Conlan Box 485-4 User manual

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Conlan ApS • Speditorvej 2A • DK-9000 Aalborg • Tel: [phone] • Fax: [phone]
www.conlan.eu • [email protected]
Extension unit
Box 485-4
Art. No.: 460006
Installation manual
Box485-4_manual_ENGmay15

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Table of contents
1. Introduction
2. Electric connections
3. Programming
3.1 Programming positions
3.2 Default programming
3.3 Address (ID number) of slave keypads
3.4 Address (ID number) of Box 485-4
3.5 Relay mask for relays 1 - 4
3.6 Pre-activation time for slave relay 3
3.7 Pre-activation time for slave relay 4
3.8 Relay activation time for exit button
3.9 Allowed time zones for slave keypads
3.10 Active mask
4. Installation example
5. Technicalspecications
6. Programming with Conlan eXPress
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1. Introduction
Box 485-4 is a door control unit, used togehter with CT2000 keypad. The unit is deliv-
ered in a white plastc boxfor cabling included.
Box 485-4 is typically used if one CT2000 keypad is to control more than one output.
Typical applications:
• Where CT2000 normal functions shall be combined with keypad’s bell button.
• Silentattackcombinedwithe.g.accesstoalarmon/oswitchordooropening.
• Accesstoalarmtoon/oswitch,ifextrasafetyrequired.
2. Electric connections
12V: +12 VDC
GND: 0 VDC (minus)
A: Connection to data bus via RS485, in-/output A, blue wire
B: Connection to data bus via RS485, in-/output B, orange wire
SAB: Tamper switch
SAB: Tamper switch
C: Relay output - common
NO: Relay output - normally open
NC: Relay output - normally closed

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3. Programming
Box 485-4 is from the factory delivered with a standard programming. Further pro-
gramming can be made through the PC Interface (PCI2000 or LogBox3).
3.1 Programming positions
Position Programming
100  Address(IDnumber)ofrstslave(keypad)
101 Address (ID number) of second slave (keypad)
102 Address (ID number) of Box 485-4
103 Relay mask for relay 1
104 Relay mask for relay 2
105 Relay mask for relay 3
106 Relay mask for relay 4
107 Pre-activation time of slave relay 3 (master relay is relay 1)
108 Pre-activation time of slave relay 4 (master relay is relay 2)
109 Relay activation time for exit button, ¼ second
110to122 Allowedtimezonesfortherstandsecondslavekeypad,
reserved for future development
123 Active mask,
reserved for future development
3.2 Default programming
Position Value Programming
100  1  Address(IDnumber)ofrstslave(keypad)
101 1 Address (ID number) of second slave (keypad)
102 200 Address (ID number) of Box 485-4
103 incactive Relay mask for relay 1 is group 0, 1, 2 and 3
104 inactive Relay mask for relay 2 is group 4, 5, 6 and 7
105 inactive Relay mask for relay 3 is group 8, 9, 10 and 11
106 inactive Relay mask for relay 4 is group 12
107 0 Pre-activation time of slave relay 3 is 0
108 0 Pre-activation time of slave relay 4 is 0
109 4 Relay activation time for exit button, 1 second
110 to 122 255 Reserved for future development (must be value 255)
123 127 Reserved for future development (must be value 127)

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3.3 Address (ID number) for slave keypads (100 and 101)
Keypads (CT2000) connected to RS485 data bus are distinguished from each other by
assigning them each an address (ID number). When a code is entered on one of the
keypads in an installation, carrying an address (ID number), Box 485-4 reacts in accor-
dance with its programming.
Asdefaulttheprogrammingpositions100and101aresetto1forboththerstand
second slave keypad.
3.4 Addess (ID number) for Box 485-4
Box 485-4, just like keypads, must carry an address (ID number), to enable division
betweendierentunitsonRS485databus.
Address in the programming position 102 is by default set to 200.
3.5 Relay mask for relays 1 - 4 (103 to 106)
These programming positions specify how the Box 485-4’s relay outputs shall react to
entering valid user codes on CT2000.
There are no values in these programming positions. Please use the Box 485 overview
screen on Conlan eXPress software.
3.6 Pre-activation time for slave relay 3
Valueinthisprogrammingpositionspecieshowlongrelayoutput3shallstayactive,
if relay output 1 is active (master relay).
Valueinposition107isbydefaultsetto0,whichequalsto0seconds.
3.7 Pre-activation time for slave relay 4
Valueinthisprogrammingpositionspecieshowlongrelayoutput4shallstayactive,
if relay output 2 is active (master relay).
Valueinposition108isbydefaultsetto0,whichequalsto0seconds.

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3.8 Relay activation time for exit button (109)
ValueinthisprogrammingpositionspecieshowlongtheseoftheBox485-4’srelay
outputs, which are programmed to be active in this situation, shall react to an activa-
tionofthebellbuttonontherstorsecondslavekeypad.Programmingtimeintervals
are ¼ second, e.g. 4 = 1 second and 16 = 4 seconds.
Valueinprogrammingposition109isbydefaultsetto4,whichequalsto1second.
3.9 Allowed time zones for slave keypads (110 - 122)
These programming positions are reserved for future development of the system and
are not used at the moment.
They are by default set to 255.
Note that programming positions 110 to 122
are reserved for future development.
3.10 Active mask
This programming position is reserved for future development of the system and is
not used at the moment.
It is by default set to 127.
Note that programming position 123 is reserved for future development.
It must always be set to 127, otherwise the Box 485-4 does not work.

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4. Installation example
5.Technicalspecications
Supply voltage: +12 VDC
Voltage interval: 10 to 15 VDC
Ripple voltage: max. 500 mVpp
Current consumption: 20 to 100 mA
Relay outputs: 4 pcs. NC/C/NO (max. 24V / 1A)
Tamper switch: Mechanical contact (100 mA)
Operating temperatures: 0ºC to +85ºC
Humidy: max. 85% RF
Dimensions HxWxD: 88,5x65,5x30 mm
1
2 3
NCNOC
12V 0V A B SAB SAB
NCNOCNCNOCNCNOC
1
3
5
7
9
2
4
6
8
0
#
+12 VDC 0 VDC Tamper Tamper
Tamper Tamper
Relæ 1
+12 VDC
0 VDC
Relæ 2
Relæ 3
Relæ 4
0 VDC
On/o switch to CS1500
+12 VDC
Door bell

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Conlan ApS • Speditorvej 2A • DK-9000 Aalborg • Tel: [phone] • Fax: [phone]
www.conlan.eu • [email protected]
6. Programming with Conlan eXPress
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