IntelliSense DT-600 Series User manual

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INSTALLATION INSTRUCTIONS
DT-600 Series
COMMAND INPUT/
REMOTE LED ENABLE
Self-Test Initiate
Active Low 0 to 1.5 V
Inactive Hig 6 to V+ Input
Impedance
110 Ko ms (minimum)
TRBL OPEN COLLECTOR
TROUBLE OUTPUT1
Vce .3V max @ 50 mA
1K series protection
resistor (For future use)
CMD IN NC C EOL2NO V- V+
Models:
DT-640STC
12 m x 12 m (40' x 40')
DT-660STC
18 m x 18 m (60' x 60')
DT-6100STC
30.5 m x 6 m (100' x 20')
Figure 2
DT-600 Wiring
Diagram
1T e Trouble Output is activated w en t ere is a self-test failure, or w en an
INFORMER® condition occurs. Refer to THE INFORMER CIRCUIT and t e
TROUBLESHOOTING THE DT-600 SERIES sections.
2EOL = End-of-Line (spare) terminal.
NOTE: Reverse polarity will not damage t e unit.
PO ER
35 mA, 12 VDC
TAMPER S ITCH
Normally Closed
(NC) wit cover on
25 mA, 30 VDC
ALARM RELAY
125 mA, 25 VDC
22 o m series
protection resistor
MOUNTING LOCATION
Select t e best location in t e room for bot tec nologies. Aim t e
DUAL TEC® 600 series motion sensor toward t e interior of t e
room, away from windows, moving mac inery, and eating/cooling
sources.
Maximum range is obtained at a mounting height of 2.3 m (7'6").
Make sure t e sensor as a clear line-of-sig t to all areas you wis
to protect. Infrared energy cannot penetrate solid objects. If t e
passive infrared (PIR) sensor is blocked, it will not trigger an alarm.
Figure 1
DT-600 Assembly
Figure 3
DT-600 Printed
Circuit Board
CMD INPUT (Jumper 4
off or parked)
REMOTE LED ENABLE
(Jumper is installed)
INSTALLER INITIATED
SELF-TEST
MOMENTARY SHORT
REMOVE JUMPER 2
TO DISABLE LEDs
(Jumper is factory
installed) DIAGNOSTIC LEDs
AND ALARM LED
INSTALL JUMPER 3 TO
DISABLE INFORMER
(Jumper is factory
installed)
All t e walk-test LEDs are located at t e bottom, left side of t e
sensor. DT-600 sensors are equipped wit two diagnostic LEDs:
green for PIR and yellow for microwave. T e red LED is used to
indicate an alarm condition.
Apply power to t e sensor. Minimize any motion in t e area until
t e self-test is completed (one minute). Begin walk-testing after all
t ree LEDs ave gone out.
SYSTEM TESTING
NOTE: If t e jumper is installed on W3, t e LEDs will not flas t e
error code and trouble output is disabled w en an INFORMER
condition occurs.
TB1 V+
TB2
R69
3
4
1
2
PLACE JUMPER 1 TO
SET THE ALARM
SEQUENCE (jumper set
to M.A.P. processing = 3
at factory) MICROWAVE RANGE
ADJUSTMENT THUMBWHEEL
LATCH
IRING
Observing the proper polarity, wire t e sensor as s own below
(use 14 to 22 AWG). Do not leave excess wire inside t e unit. Pus
as muc of t e wire as possible back into t e wall w en returning
t e PCB to its ousing.
MOUNTING PROCEDURE
To remove t e sensor's front cover, use a small slotted screwdriver
to pus down on t e latc at t e top of t e unit, w ile separating t e
ousing parts.
To remove t e printed circuit board (PCB), lift up on t e latc at t e
top of t e unit, w ile using t e microwave antenna to gently pull t e
PCB forward.
Securely mount t e rear ousing at t e desired location. W en
mounting t e sensor on a wall, use t e two key oles in t e back of
t e rear ousing. W en mounting t e sensor in a corner, use t e
breakout tabs on t e beveled corners of t e unit. A swivel mount
bracket (Model SMB-10) is also available from IntelliSense.
IMPORTANT: To ensure insects do not get inside t e DT-600
ousing, make sure to seal all knockouts. (Recommended sealant:
silicone RTV.)
NOTE: For proper wiring met ods, refer to t e National
Electrical Code NFPA 70.
NOTE: Mount at eig t of 1.2 m (4 feet) w en using
Pet-Alley lens.
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DT-600 ALARM SEQUENCE (MAP PROCESSING)
DT-600 sensors use t e following event sequence to determine an alarm.
NOTE: If eig t microwave (and no PIR) events occur wit in one
minute, t e INFORMER circuit will disable itself for eig t minutes.
T is feature allows t e INFORMER circuit to compensate for
temporary environmental disturbances. If a PIR event occurs
during t e disable period, t e microwave is automatically reset.
IMPORTANT: If t e LEDs are enabled by Remote LED Enable
and an INFORMER condition occurs, t e LEDs will flas t e
INFORMER trouble code until t e condition is cleared, even if t e
LEDs are subsequently remotely disabled.
•
•
MICRO AVE RANGE ADJUSTMENT
DT-600 sensors are equipped wit a microwave range adjustment
t umbw eel (R69). Set t e range at MINIMUM by turning t e
t umbw eel all t e way to t e left. (See Figure 3).
As you perform t e walk-test, gradually turn t e t umbw eel to t e
rig t to increase t e microwave sensitivity until t e desired range
is obtained.
ALK-TEST
Walk across t e protected area at t e ranges to be covered. Two
to four normal steps make t e diagnostic LEDs lig t, and indicate
an alarm condition. W en t ere is no motion in t e protected area,
all t ree LEDs s ould be off.
W en an INFORMER condition occurs, and t e jumper at position
W3 is not installed, t e trouble output is active until t e INFORMER
condition is cleared, and t e LEDs display an INFORMER trouble
code. T e DT-600 immediately performs a self-test to determine if
t e problem is internal.
If a self-test error is detected, t e self-test LED pattern replaces
t e INFORMER LED pattern. (Refer to t e Troubles ooting
Matrix on page 3.)
LED DISABLE
To disable t e diagnostic LEDs and alarm LED, remove t e
jumper from position 2 on t e PCB. (See Figure 3.)
If t e microwave tec nology malfunctions (determined by a self-test), t e sensor reverts to a PIR sensor.
If no self-test error occurs, t e sensor continues to display t e
INFORMER LED pattern. T e problem is misapplication. Walk-
test t e DT-600 to pinpoint t e cause.
M.A.P.
Processing
1 Jumper
Position
1
2
3
On pins 1 & 2
On pins 2 & 3
Removed
Figure
MAP Signal Sequence
INFORMER CIRCUIT
T e INFORMER circuit counts t e number of events registered by
bot t e microwave and PIR tec nologies, and uses t e resulting
ratio to determine if eit er tec nology is misapplied or working
properly.
T e INFORMER ratio is preset at 32 to 1. T is ratio means t at before
one tec nology registers 32 events, t e ot er must register at least
one event. If it does not, trouble will be signaled.
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1 Return t e DT-600 to IntelliSense for repair.
Send t e sensor in for repair.1
Send t e sensor in for repair.1
Microwave Pulse Self-Test
Temperature Compensation
Self-Test
ALARM M PIR
TEST DESCRIPTION (Red) (Yellow) (Green) ACTION
Table 3
Trouble Output
Troubleshooting
Matrix
ALARM M PIR
TEST DESCRIPTION (Red) (Yellow) (Green) ACTION
DT-600 sensors automatically perform a series of self-tests in t e
following instances: w en t e sensor is powered up, w en t e tests
are installer initiated, upon command input, and periodically during
normal operation as on-going self-tests. W en a self-test error
occurs, all t ree LEDs flas (if enabled) and t e trouble output
becomes active until t e failure is cleared. T e following c art
describes ow t e diagnostic LEDs appear during self-tests, and
w at action needs to be taken for eac type of display.
Table 2 INFORMER
Troubleshooting Matrix
NOTE: If you enter t e detection
pattern and t e LEDs go off, you
can retrieve t e LED pattern to
pinpoint t e problem. Refer to t e
Trouble Memory section below.
Power Up Self-Test (1 minute)
On Line - All Self-Tests Passed,
Ready for Walk-Test
1 Return t e DT-600 to IntelliSense for repair.
Table 1
Self-Test
Troubleshooting
Matrix
T e troubles ooting matrix below describes two trouble alerts
w ic are reported by t e INFORMER circuit. To use t is trouble-
s ooting matrix:
1) Find t e trouble alert t at describes t e condition of t e walk-
test LEDs (wit no motion in t e area).
2) Walk-test t e sensor, carefully watc ing t e reaction of t e
diagnostic LEDs.
3) Refer to t e Possible Causes column of t e matrix for an
explanation of t e way in w ic t e diagnostic LEDs reacted
to t e walk-test.
Condition of LEDs
with No Motion
ALARM
(Red) M (Yellow) PIR (Green) ALARM
(Red) M (Yellow) PIR (Green)
Reaction of LEDs
to alk-Test
RATIO
IMBALANCE
MW environmental problem
MW unstable
MW range too long
PIR was blocked
PIR environmental problem
PIR unstable
MW range too s ort
RATIO
IMBALANCE
Type of
Problem Possible Causes
PIR range too s ort
PIR aimed wrong
PIR not reporting
MW range too s ort
MW not reporting
RATIO
IMBALANCE
RATIO
IMBALANCE
(Pattern disappears)
(Pattern disappears)
No action required.
Sensor is working properly.
TROUBLESHOOTING THE DT-600 SERIES SENSORS
Send t e sensor in for repair.1
On-going Self-Test
W en t e DT-600 signals a trouble output, t e LEDs display a
failure pattern  all t ree LEDs flas at t e same rate.
You can recover t e individual pattern to determine w at trouble
occurred. To recover t e LED pattern, remove t e front ousing
from t e sensor. Use a screwdriver to connect t e two (self-test)
pins at t e left- and side of t e PCB (see Figure 3) and cause a
momentary s ort. T e trouble LED pattern will reappear.
TROUBLE MEMORY
Connect t e pins wit t e screwdriver again to clear t e LED
pattern.
NOTE: T e Trouble Memory only stores a single event (t e last
event to occur) in memory. Once t e LED pattern is cleared, t e
memory is erased, and t e self-test restarts.
T e matrix below s ows t e individual patterns and t e appro-
priate action.
LED Legend: = LED is Flas ing Fast = LED is OFF
= LED is Flas ing Slow = LED is ON
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- 4 -
Range:
DT-640STC 12 m x 12 m
(40' x 40')
DT-660STC 18 m x 18 m
(60' x 60')
DT-6100STC 30.5 m x 6 m
(100' x 20')
Alarm relay:
Energized Form C (NC)
125 mA, 25 VDC
22 o m series protection resistor
PRODUCT SPECIFICATIONS
PIR fields-of-view:
standard (wide angle) lens
44 long range
12 intermediate
6 lower
4 down
IMPORTANT: T e DT-600 series sensors s ould be tested at least once
each year to ensure proper operation.
Power requirements:
10 - 12.9 VDC
35 mA max., 12 VDC
PIR white light immunity:
10,000 Lux
RFI immunity:
10 MHz - 1000 MHz (30 V/m)
Trouble output:
Open collector
Voltage between collector and
emitter (Vce) is .3V max at 50 mA
1K series protection resistor
(for future use)
Command input:
Self-test initiate
Active low 0 to 1.5V
Inactive ig 6 to V+
Input impedance 110 Ko ms
(min.)
Sensitivity:
2 - 4 steps wit in field of view
Copyrig t 2001 IntelliSense.
All Rig ts Reserved.
5-051-512-00 Rev B
IntelliSense, DUAL TEC, and INFORMER are
registered trademarks of Honeywell, Inc.
Frequencies:
Varies per country
Tamper:
NC, 25 mA, 30 VDC
Operating temperature:
0o to 49o C (32o to 120o F)
Dimensions:
13 cm x 7 cm x 6 cm
5" H x 2-7/8" W x 2-5/16" D
Weight:
340.2 g (12 oz )
Accessories:
SMB-10 swivel mount bracket
Lens Kit P/N 0-000-400-05
*NOTE: T e ULC label or listed marking on a product is t e only
evidence provided by Underwriters Laboratories of Canada to identify
products t at ave been produced under t e Listing and Follow-up
Service.
2.3 m
(7'6")
12 m (40' )
Down Long Range
Intermediate
Zones
floor
Lower
SIDE VIE
ide Angle Lens
SIDE VIE
Barrier Lens
floor
2.3 m
(7'6")
30.5 m (100' )
DETECTION PATTERNS Patterns for: DT-640STC
(Use as reference for DT-660STC)
DT-6100STC Pattern
12 m (40')
TOP VIE
ide Angle Lens/Pet-Alley
SIDE VIE
Barrier Lens
floor
2.3 m
(7'6")
12 m (40' )
TOP VIE
Barrier Lens
DETECTION PATTERNS FOR OPTIONAL LENSES
SIDE VIE
Pet-Alley Lens
1.2 m (4')
IMPORTANT: For UL certificated installation, t e DT-600 series sensors
must be connected to a UL listed power supply or UL listed control unit
capable of providing a minimum of four hours of standby power.
Approvals/listings:
FCC certified
UL listed
ULC* listed
IC certified
T is Class B digital apparatus meets all requirements of t e Canadian Interference-
Causing Equipment Regulations.
Cet appareil numérique de la classe B respecte toutes les exigences du Règlement sur
le matériel brouilleur du Canada.
12 m (40' )
12 m (40' )
Relative humidity:
5% to 95% relative umidity
(non-condensing)
NOTE: Pet-Alley lenses are not to be used in ULC-certified installations.
FCC Notice: T is equipment as been tested and found to comply wit t e limits for a field
disturbance sensor, pursuant to Part 15 of t e FCC Rules. T e user is cautioned t at c anges or
modifications not expressly approved by IntelliSense could void t e user's aut ority to operate
t is equipment.
T is equipment as been tested and found to comply wit t e limits for a Class B digital device,
pursuant to Part 15 of t e FCC Rules. T ese limits are designed to provide reasonable protection
against armful interference in a residential installation. T is equipment generates, uses and can
radiate radio frequency energy and, if not installed and used in accordance wit t e instructions,
may cause armful interference to radio communications. However, t ere is no guarantee t at
interference will not occur in a particular installation. If t is equipment does cause armful
interference to radio or television reception, w ic can be determined by turning t e equipment
off and on, t e user is encouraged to try to correct t e interference by one or more of t e following
measures:
 Reorient or relocate t e receiving antenna.
 Increase t e separation between t e equipment and receiver.
 Connect t e equipment into an outlet on a circuit different from t at to w ic t e receiver is
connected.
 Consult t e dealer or an experienced radio/TV tec nician for elp.
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