FN2006-U1, FN2007-U1 Fiber network module (SM), Fiber network module (MM) Mounting Installation

Transcription

1 FN2006-U, FN2007-U Fiber network module (SM), Fiber network module (MM) Mounting Installation 6V05048_c_en_ Building Technologies Division

2 Legal notice Legal notice Technical specifications and availability subject to change without notice Copyright by Transmittal, reproduction, dissemination and/or editing of this document as well as utilization of its contents and communication thereof to others without express authorization are prohibited. Offenders will be held liable for payment of damages. ll rights created by patent grant or registration of a utility model or design patent are reserved. Issued by: Building Technologies Division 8 Fernwood Road Florham Park, NJ 0792 Tel Edition: Document ID: 6V05048_c_en_-- 2 6V05048_c_en_-- Building Technologies Division

3 Table of contents Fiber network module FN2006 / FN Description Installation in Desigo/Cerberus Pro...6. Installation in XLS Views Wiring Wiring for Desigo/Cerberus Pro Wiring for XLS Power supply sockets (4, 6) Sockets for FCnet/C-WEB SFEDLINK-lines (7, 8) Indicators Technical data FCC Statement V05048_c_en_-- Building Technologies Division

4 Fiber network module FN2006 / FN2007 Description 4 6V05048_c_en_-- Building Technologies Division

5 Fiber network module FN2006 / FN2007 Description Fiber network module FN2006 / FN2007. Description The fiber network module multi-mode (MM) and the fiber network module single-mode (SM) can be used to network fire detection panels to the system bus FCnet/SFEDLINK or C-WEB/SFEDLINK, or XNET/SFEDLINK over large distances using glass fiber optic cable. The fiber network modules have the following features: Fiber network module (SM) FN2006: Single-mode transmission up to,000 ft / 9,90 m Fiber network module (MM) FN2007: Single-mode transmission up to,00 ft / 99 m Two independent, electrically isolated channels SC connections for fiber optic cable Ground fault detection Trouble signaling via LED and dry contact relay Installation in panel 5 6V05048_c_en_-- Building Technologies Division

6 Fiber network module FN2006 / FN2007 Installation in Desigo/Cerberus Pro.2 Installation in Desigo/Cerberus Pro The fiber network module is installed on the far left of the back box of the enclosure (2HU), beside the power supply. Installation is identical for the following modules: Fiber network module (SM) FN2006 Fiber network module (MM) FN2007 Each fiber network module is supplied with a set of plugs. 4 2 Installing the fiber network module FN2006 or FN2007 in the enclosure (2HU) x fixing screw 2 Fiber network module x fastening tab on enclosure underside of fiber network module 4 x threaded sleeve in back box. Position the fiber network module (2) on the back box of the enclosure as shown. 2. Screw the fiber network module (2) on the three fastening tabs () with three fastening screws () to the threaded sleeves (4) in the back box.. Wire up the fiber network module according to the following pin assignment. 6 6V05048_c_en_-- Building Technologies Division

7 Fiber network module FN2006 / FN2007 Installation in XLS. Installation in XLS In the XLS system, the fiber network module is installed on a COM-BRK bracket that can be mounted to the CB-, CB-2 or CB- back box or to the optional CB-MP. The COM-BRK takes up the same space as a CC-2 card cage. The fiber network module should first be secured to the COM-BRK using the three screws provided with the module, then installed in the back box or mounting plate using the four screws provided with the bracket. Once the bracket and module are secured to the cabinet, wire the module and connect the optical fiber cable as described later in this document. NOTICE The fiber network module and bracket cannot be installed behind a PMI, PMI-2, LVM or FMT. 7 6V05048_c_en_-- Building Technologies Division

8 Fiber network module FN2006 / FN2007 Views.4 Views LNK EF EF2 LNK2 Power RX Fail Fail2 Line RX2 PowerB Views of the fiber network module from above and the side Fiber optic SC connection for circuit 2 Fiber optic SC connection for circuit 2 0 LED indicators for data transmission, errors and power supply for both channels 4 socket, redundant power supply and error contact 5 Fastening tab for enclosure installation 6 Power socket, power supply and error contact 7 Socket /, FCnet/C-WEB/XNET SFEDLINK line 2 8 Socket /, FCnet/C-WEB/XNET SFEDLINK line 8 6V05048_c_en_-- Building Technologies Division

9 Fiber network module FN2006 / FN2007 Wiring.5 Wiring.5. Wiring for Desigo/Cerberus Pro Power supply wiring If the fiber network module is installed in the panel, the supply does not have to be routed redundantly. If the fiber network module is installed in the panel, the relay contacts for supply supervision do not have to be connected because the panel's power supply is already supervised. 'Power ' and '' inputs can only be supplied by UL 864 approved regulated power sources. Periphery board FCI206/FCI207, X00 DC 24 V UX PD-/4 Fire control panel - - Circuit Circuit Line X00 24 V UX Periphery board FCI206 / FCI C - NO NC + - C NO NC Power Wiring of fiber optic cable network module, installed exclusively in fire control panels or fire voice control panels 9 6V05048_c_en_-- Building Technologies Division

10 Fiber network module FN2006 / FN2007 Wiring FCnet/C-WEB wiring NOTICE Crosswise wiring in the electrical FCnet/C-WEB There is no ground fault supervision in the crosswise wiring from FN200 to FN2006 / FN2007. The wiring must be : according to representation above (-, -, - and -). The supply line of the electrical FCnet/C-WEB is either shielded or unshielded. If the supply line is shielded, cable glands must be used for the network module (SFEDLINK). You will find information about this in the description of the network module FN200 (SFEDLINK). Ground faults detected at < kω Each pair individually supervised Total length of electrical FCnet/C-WEB wiring: Max. 00 ft / 005 m You will find detailed information about FCnet/C-WEB wiring and the network module (SFEDLINK) FN200 in the corresponding description. Fiber optic cable wiring The accessible laser radiation is safe. It corresponds to laser class in accordance with IEC 60825/NSI Z6. The fiber optic cable is wired crosswise: The optical transmitter (TX) of one device must always be connected with the optical receiver (RX) of the other device. Circuit must always be connected with circuit 2. The bending radius of the fiber optic cable must not be less than that specified by the manufacturer (e.g. 0 x outer diameter). 0 6V05048_c_en_-- Building Technologies Division

11 Fiber network module FN2006 / FN2007 Wiring Class, style 7 circuit: Line Class optical network Line Power Power Line Line Power Power Wiring example of optical network, class with four fiber network modules 6V05048_c_en_-- Building Technologies Division

12 Fiber network module FN2006 / FN2007 Wiring Class B, style 4 circuit: Line Class B optical network Line Power Power Line Class B optical network Line Power Power Wiring example of optical network, class B with four fiber network modules Designation Description Panel with installed fiber network module Network module (SFEDLINK), main module 'Power ', supply input to fiber network module / Electric FCnet/C-WEB connection for circuit '' / Electric FCnet/C-WEB connection for circuit '2' Fiber optic connection (RX), optical receiver Fiber optic connection (TX), optical transmitter 2 6V05048_c_en_-- Building Technologies Division

13 Fiber network module FN2006 / FN2007 Wiring.5.2 Wiring for XLS If the fiber network module is installed in the panel, the supply does not have to be routed redundantly. 'Power ' and '' inputs can only be supplied by UL 864-approved regulated power sources. PSC-2 (TB) or PSX-2 (TB) UL-LISTED REGULTED 24 VDC POWER SUPPLY (POWER LIMITED) DO NOT USE - - Circuit Circuit 2 Line Optical circuit DO NOT USE + - C NO NC Power DO NOT USE NRC 24VDC POWER DO NOT USE + - C NO NC ONE SLOT OF CC DO NOT USE Wiring for XLS Fiber optic cable wiring The accessible laser radiation is safe. It corresponds to laser class in accordance with IEC 60825/NSI Z6. The fiber optic cable is wired crosswise: The optical transmitter (TX) of one device must always be connected with the optical receiver (RX) of the other device. Circuit must always be connected with circuit 2. The bending radius of the fiber optic cable must not be less than that specified by the manufacturer (e.g. 0 x outer diameter). 6V05048_c_en_-- Building Technologies Division

14 Fiber network module FN2006 / FN2007 Wiring Class, style 7 circuit: Line Class optical network Line Power Power Line Line Power Power Wiring example of optical network, class with four fiber network modules 4 6V05048_c_en_-- Building Technologies Division

15 Fiber network module FN2006 / FN2007 Wiring Class B, style 4 circuit: Line Class B optical network Line Power Power Line Class B optical network Line Power Power Wiring example of optical network, class B with four fiber network modules Designation Description Panel with installed fiber network module CC-2 or CC-5 containing NRC-2 'Power ', supply input to fiber network module / Copper XNET connection for circuit '' / Copper XNET FCnet/C-WEB connection for circuit '2' Fiber optic connection (RX), optical receiver Fiber optic connection (TX), optical transmitter 5 6V05048_c_en_-- Building Technologies Division

16 Fiber network module FN2006 / FN2007 Wiring XNET wiring You will find detailed information about FCnet/C-WEB wiring and the network module (SFEDLINK) FN200 in the corresponding description. Electrical FCnet/C-WEB supply line, shielded or unshielded. If the supply line is shielded, cable glands must be used for the network module (SFEDLINK). You will find information about this in the description of the network module (SFEDLINK). Copper XNET wiring must be shielded. Ground faults detected at < kω Fiber optic cable must be in the same enclosure as the NRC Each pair is individually supervised 6 6V05048_c_en_-- Building Technologies Division

17 Fiber network module FN2006 / FN2007 Wiring.5. Power supply sockets (4, 6) The 5-pole connectors for the power supply are supplied with the fiber network module. Pin Designation Description DC 24 V+ Supply input + of DC 24 V UX from periphery board or CC-2 / CC-5 2 DC 24 V- Supply input - of DC 24 V UX from periphery board or CC-2 / CC-5 COM Common contact 4 NO Normally open 5 NC Normally closed dmissible cable cross-section: 6 28 WG When installing exclusively in fire control panels or fire voice control panels, the power supply is not supervised and not routed redundantly. The supply line for a remote network module must be shielded. In the event of a fault, relay contacts COM and NC are connected. Terminal block with enclosure Connector Terminal Plug with housing + - C NO NC Cover cap (open) Terminal Plug without housing Connector power (B) 60º shielding NOTICE Do not use housing when installing in XLS system. 7 6V05048_c_en_-- Building Technologies Division

18 Fiber network module FN2006 / FN2007 Wiring.5.4 Sockets for FCnet/C-WEB SFEDLINK-lines (7, 8) The -pole connectors for the FCnet/C-WEB connection are supplied with the fiber network module. The total cable length of the electrical FCnet/C-WEB connections (copper cable) in the optical network must not exceed 00 ft / 005 m. Connection bush / Pin Designation Description FCnet/C-WEB/XNET SFEDLINK Line (-) 2 NC Do not use FCnet/C-WEB/XNET SFEDLINK Line (+) dmissible cable cross-section: 6 28 WG Connection bush / (7, 8) Pin Designation Description FCnet/C-WEB/XNET SFEDLINK (-) 2 NC Do not use FCnet/C-WEB/XNET SFEDLINK (+) dmissible cable cross-section: 6 28 WG 8 6V05048_c_en_-- Building Technologies Division

19 Fiber network module FN2006 / FN2007 Indicators Connector Terminal Plug with housing 2 Cover cap (open) Terminal Plug without housing 60º shielding Connector EF/EF2, FCnet/C-WEB / (/).6 Indicators LED Color Function Condition Meaning RX Green Receipt of data from fiber optic circuit '' Lit up Data is being received from circuit '' Fail Yellow Fault on fiber optic circuit '' Lit up Weakly receiving data from circuit '' Fail2 Yellow Fault on fiber optic circuit '2' Lit up Weakly receiving data from circuit '2'. RX2 Green Receiving data from fiber optic circuit '2' Lit up Data is being received from circuit '2' Green Supervision of feeding voltage for '' Power Green Supervision of feeding voltage for 'Power ' LNK Green Data transmission for FCnet/C-WEB circuit '' EF Yellow Ground fault supervision on FCnet/C-WEB circuit '' EF2 Yellow Creation of ground fault on FCnet/C-WEB circuit '2' LNK2 Green Data transmission for FCnet/C-WEB circuit '2' On Off On Off Flashes Lit up Flashes Flashes Normal operation (feeding voltage available) No feeding voltage or voltage below minimum input voltage (9 V) Normal operation (feeding voltage available) No feeding voltage or voltage below minimum input voltage (9 V) Data is being transmitted via / Ground fault on / Ground fault on / mirrored on / Data is being transmitted via / 9 6V05048_c_en_-- Building Technologies Division

20 Fiber network module FN2006 / FN2007 Technical data.7 Technical data Supply input Input voltage DC 24 V Supervision contact Decentralized installation Operating current Ohmic load: Maximum switching voltage Maximum switching current Shielded supply cable (not in scope of supply) Max. 2 DC 24 V DC 0 V DC Fibre optic cable Type of connection SC connector Wavelength Multi-mode Range: Fiber type 62.5/25 µm Fiber type 50/25 µm Optical budget: Fiber type 62.5/25 µm Fiber type 50/25 µm Single mode Range: Fiber type 9/25 µm Optical budget: Fiber type 9/25 µm Minimum optical attenuation (corresponds to a minimum fiber length of,000 ft / 962 m) 0 nm (for MM and SM),00 ft. / 99 m 6550 ft / 996 m dbm 7.5 dbm,000 ft. / 990 m 29 dbm dbm FCnet/C-WEB Total length of line 00 ft/005 m at 2 kbit/s Impedance Transmission mode Cable type 20 Ω Half-duplex Shielded and unshielded cables 20 6V05048_c_en_-- Building Technologies Division

21 FCC Statement 2 2 FCC Statement WRNING Installation and usage of equipment is not in accordance with instructions manual Radiation of radio frequency energy Interference to radio communications Install and use equipment in accordance with instructions manual. Read the following information. This equipment generates, uses, and can radiate radio frequency energy and if not installed and used in accordance with the instructions manual, may cause interference to radio communications. It has been tested and found to comply with the limits for a Class computing device pursuant to Part 5 of FCC Rules, which are designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference in which case the user at his own expense will be required to take whatever measures may be required to correct the interference. 2 6V05048_c_en_-- Building Technologies Division

22 Issued by Building Technologies Division 8 Fernwood Road Florham Park, NJ 0792 Tel Technical specifications and availability subject to change without notice. Document ID 6V05048_c_en_-- SP order no.: 5Q Edition