ESI IVX 128 Plus Installer's Programming Supplement
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IVX 128 Plus: additional features
Installer's programming supplement to IVX 128 documentation
Thank you for your purchase of IVX 128 Plus. In addition to what is covered in your IVX 128 Installation
Manual, this system has additional programmable features, described herein, as well as changes in
the way you program previously available functions; so please use this supplement with your
Installation Manual.
Function 15: System timing parameters
Function 153: Recall timers
What's new: Separate settings for the hold and park recall timers.
Function 1531: Hold recall timer
This is the amount of time, in seconds, that a call will remain on hold before recalling to the extension
that initiated the hold.
Range: 5–960 seconds.
Default: 60 seconds.
Function 1532: Park recall timer
This is the amount of time, in seconds, that a call will remain on park before recalling to the extension
that initiated the park.
Range: 5–960 seconds.
Default: 60 seconds.
Function 16: System feature parameters
What's new: Function 16 has been broadened: the recording alert has now become Function 161,
while connect tone and system-wide hold have been added.
Function 161: Recording alert tone
This sets whether the system plays a short beep every 15 seconds during a call recording, indicating to
both parties that a recording is in progress.
Default: Disabled (the beep does not play).
Function 162: Connect tone
This sets whether the system plays a system connect tone (the two short beeps a user hears when a
station answers).
Default: Enabled (the beeps play).
ESI (Estech Systems, Inc.) • 2601 Summit Ave., Plano, TX 75074 • 972 422-9700 • fax: 972 422-9705
e-mail: info@esi-estech.com • Web: www.esi-estech.com
0450-0201
Rev. E

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Summary of Contents for ESI IVX 128 Plus

  • Page 1 Installer’s programming supplement to IVX 128 documentation Thank you for your purchase of IVX 128 Plus. In addition to what is covered in your IVX 128 Installation Manual, this system has additional programmable features, described herein, as well as changes in the way you program previously available functions;...
  • Page 2: Function 21: Co Line Programming

    IVX 128 Plus: additional features Function 163: System-wide hold Used in conjunction with station CO line key appearances. This function — when enabled — allows station users to press the HOLD key to place a caller on hold so that any station programmed with CO line key appearances can retrieve the call.
  • Page 3 Enter CO name (see “Entering alphanumeric characters” on page C.2 in the Installation Manual). On IVX 128, the DLC12 must be configured for T1. IVX 128 will not support a DLC12 configured for PRI. Only IVX 128 Plus will support a DLC12 configured for PRI.
  • Page 4 In any IVX 128 Plus system, you may install a maximum of two digital port cards in any combination: i.e., either two T1 Cards, two PRI Cards or one T1 Card and one PRI Card.
  • Page 5 IVX 128 Plus: additional features • LLB (line Loopback) — Sends the signal back right at the point it enters the chip before it hits the framer. This helps determine if the line itself is good. • NET LLB (network loopback) lets the carrier put the DLC 12 card’s CSU into any of the loopback modes.
  • Page 6: Function 31: Extension Definition And Routing

    Support for IP phones With the installation of a Local Network Card, IVX 128 Plus will support up to 12 local IP Feature Phones. With a Remote Network Card and Local Network Card, IVX 128 Plus can support a combination of up to 12 local IP Feature Phones and Remote IP Feature Phones.
  • Page 7 LNC card within the IVX 128 Plus. Example: If the LNC is the second port card in the IVX 128 Plus, the extensions reserved for the IP feature Phones will be 112 through 123.
  • Page 8 Enter the MAC address for the IP Feature Phone to be used at this extension. If the phone is powered on and connected to the IVX 128 Plus network, the phone LCD will display the MAC address. The MAC address is a 12-character alphanumeric address, of which the first six digits will always match (00 30 4D).
  • Page 9 9,8 MB119 MB119 Before entering programming extension definition for a Remote IP Phone, connect the phone to the network on which the IVX 128 Plus resides and power-up the Remote IP Phone. 1. Extension number Extension numbers for IP phones, whether remote or local, from the range of 12 extensions for the Local Network Card.
  • Page 10 7. Remote-access IP address Enter the IP address that will be used for remote access to IVX 128 Plus. The display will default to the IP address entered in Function 82 (see page 16). If a Remote IP Feature Phone will use this address to connect to IVX 128 Plus, press # to confirm;...
  • Page 11: Function 32: Extension Feature Authorization

    The Remote Phone is ready for installation at the remote site. Important: If the Remote IP Feature Phone is not connected to the IVX 128 Plus network at the time of extension definition programming, critical addressing parameters will not have been programmed into the Remote Phone.
  • Page 12 IVX 128 Plus: additional features 11. External forwarding — Allows the station user to enable the off-premises-“reach-me” feature (the user can give, to callers who are forwarded to his/her voice mailbox, the option of trying to reach him/her at another number). This requires a trunk-to-trunk transfer and will use two CO lines for the length of the conversation.
  • Page 13 IVX 128 Plus: additional features What happens now depends upon whether the system detects DTMF from the called party: • If it does, the system completes the trunk-to-trunk connection. • If it doesn’t, the system forwards the call to the programmed call forwarding for this outdial branch (the next step for which you’re prompted if DTMF detection is required).
  • Page 14: Function 58: Message Move And Delete

    IVX 128 Plus: additional features Day/night mode worksheet example In the example below, the company has: • Day mode programmed for: 8 AM to 12 noon Monday, Tuesday, Thursday and Friday; 8 AM to 2 PM Wednesday and Saturday; and 1 PM to 5 PM Monday, Tuesday, Thursday, and Friday.
  • Page 15 Card and a Remote Network Card can support local IP Phones and Remote IP Phones. Function 8 is used to program the IP addressing information for IVX 128 Plus to operate over a local LAN and a WAN or Public Internet. Refer to Function 31 for programming of the Remote and Local IP extensions.
  • Page 16: Function 82: Local Ip Pbx Programming

    IP PBX, with the remainder of that block being made available to the phones. Important: The IP PBX’s MAC address will appear in the display. Write down this address. It is needed for programming Esi-Link access to this IP PBX from other locations. Enter gateway’s IP address...
  • Page 17 The remote-access IP address is the address the Remote IP Feature Phone and other IP PBXs connected via Esi-Link will use to access the local IP PBX. (If remote access to the IP PBX is not planned, this parameter can be left at default.) If a gateway device is used to connect an IP PBX on a private network to a public or WAN connection, the remote access IP address is the public or WAN address of the gateway.
  • Page 18: Function 83: Esi-Link Programming

    CHANNELS: 12 Function 83: Esi-Link programming Function 83 is used to program the information required for Esi-Link operation between multiple IP PBXs at different locations. It is critical that programming is consistent and correct at all locations to be connected with Esi-Link. Location numbers, names, abbreviations, and addressing parameters should be planned out in detail prior to performing Function 83 programming.
  • Page 19 Before programming Esi-Link parameters for other locations in Function 832, you must program the location number of the local IP PBX. Each IP PBX in an Esi-Link network must have a unique location number. Valid location numbers are in the range of 700–799. This location number will be used for dialing between sites.
  • Page 20 Copyright © 2001 ESI (Estech Systems, Inc.). IVX is a registered trademark of ESI. The IP Series and IVX Series products are protected by U.S. Patents 6,067,349 and 6,252,944, and others pending.

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