Difference between revisions of "DPH - Doorphone programming"
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=PIN code= | =PIN code= | ||
− | Every DPH doorphone can be equipped in PIN code. By default there is no PIN code, PIN code can be used to protect DPH against unathorized access. You can define PIN code using DTMF code according table included in chapter [[DPH_-_Doorphone_programming#Programming_table |concerning DTMF programing]] | + | Every DPH doorphone can be equipped in PIN code. By default there is no PIN code, PIN code can be used to protect DPH against unathorized access. You can define PIN code using DTMF code according table included in chapter [[DPH_-_Doorphone_programming#Programming_table |concerning DTMF programing]]. If you have no PIN code there is no possibility to enter in DTMF menu without inserting SETUP jumper. |
=Establishing call= | =Establishing call= |
Revision as of 08:30, 3 April 2012
PIN code
Every DPH doorphone can be equipped in PIN code. By default there is no PIN code, PIN code can be used to protect DPH against unathorized access. You can define PIN code using DTMF code according table included in chapter concerning DTMF programing. If you have no PIN code there is no possibility to enter in DTMF menu without inserting SETUP jumper.
Establishing call
- To program DPH doorphone it is necessarily to establish call between PBX phone and doorphone.
- Doorphone is programmed using DTMF tones send by phone connected to doorphone.
Programing mode entering: 0987
- To enter programing mode - during established call dial: 0987
- In programing mode:
- doorphone buttons don't operate and after pressing any button reject signal (low frequency) is generated.
- Loudspeaker is muted.
*(asterisk) Cancel
- After pressing *, in every moment, entered parameter is canceled and program returns to XY coordinates selection.
# (hash)OK Confirm
- After pressing # entered parameter is confirmed.
- After pressing # doorphone answers as follows:
- confirmation signal (high frequency)
- rejest signal (low frequency) if entered parameter is improper.
Leaving programing mode 2 x * (asterisk)
- After pressing asterisk two times program mode is leaving.
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Programming table
- Values in [ ] - default values
- All programmable fields are organized as XY coordinates table.
DPH programming table is as follow
Y\X | 0 | 1 | 2 | 3 | 4 | Meaning |
---|---|---|---|---|---|---|
1 | Short number 0 Top button [21] |
Short number 1 Bottom button [empty] |
Number dialed after pressing button.Max 16 digits No number - button disabled | |||
2 | Number dialing finish with #(Hash) [1] 1 - ON 0 - OFF |
Only handset lifting [ ]
Line occupation. In PBX hot line must be declared. |
Max call time [180]
10..360 sec |
Not operated | DPH factory settings
# confirm, after confirmation DPH resets |
Settings |
3 | EZ opening time [3] 1..60 sec | EZ working mode [0]
0 - electrolock (NO) |
STA opening time [2]
1..60 sec |
Receiving DTMF * [3]
0 - no action |
User RFID action [3]
0 - no action |
Output settings
|
4 | Speaker volume [3] Allowable values 0..7, 0 - minimal volume |
Speaker volume change 2 - increase volume 8 - decrease volume During adjustment DPH speaker is active |
Speaker sensitivity [1]
0 - small |
Acoustic settings | ||
5 | Service RFID card 0000 - store service card Service card enables to assign new RFID cards. |
Remove RFID cards 0000- remove all RFID cards |
RFID cards | |||
6 | PIN change
Entering 4 digits PIN code Entering method: PPPP#PPPP#, P- any PIN digit 0..9, # - hash in DTMF For sequence ## - erasing PIN (no PIN) PIN entered in DTMF is equal to admin PIN entered from DPH16 keyboard. |
PIN |
Summary
- XY coordinates acceptation causes high frquency (OK) signal generation.
- It is possible to entering XY coordinates longer than 2 digits - only two last digits will be used.
- XY coordinates confirmation - button HASH (#)
- Parameter entering can be always canceled by STAR (*) button. as a result low frequency signal (BAD) is generated and jump to coordinates selecting
- Confirmation of any parameter can be done with HASH (#) button. If parameter value is correct and parameterr was succesfully stored in FLASH memory - high frequency signal (OK) is generated and dorphone waits for coordinates selection.
- If parameter value is incorrect - low frequency signal (BAD) is generated and dorphone waits for coordinates selection.
- Max call time - new value is obvious for next call
- For DPH.AB-KS1 short number 0 is active
- For DPH.AB-KS2 short numbers 0 (upper button) and 1 (lower button) are active
- For DPH.AB-KS1, 2RF field 05 is active (RFID cards)