MORDOMUS PIR MS User manual

PIR MS – Multi Sensor Hardware: V3.0
Firmware: V4.4
1. GE ERAL FEATURES:
Reading points: 24; (20) infrared memories, (1) temperature
reading, (1) brightness and (1) motion sensor, and (1) tamper;
Control Points: 8 outputs infrared;
Control: Via MD BU ;
Applications: Reading temperature and luminosity, infrared
interfacing and reading sensors PIR and Tamper;
2. GE ERAL SPECIFICATIO S:
Voltage: 12VDC;
Consumption: 35mA @ 12VDC;
Storage Temperature: -10 ºC to 60 ºC;
Operating Temperature: 10 ºC to 50 ºC;
Maximum humidity: 80% non-condensing;
Reading Temperature: 0 ºC to 50 ºC;
Brightness: 10 levels;
Entries infrared: 20 keys remote control are recognized as
inputs Mordomus;
Infrared outputs: 8 Learning Keys to remote data output
(command devices infrared).
Physical Specifications:
Dimensions: 110mm X 65mm X 40mm;
Level of Protection: IP20, for indoor use.
Directives:
-Electromagnetic Compatibility Directive / EMC
Directive 2004/108/EC
3. C OMPATIBILITY:
PCCWd Compatibility: Firmware 3.4 or higher version V3.31
with BU Adapter;
Mordomus Software Compatibility: Mordomus oftware
v2015.2 or higher.
4. SECURITY:
Before making any connections, please read these
instructions.
5. CO ECTIO S:
And specification section of conductors:
Circuit Bus:
CAT6 Cable F/UTP shielded, twisted;
Power Circuit:
CAT6 Cable F/UTP shielded, twisted;
Table of Connections:
umber Function
1 +12VDC
2 GND
3 Contact PIR (normally closed)
4 Contact PIR (normally closed)
5 Tamper (normally closed)
6 Tamper (normally closed)
7 MD Bus RX (a)
8 MD Bus RX (b)
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PIR MS – Multi Sensor Hardware: V3.0
Firmware: V4.4
Connect the Bus:
To connect the BU should be used a twisted pair cable
CAT6. For Example: Green for A and Green / White to B. The
shield should be connected to GND.
Connect the 12VDC:
It is recommended the use of Mean-Well power supplies,
DR60-12 and DR30-12.
Connection PIR and Tamper inputs:
The connection PIR contacts and Tamper be effected
according to Fig 3.
6. ADDRESSI G A D CO FIGURATIO :
After the module properly connected and powered to perform
the following steps:
1. In Mordomus software go to Config -> Modules /
Addresses -> Registration Module, press the
'Register ew';
2. Press the (Addressing) at module. At this time the
Blue Led 1 blinks slowly. Mordomus software should
detect the module and automatically opens a
configuration window for it. Note that after three
minutes without having assigned a new address, the
module automatically returns to normal.
3. In this window you should select the desired
address, ensuring that there are no other modules
with the same address;
4. After applying the new address in the Mordomus
software, the module will take the new address
confirmed by blue Led 1 that should stop blinking.
Led k1 - Removing this jumper disables the LED indicator
motion detection, the installer should keep this jumper off to
ensure a better functioning light sensor from PIR M ;
K2 Detection - Removing this jumper decreases the
sensitivity of the PIR detector (response time). This option is
recommended in case the sensor is applied in an area where
rapid temperature changes occur or electromagnetic
interference. For more details refer to the sensor J -20.
7. FU CTIO I G:
Code of LEDs:
Blue Led (D1) blinking: Indicates reception or emission of
infrared
Blue LED blinking fast: In learning mode of new infrared
signals;
Blue LED blinking slowly: In learning mode of address;
Red LED (D2) blinking: Indicates transmission of data (only
visible with the lid open);
Green LED (D3) on: Power LED indicates that the PIR-Ms is
powered (only visible with the lid open);
Green LED (D3) blinking: Indicates reception of data (only
visible with the lid open).
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PIR MS – Multi Sensor Hardware: V3.0
Firmware: V4.4
Considerations about the operation:
1. Do not put the Multi- ensor directly exposed to
fluorescent lamps or light sources;
2. The device to control via infrared, must be
unobstructed visual;
3. Learning can be difficult or even impossible because
of the light emitted by fluorescent lamps that are in
the vicinity of Multi-sensor. hould turn them off
when you want to learn a command IV;
4. The Pir-Ms supports most protocols used in remote
controls, however it is possible that there is a specific
remote control that can’t be interpreted;
5. Ability to memorize and reproduce Outputs Infrared
up to 640 bits of data;
6. Ability to memorize and recognize Inputs Infrared up
to 256 bits of data;
7. Automatic functions for AC may get to work
unproperly. This is because the replicated command
by Pir-Ms contains always the same time when the
remote control command is learned and the AC unit
could take this time as the correct.
Warnings on the volume control:
The module PIR-M has the memorization features 20 single
function keys and not a repeating function. Moreover these
functions are not always present in the infrared remote
controllers. The increase in volume or other similar function
should be done by pulses (by pressing the key repeatedly).
The explanation for this behavior is that the PIR-M is not a
simple command receiver for audio or adjustable values but
an infrared receiver for any type of remote controlled device.
Warnings in control of air conditioners:
Most air conditioning systems, use complex remote
controllers, and when sending a set-point (Ex: Change of
temperature), it is also sent the time and date that is set in the
remote's LCD. Thus learning functions such commands, in
most cases, can lead to unexpected changes in these
systems, eg sending the date and time it was "learned" this
function when creating.
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