Mitel Sx 50 Dpabx Instructions Guide
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Customer Data Entry (CDE)
Attendant Console Function Key Programming
COMMAND 185
m! FUNCTION key
I
I
I I I
) 0 1 2 1 1 1 4 I STATUS key I I I
I I I I
1 0 1 3 1 0 1 7 ]TRUNKkey
( o 1 6 ( o 1 3 IPAGEW
I I I I
I I I I I 0 1 7 I 0 I 6 IWAKE-UPkey
0 8 0 1 MSG REG key
0 9 0 2 OVERRIDE key
I 1 I 2 1 1 I 3 ISWAPkey
I I I I I I I I
1 1 1 3 1 1 1 1 1 BELLkey
) I I4 1 I 1 2lNlGHTkey , 1
a,b: Key Number (1+-l 4)
c,d: Key Function:
00 = Unassigned
01 = Message Registration/
Restrictive Station...](http://img.usermanuals.tech/thumb/3284/83889/w64_mitel-sx-50-general-description_d-540.png "Page 541
Customer Data Entry (CDE)
Attendant Console Function Key Programming
COMMAND 185
m! FUNCTION key
I
I
I I I
) 0 1 2 1 1 1 4 I STATUS key I I I
I I I I
1 0 1 3 1 0 1 7 ]TRUNKkey
( o 1 6 ( o 1 3 IPAGEW
I I I I
I I I I I 0 1 7 I 0 I 6 IWAKE-UPkey
0 8 0 1 MSG REG key
0 9 0 2 OVERRIDE key
I 1 I 2 1 1 I 3 ISWAPkey
I I I I I I I I
1 1 1 3 1 1 1 1 1 BELLkey
) I I4 1 I 1 2lNlGHTkey , 1
a,b: Key Number (1+-l 4)
c,d: Key Function:
00 = Unassigned
01 = Message Registration/
Restrictive Station...")
Customer Data Entry (CDE) Attendant Console Function Key Programming COMMAND 185 m! FUNCTION key I I I I I ) 0 1 2 1 1 1 4 I STATUS key I I I I I I I 1 0 1 3 1 0 1 7 ]TRUNKkey ( o 1 6 ( o 1 3 IPAGEW I I I I I I I I I 0 1 7 I 0 I 6 IWAKE-UPkey 0 8 0 1 MSG REG key 0 9 0 2 OVERRIDE key I 1 I 2 1 1 I 3 ISWAPkey I I I I I I I I 1 1 1 3 1 1 1 1 1 BELLkey ) I I4 1 I 1 2lNlGHTkey , 1 a,b: Key Number (1+-l 4) c,d: Key Function: 00 = Unassigned 01 = Message Registration/ Restrictive Station Control 02 = Override r 03 = Page 04 = Call Block 05 = TAFAS Overflow 06 = Automatic Wake-up 07 = Trunk Status 08 = Account Code Entry 09 = Message Waiting 10 = Function 11 = Bell Mute 12 = Night 13 = Swap/Split 14 = Status 15 = Both 16 = Room Status 17 = Do Not Disturb 18 = Attendant Tone Signaling 19 = Restrict DID 20 = VAC Access 21 = Attendant Call Pickup 210 4-30 Revision 0 9104-091-210-NA Issue 5
- w Customer Data Entry Registers Telephone’Number abc def Contrasth Figure 4-l Programmable Function Keys 9104-091-210-NA Issue 5 Revision 0 210 4-31
Customer Data Entry (CDE) System Security Code Programming COMMAND- 190 Register 1 b: System Security Code 1 st Digit o- 9 Cl: System Security Code 2nd Digit 04 9 d: System Security Code 3rd Digit o- 9 e: System Security Code 4th Digit o+ 9 User Security Code Programming COMMAND 191 Register 1 a b c d e 1 1 2 3 4 b: User Security Code 1 st Digit o- 9 C: User Security Code 2nd Digit o+= 9 d: User Security Code 3rd Digit o+ 9 e: User Security Code 4th Digit o- 9 . . _ 210 4-32 Revision 0 9104-091-210-NA Issue 5
Llllpol Customer Data Entry Registers RMATS Security Code Programming COMMAND 192 Register 1 b: RMATS Security Code 1 st Digit o+ 9 c: RMATS Security Code 2nd Digit o+- 9 d: RMATS Security Code 3rd Digit o+- 9 e: RMATS Security Code 4th Digit o+ 9 f: RMATS Security Code 5th Digit o+ 9 Register 2 a b c d e f 2 1 3 5 7 9 b: RMATS Security Code 6th Digit o- 9 c: RMATS Security Code 7th Digit o-9 d: RMATS Security Code 8th Digit o-+ 9 e: RMATS Security Code 9th Digit o+ 9 f: RMATS Security Code 10th Digit o+ 9 9104-091-210-NA Issue 5 Revision 0 210 4-33
Customer Data Entry (CDE) DISA Access Code Programming COMMAND 193 Register 1 a b c d 10 0 0 b: DISA Access Code 1 st Digit o+ 9 Cl DISA Access Code 2nd Digit o+ 9 d: DISA Access Code 3rd Digit o+- 9 Note: Callers on a DISA Trunk with DISA Access Code Required enabled in its Class of Service must enter the Access Code. By default, the DISA Access Code is not required and callers have immediate access to SX-50 system features. Extension Programming 4.7 Extension Programming assigns each extension its Extension Number and Class of Service. It can also make the extension a member of a Pickup Group and assign it an ARS Routing Class of Service for trunk routing. Extension Programmjng uses Commands 301 through 310. These correspond to card slots 1 through IO. Register numbers in each command correspond to card ports. When extensions on the same line card are to have consecutive numbers, the customer data programmer can save time by using the Extension Numbering - Block Programming commands. Similarly, if extensions on the same line card are to belong to the same Class of Service, Pickup Group and ARS Routing Class of. Service, the Extension Memberships - Block Programming commands are useful. 210 4-34 Revision 0 9104-091-210-NA Issue 5
w
Customer Data Entry Registers
COMMANDS 301 - 310 SLOT 1 - SLOT 10
Extension Programming
a
b c d e f g h. i j k I
0 10 1000 -_-.- -
I a,b: Circuit number 01 - 16 (01 - 08 for COV and DNIC Card)
Note:
Even circuit numbers are invalid for the OPS Line Card. .
c:
Extension Type
0 = Extension
1 = Contact Monitor
2 - 9 = Hotline Groups 2 - 9
d:
Class of Service 1 - 9
0 = No Class of Service
e: Allow Attendant to Change Extension COS
0 = Not Allowed
1 = Allowed
f:
Pickup Group 1 - 7
0 = No Pickup Group
9: ARS Routing Class of Service (RCS)
0 = ARS Does not Apply
1 = RCSl
2 = RCS2
3 = RCS3
4 = Attendant Selectable RCS
h:
OPS Loop Length (no effect on ONS circuits)
0 = Short {under 2km)
1 = Long (over 2km)
i -+ I: Extension Number 1 - 9999
9104-091-210-NA Issue 5
Revision 0
210 4-35
Customer Data Entry (CDE) Extension Numbering - Block Programming 4.8 Extension Numbering - Block Programming assigns consecutive extension numbers to extensions on the same card. These commands save time during Customer Data Entry. The installer enters the first and last port to be programmed and the first extension number. Extension Numbering - Block Programming uses Commands 321 through 330, corresponding to card ports 1 through 10. There are no register numbers. COMMANDS 321 --, 330 a b c d e f g h OiOl---- a,b: Circuit number of First Extension in Block 01 - 16 (01 - 08 for COV and DNIC cards) c,d: Circuit number of Last Extension in Block 01 - 16 (01 - 08 for COV and DNIC cards) e - h: Extension Number of First Circuit in Block 210 4-36 Revision 0 9104-091-210-NA Issue 5
- Customer Data Entry Registers Extension Memberships - Block Programming 4.9 Extension Memberships - Block Programming assigns a group of extensions on a card the same Class of Service, Pickup Group and ARS Routing Class of Service. This command saves time during Customer Data Entry. The installer enters the first and last port to be programmed, the COS, the Pickup Group and the ARS Routing Class of Service. Extension Memberships - Block Programming uses Commands 341 through 350, corresponding to card slots 1 through 10. There are no register numbers. COMMANDS 341 - 350 _ L I a,b: Circuit number of First Extension in Block 01 - 16 (01 - 08 for COV and DNIC cards c,d: Circuit number of Last Extension in Block 01 -+ 16 (01 - 08 for COV and DNIC cards e: Class of Service 1 - 9 0 = No Class of Service f: Pickup Group 1 - 7 0 = No Pickup Group ARS Routing Class of Service (RCS) 0 = ARS Does not Apply 1 =.RCSl 2 = RCS2 3 = RCS3 4 = Attendant Selectable RCS h: OPS Loop Length 0 = Short (under 2km) 1 = Long (over 2km) 9104-091-210-NA Issue 5 Revision 0 210 4-37
Customer Data Entry (CDE) Extension Hunt Group Programming 4.10 Extension Hunt Group Programming assigns extensions to Hunt Groups. The installer enters the type of hunting, the linked Hunt Group number (if any) and up to 8 extension numbers. Extension Hunt Group Programming uses Commands 361 through 366, corresponding to Hunt Groups 1 through 6. In each command, Register i contains the type of hunting and linked Hunt Group number. Registers 2 through 9 contain the member extension numbers. COMMANDS 361 - 366 a: Register Number b: Hunt Type 0 = Circular 1 = Terminal c: Hunt Group Linking 0 = Unlinked 1 + 6 = Link to Hunt Group 1 - 6 a: Hunt Group Member Number 2 - 9 b + e: Hunt Group Member.Extension Number Extension Ring Group Programming COMMAND 381 d a: Ring Group Member Number 1 --, 9 b - e: Extension Number 1 - 9999 _.._ . ‘. .I 210 4-38 Revision 0 9104-091-210-NA Issue 5
L;Ly Customer Data Entry Registers SMXfT Telephone Programming 4.11 SUPERSET Telephone Programming assigns the line appearances at each SUPERSET telephone. The installer enters the type of line appearance, the type of ringing (immediate, delayed or none), the direction of calling (originate, receive or both) and the line number. SUPERSETTelephone Programming uses Commands 401 through 480. These correspond to SUPERSET Equipment Numbers 01 through 80. The register numbers in each command correspond to the Line Select keys. The first register is the Prime Line key. It cannot be programmed as any other type of line; nor can any of the other Line Select keys be programmed as a prime line. When SUPERSETtelephones on the same line card are to have consecutive prime line numbers, the customer data programmer can save time by using the Extension Numbering - Block Programming commands. Similarly, if the sets are to belong to the same Class of Service, Pickup Group and ARS Routing Class of Service, the Extension Memberships - Block Programming commands are useful. Notes: 1. When Line Appearance Type 9 is selected, fields d + i are blank and cannot be programmed. 2. If a Message Waiting key is programmed on a key other than Key number 03 (in fields a and b), an error message is returned. 3. A maximum of five appearances of each Auxiliary Attendant function key can be programmed on the.SX-50 system. 4. Line Appearance Type 9 is only effective on SUPERSET 3 Sets. Line Appear- ance Type 9 can be programmed on SUPERSET 4 Sets, but an INVALID message appears on the display when the Message Waiting key is used (since SUPERSET 4 Sets have a MSG prompt). 9104-091-210-NA Issue 5 Revision 0 210 4-39