access Level code must be entered in order to gain entry to any of the menus. -
Page 34: Access Level 1 (User): Controls Enabled Led On
CIE-A-400 Control Panel Engineering and Commissioning Manual Access Level 1 (User - 8737): Controls Enabled LED on At Access Level 1 (User), the main Fire Alarm Controls are enabled, and the following System Controls are accessible: SW V0.00.00 03-NOV-21, 09:40... -
Page 35: Access Level 2 (Supervisor): Controls Enabled Led Flashing Slowly
CIE-A-400 Control Panel Engineering and Commissioning Manual Access Level 2 (Supervisor - 7877): Controls Enabled LED on At Access Level 2 (Supervisor), the main Fire Alarm Controls are enabled, and the following System Controls are accessible: SW V0.00.00 03-NOV-21, 09:40... - Page 36 CIE-A-400 Control Panel Engineering and Commissioning Manual View Current Events – Same as USER access page 34 Test Modes Test Modes → Test Controls & Display The Test Modes function causes the panel LEDs to illuminate, the LCD screen to blacken, the panel buzzer to sound and the keypad to be tested in order to verify correct operation.
- Page 37 CIE-A-400 Control Panel Engineering and Commissioning Manual View Event Logs The event log keeps up to 1000 historic events. Options 2 to 6 sort the events log into fire, fault, disablements, panel events & test events. This makes it easier to find specific types of event without having to look through the whole event log.
- Page 38 CIE-A-400 Control Panel Engineering and Commissioning Manual Enable / Disable Inputs → Detection Zone This function allows the disablement or enablement of a detection-zone. Thus, all the input devices (Manual Call Points, detectors and inputs) within that detection-zone will be disabled. The control panel will indicate that disablements are present (DISABLED LED), a disablement event will be recorded in the log.
- Page 39 CIE-A-400 Control Panel Engineering and Commissioning Manual Set Time & Date Set Time & Date. This allows the time and date to be adjusted. DST Settings. This allows the Daylight Saving Time to be adjusted. Find Device This function allows the user to switch on the LED and sounder (if they are present) at any device on any loop in order to aid in locating its position.
- Page 40 CIE-A-400 Control Panel Engineering and Commissioning Manual • Mains Supply Normal Low Voltage Over Voltage • Earth Fault Voltage The normal voltage between 0V and Earth SCRN is 1.7V The panel will display an earth fault if this voltage is below 1V or above 2.5V.
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Page 41: Access Level 3 (Engineer): Controls Enabled Led Flashing Quickly
CIE-A-400 Control Panel Engineering and Commissioning Manual Access Level 3 (Engineer - 3647): Controls Enabled LED flashing quickly At Access Level 3 (Engineer), the main Fire Alarm Controls are enabled, and the following System Controls are accessible: SW V0.00.00 03-NOV-21, 09:40... - Page 42 CIE-A-400 Control Panel Engineering and Commissioning Manual Loop Controls Loop Controls → Stop Loop This function performs a complete shutdown of every device on the loop. To ensure that every device is properly shutdown, it is important to stop the loop before removing power from the loop. If this is not done, it may cause random faults and stoppages during subsequent initialisation.
- Page 43 CIE-A-400 Control Panel Engineering and Commissioning Manual View Edit Attributes View Edit Attributes → Device This function allows the user to view and edit (if required), the attributes for each loop device. These attributes include the device type, serial number, address, zone, description, input, output, detection and alarm information.
- Page 44 CIE-A-400 Control Panel Engineering and Commissioning Manual Panel I/O → Panel Input Settings This will allow the engineer to view or change the operation of the panel Input settings. Inputs can be programmed as follows. • FIRE EVENT – Input activation will mimic that of a remote fire input.
- Page 45 CIE-A-400 Control Panel Engineering and Commissioning Manual Peripheral Bus Settings Peripheral Bus Settings → Initialize RDUs This will allow the engineer to send the configuration of the main panel to all RDUs on the system. Peripheral Bus Settings → RDU Setup This will allow the engineer to switch on the supervision for RDUs on the system.
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Page 46: Alarm Confirmation Technology
Cause & Effect sequence is reached. This function requires the use of a PC with CIE-A-400 OSP and it is not possible to use it without. In order to activate the function, install the devices as normal and refer to the CIE-A-400 OSP Programming Manual for... -
Page 47: Alarm Confirmation Delay
(depending on the programming of the system Cause & Effect). Selecting the Devices Any smoke detectors which are to utilise Alarm Confirmation must be selected using the CIE-A-400 OSP programming software. Smoke detectors not selected will operate in a standard manner (depending on the programming of the system Cause &... -
Page 48: Commissioning
You may run the initialisation backwards by reversing the loop connections, or one ended by removing one end of the loop. You may also use the CIE-A-400 OSP software to identify which devices have been found and initialised. Noting how far the device count on the control panel screen reached will indicate many faults, such as open or short circuit faults. -
Page 49: Commissioning
Normally, commissioning will take place as follows: 1. Initialise the addressable device loop. 2. Upload the configuration from the control panel to the PC with CIE-A-400 OSP. 3. Check that the addressable device serial numbers are in the positions on the loops that were expected, amend the configuration to suit the site and check it carefully. -
Page 50: Configuration Example
The CIE-A-400 User Guide should be explained and left with the responsible person(s) on site, for storage in an accessible and known location, in order that the responsible person(s) and the service engineer may keep... -
Page 51: Good Practice
The following suggestions are good practice if carried out during commissioning, and may help avoid common problems at a later date. The Fike Safety Technology Technical Support department may be unable to assist if the information is unavailable, and the guidelines are not followed. -
Page 52: Configuration Printout And Drawings
CIE-A-400 Control Panel Engineering and Commissioning Manual Configuration Printout and Drawings Make a Text Report printout of the system configuration from CIE-A-400 OSP and store it safely on site along with an up to date site plan marked with devices, serial numbers and wiring order. -
Page 53: Initialisation
CIE-A-400 Control Panel Engineering and Commissioning Manual Initialisation Normal Readings Ensure that your addressable device loop has the correct continuity and insulation integrity. With a digital test meter there should be a continuity reading of approximately 1.2 ohms per 100m of 1.5mm cable, and no continuity should be read between cores. - Page 54 CIE-A-400 Control Panel Engineering and Commissioning Manual Finally the control panel will investigate any spur connections from Multipoint detectors. Spurring was a feature in earlier panels and devices which allowed up to 5 devices to be spurred from a Multipoint detector over a 20m distance (total).
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Page 55: Initialisation Faults
CIE-A-400 Control Panel Engineering and Commissioning Manual Initialisation Faults Device Quantity Mismatch A device quantity mismatch will occur if a device or devices have been physically removed from or added to the system and these changes have not been updated in the OSP and downloaded into the panel. The panel will be expecting to find the original number of devices which were downloaded to it. - Page 56 CIE-A-400 Control Panel Engineering and Commissioning Manual Loop –ve Open Circuit If the system faces a Loop –ve open circuit during initialisation, the initialisation will not fail at that point but will continue as normal to the end of the loop. All devices will be operational (as long as no other faults exist).
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Page 57: Earth Faults
CIE-A-400 Control Panel Engineering and Commissioning Manual Earth Faults General If the control panel detects a short circuit or leakage current to Earth/Screen from one of its supply rails (either 0V or +Ve) an Earth Fault will be displayed. The voltage between 0V and Earth SCRN can be checked with a digital test meter. The normal voltage is 1.7V. -
Page 58: General Fault Finding
CIE-A-400 Control Panel Engineering and Commissioning Manual General Fault Finding Common Faults In the event that inexplicable or random faults continue after any obvious indication has been dealt with, take the following steps. 1. Verify that the addressable device loop cable readings are correct and suitable. Take particular note of the screen resistance and rectify any faults found. -
Page 59: Intermittent And Recurring Faults
CIE-A-400 Control Panel Engineering and Commissioning Manual Intermittent and Recurring Faults Smoke Sensor Failed – Signal High Ensure that the correct device is being investigated by comparing its description with the device address, and / or the serial number. Do not remove or add devices with the loop active. -
Page 60: Important Note
CIE-A-400 Control Panel Engineering and Commissioning Manual Loop Open Circuit If random or recurrent Loop O/C faults are reported then check the entire system for the following: Loose connections. Ensure all terminals are tight . Broken Connectors. If the terminal is over-tightened the main body of the connector may become broken, causing an intermittent open circuit. -
Page 61: Detectors
CIE-A-400 Control Panel Engineering and Commissioning Manual SITA MULTIPOINT ASD DETECTOR Available in 3 options Sita Multipoint ASD 205-0003 3 Smoke modes 3 Heat modes Sita Multipoint ASD With Sounder 205-0001 3 Smoke modes 3 Heat modes 7 Sound patterns... -
Page 62: Technical Data
CIE-A-400 Control Panel Engineering and Commissioning Manual Technical Data Control Panel CIE-A-400 Control and Indicating Equipment Dimensions W x H x D 353mm x 333mm x 117mm No. of zones 32 zones Number of loops 2 Loops Maximum of 200 devices or... -
Page 63: Control Panel Fuses And Protection
CIE-A-400 Control Panel Engineering and Commissioning Manual Control Panel Fuses and Protection A400 2 Loop Addressable Panel Loop output 1.2A current limiter Outputs 1 and 2 300mA trip polyfuse Auxiliary 24V DC supply T400mA Time Delayed 20mm Glass Mains T4A Time Delayed 20mm Ceramic (in mains terminal block) -
Page 64: Installation Checklist
CIE-A-400 Control Panel Engineering and Commissioning Manual Installation Checklist Use the following checklist to ensure that your work is correct and that the commissioning engineer has the necessary information to complete the commissioning of the system. The commissioning engineer will require this sheet, along with ‘Loop Continuity and Insulation Test Results’, correctly marked ‘As-Wired’... -
Page 65: Commissioning Checklist
CIE-A-400 Control Panel Engineering and Commissioning Manual Commissioning Checklist The following checklist may be used to ensure that all steps are taken. It serves as a reminder only and may need additional items added if required. Step 1 Commissioning Engineer Checked... -
Page 66: Loop Continuity And Insulation Test Results
CIE-A-400 Control Panel Engineering and Commissioning Manual Loop Continuity and Insulation Test Results After installation of the cable, and termination into all the relevant back-boxes, ensure that the link pins (legacy devices only) are installed as necessary in order to be able to take cable continuity and insulation readings. -
Page 67: Fire Alarm System Notice
CIE-A-400 Control Panel Engineering and Commissioning Manual FIRE ALARM SYSTEM NOTICE To Enable the Control Panel Keypad The user controls are accessed from Access Level 1 (USER) which is reached as follows: Enter your access code, eg 1234, followed by ENTER, or insert the KEY and turn it clockwise. - Page 68 CIE-A-400 Control Panel Engineering and Commissioning Manual Note The Fire alarm system installed in this building utilises ‘ALARM CONFIRMATION ’ technology to help eliminate false alarms. Please read and understand the following information in order to make the most effective use of the system.
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Page 69: Device Details
CIE-A-400 Control Panel Engineering and Commissioning Manual Device Details Record your device attributes on the following form. Copy as required for all devices in the system. SITE DETAILS: CONTROL PANEL NO. : LOOP NO. : DESCRIPTION: DESCRIPTION: DEVICE SERIAL DEVICE... -
Page 70: Engineers Notes
CIE-A-400 Control Panel Engineering and Commissioning Manual Engineers Notes... -
Page 71: Index
CIE-A-400 Control Panel Engineering and Commissioning Manual Index 32V Power Input ....................................24 Access Level 0 (Normal) ..................................33 Access Level 1 (User) ...................................34 Access Level 2 (Supervisor) .................................35 Access Level 3 (Engineer) ...................................41 Access Levels .....................................33 Addressable Circuit Wiring ..................................13 Addressable Loop ....................................22 Alarm Confirmation Technology ................................46... -
Page 72: Important Points
EN54-2: 1997 +A1: 2006, EN54-4: 1997 +A1: 2002 +A2:2006 ensure that the contents of this document are correct FIKE CIE-A-400 at time of publication, Fike shall be under no liability Intended for use in the fire detection and fire alarm whatsoever in respect of such contents. E&OE...
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