Wattstopper CI-200 Bedienungsanleitung

SPECIFICATIONS

Voltage Supply .......................................20–30VDC (24VDC Typical)

Current Consumption ............................ @24VDC, 24mA Maximum

Isolated Relay Rating..................................... 1A @24VDC or 24VAC

Operating Temperature ........................... 32° to 131°F (0° to 55°C)

Time Delay Adjustment..............................15 seconds–30 minutes

PIR Coverage

Model CI-200.......................................................... up to 1200ft2

Model CI-200-1 ........................................................ up to 500ft2

Light Level Adjustment...................................................... 1–190FC

Sensitivity Adjustment ....................................Minimum-Maximum

UL & CUL Listed

Installation Instructions

Santa Clara, CA 95050

CI-200

version 2

360° Passive Infrared • Low Voltage

Occupancy Sensor

DESCRIPTION

The CI-200 is a 24VDC Passive Infrared (PIR) occupancy sensor which controls

lighting or HVAC systems based on occupancy and/or ambient light levels in a

given area.

PIR sensing systems are passive systems which react to changes in infrared

energy (moving body heat) within the coverage area. PIR sensors must directly

“see” motion of an occupant to detect them, so careful consideration must be

given to sensor placement.

Coverage Patterns

The CI-200 has a multi-cell, multi-tier Fresnel lens with a ﬁeld of view of 360°.

The sensor has two lens pattern options. The Extended Range Lens will cover

up to 1200 sq ft when mounted from 8-12ft. The High Density/Reduced Range

Lens will cover up to 500 sq ft when mounted at 8-12ft.

Coverage shown in the diagrams below is maximum and represents coverage

for half-step walking motion, with no barriers or obstacles.

44 ft

Drawing Not to scale

24 ft

Extended Range Lens

(Standard) CI-200

High Density/Reduced Range

Lens CI-200-1

Call 800.879.8585 For Technical Support

Top View @ 8ft

Side View

PLACEMENT

The effective coverage distances may be slightly less than the maximum

sensing distance (see Coverage Patterns), depending upon obstacles such

as furniture or partitions, and this must be considered when planning the

number of sensors and their positioning. See the list below for approximate

coverage distances for different types of motion.

Approximate coverage, for a mounting height of 8 feet:

Lens option Walking motion Workstation (hand motion)

Extended Range up to 22ft radius (1200 sq ft) 12ft radius (500 sq ft)

High Density up to 12ft radius (500 sq ft) 9ft radius (300 sq ft)

The CI-200 sensor can be mounted at various heights. When you will be

mounting at heights other than 12ft, be

aware that as you decrease the mounting

height, you will decrease the range and

increase the sensitivity to smaller motions.

Conversely, when you increase the height,

you will increase the range and decrease

the sensitivity to smaller motions. At

heights of more than 12 -14ft, you may

start to signiﬁcantly reduce sensitivity.

Often the best location to install a CI-200 in

a closed ofﬁce is off-center (see ﬁg.1). Avoid

placing a sensor directly in line with an open

door in which it has a clear view out, as the

sensor may detect people walking by.

For open ofﬁce areas with partitions it is

best to place sensors over intersections of

four workstations (see ﬁg. 2).

Also avoid placing the sensors close to

air ducts, as rapid air currents or the

differences in temperatures may cause false

activations. For large areas of coverage use

multiple sensors.

Sensor

36'

Sensor

12'

18'

ﬁg. 1

ﬁg. 2

A 4-S junction box can be used with a 3” mud-ring when local building codes

mandate that low voltage connections be contained in a junction box.

Otherwise a 3” mud-ring or the provided ceiling attachment ring can be used.

IMPORTANT: If the lens will be masked, the junction box or mud ring may

need to be positioned so that the mask is oriented properly when the sensor

is installed (see Masking).

INSTALLATION

CAUTION

TURN POWER OFF AT CIRCUIT

BREAKER BEFORE WIRING SENSOR

Check Our Web Site For FAQs: www.wattstopper.com

Cut a hole in the ceiling tile—if using a:

• Ceiling attachment ring (provided)—cut about 2-3/4” to 3” in diameter.

• 3” mud ring—cut the hole to accommodate.

To assemble the sensor:

1. If using the ceiling attachment ring, bend the securing straps up so the

sensor housing can be inserted, and attach it to the sensor with the

provided screws.

2. Attach the mask, if using, into the lens recess and onto the securing

pins of the cover.

3. Attach the cover to the rear housing—align tabs on inside of cover to

notches on outside perimeter of rear housing, place cover on sensor,

and twist clockwise to lock.

4. Insert the assembled sensor into the ceiling hole, and if using the

mask, turn the sensor so that the unmasked part of the lens is toward

and centered on the area to be covered.

5. Bend the ceiling attachment ring straps behind the hole to secure (or

attach sensor to mud ring with screws).

MASKING

An insert (mask) is supplied to allow elimination of coverage in unwanted

areas. The mask is cut as needed and mounted onto anchor pins in the

sensor’s cover.

IMPORTANT: Do not use the mask if full coverage is desired.

IMPORTANT: Before securing the sensor in the mounting location, the

assembled sensor must be turned so the unmasked portion of the lens faces

the coverage area (the blue masked area is visible through the lens).

IMPORTANT: For an already installed sensor—If the sensor can NOT be

turned, then the mask must be cut so that when installed it will be oriented

correctly (note the location of the securing pins in the cover and note that the

cover turns as it locks into position).

Note: At the edges of the masking, there is a small area of reduced

sensitivity, illustrated as the lighter area in the examples below.

Cut mask into sections for

desired coverage, shown right.

Mask

Reduced sensitivity

Coverage area

Ceiling

2-3/4" to 3" hole

(if using 3" mud-ring,

cut to accomodate)

Ceiling attachment ring

(bend behind ceiling

to secure)

Rear housing

Cover (with lens)

Mask secures

to pins on cover

Mask (optional)

cut for desired coverage

Call 800.879.8585 For Technical Support

WIRING DIRECTIONS

CAUTION

TURN POWER OFF AT CIRCUIT

BREAKER BEFORE WIRING SENSOR

Watt Stopper B series power packs supply power for up to 5 CI-200s.

When using more sensors than this, multiple power packs are required.

For all conﬁgurations—connect the low voltage:

• RED wire (+24VDC) from power pack to VIOLET wire on sensor.

BLACK wire (Return) from power pack to GREEN wire on sensor.

Connections for the following configurations:

(Refer to wiring diagram below)

Single lighting load controlled by occupancy only—connect:

• BLUE wire from power pack to yellow wire on sensor.

Single lighting load controlled by occupancy, dependent on light level

(ambient light)—connect:

• BLUE wire from power pack to blue wire on sensor.

One lighting load for occupancy control, and a second load

for occupancy and light level (ambient light) control—connect:

• BLUE wire from power pack to yellow wire on sensor.

• BLUE wire from slave pack to blue wire on sensor.

• BLACK wire from slave pack to gray wire on sensor.

Isolated Relay

(The Isolated Relay is rated for 1A @24VDC or 24VAC)

Connect the wires necessary to the application that requires this output.

• RED (Common) (must be used for proper operation)

• BROWN (Normally Closed)—Open when occupancy is detected.

• ORANGE (Normally Open)—Closed when occupancy is detected.

White (Neutral)

Red (Load)

Red (Line)White

Black

Hot

NPOWER PACK

Red

Black

Blue

Switch

Lighting

Load

Control Output 24VDC

Common

+24VDC

Light Level Output 24VDC

Normally Closed Contact

Common

Normally Open Contact

Isolated Relay Outputs

Black

Blue

Control Return

Wires

1-BRN

2-RED

3-ORN

4-YEL

5-GRN

6-BLU

7-VIO

8-GRA

Light

Level

Lighting

Load

SLAVE

PACK

Red (load)

Hot OFF switch

CI-200

Check Our Web Site For FAQs: www.wattstopper.com

SENSOR ADJUSTMENT

The sensor comes factory preset and ready for

operation. If testing of operation is desired:

• Remove the sensor’s cover (twist).

• Refer to the DIP switch settings chart below

for switch conﬁgurations.

• Make sure that ofﬁce furniture and ﬁxtures are

in place.

1. Restore power to the lighting circuits

and turn the lights on.

• There is a one minute warm-up

when power is initially restored

to the sensor before the sensor

works properly.

2. For testing, set the Time Delay to

minimum (15 secs.).

3. Set Sensitivity to maximum.

4. Turn Light Level Adjustment trimpot

to maximum.

5. Replace the sensor’s cover then

move away from sensor and be still.

The lights should go off after 15

seconds. If lights remain on, see

Unwanted Sensor Activations under

Troubleshooting.

With movement in the area, the

lights should turn back on.

6. If using the light level feature

(otherwise skip to step 7), turn the

adjustment trimpot to minimum, and

repeat step 5. Unless it is very dark,

when the lights turn off, the lights

controlled by light level should not

turn back on even with movement in

the area.

Until ready to make the ﬁnal adjustment, leave the setting at maximum.

The controlled lights will then not be affected by ambient light levels.

To make the light level adjustment: (The ﬁnal light level setting for

normal operation should be made at a time when, with the lights off,

the ambient light level is at the point where it is desired for the lights

to turn on.)

Set the Time Delay and the Light Level to minimum, then be still

until the lights turn off (about 15 seconds). Slowly turn the light level

adjustment toward maximum until the lights turn on—then turn it back

slightly. At this setting the lights will not turn on if ambient light levels

are above the current level.

7. Set the desired Time Delay for operation (DIP switches #1 – 6).

Factory preset Time Delay is 20 minutes; other suggestions are:

Ofﬁces and conference rooms (10 minutes), Classrooms (10 minutes),

Warehouses (6 minutes), Hallways (4 minutes).

LED

Light Level

Adjustment

DIP Switch Control

for Time Delay and

Sensitivity

MAX

MIN

= ON = OFF

= Factory Presets

DIP Switch #

15 seconds

4 minutes

6 minutes

8 minutes

10 minutes

12 minutes

14 minutes

16 minutes

18 minutes

20 minutes

22 minutes

24 minutes

26 minutes

28 minutes

2 minutes

1234

30 minutes

Minimum

Medium Low

Medium High

Maximum

DIP Switch #

Time delay

Sensitivity

Service

Call 800.879.8585 For Technical Support

Service Mode

To override all sensor functions, set DIP switch 6 to the OFF position. The red

LED will come on and stay on for the duration of the override.

TROUBLESHOOTING

CAUTION

USE PROPER SAFETY PRECAUTIONS

WHEN WORKING WITH OR NEAR

HIGH VOLTAGE

Lights will not turn on:

1. Verify the lens is not masked in the direction being tested (see Masking).

2. Adjust Sensitivity settings up if needed (DIP switches #7 & 8).

3. Verify power pack and sensor connections are correct and secure.

4. Check for +24VDC at RED wire from the power pack to sensor.

• If present, the problem may be with the sensor. Try another sensor

(if available).

• If there is no voltage, see Power Pack High Voltage Checklist, below.

Lights will not turn off:

1. Check that Time Delay settings are correct (DIP switches #1 – 6).

2. Decrease Sensitivity settings if needed (DIP switches #7 & 8).

3. Verify power pack and sensor connections are correct and secure.

4. Disconnect BLUE wire on power pack from sensor.

• If the lights turn off, the problem may be in the sensor. Turn

Sensitivity and Time Delay to minimum and allow the sensor to

time-out.

• If the lights turn off, the sensor is working correctly. See Unwanted

Sensor Activations, next page. And go through the Sensor Adjustment

process again.

• If the lights stay on, the problem may be in the power pack. See

Power Pack High Voltage Checklist, below.

Isolated relay not functioning properly:

CAUTION: Use proper high voltage precautions, if applicable.

1. Check that Time Delay settings are correct (DIP switches #1 – 6).

2. Check Sensitivity setting. Also see, Unwanted Sensor Activations, next

page.

3. Verify all wire connections from sensor are correct and secure.

4. Check that there is voltage to the Isolated Relay.

5. Check for +24VDC at RED wire from the power pack to sensor.

6. Use an ohmmeter to check the function of the Isolated Relay:

• Turn off the power connected to Isolated Relay wires (if applicable).

• With motion in front of the sensor’s lens, check that the

connection between the BROWN and RED wires is open.

• With motion in front of the sensor’s lens, check that the

connection between the ORANGE and RED wires is closed.

Check Our Web Site For FAQs: www.wattstopper.com

WARRANTY INFORMATION

WattStopper warranties its products to be free of defects in materials

and workmanship for a period of ﬁve (5) years. There are no obligations or

liabilities on the part of WattStopper for consequential damages arising

out of or in connection with the use or performance of this product or

other indirect damages with respect to loss of property, revenue, or proﬁt,

or cost of removal, installation or reinstallation.

2800 De La Cruz Blvd Santa Clara CA 95050

www.wattstopper.com 800.879.8585

17161r3 1/2015

ORDERING INFORMATION

Catalog# Description

CI-200 20–30VDC Occupancy Sensor

with Extended Range Lens (Standard)

CI-200-1 20–30VDC Occupancy Sensor

with High Density /Reduced Range Lens

BZ-50 Power Pack: 120/277VAC, 50/60Hz,

20A ballast or incandescent

B347D-P Power Pack: 347VAC, 60Hz, 150mA, 15A

ballast

S120/277/347E-P Slave Pack: 120/277VAC, 60Hz, 20A ballast

347VAC. 60Hz, 15A ballast

Sensors are white

• Turn Sensitivity and Time Delay to minimum, cover the sensor’s lens

with a cloth (not your hand), be still and allow the sensor to time-out.

• Check that the connection between the BROWN and RED wires is

closed.

• Check that the connection between the ORANGE and RED wires is

open.

Power Pack High Voltage Checklist:

CAUTION: Use proper high voltage precautions.

1. Check that power pack high voltage wire connections are correct and

secure.

2. Check that the power pack is rated at the correct voltage.

3. Check that there is high voltage going into the power pack.

4. Try another power pack (if available).

Please

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