Bosch ISC-CDL1-W15G User manual

Commercial Series TriTech Motion Detector
ISC-CDL1-W15G, ISC-CDL1-W15G-CHI, ISC-CDL1-W15H, ISC-CDL1-W15K
en Reference Guide

Table of contents
1Safety 4
2Introduction 5
2.1 About documentation 5
2.2 Bosch Security Systems, Inc. product manufacturing dates 5
3Detector overview 6
4Installation considerations 7
5Installation 10
5.1 Self-locking cam lock 10
5.2 Mounting options 11
5.3 Wire knockouts 13
5.4 Bubble level 14
6Wiring 16
6.1 Wiring overview 16
6.2 EOL resistors overview 17
6.3 EOL resistor loop combinations 19
6.3.1 Single EOL loop — Alarm and Tamper 19
6.3.2 Double EOL loop — Alarm and Tamper 20
7Configuration and walk test 21
7.1 Look-down zone 21
7.2 Walk test LED 21
7.3 Walk test 22
7.3.1 Establish the coverage pattern 22
7.3.2 Establish the PIR and microwave coverage 23
7.3.3 Adjustable PIR sensitivity 23
7.3.4 Adjustable microwave sensitivity 24
7.4 Self test 24
8Troubleshooting 25
8.1 Motion detector does not appear to respond to motion 25
8.2 Motion detector is in continuous alarm 25
8.3 Motion detector appears normal but does not send alarms to the control panel 25
8.4 Motion detector does not appear to detect motion in the space directly under it 25
8.5 Motion detector does not appear to detect motion near the edge of the coverage area 25
8.6 Motion detector does not appear to detect motion in the farther section of the coverage
area
25
8.7 Motion detector LED flashes continuously 26
8.8 Motion detector LED flashes four times in a row repeatedly 26
8.9 Motion detector LED flashes five times in a row repeatedly 26
9Specifications 27
9.1 Coverage pattern 27
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Safety
Changes or modifications not expressly approved by Bosch Security Systems, Inc. can void the
user’s authority to operate the equipment.
At least once per year, vary the range and coverage. To ensure continual daily operation,
instruct the end user to walk through the far end of the coverage pattern. This ensures an
alarm output prior to arming the system.
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Introduction
This document provides installation, configuration, and operation information for Commercial
Series motion detectors. Throughout this document, the words “motion detector” refer to all
motion detectors covered by this document (ISC-CDL1-W15G, ISC-CDL1-W15G-CHI, ISC-
CDL1-W15H, and ISC-CDL1-W15K).
Review the content within the following sections before installing the motion detector:
–Detector overview, page 6
–Installation considerations, page 7
–Wiring, page 16
About documentation
Copyright
This document is the intellectual property of Bosch Security Systems, Inc. and is protected by
copyright. All rights reserved.
Trademarks
All hardware and software product names used in this document are likely to be registered
trademarks and must be treated accordingly.
Bosch Security Systems, Inc. product manufacturing dates
Use the serial number located on the product label and refer to the Bosch Security Systems,
Inc. website at http://www.boschsecurity.com/datecodes/.
The following image shows an example of a product label and highlights where to find the
manufacturing date within the serial number.
2
2.1
2.2
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Detector overview
1
2
3
2 1
33 k
2.2 k
1.0 k 2.2 k
1.0 k
1
ON
OFF
LED
2
HI
LO
1 2 3
ON
8
5
6
7
4
Figure 3.1: Interior view - base (left), Interior view - body (right)
Callout — Description Callout — Description
1 — Removable terminal block 5 — Look-down adjustment
2 — Removable bubble level 6 — Resistor jumpers
3 — Wall Tamper 7 — Configuration switches
4 — Self-locking cam lock 8 — Microwave adjustment
3
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Installation considerations
When installing the motion detector, observe the following installation considerations.
Notice!
Bracket use
Using a mounting bracket might reduce catch performance. Reduced catch performance
might invalidate regulatory certification on the installation. Regulatory agencies do not
approve bracket use.
Microwave energy passes through glass and most common non-metallic construction walls.
The PIR sensor reacts to objects rapidly changing temperature within its field-of-view.
Point the motion detector away from:
Point the motion detector away from:
Glass exposed to the outdoors.
Objects that might change temperature rapidly such as heat sources, air
conditioning outlets, or surfaces heated by sunlight.
Objects that small animals such as birds and mice might climb on (stairs,
shelves, ledges, furniture) and appear in the upper zones of the PIR which
are more sensitive. Small animals in close proximity in the field of view of
the motion detector might also cause false alarms.
Do not install:
In a location where direct sunlight shines onto the detector.
Outdoors.
Near rotating machines or other moving objects within the coverage
pattern.
4
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Do not install:
Near objects that can block the field of view.
Where an intruder would walk only directly toward or away from the
detector.
In a location where the motion detector’s field of view is blocked by
movable objects such as boxes, furniture, doors or windows. The PIR
sensor does not detect through glass.
Near doors and windows or other openings where cold or warm air can
flow onto the detector.
Do install:
Where an intruder is most likely to cross through the coverage pattern.
Within recommended mounting height range measured from the floor.
On solid, vibration-free surface.
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Additional notes:
≤ 4.5 kg (10 lb)
The motion detector is immune to small animals such as rodents up to 4.5
kg (10 lbs) when mounted according to the installation considerations
listed in this document.
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Installation
This section includes hardware details and the instructions you need to install the motion
detector base.
Self-locking cam lock
The motion detector includes a self-locking cam lock for easy installation. The following figures
and instructions show how to use the lock to open and secure the motion detector.
Open the motion detector and remove the base
Insert a flathead screwdriver into the locking tab hole at the bottom of the motion detector,
and turn the cam lock at the bottom of the motion detector to the open position.
Hold the base and slide the unit body down, then lift the cover to remove it from the base.
Figure 5.1: Unlocking the base and removing the body
Place the motion detector onto the base
When you remove the motion detector body from the base, the cam automatically returns to
the locked position.
When you place the motion detector body onto the base, the cam must remain in locked
position.
Do not manually change the cam once the motion detector body is separated from the base;
doing so unlocks the motion detector and prevents you from placing the motion detector body
correctly onto to base.
5
5.1
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1
Figure 5.2: Placing the body onto the base
Mounting options
The following table is an overview of mounting information and options.
Mount the motion detector using the motion detector base.
You can mount the motion detector on a flat wall or in a corner. Refer to
Mount directly to the surface, page 11.
You can mount the motion detector using a bracket. Refer to Mount on a
bracket, page 12.
The motion detector's coverage pattern is designed for optimal
performance when mounted vertically. The motion detector base includes
a removable bubble level which helps you align the unit. Before drilling
the mounting holes in the surface, use the bubble level to align the
motion detector. Refer to Bubble level, page 14.
Mount directly to the surface
When surface mounting, select the mounting holes shown in the following figure. Drill the
holes or tap them out with a screwdriver.
To use the wall tamper feature, be sure to use one of the mounting holes shown in red in the
following figure.
5.2
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Figure 5.3: Left: wall mounting; right: corner mounting
Mount on a bracket
Mounting brackets help align the motion detector to a vertical angle and to correct
imperfections (non-perpendicular angles) of mounting surfaces.
Choosing a mounting bracket:
– The B335 bracket allows a vertical pivot range of +10º to -20º and a horizontal pivot
range of ±25º.
– The B328 bracket mounts on a single-gang box and allows rotation of the motion
detector. The bracket allows you to insert the wiring through the black tube section in the
center of the bracket mounting plate and through the back of the motion detector base.
– The B338 bracket designed for ceiling mounting allows a vertical pivot range of +7º to
-16º and a horizontal pivot of ±45º. The bracket allows you to insert the wiring through
the ceiling cavity and into the motion detector base.
When using a mounting bracket, pre-drill or tap out all of the mounting holes shown for that
bracket in the following figure.
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=
B338
B328
B335
Figure 5.4: Mounting holes used with optional brackets
Notice!
Using a mounting bracket might reduce catch performance.
Always mount the detector within the recommended mounting height, with or without a
mounting bracket.
Brackets are not investigated by UL.
Brackets are not EN50131 compliant.
Notice!
Do not use the bracket to tip the motion detector vertically, unless you intend to compensate
for a non vertical surface. It may cause false alarms or reduced catch performance.
Wire knockouts
Use the following figure to determine the knockouts to use for the desired installation.
5.3
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1
2
3
4
Figure 5.5: Wire knockout locations
Callout ᅳ Description
1 ᅳ Surface wiring knockout, motion detector’s left side
2 ᅳ Through- wall wiring knockout
3 ᅳ Surface wiring knockout, motion detector’s right side
4 ᅳ Through a B328 bracket wiring knockout*
* If you use the bracket mount knockout for wires, run the wires between the walls marked
in red in the figure. With the wiring between the walls and behind the terminal block, other
features, such as EOL resistor jumper pins, cannot interfere with or puncture the wires.
Bubble level
The motion detector’s coverage pattern performs optimally when mounted vertically. The
motion detector base includes a removable bubble level which helps you align the unit. Before
drilling the mounting holes in the surface, use the bubble level to align the motion detector.
Figure 5.6: Leveling the detector
5.4
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Using the bubble level:
1. Position the motion detector base on the surface and mount in place using one screw
only. Do not over-tighten.
2. Use the bubble level to ensure the base is level from side to side.
3. After you verify that the base is level side to side, remove the bubble level and place it
into the round cavity on the right side of the base. Now determine whether the sensor is
tipped forwards or backwards.
4. Make any adjustments necessary until the base is level, and mark the remaining surface
mounting hole locations.
5. Remove the bubble level from the round cavity and place it back to its original position.
Notice!
Do not leave the bubble level in the circular holder. You cannot properly place the motion
detector body onto the mounting base with the bubble level in the circular holder.
Do not use a bracket to tip the detector in any direction as it might cause false alarms or
reduced catch performance.
6. Secure the motion detector body with the remaining screws.
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Wiring
!
Caution!
Apply power only after all connections have been made and inspected. Do not coil excess
wiring inside the motion detector.
Wiring overview
NC NC T T
123
Figure 6.1: Terminal strip overview
Callout — Description
1 — Input power terminals. Voltage limits are 9 to 15 VDC. Use no smaller than 0.4 mm (26
AWG) wire pair between the motion detector and the power source.
2 — Alarm terminals. Solid State output. Use these terminals for Normally Closed relay rated
at 25 VDC, 100 mA, 2.5 W. Do not use with capacitive or inductive loads.
3 — Tamper terminals. Tamper contacts rated at 28 VDC, 125 mA.
Input power terminals
Input power must use only an approved limited power source.
Alarm terminals
– Normally closed solid state voltage-free (dry contact) relay. The contacts are closed
(shorted) during the warm-up period and during normal operation when no alarm is
detected, or if only one technology (PIR or Microwave) is active.
– The alarm contacts change to open status under the following conditions:
– Insufficient input power
– Motion alarm condition (both PIR and microwave activity)
Notice!
When using the built-in resistors between the alarm terminals, there is a resistance value
instead of an open circuit. Jumper selection determines the resistance value.
Tamper terminals
– Normally closed voltage-free (dry contact) switch. The tamper terminals change to an
open state if the motion detector is separated from the mounting base.
6
6.1
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– When using the appropriate wall tamper mounting holes, the tamper terminals change to
open state if the motion detector is removed from the wall surface and the wall tamper
block separates from the mounting base.
Notice!
The wall tamper feature is not functional when the detector is mounted on a bracket.
!
Caution!
Connect the Alarm and Tamper contacts to a SELV (Safety Extra-Low Voltage) circuit only. Do
not use with capacitive or inductive loads.
Apply power only after all connections have been made and inspected. Do not coil excess
wiring inside the motion detector.
EOL resistors overview
The motion detector includes multiple built-in status resistors to simplify the wiring when
matching the alarm outputs with the control panel input loop resistance specifications. Use
the selection pin block by placing jumpers across specific pins to match the loop circuit
shown in the alarm control panel documentation.
Notice!
Built-in resistor values cannot meet every control panel resistor value requirement. If the
connected control panel resistor values and loop structure do not match the combinations
allowed by the built-in resistors, make sure to remove the jumpers and use only external
resistors.
NC NC T T
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
Figure 6.2: EOL resistors overview
Follow the instructions and figures in this document to ensure proper jumper installation.
Alarm resistors (pin block section 1)
Use the selection pins labeled 1 when wiring to control panels with dual or triple EOL resistor
configurations.
When placing a jumper across the desired pins, the corresponding resistance value is
connected in parallel with the alarm contact.
During normal operation the alarm contact is either in shorted condition or alarm resistance
value condition.
The available resistance values are 1 kΩ and 2.2 kΩ.
6.2
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1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
NC NC
TT
NC NC T T
1
Figure 6.3: Alarm resistors overview
Tamper/EOL resistors (pin block section 2)
Use the selection pins labeled 2 when wiring to control panels with single, dual, or triple EOL
resistor configurations.
When placing a jumper across the desired pins, the corresponding resistance value is
connected in series with the alarm and tamper terminals adjacent to each other (from left to
right the fourth (NC) and fifth (T) terminals).
During normal operation, the control panel verifies the continuity of the alarm loop with the
help of this resistor. The loop continuity breaks and indicates a tamper condition if any of the
following occurs: the tamper switch opens, the motion detector body is removed from the
base, or the wire is cut.
The available resistance values are 1 kΩ, 2.2 kΩ, and 33 kΩ.
Notice!
When using single EOL loops, this resistor represents the EOL resistor. Refer to the control
panel documentation to verify whether individual outputs signaling different conditions
(alarm, tamper, or trouble) should be connected on the same loop. Single EOL loops with
multiple outputs connected in series with the resistor cannot determine which output
contacts opened the loop.
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1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
NC NC
TT
NC NC T T
2
Figure 6.4: Tamper resistors overview
EOL resistor loop combinations
Notice!
When wiring the motion detector, use either external resistors wired into the terminals, or
the built-in resistors for the same output. Do not use both.
Single EOL loop — Alarm and Tamper
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
2
NC T
T
NC
NC NC T T
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
12
3
Figure 6.5: Single EOL Loop
Callout ᅳ Description
1 ᅳ 1 kΩ
2 ᅳ 2.2 kΩ
3 ᅳ 33 kΩ
6.3
6.3.1
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Double EOL loop — Alarm and Tamper
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
1 2
NC
T
T
NC
NC NC T T
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
1
2
2.2 k
1.0 k
2.2 k
33 k
1.0 k
12
34
Figure 6.6: Double EOL Loop
Callout ᅳ Description
1 ᅳ 1 kΩ Alarm + 1 kΩ Tamper
2 ᅳ 1 kΩ Alarm + 2.2 kΩ Tamper
3 ᅳ 2.2 kΩ Alarm + 1 kΩ Tamper
4 ᅳ 2.2 kΩ Alarm + 2.2 kΩ Tamper
6.3.2
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