Honeywell DT906 Operation and maintenance manual

MODEL RANGE
Switch S4 MIRROR
Selector
DT-906 61 m (200') OPEN*
200'*
DT-906 37 m (120')
CLOSED 120'
DT-900 27 m (90') OPEN*
90'*
DT-900 15 m (50') CLOSED 50'
SENSITIVITY S3
HIGH H
NORMAL
N*
LOW L**
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DT·900Series DUAL TEC
®
Motion Sensor for Commercial and
Light Industrial Applications - Installation Instructions
Step 1
Select mounting height.
Step 2
Carefully push screwdriver into slots to
disengage latches and open top
cover.
Step 3
Firmly insert screwdriver into slot in arrow
androtatePIRMirror Selector
to the
correct range.
Step 4
SetswitchS4toestablish microwave
range.
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Step 5
Locate correct sensor range scale and
rotateVerticalAdjustment Screw
until the
diamond corresponds to the
sensor
mounting height (coarse
adjust).
NOTE: Fine adjust may be needed during
walk-test.SeeSupplemental Information.
Step 6
Set switch S3 to establish the sensitivity
best suited to your application.
*Factory default setting. **Not connected
**Not recommended for DT-906
Step 7
Select INFORMER®modewithswitch
S2 if desired. (See Supplemental
Information).
Step 8
Carefully push screwdriver into slot to
disengage latch and remove
bottom
cover.
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Step 9
Unfastenscrews and removemounting
plate from sensor.
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Step 10
Attach mounting plate to wall at desired
height, using four fasteners
(not
supplied).
Step 11
Install M5 (#10) screw in wall 1.9 cm
(3/4") below mounting screw, as shown,
fortamperactivation.
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1.9 cm (3/4")
Step 12
Pull about 30 cm (12") of wire from wall
through the opening in the
mounting
plate and route wire to the
terminalstrip.
Step 13
Hang the sensor on the mounting plate
hooks and fasten with the two mounting
plate screws.
Step 14
Wire the unit
as shown.
Use 2.0 - 0.3 mm2
(14 – 22 AWG)
NOTE: Secure
wires to
mounting plate with
tie wraps.
Step 15
Loosen horizontal locking screw in
sensor support base.
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Step 16
Grasp housing and rotate it to the desired
position (coarse adjust). If
fine adjust is
needed see Steps 20 -
22.
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NOTE: Referencemarks = 5°change.
Step 17
Apply power to sensor and prepare for
walk-test.
Wait 90 seconds for power-up self-test
to run. All LEDs will flash.
PIR ALARM MW
(Green) (Red) (Yellow)
NOTE : LEDsflashingafter90sec. = defective
Step 18
Turnthe microwavepotentiometer
counterclockwise to decrease the
microwave range to minimum.
During walk-test, gradually turn the
potentiometer clockwise increasing
microwavesensitivity untilthe desired
range is obtained.
Step 19
Walk-test the sensor to check for
adequate detection coverage and to
verify the sensor is fully functional. Two to
four normal steps should
make the LEDs
light and trigger an alarm.
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NOTE: If an on-going self-test problem, mask
condition or an INFORMER condition occurs, the
LEDs display a pattern that identifies the
trouble.
See Supplemental Information
(Table 3).
NOTE: When there is no motion in the
detection area, all three LEDs should be off.
Step 20
Forfinerhorizontaladjustments, loosen
the PIR horizontal fine locking
screw on
PCB.
Step 21
Rotate horizontal fine adjust knob to the
desired position.
NOTE: Fine adjustment allows for small
changes (3 degrees right or left) between
coarse settings.
Step 22
Tighten horizontal fine locking screw on
PCB.
Step 23
Tighten horizontal locking screw in
sensor support base.
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Step 24
Remove jumper at J5, on the PCB, to
disable the LEDs after walk-testing.
Step 25
Complete installation by closing top
cover and replacing bottom cover.
DT‐906
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DT‐900
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30 cm (12”) minimum
4 m (12’)
2 m (6’)
Optimal
Optimal
Mounting
Mounting
Height
Height
Mounting Location Guidelines
Avoid direct or reflected sunlight, infrared light.
Aim sensor away from windows, heating/cooling devices or
large moving objects.
Sensor must have a clear line-of-sight to protected area.
Keep at least 1 meter (3’) of space in front of sensor clear.

Condition of LEDs
with No Motion
PIR
A LARM MW
(Green) (Red) (Yellow)
Reaction of LEDs
to Walk-Test
PIR ALARM MW
(Green) (Red) (Yellow)
Type of Possible
Problem Causes
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(Pattern disappears)
MWenvironmentalproblem
IMBALANCE MW rangetoo long
PIRwasblocked
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RATIO
IMBALANCE PIRrangetooshort
PIRaimedwrong
PIRnotreporting
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(Patterndisappears)
RATIO
IMBALANCE
PIR environmental problem
PIR unstable
MW range too short
RATIO MW range too short
IMBALANCE MW not reporting
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OperatingMode
Alert
Local Test
Standby
Remote Test
Walk Test LED's Disabled Enabled Disabled Disabled
MicrowaveOscillator On On
Off On
Alarm Outputs Enabled Enabled
Frozen Enabled
Alarm Memory Activated
Yes No No
Yes
Alarm Memory Reset OnlywhenEntering No No No
Alarm Memory Displayed
(Red LED flashing) Disabled Enabled Enabled Disabled
Trouble Disabled Enabled Enabled Disabled
DT·900 Series DUAL TEC® Motion Sensor Supplemental Information
MOUNTING LOCATION DT-906 DT-900
Aimthesensortowardtheinterioroftheroom,awayfromwindows,movingmachinery,andheating/
cooling sources.
Makesurethesensorhasaclearline-of-sighttoallareasyouwishtoprotect.IfthePIRisblocked,the
unit will not alarm.
TAMPER
The sensor covers and wall mounting are tamper protected. A screw mustbe installed in the wall
to utilize the tamper feature.
WIRING
Reverse polarity will not damage the sensor .
Knockouts are provided to allow wire entry via 1/2" EMT or surface wiring conduit.
NOTE: For proper wiring methods, refer to the National Electrical Code NFPA 70.
INFORMER MODE
The INFORMER circuit counts the number of events registered by both the microwave and PIR
technologies, and uses the resulting ratio to determine if either technology is working properly or is
misapplied. Establish the INFORMER mode using switch S2. (See Step 7.)
Mode 1: Set S2 to position 1. In Mode 1, 32 PIR events without a microwave event will cause the
unittogointoPIRINFORMER. 128microwaveeventswithoutaPIReventwillcausetheunit togo
intomicrowaveINFORMER. OneLEDindicationdoesnotrelatetoonePIRevent.
Mode 2: Set S2 to position 2. In Mode 2, 16 PIR events without a microwave event will cause the
unittogointoPIRINFORMER. 16microwaveevents withoutaPIReventwillcausetheunit togo
into microwave INFORMER. One LED indication does not relate to one microwave event.
NOTE: TheMode2settingisnot recommended. UseonlyiffastINFORMER activation
is required.
Trouble Memory
Disabled: To disable INFORMER function, set S2 to the open position. IftheLEDpatterndisappearsbeforeyouseeit,youcanretrievethepattern.The troublememoryfeaturestoresthelastLEDpatternfrom
a self-test detected problem or an INFORMER condition.
WhenanINFORMERconditionoccurs,thetroublerelayopens,andtheLEDsdisplayanINFORMERtroublecode.Thesensorperforms
a self-test within the hour to determine if the problem is internal. TorecovertheLEDpattern,firstopentheTopCover(seeStep2). Usingasmallscrewdriver,momentarilyshort circuitthetwoSelf-Test
pads located on the printed circuit board (see Supplemental Information, Figure 1). The trouble LED pattern will be re-displayed.
If a self-test error is detected, the self-test LED pattern, all three LEDs flashing, replaces the INFORMER LED pattern. Short the pads with the screwdriver again to clearthe LED patternand initiate a self-test.
If no self-test error occurs, the unit continues to display the INFORMER LED pattern and relay remains open. The problem is
misapplication. Walk-test the sensor to pinpoint the cause. (Referto Troubleshooting Table 3.) Anti-Mask
The DT-900Series anti-mask feature detects attempts to block or cover the sensor by sending an active infrared beam out into the
INPUT MODES sensor's field-of-view,at regular 8 second intervals. If the DT-900/DT-906 is blocked orcovered (i.e. with a box or fabric) the beam
The DT-900 Series accommodates several international operating requirements using two operating modes-Standardmode with is reflected back to the sensor. After two consecutive reflected beams, the sensor signals a trouble condition-green and red
remote LED enable and Command Input capability or European 2-Wire CENELEC mode (INPUT 1 and INPUT 2). For Standard LEDsflash rapidly and the mask relay opens.
Mode, remove jumperJ4 and installjumper J6. For CENELEC mode, remove jumper J6 (See Figure 1).
INFORMER Conditions
Table 1 Standard Mode-J6 Installed Table 2 CENELEC Mode-J6 Removed Table3describestwotroublealertswhicharereportedbytheINFORMERcircuit. Tousethistroubleshootingmatrix:
1) Find the trouble alert that describes the condition of the walk-test LEDs (with no motion in the area).
2) Walk-test the sensor, carefully watching the reaction of the diagnostic LEDs.
3) Refer to the Possible Causes column of the matrix for an explanation of the way in which the diagnostic LEDs
reacted to the walk-test.
Table 3 INFORMER
Troubleshooting Matrix
Table 4 Cenelec Functions
RATIO
TROUBLESHOOTING
VerticalAdjustment
Variousmountinglocationsmayrequirefineverticaladjustment(e.g.unevenwallsor floors,etc.). Duringthewalk-test,ifthePIRisshort-
ranged, turn the Vertical Adjust Screw counterclockwise. If the PIR is over-ranged, turn the Vertical Adjust Screw clockwise.
(See Step 5.)
Self-Test
The sensor microcontroller automatically performs aseries of self-tests inthe following instances:When theunit ispowered up, when
tests areinstaller initiated, uponCommand Input,or everyhour duringnormaloperation. A self-test errorcauses theTrouble relay
to openandall3LEDs flashuntilthe problemiscorrected. IftheproblempersistsandtheLEDs continuetoflash, theunitisdefective LED Legend: = LED is Flashing Slow =LED is OFF
and must be returned fo
r
re
p
air.
DETECTIONPATTERNS
Patternsfor: DT-900 Patterns for: DT-900
Pattern for: DT-906 TOP VIEW 27 m (90') Range 15 m (50') Range
61 m (200') Range Barrier Lens-All Zones TOP VIEW
TOP VIEW
Wide Angle Lens WideAngle Lens
SIDE VIEW
BarrierLens-All Zones
Pattern for: DT-906
TOP VIEW
37 m (120') Range Barrier Lens-All Zones
IndicatesDetectionArea
SIDE VIEW
Barrier Lens-All Zones SIDE VIEW SIDE VIEW
Wide Angle Lens WideAngle Lens
PRODUCT SPECIFICATIONS IMPORTANT: DT-900 Series sensors should be tested at least once each year to ensure proper operation.
Range:
DT-906
37 m x 3 m / 61 m x 5 m
120' x 10' / 200' x 15'
DT-900
15 m x 12 m / 27 m x 21 m
50' x 40' / 90' x 70'
Alarm relay:
Energized Form C; 25 VDC, 125 mA
22 ohm series protection resistor
Power requirements:
10 - 15 VDC; 50 mA (max) at 12 VDC
AC Ripple: 3V peak-to-peak at nominal
12 VDC
PIR white light immunity:
6500 Lux
RFI immunity:
30 V/m, 10 MHz – 1000 MHz
Trouble relay:
De-energized Form B;
(Normally closed); 30 VDC, 25 mA
Mask relay:
De-energized Form B
(Normally closed)
30 VDC, 25 mA
Input 1 & 2:
Self-test initiate
Active low 0 to 1.5V
Inactive high 5 to V+
Sensitivity:
2 – 4 steps within field of view
Tampers:
Wall, top & bottom covers
30 VDC, 25 mA (NC)
PIR fields of view:
61 m (200’) Range
2 long
6 intermediate long
4 intermediate
4 intermediate lower
8 lower
2 down
37 m (120’) Range
6 long
4 intermediate long
4 intermediate
8 lower
2 down
27 m (90’) Range
18 long
18 intermediate long
16 intermediate
12 intermediate lower
8 lower
2 down
15 m (50’) Range
18 long
16 intermediate long
12 intermediate
8 lower
2 down
Microwave frequencies:
X band
Operating temperature:
0° to 49° C / 32° to 120° F
Relative Humidity:
5% to 95% relative humidity
(non-condensing)
Dimensions:
20 cm x 16.5 cm x 15.2 cm
8” x 6 1/2” x 6”
Weight:
1.36 kg / 3 pounds
Packaged product:
1.6 kg / 3.5 pounds
Approvals/listings:
FCC certified
Industry Canada
UL listed
ULC listed
FEDERAL COMMUNICATIONS COMMISSION STATEMENTS
The user shall not make any changes or modifications to the equipment unless authorized by the Installation Instructions or User's Manual. Unauthorized changes or
modifications could void the user's authority to operate the equipment.
CLASS B DIGITAL DEVICE STATEMENT: This equipment has been tested to FCC requirements and has been found acceptable for use. The FCC requires the
following statement for your information:
This equipment generates and uses radio frequency energy and if not installed and used properly, that is, instrict accordance with the manufacturer's instructions,
may cause interference to radio and television reception. Ithas been typetested and found to comply with the limits for a Class B computing device in accordance
with the specifications in Part 15 of FCC Rules, which are designed to provide reasonable protection against such interference in a residential installation. However,
there is no guarantee that interference will not occur in a particular installation. If this equipment does cause interference to radio or television reception, which can
be determined by turning the equipment off andon, the useris encouraged to try to correct the interference by one or more of the following measures:
• Reorient the receivingantenna untilinterference is reduced or eliminated.
• Move the radio or televisionreceiver awayfrom the receiver/control.
• Move the antenna leads away from any wire runs to the receiver/control.
• Plug the receiver/controlinto a different outlet so that it andthe radio ortelevision receiver are on different branch circuits.
• Consult the dealer or an experienced radio/TV technician for help.
INDUSTRY CANADA CLASS B STATEMENT
This Class B digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe B est conforme àla norme NMB-003 du Canada.
FCC / IC STATEMENT: This device complies with Part 15 of the FCC Rules, and RSS210 ofIndustry Canada. Operation is subject tothe following two conditions:
(1) This device may not cause harmful interference, and(2) This device must accept any interference received, including interference that may cause undesired
operation.
Cet appareil est conforme à la partie15 des règlesde la FCC &de RSS 210 desIndustries Canada. Sonfonctionnement est soumis aux conditions suivantes: (1) Cet
appareil ne doit pas causer d’interférences nuisibles. (2) Cet appareil doit accepter toute interférence reçue y compris les interférences causant une réception indésirable.
DUAL TEC and INFORMER are registered trademarks of Honeywell International Inc.
Copyright 2012 Honeywell International Inc. All rights reserved.
P/N 5-051-344-00 Rev H
Feet 6 8 10 12 14 50 90 120 200
Meters 1.8 2.4 3 3.7 4.3 15 27 37 61
Input Condition Operating Mode
HIGH/Not connected LOW Alert Local Test Standb
y
Remote Test
Input 1 LEDs Disabled LEDs Enabled Input 1 high low high low
Input 2 Normal Operation Self-test Input 2 high high low low
NOTES For Standard Mode/INPUT 2 (remote self-test) use only-install jumper J4
If enabled, the green and yellow LEDs will light only during the walk-test period. The walk-test period begins about 30
seconds after the s
y
stem is turned on, and lasts for 10 minutes.
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MW environmentalproblem
MW unstable
MW range too long
PIR was blocked
NOTE: If you enter the
detection pattern and the
LEDs go off, you can
retrieve the LED pattern
to pinpoint the problem.
Refer to Trouble
Memory above.
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2 Corporate Center Drive, Suite 100
P.O. Box 9040, Melville, NY 11747
www.honeywell.com/security
Remote Test Mode
Causes the unit to enter
a remote self-test
(ongoing self-test). The
Anti-Mask
Output
becomes a "test running"
output and remains open
for the
duration of the
test. If the
unit passes all
the self-
tests, the alarm
relay is
activated for one
second
For the latest U.S. warrantyinformation, please go to: www.honeywell.com/security/hsc/resources/wa
or
Please contact your localauthorized Honeywell representative forproduct warranty information.
Figure 1
DT900 Printed Circuit Board