2G-1.1.0, 200M-2.0.3, 200M-1.0.1

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1 Unmanaged PoE Switches and Media Converters of LAN-BUS System, 200M-2.0.3, SWITCH* MEDIA CONVERTER* RACK IP65 I Bus/ star topology I MM/SM universal I Overvoltage protections I Working temperature C I PoE***/PoE+**support Switches LAN-BUS ORDERING NAME CODE SUPPLY 200M BOX--PoE VDC/24VAC*** 200M IP65--PoE VDC/24VAC*** 200M RACK--PoE RACK/3U-SU(PoE) 200M BOX--PoE VDC/24VAC*** 200M IP65--PoE VDC/24VAC*** 200M RACK--PoE RACK/3U-SU(PoE) 200M BOX-W6-PoE VDC/24VAC*** 200M IP65-W6-PoE VDC/24VAC*** 200M RACK-W6-PoE RACK/3U-SU(PoE) Media converters LAN-BUS ORDERING NAME CODE SUPPLY -BOX--PoE VDC/24VAC** -IP65--PoE VDC/24VAC** -RACK--PoE RACK/3U-SU(PoE) -BOX--PoE VDC/24VAC** -IP65--PoE VDC/24VAC** -RACK--PoE RACK/3U-SU(PoE) -BOX--PoE VDC/24VAC** -IP65--PoE VDC/24VAC** -RACK--PoE RACK/3U-SU(PoE) -BOX--PoE VDC/24VAC** -IP65--PoE VDC/24VAC** -RACK--PoE RACK/3U-SU(PoE) **holder DIN35-LOCK for mounting to DIN35included with BOX modification **PoE+ standard IEEE 802.3at-2009 max. 25,5W ***PoE standard IEEE 802.3af max. 15,4W LAN-BUS 200Mbps - bus topology 200M M M M M LAN-BUS 200Mbps point-to-point LAN-BUS 2Gbps point-to-point LEND 1x MM or SM fiber UTP Cat5e or higher twist Cat3 or higher 10/10 1/11

2 LAN-BUS -use of system Industrial unmanaged switches and converters LAN-BUS represent an integrated system of devices suitable especially for extensive CCTV and security systems. Overvoltage protections of inputs and outputs enable use of LAN-BUS in both industrial and outdoor environment. When using METEL supply units of SU, ML or TRF series or supplying the switches from 19" racks RACK/3U there is a 5-year guarantee on switch damage up to the level of printed circuit interruption (see terms and conditions All Inclusive Warranty). MM / SM universalopticalports withwdm All optical ports on 2G series devices can be universally used for both MM and SM fibers in the range of 9/125µm to 62.5/125µm. Optical ports are equipped with integrated wavelength division multiplexer technology (WDM). The optical ring/connection is then made up of only one SM or MM fiber. Parameter Value Unit Note Optical power (2G) dbm Sensitivity (2G) 22 dbm Optical power (200M) 14 to 8 / 10 to 0 dbm SM / MM Sensitivity (200M) 31 / 28 dbm SM / MM Optical fibers 1x SM 9/125 - SC connectors µm max. 20 km between components 1x MM 50(62.5)/125 - SC con. µm max. 2 km between components Wavelengths 200M W6 PORT 4: Tx: 1310 / Rx: 1550 nm 200M W6 PORT 5: Tx: 1550 / Rx: 1310 nm 200M Tx: 1310 / Rx: 1550 nm 200M Tx: 1550 / Rx: 1310 nm -... Tx: 1310 / Rx: 1550 nm -... Tx: 1550 / Rx: 1310 nm -... Tx: 1310 / Rx: 1550 nm -... Tx: 1550 / Rx: 1310 nm Safety WARNING: converters contain laser sources of class 1 according to EN PoE support All the FE ports of LAN-BUS switches support standard IEEE 802.3af for supplying of end devices up to 15.4W of power. PoE+ support FE/ ports of media converters LAN-BUS support standard IEEE 802.3at-2009 for supplying of end devices up to 25.5W of power. Overvoltage protections Every ethernet port and supply input is equipped with overvoltage protection. See the table left below. Check the table right below whether it is necessary to use additional overvoltage protection of class D according to the IEC standard for all inputs in outdoor environments. 230VAC OVP 230/48VDC Fast ethernet Optoports OVP Type FE-UTP ports -UTP ports Supply input 200M A 8/20µs - 2x1500 W (10/1000µs) 200M A 8/20µs - 2x1500 W (10/1000µs) 30A 8/20µs - 2x1500 W (10/1000µs) - 30A 8/20µs 2x1500 W (10/1000µs) Type FE-UTP ports -UTP ports Supply input 200M no - yes 200M no - yes yes - yes - yes yes Working temperature C Every LAN-RING switch is made up of parts with min. temperature range of 40 to +85 C and passive cooling (without ventilators). 40 C +70 C 2/11

3 Warranty ALL INCLUSIVE The warranty applies to all defects and faults of the Device(s) caused by excessive voltage except for destructive damages. The damages are not considered destructive if the Device is in such state that it can be repaired by replacement of one or more parts of the Device. The destructive damages are deemed to be damage to printed circuits (interruption of circuit, burnt soldering pads) disallowing repair of the Device unless replacing the printed circuit or using wire crossovers. In order to obtain this warranty, the following conditions should be met: 1. The Supplier's employees carry out installation inspection with reference to meeting recommended procedures of mounting and setting of converters. After the inspection and removal of eventual defects the Supplier issues a certificate confirming 60 months ALL INCLUSIVE guarantee. In case of impossibility of direct inspection for security reasons (hidden obejcts) or for object's inaccessibility it is possible to issue the certificate confirming 60 months ALL INCLUSIVE guarantee based on project documentation. The Supplier retains the right not to issue the certificate in case of impossibility of inspection in the location of installation. 2. When installing the Device(s) in lightning protections zones ZBO 0A, ZBO 0B according to EN 62305, the Device(s) shall be fed from the Supplier's power sources with class D overvoltage protections according to IEC , i.e. TRF-24...H or SU-230/ 4870H. When installing the Device(s) in lightning protections zones ZBO 1, ZBO 2 according to EN 62305, the Device(s) shall be fed from the Supplier's power sources or 19" racks BREAK. 3. When installing the Device(s), the minimum distances between the power and data cables shall be maintained, according to the applicable standards valid at the time of installation. 4. When installing the Device(s) in the outdoor environment IP56 modifications in original Al covers or BOX modifications placed in steel switchboards shall be used. Therefore, the warranty does not apply to Device(s) installed in outdoor environment in plastic cases. Plastic cases may be used only for indoor installations without direct sun rays at the Device(s) and in underground premises, such as mines, hydroelectric 40...to +50 C. 5. The Device(s) shall be earthed according to the applicable standards. In case of any complaint about damaging the Device(s) by overvoltage, the Supplier has the right to require the Device(s) to be provided with additional overvoltage protections. If the Buyer fails to provide the Device(s) with such protections, only the standard 60-month warranty applies (i.e. the warranty not including the damage to the Device(s) by overvoltage). Electric Parameters MTBF > Hours MTBF was calculated on 1 st June 2009 according to the formula: MTBF=H/F H=total number of running hours of all switches sold F=number of failures Warranty 5 years incl. excessive voltage Parameter Value Unit Note LAN (UTP) Supported formats FE UTP ports: 10BaseT, 100BaseTx UTP ports: 10BaseT, 100BaseTx, 1000BaseTx Overvoltage protection see previous page Relay output Max. load 1x change-over contact (media converters) Max. 60VAC 1A max. 62.5VA Max. 60VDC 0.4A max. 30W Activation Loss of optical signal Loss of communication on UTP port Loss of supply Loss of redundant supply Power consumption Max. 4 VA without PoE Protections overvoltage/ current 2x 1.5 kw (10/1000µs) Environment Operational range ºC temp. of environment Certification TÜV The producer retains the right to change any technical parameters without previous announcement. 3/11

4 Topology LAN-BUS Topology LAN-BUS 200Mbps enables, using one MM or SM fiber, interconnection of tens or hundreds of devices (cameras, sensors, s,...). When designing a network we recommend: 1. allowing for 20% system reserve, i.e. max. 80Mbps for each direction. The processors used in the devices enable use of LAN-BUS switches and media converters in systems with video and audio signal transmission (CCTV, VoIP,..). Max. data flow on200m LAN-BUS max. 100* Mbps max. 100* Mbps 1x SM (MM) fiber *Max. recommended load is 80% 2. attending to correct interconnection of optical ports. See the pictures below and the table on the following page. Model connection of one LAN-BUS bus 200M M M M M Model connection of two LAN-BUS buses 200M M M M M M M M M M M Model connection of LAN-BUS media converters in star topology switch 4/11

5 Unmanaged PoE switches 200M x FO 200Mbps 3x FE ORDERING NAME SUPPLY with SUPPLY without PoE 200M BOX-PoE VDC VDC / 10-30VAC 200M RACK-PoE* VDC VDC / 10-30VAC 200M IP65-PoE VDC VDC / 10-30VAC * supply of RACK cards with PoE only in 19" racks BREAK-RACK/PoE-100, BREAK-RACK/PoE-300, BREAK-RACK/PoE-500 PWR power supply indication LINK - connected fiber detection ACT - activity detection P5 - optical port 200M LAN-BUS Tx nm / Rx nm P4 - optical port 200M LAN-BUS Tx nm / Rx nm P1...P3 Ethernet 10/100 BASE-T POE ports - DUPLEX/COLLISION ACT - ACTIVITY ON --- spare P1...P3 - PoE OK DIP switch 6 - reserved 5 - reserved 4 - reserved 3 - PoE activation on P3 2 - PoE activation on P2 1 - PoE activation on P1 200M M M M M /11

6 Unmanaged PoE switches 200M x FO 200Mbps 3x FE ORDERING NAME SUPPLY with PoE SUPPLY without PoE 200M BOX-PoE VDC VDC / 10-30VAC 200M RACK-PoE* VDC VDC / 10-30VAC 200M IP65-PoE VDC VDC / 10-30VAC * supply of RACK cards with PoE only in 19" racks BREAK-RACK/PoE-100, BREAK-RACK/PoE-300, BREAK-RACK/PoE-500 PWR power supply indication LINK - connected fiber detection ACT - activity detection P4 - optical port 200M LAN-BUS : Tx nm / Rx nm : Tx nm / Rx nm P1...P3 Ethernet 10/100 BASE-T POE ports - DUPLEX/COLLISION ACT - ACTIVITY ON --- spare P1...P3 - PoE OK DIP switch 6 - reserved 5 - reserved 4 - reserved 3 - PoE activation on P3 2 - PoE activation on P2 1 - PoE activation on P1 200M M M M M /11

7 Unmanaged PoE+ media converters 1x FO 200Mbps 1x FE ORDERING NAME SUPPLY with PoE(+) SUPPLY without PoE -BOX-PoE 48(56) VDC VDC/ 10-30VAC -RACK-PoE* 48(56) VDC VDC/ 10-30VAC -IP65-PoE 48(56) VDC VDC/ 10-30VAC * supply of RACK cards with PoE only in 19" racks BREAK-RACK/PoE-100, BREAK-RACK/PoE-300, BREAK-RACK/PoE-500 Optical port 200M LAN-BUS : Tx nm / Rx nm : Tx nm / Rx nm SPEED indicates transmission speed of optical port On Base-X Off- 100Base-FX LINK/ACT indicates the state of fiber connection, event. by blinking activity of data transmission 10/100 BASE-T POE+ port - DUPLEX/COLLISION ACT - ACTIVITY PoE Indication ON - DIP5 OFF POE is off - DIP5 ON PoE is on OFF - insufficient supply for PoE Blinking - 1s interval searching for PoE device - fast failure on PoE device COM N.C. N.O ON PWR ON - supply Blinking - relay activation indication, see DIP ALARM RELAY COMMON common contact N.C. - NC contact of output relay N.O. - NO contact of output relay The method of relay activation is set by closing one or more switches DIP1 to 5. When potential free only COM and NO are connected (closed). When connected to power COM and NC are connected (closed).(inactive state) When the alarm is activated COM and NO are connected (closed), seed DIP setting. DIP switch (restart needed after any changes) 6 - reserved 5 - switches on/off PoE on UTP port 4 - switches on/off main supply status check. Relay is activated by drop of the main supply below 10/44V (without/ with PoE). 3 - switches on/off redundant supply status check. Relay is activated by drop of the redundant supply below 10/44V (without/with PoE). 2 - switches on/off optical port connection status check. Relay is activated by loss of connection on optical port. 1 - switches on/off UTP port connection status check. Relay is activated by loss of connection on UTP port. switch 7/11

8 Gigabit unmanaged PoE+ media converters 1x FO 200Mbps 1x ORDERING NAME SUPPLY with PoE(+) SUPPLY without PoE -BOX-PoE 48(56) VDC VDC/ 10-30VAC -RACK-PoE* 48(56) VDC VDC/ 10-30VAC -IP65-PoE 48(56) VDC VDC/ 10-30VAC * supply of RACK cards with PoE only in 19" racks BREAK-RACK/PoE-100, BREAK-RACK/PoE-300, BREAK-RACK/PoE-500 Optical port 2G LAN-BUS : Tx nm / Rx nm : Tx nm / Rx nm SPEED - indicates transmission speed of optical port On Base-X Off- 100Base-FX LINK/ACT indicates the state of fiber connection, event. by blinking activity of data transmission 10/100/1000 BASE-T POE+ port - DUPLEX/COLLISION ACT - ACTIVITY PoE Indication ON - DIP5 OFF POE is off - DIP5 ON PoE is on OFF - insufficient supply for PoE Blinking - 1s interval searching for PoE device - fast failure on PoE device COM N.C. N.O ON PWR ON - supply Blinking - relay activation indication, see DIP ALARM RELAY COMMON common contact N.C. - NC contact of output relay N.O. - NO contact of output relay The method of relay activation is set by closing one or more switches DIP1 to 5. When potential free only COM and NO are connected (closed). When connected to power COM and NC are connected (closed).(inactive state) When the alarm is activated COM and NO are connected (closed), seed DIP setting. DIP switch (restart needed after any changes) 6 - reserved 5 - switches on/off PoE on UTP port 4 - switches on/off main supply status check. Relay is activated by drop of the main supply below 10/44V (without/ with PoE). 3 - switches on/off redundant supply status check. Relay is activated by drop of the redundant supply below 10/44V (without/with PoE). 2 - switches on/off optical port connection status check. Relay is activated by loss of connection on optical port. 1 - switches on/off UTP port connection status check. Relay is activated by loss of connection on UTP port. switch 8/11

9 Dimensions of RACK modifications Dimensions of IP65 modifications 290 3Ud 93 Switches 3 slotsd Media converters Switches 200M Media converters 3Ud 2 slotsd 159 Al casting 9/11