Bentel Security Academy 4 Operating instructions

BENTEL SECURITY srl reserves the right to modify the technical specifications of this product
without prior notice.
Digital Communicator Control Panel
Emission:
Immunity:
Low voltage:
Burglar alarm systems:
EN 50081-1/1992
EN 50130-4/1995+A1/1999
EN 60950/1996 + A4/1997
CEI 79/2 2 Ed. 1993
TBR21-1/1993
a
complies to:
Terminal Equipment(TE):
BENTEL SECURITY declines all responsibility in the event of
unauthorized intervention on the control panel.
The control panel has been developed and made according to the highest
standards of quality, reliability and performance adopted by BENTEL
SECURITY srl.
To make sure your system continues to work as intended, you must test your
system every month. Consult the installer for testing and maintenance
instructions. If your system does not work correctly, call your installer for
service.
Installation of the control panel must carried out strictly according to the
instructions, and in compliance with the safety laws in force.
via Florida - Z.I. Valtesino - 63013 GROTTAMMARE (AP) - ITALY
INSTALLATION MANUAL: Digital communicator control panel
ISTRUZIONI PR.TAST.UK BENT.ACADEMY4/8/8L ISTPTBLEACADEMY8

CONTENTS
PROGRAMMING FROM KEYPAD 5
Restrictions . . . . . . . . . . . . . . . . . . . . . . . . 5
Access to programming . . . . . . . . . . . . . . . . . 5
Programming structure and modes . . . . . . . . . . . 6
Programming Modes . . . . . . . . . . . . . . . . . . . 7
Address tables . . . . . . . . . . . . . . . . . . . . . . 11
Keypads parameters (Addresses 1 through 9) . . . . . 11
Key readers 1 through 8 parameters (Addresses 10 through 34)12
Key readers 9 through 16 parameters (Addresses 35 through 59)13
Zone programming . . . . . . . . . . . . . . . . . . . 14
Outputs parameters (Addresses 100 through 111) . . . 16
Times . . . . . . . . . . . . . . . . . . . . . . . . . . 17
Telephone Numbers (Addresses 126 through 157) . . 17
Customer Telephone Options (Address 158) . . . . . 19
Teleservice (Addresses 159 through 164) . . . . . . . 19
Codes (Addresses 165 through 256) . . . . . . . . . . 20
Installer PIN (Address 257) . . . . . . . . . . . . . . . 23
Scheduler (Addresses 258 through 289) . . . . . . . . 23
Clock (Address 290) . . . . . . . . . . . . . . . . . . 24
Events (Addresses 291 through 418) . . . . . . . . . . 25
Programming digital keys (Addresses 419 through 422) 29
Options (Addresses 423 to 425) . . . . . . . . . . . . 30
Events (Address 426) . . . . . . . . . . . . . . . . . . 32
Telephone (Address 427) . . . . . . . . . . . . . . . 32
Options (Address 428) . . . . . . . . . . . . . . . . . 32
Options (Address 429) . . . . . . . . . . . . . . . . . 32
Options (Address 430) . . . . . . . . . . . . . . . . 32
3

4Security System Control panel

PROGRAMMING FROM KEYPAD
For in-detail information on the following parameters and options refer to the
"PROGRAMMING" chapter.
All the control panel parameters can be programmed from the keypad.
Only the INSTALLER PIN and MAIN USER PINs can access the program-
ming phase.
+The control panel will be out of service (alarm outputs disabled) during
the programming phase.
Restrictions
The Installer can program all the control panel parameters, with the excep-
tion of Code PINs 1 through 23.
A Main User Code PIN can change all User, Duress and Patrol Code
PINs enabled on the group of partitions it controls (see below).
CODE No. TYPE ASSIGNED
PARTITIONS
Code1 MAIN USER 1- 3- 4
Code2 MAIN USER 2- 3
Code3 USER 1- 3
Code4 USER 4
Code5 USER 3 - 4
Code6 PATROL 2
Code7 DURESS 3
Code8 USER 2 - 3
In the example above MAIN USER Code 1can change its own PIN and
the PINs of: Code 3, Code 4, Code 5 and Code 7.
MAIN USER Code 2 can change its own PIN and the PINs of: Code 6,
Code 7 and Code 8.
NC2TAST or ICON/KP keypads can be connected to the Panel. The key
functions on the NC2TAST and ICON/KP keypads are identical, however, the
key icons differ. The following description refers to the NC2TAST keypad.
Access to programming
The control panel must be disarmed.
INSTALLER
Enter the INSTALLER PIN then press .
PROGRAMMING FROM KEYPAD 5

MAIN USER
Enter a MAIN USER PIN, press then press .
+Access to programming will be signalled by slow flashing on LED 7 and a long
high-tone beep.
Programming structure and modes
Structure Programming comprises two distinct phases----shown by the ON /OFF
status of LED L6.
PHASE 1----ENTER PARAMETER ADDRESS----LED L6 OFF
ØPhase 1----enter the Address of the parameter to be programmed (maxi-
mum 3 digits) then press .
Access to PHASE 2 will be signalled by a long high-tone beep.
Access Denied will be signalled by a long low-tone beep. Retry after error
beep.
+Press to exit the programming phase.
PHASE 2----ENTER PARAMETER VALUE----LED L6 ON
ØPhase 2----enter the parameter value then press .
The Panel status: partitions, options, attributes, etc., can be viewed by
means of the LEDs under the number keys. An audible acceptance or er-
ror signal will be emitted when the keys are pressed.
Telephone numbers, PINs and times cannot be viewed on the keypad, and
the LEDs under the number keys will be OFF.
Figure 1 LEDs and keys
6Security System Control panel

Press to step back to PHASE 1.
+Press to save the parameter values.
Programming Modes
There are three parameter programming modes: Single mode, Consecu-
tive mode, Multi-section mode. Refer to examples 1, 2 and 3.
Refer to the parameter Address tables for: a brief description; the accepted
keys and / or values of each parameter and the programming mode (see
example 4).
Single mode The usymbol means the parameter can be programmed in Single mode only.
Step 1 Enter the parameter Address then press .
Step 2 Enter the parameter value then press .
(See example 4)
Consecutive
Mode The îsymbol means the parameter can be programmed in Single mode and Consecutive mode.
Consecutive mode (for zones, outputs and telephone numbers) requires
the Address of the first parameter only,as follows.
Step 1 Enter the Address then press .
Step 2 Enter the parameter value then press .
Step 3 Enter the value of the next parameter then press , and so forth.
(See example 2)
Multi-section
Mode The vsymbol means the parameter must be programmed in Multi-sec- tion mode.
Multi-section mode parameters have more than one section (e.g. Clock
parameter). Therefore, it will be necessary to press after completing
each section.
Step 1 Enter the Address then press .
Step 2 Enter the value of the first section then press .
Step 3 Enter the value of the second section then press .
(See example 3)
PROGRAMMING FROM KEYPAD 7

Example 1
Step 1 Enter the Installer PIN
Step 2 Press .
PHASE 1 active----LED L7 will flash slowly.
Step 3 Enter a valid Address (e.g. Address 1 for Keypads in configuration----ac-
cepted keys through ) then press .
PHASE 2 active----LED L6 ON.
Step4 Setup the keypads in configuration----accepted keys through .
Step 5 Press to save and step back to PHASE 1.
Step 6 Repeat the procedure from Step 3 for the other parameters.
If is pressed when PHASE 1is active the programming session will
close.
If is pressed when PHASE 2 is active the current parameter will not
be saved and the control panel will step back to PHASE 1 Step 3.
+Press to save the parameter value.
Example 2
Step 1 Enter the Installer PIN.
Step 2 Press .
PHASE 1 active----LED L7 will flash slowly.
Step 3 Enter a valid Address (e.g. Address 60 for Partition assignment Zone----
accepted keys through ) then press .
PHASE 2 active----LED L6 ON.
Step 4 Assign the partitions for zone 1----accepted keys through .
Step 5 Press to save parameter 60 and step to parameter 61 (Type Zone
1).
PHASE 2 active----LED L5 ON.
Step 6 Program the Type for zone 1----accepted keys through .
8Security System Control panel

Step 7 Press to save parameter 61 and step to parameter 62 for Balance
type Zone 1.
PHASE 2 active----LED L4 ON.
Step 8 Program the Balance Type for zone 1----accepted keys through .
Step 9 Press to save parameter 62 and go to parameter 63 for Attributes
Zone 1.
PHASE 2 active----LED L3 ON.
Step 10 Program the Attributes for zone 1 ----accepted keys through .
Step 11 Press to save parameter 63 and go to parameter 64 for Alarm cy-
cles Zone 1.
PHASE 2 active----LED L2 ON.
Step 12 Enter the number of Alarm cycles for zone 1----values 0through 15.
Step 13 Press to save parameter 64 and step back to PHASE 1 Step 3
LED 7 will flash----all other LEDs will be OFF.
If is pressed when PHASE 1is active programming session will
close.
If is pressed when PHASE 2 is active the current parameter will not
be saved and the control panel will step back to PHASE 1 Step 3.
+Press to save the parameter value.
Example 3
Step 1 Enter the Installer PIN.
Step 2 Press .
PHASE 1 active----LED L7 will flash slowly.
Step 3 Enter a valid Address (e.g. event 325 SUPERKEY 1----refer to "User Manual").
Step 4 Press :
PHASE 2 active----LED L6 ON
This is a Multi-section parameter with three sections:
Calls - Event Code - Voice Message. The telephone numbers (first sec-
tion) will be called when the assigned event occurs.
PROGRAMMING FROM KEYPAD 9

Step 5 Enter the identifier number of the telephone number----accepted keys
through .
Step 6 Press to save the data in the Calls section and step to the Event
Code section.
PHASE 2 active----a LED will go ON to confirm parameter acceptance.
Step 7 Enter the 2 digit event code for the SUPERKEY 1 event----accepted keys
through .
Step 8 Press to save the data in the Event Code section and step to the
Voice Message section.
PHASE 2 active----a LED will go ON to confirm parameter acceptance.
Step 9 Select the voice message for the SUPERKEY 1 event (refer to User Manual)----
accepted keys through .
+Press for no message.
Step 10 Press to save the data in the Voice Message section and go back to
PHASE 1 Step 3.
LED 7 will flash----all other LEDs will be OFF.
If is pressed when PHASE 1 is active the programming session will close.
If is pressed when PHASE 2 is active the current parameter will not
be saved and the control panel will step back to PHASE 1 Step 3.
+Press to save the parameter value.
Example 4 Parameter 1 (Keypads in configuration)----accepted keys through .
A brief description of the parameter can be found at the top of the KEY-
PADS table.
The usymbol at the end of the row means the parameter can be pro-
grammed in the Single mode only.
Parameter 131 (Call Type for telephone number 2)----accepted keys
through and .
A brief description can be found at the top of the TELEPHONE table.
The îsymbol at the end of the row in the programming tables means the pa-
rameter can be programmed in both Single mode and Consecutive mode.
Parameter 290 (Clock): data entry instructions can be found at the top of
the CLOCK table.
The vsymbol between the "day - month - year" and also "hour and min-
utes" sections means the parameter must be programmed in Multi-sec-
tion mode.
10 Security System Control panel

Address tables
Keypads parameters (Addresses 1 through 9)
KEYS
KEYPADS IN
CONFIGURATION
ON=In configuration
OFF=Not in configuration
PARTITION
ASSIGNED
TO KEYPADS
Keypad 1 Partition1
Keypad 2 Partition 2
Keypad 3 Partition 3
Keypad 4 Partition 4
Keypad 5 -
Keypad 6 -
Keypad 7 -
Keypad 8 -
Add. Keypads parameters Data
1Keypads (1 through 8) in configuration u
2Assigns partitions for keypad 1 u
3 Assigns partitions for keypad 2 u
4 Assigns partitions for keypad 3 u
5Assigns partitions for keypad 4 u
6 Assigns partitions for keypad 5 u
7 Assigns partitions for keypad 6 u
8 Assigns partitions for keypad 7 u
9 Assigns partitions for keypad 8 u
PROGRAMMING FROM KEYPAD 11

Key readers 1 through 8 parameters (Addresses 10 through 34)
KEYS
KEY READERS IN
CONFIGURATION
ON=In
configuration
OFF=Not in
configuration
ASSIGNED
PARTITIONS
ON=Assigned
OFF=Not
Assigned
ARMING
MODE A
Green LED
ON=Arm
OFF=Disarm
ARMING
MODE B
Amber LED
ON=Arm
OFF=Disarm
Key reader 1 Partition 1 Partition 1 Partition 1
Key reader 2 Partition 2 Partition 2 Partition 2
Key reader 3 Partition 3 Partition 3 Partition 3
Key reader 4 Partition 4 Partition 4 Partition4
Key reader 5 - - -
Key reader 6 - - -
Key reader 7 - - -
Key reader 8 - - -
Add. Key Readers 1 through 8 in configuration Data
10 key readers (1 through 8) in configuration u
Add. Key Reader 1 parameters Data
11 Assigns partitions î
12 Amber LED - Arming mode A î
13 Green LED - Arming mode B u
Add. Key Reader 2 parameters Data
14 Assigns partitions î
15 Amber LED - Arming mode A î
16 Green LED - Arming mode B u
Add. Key Reader 3 parameters Data
17 Assigns partitions î
18 Amber LED - Arming mode A î
19 Green LED - Arming mode B u
Add. Key Reader 4 parameters Data
20 Assigns partitions î
21 Amber LED - Arming mode A î
22 Green LED - Arming mode B u
12 Security System Control panel

Add. Key Reader 5 parameters Data
23 Assigns partitions î
24 Amber LED - Arming mode A î
25 Green LED - Arming mode B u
Add. Key Reader 6 parameters Data
26 Assigns partitions î
27 Amber LED - Arming mode A î
28 Green LED - Arming mode B u
Add. Key Reader 7 parameters Data
29 Assigns partitions î
30 Amber LED - Arming mode A î
31 Green LED - Arming mode B u
Add. Key Reader 8 parameters Data
32 Assigns partitions î
33 Amber LED - Arming mode A î
34 Green LED - Arming mode B u
Key readers 9 through 16 parameters (Addresses 35 through 59)
To program parameter 35 refer to the table in the previous paragraph,
where keys 1through 8correspond to key readers 9 through 16.
Add. Key Readers 9 through 16 in configuration Data
35 key readers (9 through 16)in configuration u
Add. Key Reader 9 parameters Data
36 Assigns partitions î
37 Amber LED - Arming mode A î
38 Green LED - Arming mode B u
Add. Key Reader 10 parameters Data
39 Assigns partitions î
40 Amber LED - Arming mode A î
41 Green LED - Arming mode B u
Add. Key Reader 11 parameters Data
42 Assigns partitions î
43 Amber LED - Arming mode A î
44 Green LED - Arming mode B u
PROGRAMMING FROM KEYPAD 13

Add. Key Reader 12 parameters Data
45 Assigns partitions î
46 Amber LED - Arming mode A î
47 Green LED - Arming mode B u
Add. Key Reader 13 parameters Data
48 Assigns partitions î
49 Amber LED - Arming mode A î
50 Green LED - Arming mode B u
Add. Key Reader 14 parameters Data
51 Assigns partitions î
52 Amber LED - Arming mode A î
53 Green LED - Arming mode B u
Add.Key Reader 15 parameters Data
54 Assigns partitions î
55 Amber LED - Arming mode A î
56 Green LED - Arming mode B u
Add. Key Reader 16 parameters Data
57 Assigns partitions î
58 Amber LED - Arming mode A î
59 Green LED - Arming mode B u
Zone programming
KEYS PARTITIONS TYPE BALANCE TYPE ATTRIBUTES
Partition 1 Instant Normally closed Double pulse
Partition 2 Delayed Normally open Unbypassable
Partition 3 Path Balanced Chime
Partition 4 24h Double balanced Silence
-Duress -Test
-Fire -Delayed on
partitioning
-Arm
Partitions - -
-Switch
status - -
Alarm cycles Enter the required number of cycles: 0 through 14. Enter 15 for Repetitive
cycles.
14 Security System Control panel

Add. Zone 1 parameters Data
60 Assigns partitions î
61 type î
62 balance type î
63 attributes î
64 alarm cycles u
Add. Zone 2 parameters Data
65 Assigns partitions î
66 type î
67 balance type î
68 attributes î
69 alarm cycles u
Add. Zone 3 parameters Data
70 Assigns partitionsî
71 type î
72 balance type î
73 attributes î
74 alarm cycles u
Add. Zone 4 parameters Data
75 Assigns partitions î
76 type î
77 balance type î
78 attributes î
79 alarm cycles u
Add. Zone 5 parameters Data
80 Assigns partitions î
81 type î
82 balance type î
83 attributes î
84 alarm cycles u
Add. Zone 6 parameters Data
85 Assigns partitions î
86 type î
87 balance type î
88 attributes î
89 alarm cycles u
Add. Zone 7 parameters Data
90 Assigns partitions î
91 type î
92 balance type î
93 attributes î
94 alarm cycles u
PROGRAMMING FROM KEYPAD 15

Add. Zone 8 parameters Data
95 Assigns partitions î
96 type î
97 balance type î
98 attributes î
99 alarm cycles u
+Addresses no. 80 to 99 are not active on Academy4.
Outputs parameters (Addresses 100 through 111)
KEYS PARTITIONS/ATTRIBUTES SIGNALS-A- SIGNALS-B-
Partition 1 Arming delay Alarm and
Tamper
Partition 2 Chime Fire GND
Partition 3 Entry Time Telephone
line Trouble
Partition 4 Exit Time
Alarm and
Tamper -
restore on
bell timeout
-Alarm memory Reserved
LED ON = Normally Open
LED OFF = Normally Closed Trouble Reserved
-Partitions
Disarmed Reserved
-Partitions
Armed Reserved
Add. Output 1 parameters Data
100 Assigns partitions; attributes î
101 signals A î
102 signals B u
Add. Output 2 parameters Data
103 Assigns partitions; attributes î
104 signals A î
105 signals B u
Add. Output 3 parameters Data
106 Assigns partitions; attributesî
107 signals A î
108 signals B u
Add. Output 4 parameters Data
109 Assigns partitions; attributes î
110 signals A î
111 signals B u
Addresses no. 106 to 111 are not active on Academy4 and Academy8.
16 Security System Control panel

Times
ENTRY and EXIT times are in seconds (maximum 255 seconds). Alarm
delay, PATROL and ALARM times are in minutes (maximum 99 minutes).
Add. Partition 1 times Data
112 Exit Time in secondsu
113 Entry Time in seconds u
114 Arming Delay in minutes u
Add. Partition 2 times Data
115 Exit Time in secondsu
116 Entry Time in seconds u
117 Arming Delay in minutes u
Add. Partition 3 times Data
118 Exit Time in secondsu
119 Entry Time in seconds u
120 Arming delay in minutes u
Add. Partition 4 times Data
121 Exit Time in secondsu
122 Entry Time in seconds u
123 Arming Delay in minutes u
Add.Patrol time Data
124 Patrol Time in minutes u
Add. Alarm time Data
125 Alarm Time in minutes u
Telephone Numbers (Addresses 126 through 157)
When programming a Telephone Number ----use key to insert pauses
of 2 seconds, and key key to cancel errors.
KEYS CALL TYPE PROTOCOL
Central Station ContactID
Voice Message Ademco 10bps
Teleservice Ademco 14 bps
Disabled Franklin
20bps
Listen-in
(only when 1 is active) Radionics 40bps
Hands free
(only when 5 is active) Scantronics 10bps
-Customized
-CESA
PROGRAMMING FROM KEYPAD 17

Customer Code: 4 digit are required (5 for CESA), keys through
and superkeys through for hexadecimal digits A, B, C, D, E and
F(do not use for CESA protocol). For CONTACT ID protocol the key
corresponds to .
Add. Telephone number 1 Data
126 telephone number (16 digits max.) î
127 call type î
128 protocolsî
129 customer code 4 digits (5 for CESA) u
Add. Telephone number 2 Data
130 telephone number (16 digits max.) î
131 call type î
132 protocolsî
133 customer code 4 digits (5 for CESA) u
Add. Telephone number 3 Data
134 telephone number (16 digits max.) î
135 call type î
136 protocolsî
137 customer code 4 digits (5 for CESA) u
Add. Telephone number 4 Data
138 telephone number (16 digits max.) î
139 call type î
140 protocolsî
141 customer code 4 digits (5 for CESA) u
Add. Telephone number 5 Data
142 telephone number (16 digits max.)î
143 call type î
144 protocolsî
145 customer code 4 digits (5 for CESA) u
Add. Telephone number 6 Data
146 telephone number (16 digits max.) î
147 call type î
148 protocolsî
149 customer code 4 digits (5 for CESA) u
Add. Telephone number 7 Data
150 telephone number (16 digits max.) î
151 call type î
152 protocolsî
153 customer code 4 digits (5 for CESA) u
18 Security System Control panel

Add. Telephone number 8 Data
154 telephone number (16 digits max.) î
155 call type î
156 protocolsî
157 customer code 4 digits (5 for CESA) u
Customer Telephone Options (Address 158)
Tone check: use key to enable / disable this option.
Key OFF = Tone check enabled
Key ON = Tone check disabled
Dialling Type: use key to select the dialling type.
Key ON = DTMF dialling
Key OFF = Pulse dialling
Test Event: use key to enable / disable this option.
Key ON = Test call (Teleservice) enabled
Key OFF = Test call (Teleservice) disabled
If the Test call (Teleservice) is enabled, the panel will not send a Test
event call to the Central Station (see page 57 in the "Installation Manual").
Add. Description Data
158 Tone check, Dialling type, Test Event u
Teleservice (Addresses 159 through 164)
Number of rings before the control panel answers: max. 2 digits.
Double call: use key to enable / disable this option.
key ON = Double call enabled
key OFF = Double call disabled
Callback: use key to enable / disable this option.
Key ON = Callback enabled
Key OFF = Callback disabled
Teleservice telephone number: press the number key that corresponds to the
Teleservice (Installer) telephone number----accepted keys through .
Test event Interval: enter the number of hours between test events----4 digits maximum.
PROGRAMMING FROM KEYPAD 19

Minutes: enter the minutes value of the established time of the test event----2 digits.
Delay: enter the number of hours before the established time of the first
test event----4 digits maximum (refer o the example).
The Delay will start when the programming session closes and will be
counted from the hour value (e.g. programming session closed at 10:20
delay will start at 10:00).
Example
Established time 17:30 every Monday
Interval: 168 hours (7 days x 24 hours)
Minutes: 30 (established time 17:30)
Programming session closed at 10:20 Monday----from 10:00 to 17:00 = 9
hours therefore:
Delay: 9
The Test event will be generated at 17:30----as the final sum includes the
programmed Delay of 9hours and the programmed Minutes value of 30.
However, if the first Test event is required at 17.30 on Tuesday or Wednes-
day, etc. the 9hour Delay must be increased by 24 hours for each day.
Add. Description Data
159 Number of rings before answer î
160 Enable / Disable Double call î
Enable / Disable Callback î
161 Teleservice telephone number (1-8)
Callback (9) î
162 period in hhî
163 minutes:mm î
164 delay in hh u(before first test)
Codes (Addresses 165 through 256)
Each Code has the following: a PIN (4 to 6 digits), a Type, its assigned
Partitions, Type A Arming Mode and Type B Arming Mode.
KEYS CODE
TYPE PARTITIONS (ON=Assigned
OFF=Not Assigned)
TYPE A
ARMING
MODE
(ON=Arm
OFF=Disarm)
TYPE B
ARMING
MODE
(ON=Arm
OFF=Disarm)
Disabled Partition 1 Partition 1 Partition 1
Main
User Partition 2 Partition 2 Partition 2
User Partition 3 Partition 3 Partition 3
Duress Partition 4 Partition 4 Partition4
Patrol - -
20 Security System Control panel