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Interface cards are distributed inside the cabinets and provide interfaces to other systems and users. We hope that your PX24X Hybrid IP PBX will serve you well and provide you with all your communication needs now and in the future.
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HARDWARE: Part Numbers (Ordering Codes) Ordering Code Short Description 2.pxf.urnxmkn Main cabinet with the backplane card. 2.pxf.urnxmk2 Auxiliary cabinet with the backplane card. 1.pxf.duvmont Wall mounting part. 1.pxf.altsehp Floor mounting part. 2.pxf.19inmkn 19inch rack mountable main cabinet with the backplane card. This page is left blank intentionally 2.pxf.19inmk2 19inch rack mountable auxiliary cabinet...
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1.px0.dffx2e1 DFF card with expanding hardware up to w.pxf.lscx016 License for 1.px0.dasf016 or 4-cabinet capacity, and two E1 interfaces. 1.px0.dasfc16 or 2.dds.krtx001. 1.px0.dffx3e1 DFF card with expanding hardware up to 1.pxf.datfr02 DATF analog DC loop trunk (i.e., CO 4-cabinet capacity, and three E1 trunk or FXO) card with 8 trunks and interfaces.
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1.kbl.flt4110 40-conductor 110cm flat cable. 2.dts.b821xxx Telesis DTS821 executive digital telephone set with large LCD and 62 keys. 2.dts.821ipph Telesis ITS821 VoIP telephone with xSIP (eXtended SIP) protocol. w.pxf.lftx001 License for an ETSI-FSK transmitter. w.pxf.lfrx001 License for an ETSI-FSK receiver.
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One per each system. Description 2.pxf.urnxmkn is the cabinet with the backplane and side, front, top and bottom covers for a PX24X Hybrid IP PBX. The control and switching unit (2.px0.ipbxdfl) has to be Location installed in this cabinet. The 2.pxf.urnxmkn has: It is the lowest cabinet of a multiple cabinet PX24X.
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Description 2.pxf.urnxmk2s are the optional auxiliary cabinets (or expansion cabinets) with the Location backplane and side, front, top and bottom covers for the PX24X Hybrid IP PBX. Each 2.pxf.urnxmk2 has: They are placed over the main cabinet of the PX24X.
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1.pxf.altsehp is the floor mounting part , which can be used with single or multiple top and bottom covers for a PX24X Hybrid IP PBX. The control and switching unit (2.px0.ipbxdfl) has to be installed in this cabinet. The 2.pxf.19inmkn has: cabinet PX24X Hybrid IP PBX systems with 2.pxf.urnxmkn and 2.pxf.urnxmk2, when...
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2.pxf.19inmk2s are the optional auxiliary cabinets (or expansion cabinets) with the • 180 - 260 VAC (0.4 Amp at 230VAC) backplane and side, front, top and bottom covers for the PX24X Hybrid IP PBX for 19 • 45 - 54 VDC(1.3 Amp at 48VDC) inch rack installations.
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Number of units per system One per each main and auxiliary cabinet Location Leftmost slot in a main or an auxiliary cabinet is reserved for a 2.px0.psudurn. This page is left blank intentionally 2.px0.psudurn in a main Cabinet 2.px0.psudurn in an auxiliary cabinet...
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1.px0.dffrak1 Description The 1.px0.dffrak1 card provides circuits to drive a single auxiliary cabinet (expansion cabinet). It used in two-cabinet PX24X Hybrid IP PBX systems, which do not require E1 interfaces. Number of units per system This page is left blank intentionally There can be only one DFF card in any type per system.
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1.px0.dffx1e1 is a 2.048 Mbit E1 (ITU-T G.703) digital interface card providing one cabinets). It used in three- and four-cabinet PX24X Hybrid IP PBX systems, which do E1.The E1 can connect to 120 ohm balanced (or optional 75 ohm unbalanced) not require E1 interfaces.
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E1s. The E1s can connect to 120 ohm balanced (or optional 75 ohm unbalanced) terminations. The clock of the PX24X Hybrid IP PBX can be programmed to synchronize with any of the two E1s or it may run freely. The line code is programmable as AMI or HDB3.
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E1s. The E1s can connect to 120 ohm balanced (or optional 75 ohm unbalanced) • w.pxf.lscxcas terminations. The clock of the PX24X Hybrid IP PBX can be programmed to synchronize with any of the E1s or it may run freely. The line code is programmable as AMI or HDB3.
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E1s. The E1s can connect to 120 ohm balanced (or optional 75 ohm unbalanced) terminations. The clock of the PX24X Hybrid IP PBX can be programmed to synchronize with any of the E1s or it may run freely. The line code is programmable as AMI or HDB3.
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Description In a PX24X Hybrid IP PBX, each SS7/E1 interface – that is an E1 with a Signaling System No.7 signaling path or sharing a common signaling path on any other E1- requires a w.pxf.lscxss7 license. The license is granted to a particular PX24X system and it is non-transferable.
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CIS countries • Variations of CIS signaling types (such as CL-1B, OCL-1B, TCL-1B, SL/ZSL, SLM) widely employed in CIS countries The license is granted to a particular PX24X system and it is non-transferable. 1.px0.dasf016 Description The PX24X Hybrid IP PBX` analog subscriber line card (or FXS card) 1.px0.dasf016 has 16 subscriber-loop interface circuits.
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Description 2.pxf.19inmkn. The PX24X Hybrid IP PBX` analog subscriber line card (or FXS card) 1.px0.dasfc16 has 16 subscriber-loop interface circuits. The subscriber interface can drive loops up to 3,000 ohm resistance (including the terminal equipment) and is capable of on-hook transmission such as sending Caller ID information.
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Each 1.px0.dasf016 or 1.px0.dasfc16 or 2.dds.krtx001 card requires a w.pxf.lscx016 to the 2.dds.krtx001 over two wires (a single pair of wires). license to operate in a PX24X Hybrid IP PBX system. The license is granted to a particular PX24X system and it is non-transferable.
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License Each 1.pxf.datfr02 card requires a w.pxf.lscdatf license to operate in a PX24X system. Slots, which can house 1.pxf.datfr02 cards in the first auxiliary cabinet 2.pxf.urnxmk2 or 2.pxf.19inmk2. Number of units per system Up to 28 units of DATF card in any type (1.pxf.datfr02, 1.pxf.datfr06, 1.pxf.datfc02, or 1.pxf.datfc06)
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1.pxf.datfr06 Description The PX24X Hybrid IP PBX` analog DC loop trunk card (or FXO card) 1.pxf.datfr06 has eight line circuits that can detect line DC feed, polarity reversal, and 16 kHz charge pulses and are capable of on-hook reception of tones such as receiving Caller ID information transmitted.
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1.pxf.datfc02 Description The PX24X Hybrid IP PBX` analog DC loop trunk card (or FXO card) 1.pxf.datfc02 has eight line circuits that can detect line DC feed, polarity reversal, and 12 kHz charge pulses and are capable of on-hook reception of tones such as receiving Caller ID information transmitted.
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1.pxf.datfc06 Description The PX24X Hybrid IP PBX` analog DC loop trunk card (or FXO card) 1.pxf.datfc06 has eight line circuits that can detect line DC feed, polarity reversal, and 16 kHz charge pulses and are capable of on-hook reception of tones such as receiving Caller ID information transmitted.
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• CL-1B OCL-1B TCL-1B License Each 1.px0.demx004 card requires a w.pxf.lscxem4 license to operate in a PX24X Hybrid IP PBX system. There is no license requirement for any signaling type applicable for the 1.px0.demx004. Slots, which can house 1.px0.demx004 cards in the first auxiliary cabinet...
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Main cabinet (2.pxf.urnxmkn or 2.pxf19inmkn), the last slot. w.pxf.lscxem4 Description Each 1.px0.demx004 card requires a w.pxf.lscxem4 license to operate in a PX24X Hybrid IP PBX system. The license is granted to a particular PX24X system and it is non-transferable. 1.px0.ddlx004 Description The 1.px0.ddlx004 card houses circuitry for four S0/T0 Basic Rate ISDN ports and...
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Main cabinet (2.pxf.urnxmkn or 2.pxf19inmkn), the last slot. Description The 1.px0.ddlx004 card requires a w.pxf.lscxst4 license to operate in a PX24X Hybrid IP PBX system. The license is granted to a particular PX24X system and it is non- transferable. 1.px0.ddux004 Description The 1.px0.ddux004 card houses circuitry for four Uk0 Basic Rate ISDN ports.
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Caller ID transmitter in the control and switching unit of the PX24X Hybrid IP PBX for sending Caller ID information to the subscriber lines The first auxiliary cabinet backplane of the PX24X Hybrid IP PBX is connected to the DFF board in the main cabinet with this 40cm long flat cable.
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That is, all conversations on this marked port will be capacity) of a PX24X Hybrid IP PBX can be increased up to 64 in multiples of two by recorded by the integrated DVR hardware. The license is granted to a particular loading w.pxf.voip002 licenses into the system.
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INSTALLATION: • The 220 VAC outlet that connects to the system power supply unit should provide phase-ground and phase-neutral voltage difference no more that 5V WARNING • Any auxiliary equipment that is connected to the system (such as a printer or a This equipment should be installed and serviced only by qualified personnel who has maintenance PC terminal) should use the same ground of the system the necessary training about electrical equipment, and who understands the hazards...
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The Power Supply Unit This equipment is to be used in controlled environments where The PX24X is equipped with a power supply unit (ordering code 2.px0.psudurn) that humidity and ambient temperature is maintained within working takes power from a 220VAC 50Hz wall power outlet. For the basic operation, simply specifications and necessary precautions should be taken before plugging in the power cord to an outlet is sufficient.
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For the battery and multi-cabinet configuration see diagram below. A detailed look at the power supply unit in a main cabinet Installing the power supply unit...
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Connecting the Auxiliary Cabinets For a multi cabinet PX24X setup, 40-pin connectors on the DFF card are connected to the backplane cards of the auxiliary cabinets with the supplied flat ribbon cables. The first auxiliary cabinet should be connected to the lowest connector on the DFF card,...
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Slots Allocated for Some Purpose A PX24X without any E1 interface A PX24X with a single E1 interface 5th and 6th slots in the first auxiliary cabinet should be left empty. 5th and 6th slots in the first and the last two slots in the third auxiliary cabinets should...
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Slots Allocated for Some Purpose Slots Allocated for Some Purpose A PX24X with two E1 interfaces A PX24X with three E1 interfaces 5th and 6th slots in the first and last four slots in the third auxiliary cabinets should be 5th and 6th slots in the first and last six slots in the third auxiliary cabinets should be left empty.
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Slots Allocated for Some Purpose A PX24X with four E1 interfaces Before handling cards, make sure you are electro-statically discharged by wearing an electrostatic bracelet or touching a metal object such as a radiator or a tap. On the back of the card there is a male connector with multiple pins. Make sure that none of these pins are bent or damaged.
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3. DDL : S0/T0 Basic Rate ISDN Card Each port can be configured individually as a subscriber (S0) or a trunk (T0) through the jumpers as shown below. 2. DEM: Analog E&M Card 2- or 4-wire selection can be made individually for each port through the jumpers P04, P14, P24, P34.
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Conductors of the RJ45 connector for S0 and T0 configuration are shown below. This page is left blank intentionally...
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DTS821 Telesis ITS821 Executive IP Telephone Set ITS821 is the IP version of the DTS821 digital set. It is specially designed for Telesis A few of easy-to-use functions with the DTS821 are: IP PBX systems. The applied VoIP protocol is Telesis xSIP (eXtended SIP) protocol, which allows value added services of the DTS set to be functional over IP.
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The physical connection is between a user`s personal computer, the same user`s analog/digital telephone line and the Telesis PX24X system. Both the Xymphony-API server and the PC with Xymphony- API client utility (software) must be in the same local area network. There can be multiple users or client PCs served by the same Xymphony-API server.
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CRM (Customers Relations Management) Integration LICENSING: Telesis XCom, which is a freeware API client for Telesis PX24X systems, is capable of searching automatically SugarCRM records in the common database according to the received Caller ID information. SugarCRM is the world`s leading commercial-open Licencing Terms source Customer Relations Management software.
XOP license file which is provided to enable the proforma invoice. optional parts of the Xymphony operating system software on the TELESIS Systems. 3. ISSUING THE XOP LICENCE FILES IMPORTANT: The parties to this agreement are:...
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By enabling the options the Buyer agrees to be bound by the terms of this license agreement. If the TELESIS System`s control and switching module needs to be replaced for any reason than the optional parts of the Xymphony will have to be re-enabled for the new hardware configuration.
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