ANEP BOX TX User manual

ANEP BOX TX
MULTI-ELEVATOR' S VOICE AND
INTERCOM SCALABLE SYSTEM
NT_ANEP_BOX_TX_EN_31-03-2023

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1 - RECOMMANDATIONS
This documentation is aimed at trained and experienced lift professionals.
1.1 - Installation / Commissioning
Therefore, during an intervention on an elevator in order to install the ANEP
materials, proper lift safety rules must be followed.
● Use of " Personal Protective Equipment ".
● Consignment of the installation before carrying out any electrical connections.
● Reach a safe place before any shaft intervention.
Before handling any ANEP equipments, make sure the latters are
SWITCHED OFF.
On any “ANEPBOX” equipment (TA,TX,TX+,...), all devices must be connected
BEFORE any connection to the phone line.
Il est indispensable de connecter l'ensemble des périphériques
AVANT de brancher la ligne téléphonique :
- Bouton d’alarme cabine (NO ou NC en contact sec)
- Plastron cabine (MIDIS) ou phonie HP et micro (BA-mini-GHP)
- Phonie sous cabine (BOX-SC)
- Alimentation 230 / 12V secourue et contrôlée de type ANEP ALIM-CONTROL II
(si boucle magnétique auditive et/ou voyants Jaune / Vert)
1.2 - Travelling cable
We advise you to fit the elevator with a screened travelling cable to ensure an excellent
voice quality in order to avoid any disturbance that could lead to any malfunctions.
The operation of telephone equipment depends to a large extent on the
characteristics of the telephone line.
Special care must be taken to ensure that the
telephone line in order not to degrade the technical characteristics
standardized.
Vérifier les câblages surtout si ceux-ci relient plusieurs machineries ascenseurs.
• Cable type, Cable routing (low/strong current), Parasites (VMC, generators), etc...

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2 - GENERAL
2.1 - Technical features
• Compliant with the European standards EN81-28 and EN81-70*
• Voice integrated or remote modules
• Three points vocal system by addition of the modules BOX-SC MIC or BOX-SC,
BOX-F
• Fastening on lift car roof
• Remotely powered by analogical telephone line or powered if the magnetic loop or
the green –yellow lights are connected
• Multiple frequency dialling mode
• Automatic hang-up
• Volume and acoustics setting (local or remote programming)
• Call location acknowledgment
• Call location identification is sent to ANEPCenter® or on anepanywhere.com
• Programming keyboard with 12 buttons
• 1 input from the lift car alarm button (NO or NC)
• 1 button integrating three functions: Blocked person alarm acknowledgment,
arrival/departure of a technician and test call to the ANEP vocal server
• 1 alarm button technician lift car roof
• 6 telephone numbers memories
• Automatic redial of the second number in case of busy or unanswered phone number
• Memories on EEprom without any battery or maintenance
• Cyclical test (1, 2 or 3 days)
• Remote programming on ANEPCenter®
• Synthesis circuit allowing a floor announcement function and the broadcast of
vocal messages
• 1 input “Lift car Light”
• Lifts operation control
Factory setting
• Programming code : ⁕1 2 3
• Communication duration : 3 minutes
• Hang-up : Automatic
• Cyclical test : 3 days
* EN81-28 standard: remote monitoring for new elevators since October 2003
EN 81-70 standard: Safety rules for manufacture and installation of elevators
Part 70: Accessibility to lifts for all persons including persons with disabilities.

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3 - BOX TX CONNECTION
CABINE
*,1,2,3
BOX-DISCRI
BOX-SECU
BOX-INTENS
OR
OR
ALIM-CONTROL II
(ref ANEP A-BA-039)
MAGNETIC
SENSOR
HIGH
MAGNETIC
SENSOR
LOW
RJ11
To Y/G LEDS
(Cables supplied with
ANEP voice)
TELEPHONE
LINE
230Vac
green
white
brown
Phony
CABIN
(MIDIS BP)
PB
CABIN
ALARM
(NO ou NC)
Phony
under CABIN
(BOX-SC)
OD
CD
OD
CD
MSH
MSL
... or
⁎ MIDIS-FACEPLATE
⁎ LIGAN / LIGAN-BP
⁎ MICRO-DEP.
⁎ BA-MAX
⁎ BA-mini-GHP
MSH
MSL
SECTOR
230Vac
TEST

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3.1 - CONNECTING THE SENSORS
Connection of the sensors the information on opening/closing of the car door and
movement of the lift is to be connected to the inputs E1 to E4 of the ANEP BOX.
These inputs receive dry contacts free E1 - Cabin door OPEN
of any potential. E2 - Cabin door CLOSED
E3 - Magnetic sensor HIGH
E4 - Magnetic sensor LOW
Note: These four pieces of information are mandatory for the operation of the
statements.
MAGNETIC
SENSOR
HIGH
MAGNETIC
SENSOR
LOW
OPEN DOORS
CLOSED DOORS
OD
CD
MSH
MSL
MSHMSL
ODCD

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3.2 - CONNECTING THE POSITION/READJUSTMENT SENSORS [E3] AND [E4]
UMPTEENTH
LEVEL
4th LEVEL
3rd LEVEL
2nd LEVEL
1st LEVEL
(*) NOTE : The resetting magnet is to be placed at
the level where the cab passes most often
(Example: Ground floor for an R+4)
If there is an ad lag in operation,
we need to increase the distance
between magnets, or increase the distance
magnetic sensor.
Counting magnets
Height = 50 mm
Resetting magnet *
Height = 200 mm
UPPER MAGNET
COUNTING MAGNETS
LOWER MAGNET
50mm
50mm
RESETTING MAGNET
200mm
Y
Y
≤10mm
MAX
15° MAX
SETUP
MAGNETIC
SENSOR
HIGH
MAGNETIC
SENSOR
LOW
MSH
MSL

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3.2.1 - Elevator with short oors
The minimum value for short stage detection is 700mm between two levels (stage
information).
ELEVATOR SHEATH LIFT (example)
COUNTING MAGNETS
2nd floor
1st floor
Ground floor
High
Ground floor
Low
UNDERGROUND
RESETTING MAGNET
Decrease sensors spacing
allows reconciliation
counting magnets
A counting magnet must
not be able to operate
2 sensors at the same time
(Detection of a readjustment)
CABIN

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3.3 - Connecting sensors PO* and PF** [E3] and [E4]
* OD = Open Doors ** CD = Closed Doors
3.3.1 - Elevator in
single access.
The OD/CD gate
information is to be
connected to the
inputs E1 (OD) and
E2 (CD)
3.3.2 - Double
access lift.
OD/CD door
information
must be doubled.
(Parallel OD and
Serial CD)
NOTE: THE PF GIVES THE TOP START TO THE GONG.
IF THE SYNTHESIS STARTS WHEN THE ELEVATOR STOPS BEFORE THE
DOOR IS OPENED, A PF SENSOR IS INCORRECTLY SET.
Door 2
Door 2Door 1
Door 1
DO (1)
CD (2)
DO DO
CD (2)CD (1)
DOOR
DOOR
CDOD
CD
OD

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4 - YELLOW & GREEN LED CONNECTIONS (if MIDIS
is not present)
- Connect the indicators used in the cab according to the standard NF EN
81.28 of 2003 or 2018 and 81.70 (12Vcc / 140 mA max per indicator)
(see Page 15)
- Connect an ALIM-CONTROL 2 12Vcc (9 to 15Vcc) power supply
No such connection to be made if using MIDIS phony
Common cathode LEDs
YELLOW
LIGHT
GREEN
LIGHT
COMMON
CATHODES
SECTOR
Common Annode LEDs
YELLOW
LIGHT
GREEN
LIGHT
NOT
USED SECTOR
COMMON
CATHODES

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4.1 - Yellow & Green LED Prog. according to EN81-28 standards of 2003 or 2018
After entering the programming access code
Depending on the type of standard you want for LED management,
press # 417 #, or # 418 #, or # 419 # in turn
STANDARD
EN81-28
2003
OFF OFF Sleeping device / NORMAL MODE
# 417 #
ON ÞÞOFF Alarm On, Call In Progress
OFF OFF ÞÞIn communication with
a call center operator
OFF OFF Communication completed, line hung up,
Alarm Acknowledged (remote or onsite)
STANDARD
EN81-28
2018
OFF OFFSleeping device / NORMAL MODE
# 418 #
ON ÞÞOFF Alarm On, Call In Progress
ON ÞÞON ÞÞIn communication with
a call center operator
ON ÞÞOFF Communication completed, line hung up
OFF OFF Acknowledged alarm (remote or onsite)
FLASHING
ÞÞºÞÞºFLASHING ºÞÞºÞÞScheduled cyclic test defect
STANDARD
EN81-28
2018
YELLOW
OFF
OFF OFF Sleeping device / NORMAL MODE
# 419 #
ON ÞÞOFF Alarm On, Call In Progress
ON ÞÞON ÞÞIn communication with
a call center operator
OFF OFF Communication completed, line hung up
OFF OFF Acknowledged alarm (remote or onsite)
FLASHING
ÞÞºÞÞºFLASHING ºÞÞºÞÞScheduled cyclic test defect
ANEP BOX keyboard programming
After activating the programming access mode "
*
123"
# 417 # Validates Yellow and Green LED management to 2003 standards
# 418 # Validates Yellow and Green LED management to 2018 standards
# 419 # Validates the management of the yellow and green LEDs according
to 2018 standards with yellow LED off after communication
(end of alarm)

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5 - CABIN ALARM DISCRIMINATION
• Alarm discrimination is used to prevent untimely and unsubstantiated alarms
from being transmitted due to misuse or malicious intent.
The discrimination can be carried out either internally or externally or not validated.
5.1 - Unvalidated discrimination
This configuration mode allows the cabin alarm to be taken into account
permanently.
In programming mode, (see Page 11)
- Press the # 307 # keys successively
- ANEP-BOX TX emits 3 beeps.
5.2 - Internal discrimination
In this mode, ANEP BOX TX performs a processing taking into account
the opening/closing of the car and landing door as well as the
movement of the elevator.
The alarm is discriminated against:
- When moving the lift,
- During the rst 15 seconds after the elevator is switched upstairs,
- When the cabin and landing doors are both open.
The inputs E1, E2 receive the contacts OD, CD of the cabin door.
The DISCRI entrance can receive the image of opening/closing the landing door:
- A voltage (5Vcc to 230Vac) applied to the DISCRI input indicates the
LANDING DOOR CLOSURE. In this case:
• Regardless of the condition of the cabin door, the alarm is validated.
- No voltage applied to the DISCRI input indicates the DOOR IS OPEN
landing. In this case:
• The cabin door is CLOSED: the alarm is validated,
• The cabin door is OPEN: the alarm is discriminated.
In a time when a technician is present, discrimination is not achieved.
This mode of treatment requires the presence of a 12V supply voltage.
In this conguration mode and in the absence of the 12V, there is no
discrimination.
In programming mode,
Press # 308 # in succession ANEP-BOX emits 3 Beeps
5.3 - Forced Alarm
When the discrimination is validated, the cabin alarm can nevertheless be
triggered if 4 presses in a time of 15 minutes on the cabin button are
exercised. Each time the button is pressed, the hold time must be longer than
the programmed take-up time and a button release time of at least 3 seconds
must be respected between each press.

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6 - TRANSMITTER NUMBER ADDRESSING AND PROGRAMMING
Transmitter number (or identier or PROM) programming:
The ANEP BOX module identies itself in data mode by sending its “Number”
Transmitter ID” (also called Identier or PROM depending on call centers)
This number corresponds to the manufacturing serial number of the ANEP BOX
module.
In order to adapt to the different databases of the reception centers, it is possible
to modify this transmitter number.
Note: The transmitter number is numeric and has 8 digits.
Ex : 4 3 2 1 1 5 6 9
CAUTION: Changing the Transmitter ID, does not require no prior
access to programming
*
# 2 2 2 2 0 xx xx xx xx #
*
xx xx xx xx = 8 digit transmitter number
6.1 - Addressing Module No. :
Several modules of the ANEP BOX range can be installed on the same
telephone line (maximum 8), it is mandatory to configure the address of each
module.
After entering the programming access code, press the keys:
# 303 then 1 # if module 1(Elevator 1)
or
# 303 then 2 # if module 2(Elevator 2)
or
# 303 then 8 # if module 8(Elevator 8)
Note: Module = ANEP BOX-TX (or TX+) or
ANEP BOX-C (pit bottom)
BOX-C

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Configuration 1 - Offset Receptacle Phony with BOX-C
Addressing to be done on the 4 BOX TX and on the 4 BOX-C
Configuration 2 - In-vehicle hardware with BOX-SC (maximum 8)
Addressing to be done on the 8 BOX TX
NOTE: These quantities are to be divided by 2 when using a GSM Gateway
=> 4 times BOX-TX with BOX-SC (under cabin)
=> 2 times BOX-TX with BOX-C (pit bottom)
TELEPHONE LINE
ELEV. 1 ELEV. 2 ELEV. 3 ELEV. 4
ELEV. 1 ELEV. 2 ELEV. 3 ELEV. 4 ELEV. 5 ELEV. 6 ELEV. 7 ELEV. 8
TELEPHONE LINE

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7 - PROGRAMMING (ANEP BOX hung up)
Important :
• All the ANEP BOX TX connected to the same telephone line must be
connected to allow access to the programming mode.
• The various programming operations are carried out with the keyboard of the ANEP
BOX module.
• In order to avoid unwanted manipulation, access to the ANEP BOX is protected
by a three-digit access code:
*
1 2 3
• This code can be changed by the user (1 to 7 digits) (see page 16)
7.1 - Access to programming
Type
*
followed by the numbers in the programming access code
Example: (With default scheduled code at factory exit)
 *
1 2 3 The device emits a melody
Therefore, the device is in programming mode
... 2 BEEPs every 20 seconds
7.2 - Programming Mode Output
After you finish programming the device
Press the key « *
»
At the end of programming, the device emits a melody
Note: If no key on the keyboard is pressed for 3 minutes, the device
exits programming mode.
The device emits a melody

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7.3 - Schedule table of telephone numbers (voice alarms)
ANEP BOX automatically detects the nature of the alarm button of the
NO or NC button box, it is essential to connect the alarm button BEFORE
connecting the phone line.
KEYBOARD COMPOSITION COMMENTS
*
 Programming Access Code (Factory code: 123)
#001# RES Reset settings and clear
phone numbers
#101 Phone number + #1st call center phone
number
#102 Phone number + #2nd call center phone
number
#303 Phone number Module No. 1-8
*
Programming Mode Output
FACTORY CONFIGURATION
• Programming code :
*
1 2 3
• Communication Time : 3 minutes
• Hanging up: Automatic
• Cyclic test: 3 days

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7.4 - Choice of telephone network
The BOX TX module uses a telephone network for transferring
alarms to a reception center, for proper operation of equipment it is important to
indicate the type of network between:
- Switched telephone network (analog PSTN),
- GSM Gateway,
- Autocom mode.
Choosing the network affects the following features:
- GSM gateway battery charge information (only for models PG1, PGU, P3GU
and P4GU)
- Speech control of the speaker and microphone,
- Securing the transfer of data to a reception center
The Autocom mode, allows the BOX TX to operate with most autocoms without
guaranteeing a functioning with ALL the autocoms on the market.
This mode makes it possible:
- Numbering with resting line voltages between 20 and 28v,
- unhooked if ringing train exceeds 400ms.
7.5 - Standard Mode
If the voltage of your Orange phone line or other operator is greater than 28V,
you must congure your equipment in "Standard Mode" (Orange Line) and
Normal Line Voltage (Line Voltage > 28V)
This is the mode in which you received your equipment (factory mode)
To ensure this, perform the following programming sequence.
After entering the programming access code,
Press the keys # 4 0 4 #
The device emits a melody
Exit programming mode by pressing the key «
*
»,
The device emits a melody

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7.6 - Autocom mode and/or low line voltage
If your equipment is connected to an Orange line (or other operator), but the
line voltage at rest is low (less than 28V), you must congure your equipment
to "Autocom Mode and/or Low Line Voltage" (20V <= Line Voltage < 28V )
To do this, perform the following programming sequence.
After entering the programming access code,
Press the keys # 4 0 3 #
The device emits a melody
Exit programming mode by pressing the key «
*
»,
The device emits a melody
If your equipment is connected to an “Autocom”, you must congure your
equipment to “Autocom Mode and/or Low Line Voltage”
(20V <= Line Voltage < 28V )".
7.7 - GSM Mode
If your equipment is connected to a GSM gateway, you must congure your
equipment in “GSM Mode”.
To do this, perform the following programming sequence.
After entering the programming access code,
Press # 4 0 5 #
The device emits a melody
Exit programming mode by pressing the key «
*
»,
The device emits a melody
To exit GSM Mode and return to Standard Mode,
Press # 4 0 6 #
The device emits a melody
Exit programming mode by pressing the key «
*
»,
The device emits a melody

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7.8 - Number Scheduling
7.8.1 - Programming Memory 101 (Main Voice Call)
After entering the programming access code
Press # 1 0 1
The device emits a melody
Dial the phone number followed by the key #
The device emits a melody
7.8.2 - Programming memory 102 with a pause
In the case of installation behind a PABX, it is necessary to dial a prefix followed
by a pause and the call number.
To schedule a PAUSE (2 seconds), press «
*
»
Example: (Pause after prefix 0)
# 102 0 ⁕0 1 4 5 6 9 2 8 0 0
Press « #» to validate
The device emits a melody
7.8.3 - Delete a number
Press : « #» then, memory number and "#" key
Example : (Delete in-memory number 102)
# 102 #
The device emits a melody
Note : If no keyboard action is performed for 20 seconds, the device emits a
“BEEP”, and returns to the beginning of the selection of telephone
number memories.

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7.9 - Allocation of memories
7.9.1 - Transfer Method
ANEP devices can be programmed according to the desired use and technology
used at the alarm reception center. To communicate with reception centers, ANEP
devices transfer information (location identification) and set up voice communication
either in a single communication or in two separate communications.
The recommended method with regard to the standard corresponds to the method
in a single communication (Optimization of the delay for identification and phonic
dialog)
7.9.2 - Table for one-call programming.
Phone No. Memory Type
of information Communication
Power Plant
exploitation
# 101 User and Technician Alarm Data
+ phonies
# 102 User Alarm
and technician Data + phonies
# 104
Lift failures
Technician Arrival /
Departure
Cabin Light
Data
# 105 Cyclic test Data
Information center # 106 Alarm and Failures Data
#101 : Receive Station Phone Number
#102 : Telephone number of the emergency or overflow reception center
#104 : Receive Station Phone Number
#105 : Receive station phone number for cyclical testing
#106 : Phone number of the ANEPanywhere customer information center or website.
However, if your reception center uses the two-call method, please contact us.
7.9.3 - Conguring “dual call” mode
Dual call mode allows a guard station to be called (voice only), before the alarm
is transmitted to the reception center (data and voice).
The telephone memories 101 and 102 are used for this function.
In programming mode, to enable dual-call mode:
Press # 206 # The device emits a melody To deactivate dual call mode
enter sequence # 207 #
bouton d’alarme
Mémoire 101
Mémoire 102

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The “telephones” memories must be set up as follows:
Memory 101: Guardian Phone Number
Memory 102: Telephone number of the reception center.
Alarm Timing:
When an alarm is triggered, the transmitter calls the number in memory 101
(custodian). It then calls the number in memory 102 (center of reception).
In case of occupancy of the number in memory 101 (guardian) or 102 (center of
reception), these numbers are called up to six times (6x mem. 101 and
6x meme. 102).
7.10 - Validations and settings (in programming mode)
7.10.1 - Time delay for taking into account the pressing of the cabin alarm button
(default 0.5 seconds)
Press # 3 0 2 # and the time defined in 10th of a second.
The device emits 3 "BEEPs"
Validate with « # » key. Example : 4.5 second timeout.
 Press # 302 45 #
7.10.1 Acknowledgement of blocked person call (EN81-28) by #1
When this function is validated, an alarm
call emitted by ANEP BOX will have to be
acknowledged by the operator by dialing the
sequence “#” and “1” on the keyboard of his
telephone (in DTMF mode) during the voice
communication.
If this operation is not performed, ANEP BOX calls
the reception center 6 times per number
Scheduled Call Signals ( See 5.1.2 )
To validate this function,
Press the keys successively # 2 0 2 #
The device emits 3 "BEEPs"
Call acknowledge function is validated (not validated by default)
To dismiss the acquittal of the appeal
Press # 203 #
The device emits 3 "BEEPs"
The function of acknowledging the appeal is canceled.