Tamper Monitoring; Notes To The Rf Magnet Contact; Installation; Bus-2 Connection - Honeywell 015600.01 Mounting And Connection Instructions

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5.5.4

Tamper monitoring

The cover contact is automatically allocated to the main zone to which the module was allocated. If the cover
contact is triggered, a tamper alarm is signalized in the corresponding zone.
If the module was not allocated to a zone, there is no tamper alarm when the cover contact is triggered.
For further information, please refer to the installation manual of the relevant central control panel.
5.5.5

Notes to the RF Magnet contact

Use the RF Magnet contact with MB-Secure panels as of software version V4.25 and programming with IQ
PanelControl as of V4.25, the RF Magnet contact is displayed correct in the IQ PanelControl as "RF magnetic
contact" for programming. So no change of the operation mode is required.
A compatibility mode is available for use with the MB100 control panel series and programming with WINFEM
Advanced. In other words, it is used as a 4I/O module within programming using WINFEM Advanced (bus without
use of output programming).
By default, the RF magnetic contact is in MB-Secure mode. For use with MB100 control panels series you
have to change the operating mode at the RF magnet contact.
For further information to changing the operating mode, please refer to the Mounting and
Connection Instructions RF magnet contact.
6.

Installation

6.1

BUS-2 connection

The BUS connection lead must be a shielded cable stranded in pairs from the central control panel to the RF BUS-
2 wireless receiver. The cores must be laid as illustrated in the diagram above.
The required line cross-sections are to be found in the Installation Manual of the intrusion detection control unit
(Chapter "Lines"). The shielding connection should be kept as short as possible to avoid the risk of an unintentional
short circuit.
6.2

Shielding

The cable shields are connected to the shield terminal. The wire jumper DB1 (see connection diagram for position)
create a capacitive link between the shield and the system operating voltage and normally provide maximum
protection against interference that may occur due to cable shield lines.
However, with shields subject to strong interference voltage, interference may be transmitted to the system and
have a negative affect on the function.
In this case the jumper should be disconnected (opened).
A detailed description can be found in our brochure "Electrical installation of hazard detection systems"
P03061-15-000-xx in Chapter "Shielding".
Mounting and Connection Instructions RF BUS-2 wireless receiver
DB1: connected to 0 V (capacitive link)
The BUS connection technology
operates without a terminal
resistor. This means, that there
may be no terminal resistor
attached to the last detector of the
BUS line or a stub line.