Honeywell K595 User manual

PN 292-103
Copyright 2013 INNCOM by Honeywell
K595 Installation Manual
K595 Overview
The K595 radio frequency (RF)
transmitter functions as a battery
powered motion sensor. It can
wirelessly transmit detected motion
information to the INNCOM E528
Deep Mesh thermostat or other
INNCOM Deep Mesh device that
requires motion detection for energy
management. The K595 is typically
used in conjunction with a door switch
in an energy management system.
Requirements
•K595 finished assembly
•2 2 battery pack and 4 AA batteries
•I/O Map to be configured into K595 to set functionality (Table 1)
•E528 thermostat loaded deep mesh RF software
OR
•E529.RF battery thermostat loaded with E529.RF Deep Mesh
software version 5.1 or later and radio software
DM_FPS_9600_V1_08.hex or later
Installation
•Mount within operational range (70 ft indoors) of any other Deep
Mesh devices
•Avoid interference sources like metallic boxes, WiFi access points,
or metal pipes
•Do not mount in areas of high humidity
1. Install metal
bracket using
the two
supplied 6/32
screws to an
American
single gang
box. Careful
not to bend the
bracket.
2. Install the 4 AA
batteries into
the 2 x 2
battery pack
and attach it to
the 2 pin
connector on
the unit.
3. Bind the unit
by pressing the
switch located
under the
blister cover in
the area
circled. Refer
to the “Binding”
section of this
document.
4.After binding is complete; attach the unit to the wall mounting
bracket. Take care to align the guide posts so that the unit snaps
into place.
Prepare Binding Device with an e528.4G or E529.LX to Bind
Enter
Service
Parameter
Mode
1. Press and hold °F/°C button
2. Press and release the
OFF/AUTO button
3. Press and release the DISPLAY
button
4. Release the °F/°C button
1. Screen displays rId
(RoomID)
Set Room
ID 1. Press the OFF/AUTO button
2. Use UP / DOWN arrow button to
find value. Press DISPLAY to
set.
3. Find/set value as above.
4. Find/set value as above.
1. Room ID scrolls. After
scrolling, highest Room ID
digit will display (=to PAR
10 on an E528)
2. Next 2 Room ID digits are
displayed (= to PAR 11)
3. Last 2 Room ID digits
display (=to PAR 12)
4. New Room ID scrolls
across display to confirm.
Set PAN ID
1. In Service Mode, go to PAn
(PAN ID) on the display and
press the OFF/AUTO button.
2. Use the UP /DOWN buttons to
change the displayed value to the
desired PAN ID value.
3. Press the DISPLAY button to set
the new value.
1.Current value displays.
2.Value changes to a number
between 1 and 255). [Note:
It cannot be set to 0].
3.E529.LX will beep to indicate
the value has been entered.
Set RF
Channel
1. In Service Mode, go to rF (RF
Channel) on the display and
press the OFF/AUTO button.
2. Use the UP /DOWN buttons to
change the displayed value to the
desired RF Channel value.
Only use the following RF Channels
to minimize interference with other
RF sources such as WiFi Access
points: 26 , 25 , 20 or 15.
1.Current value displays.
2. Value changes to a number
between 11 and 26 (default is
26).
3.E529.LX will beep to indicate
the value has been entered.
For multi-floor installations,
alternating RF Channel
between 25 and 26 can
minimize cross-floor
interference between
thermostat radios.
Set RF
Power 1. In Service Mode, go to Loc (Local
Parameters) on the display and
press the OFF/AUTO button.
2. Change local parameter value to
4 (RF Tx Power) and press
DISPLAY button.
3. Use the UP/ DOWN arrows to
change the RF Tx Power (default
value is 0—use a higher value
only to improve communication).
1.Display shows Pand a
number representing the
selected local parameter.
2.Loc value displays.
3.Press DISPLAY to set

Copyright 2013 INNCOM by Honeywell
PN 292-103
Binding
Prepare Binding with an E528.LX
Enter Service Parameter
Mode Press and hold °F/°C button
Press and release the
OFF/AUTO button
Press and release the
DISPLAY button
Release the °F/°C button
Screen displays P1
(parameter 1)
Use UP / DOWN arrow
button to scroll through
parameters (1–255). Use
OFF/AUTO to toggle
parameter value V.
Set Room ID
(PAR 10, 11, 12) Use OFF/AUTO and
UP/DOWN arrows to set
the Room ID in
parameters 10, 11 and 12.
Examples:
RoomID=2456
PAR 10=0 PAR 11=24
PAR 12=56
RoomID=24351
PAR 10=2 PAR 11=43
PAR 12=51
RoomID=406
PAR 10=0 PAR 11=4 PAR
12=6
Set RF Transmit Power
and RF Channel
(PAR 243) 1
Set PAR 243 to desired
RF Tx Power : RF
Channel
0dB : RF Channel 26
0dB : RF Channel 25
0dB : RF Channel 20
0dB : RF Channel 15
+3dB : RF Channel 26
+3dB : RF Channel 25
+3dB : RF Channel 20
+3dB : RF Channel 15
Only use the above RF
Channels to minimize
interference with other RF
sources such as WiFi
Access points.
Displayed PAR 243 Value
0F.h
0E.h
09.h
04.h
1F.h
1E.h
19.h
14.h
For multi-floor
installations, alternating
RF Channel between 25
and 26 can minimize
cross-floor interference
between thermostat
radios.
Set PAN ID
(PAR 242) Set PAR 242 to desired
PAN ID. The PAN ID can
be any value 1 to 255 and
must match the PAN ID
set into the PC-803 Edge
Router that manages this
room
PAR 242 is displayed in
hex 01.h (1) to FF.h (255)
Ex:
PAN ID=45 – PAR
242=2d.h
PAN ID=150 –PAR
242=96.h
RESET E528.LX Set PAR 1 value=0 and
press DISPLAY button
Binding the K595
The binding process for the K595 is dependent on the
software. The K595 uses a reverse bind by first placing
the E528.LX/E529.LX into a “ready to teach” mode and
then initiating the bind from the K595 by pressing button
located under the blister cover.
1. Insert 4 AA batteries in the battery back and connect it to the
unit if not already installed
2. Enter the Service Parameter mode on the E528.LX/E529.LX
(as described above)
3. Prepare the thermostat to bind the K595
•For the E528.LX
oGo to Parameter 15 (target address for teach
commands).
oPress OFF/AUTO to view value.
oChange value using UP/DOWN arrows.
oPress OFF/AUTO to return to Parameter number mode
and scroll to Parameter 14.
oPress OFF/Auto to view value of I/O Map.
oEnter the number of the I/O Map (see Table1 below) to
be enabled in the bind.
•For the E528.4G and e529.LX, go to Adr (target address for
teach commands)
oPress OFF/AUTO to view value.
oChange value using the UP/DOWN arrows, then press
DISPLAY.
oExit Adr using OFF/AUTO (display shows Pn6).
oPress UP 5 times until Io (teach I/O Map) displays.
oPress OFF/AUTO to view value and change it to the map
required for this installation (see Table 1 below).
oPress the blue S1 switch on the K595 to initiate binding.
The K595 will broadcast a Bind Request message. If the
thermostat saw the Bind Request, it will reply with a Bind
Offer message. Upon seeing the Bind Offer from the
E528/E529, the K595 will bind itself to the advertised
Room ID and RF Settings.
•If binding is successful, the K594 will
oFlash its LED 3 times
oSend the thermostat a message to sound its buzzer
oReset itself
oSend a device startup message that includes the K595
software version and its battery status.
Note: The following table is for example only; the final
mapping will be determined by Application Engineering,
and they should be consulted on any questions.
K595 I/O Maps
I/O Map
Description
Default Address
0
Entry Door
209
1
Entry Door Inverted
209
2
Window
210
3
Window Inverted
210
4
Mini Bar
219
5
Mini Bar Inverted
219
6
Safe Inverted
219
7
Safe
219
8
Common Door
219
9
Common Door Inverted
219
10
Connecting Door
219
11
Connecting Door Inverted
219
12
Window Segment 0
211
13
Window Segment 0 Inverted
211
14
Window Segment 1
212
15
Window Segment 1 Inverted
212
16
Window Segment 2
213
17
Window Segment 2 Inverted
213
18
Window Segment 3
214
19
Window Segment 3 Inverted
214
20
Window Segment 4
215

PN-292-103
I/O Map
Description
Default Address
21
Window Segment 4 Inverted
215
22
Window Segment 5
216
23
Window Segment 5 Inverted
216
24
Window Segment 6
217
25
Window Segment 6 Inverted
217
26
Window Segment 7
218
27
Window Segment 7 Inverted
218
28
Smoke
219
29
Smoke Inverted
219
30
Key Tag
219
K595 Functionality Testing
K595 functionality depends on the specific I/O Map used in
the binding.
Testing Motion Detection
After the unit is bound to the thermostat, press the bind
switch two times on the K595. The unit will transition into the
PIR walk test mode for 60 seconds, which will sound the
piezo on the thermostat when the K595 detects motion.
References
1RF Transmit Power (Tx) and RF Channel are displayed
together in hexadecimal (hex) notation as RF Tx Power RF
Channel.h. Hexadecimal is a Base 16 notation using the
alphanumeric figures 0 through F. See a conversion chart or
website like Statman.info for help. Tx is limited to four fixed
values—0=0dB, 1=+3dB, 2=-6dB, 3=-25dB. 0db is default
Tx power. +3db is 2x (twice) the default Tx power. Use
only 0db or +3dB.