User Manual
Table Of Contents
- 1 Description
- 2 Table of contents
- 3 Ordering data
- 4 Technical data
- Dimensions
- General data
- Power supply for module electronics
- Wireless interface
- Digital inputs
- Digital outputs
- Analog inputs
- Analog outputs
- Test voltage
- Ambient conditions
- Certification
- Emitted interference in acc. with EN 61000-6-4
- Conformance
- Limitation of simultaneity, derating
- Tolerance of analog inputs and outputs
- 5 Safety regulations and installation notes
- 6 Local diagnostic and status indicators
- 7 Connect supply, actuators, and sensors
- 8 Basic circuit diagram
- 9 Connection example
- 10 Assignment of terminal points to the remote station
- 11 Antennas
ILB BT ADIO MUX...
Preliminary Preliminary Preliminary Preliminary
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PHOENIX CONTACT GmbH & Co. KG • 32823 Blomberg • Germany
phoenixcontact.com
11.2 Range
Specifying ranges is very difficult due to the influence of
various factors. Based on practical tests, it is possible to
provide the following guide values. They may be
significantly higher or lower depending on the actual
application.
The range depends on the following:
– Length of the antenna cable (the shorter the cable, the
lower the attenuation)
– Antenna used
– Mounting location
– Line of sight
– Adherence to the Fresnel zone
In order to minimize signal losses, keep the antenna cable
as short as possible.
11.3 Typical combinations of antennas and adapter
cables
Figure 15 Omnidirectional antenna, 2dBi, supplied as
standard
Figure 16 Directional antenna, 9dBi, with surge
protection
Antenna Gain Range [m]
Indoors, free line of sight
Omnidirectional antenna 2dBi 50 ... 100
Outdoors, free line of sight
Omnidirectional antenna 2dBi < 200
Omnidirectional antenna 6dBi < 300
Panel directional antenna 9dBi < 400
UA
UL
PWR1 DO
16
DI 16
FS
AO2 LINK
QUALITY
AI2