5800PIR-OD Wireless Outdoor Motion Sensor – Installation Instructions

GENERAL INFORMATION

The Honeywell 5800PIR-OD Wireless Outdoor Motion Sensor (referred to as the 5800PIR-OD) combines the convenience of wireless technology with a full-featured outdoor PIR motion sensor. The major features are:

• Immunity to bright light disturbances from headlights, sunlight, and other bright light sources.
• Discriminates both large and small animals to reduce false alarms.
• Tamper detection.
• Selectable detector range and angle.
• Battery saving circuit allows for a 5 or 120-second period of inactivity before being reactivated.

SPECIFICATIONS

INSTALLATION

1. Select the Mounting Position

Orient the detector so that intrusion passes across the detection field, not into the sensor.

• Avoid strong sunlight into the sensor's field.
• Avoid moving or swaying trees and bushes.

Allow 110mm (4.4") above the sensor to enable opening the cover.

Choose an installation height of 0.8m to 1.2m (2.7 to 4ft).

Ensure the sensor can be mounted on a perpendicular wall or pole that would make its detection pattern parallel to the ground.

Diagram illustrating optimal mounting position: sensor oriented to detect motion across the field, avoiding direct sunlight and swaying vegetation. Recommended height is 0.8-1.2m (2.7-4ft). The sensor should be mounted parallel to the ground.

2. Prepare the Sensor for Mounting

1. Remove the Cover by pulling from the bottom.
2. Remove the Detector from the Back Box by pulling from the top.

Diagram showing how to detach the sensor cover by pulling from the bottom, and then detach the detector from the back box by pulling from the top.

3. Install / Replace the Battery

IMPORTANT:

• Use only lithium batteries.
• Use four (4) lithium 1.5VDC AA cells (e.g., Energizer L91 or equivalent).
• Change all four batteries at the same time. Do not mix weak batteries with new batteries.
• Observe polarity.

1. If necessary, loosen the Captive Lock Screw and lift the Cover off. Then, remove 4 screws that secure the Detector to the Back Box.
2. Observe the proper polarity and replace the batteries. Ensure the positive side of the battery is pointing away from the springs.

Diagrams show the process of removing the sensor cover and detector, and inserting batteries with correct polarity.

4. Mount the Sensor

WALL MOUNTING

1. Install the Back Box on the wall using two M4 x 20 mounting screws.
2. Secure the Detector to the Back Box.
3. Fasten with four self-tapping M3 x 14 screws.
4. Perform Settings & Adjustments.
5. Perform a Walk Test.
6. Secure the Cover with the M3 x 10 Captive Lock Screw.
7. Program the control panel.

Diagram illustrates wall mounting steps, showing screw placement and the detector being secured to the back box. A note indicates that sponge packing might need to be moved to reveal screw holes.

POLE MOUNTING

1. Use a pole with an outside diameter of 43-48mm (1.69-1.89").
2. Attach the Brackets to the Back Box with two M3 x 8 screws.
3. Using the Pole Brackets and four M4 x 30 screws, fasten the Back Box to the pole.
4. Secure the Detector to the Back Box and fasten with four self-tapping M3 x 14 screws.
5. Perform Settings & Adjustments.
6. Perform a Walk Test.
7. Secure the Cover with the M3 x 10 Captive Lock Screw.
8. Program the control panel.

Diagram illustrates pole mounting steps, showing pole diameter, bracket attachment, back box fastening to the pole, and detector securing.

5. Perform Settings & Adjustments

SET THE DETECTION LENGTH

The length of the lower detection area determines the detection length. The upper detection area stays parallel to the ground at all times. The lower detection area can be adjusted by the Detection Length Adjustment Switch. Detection length is limited by the lower detection area, as both upper and lower areas must be blocked simultaneously for activation.

IMPORTANT: This sensor detects temperature differences between the moving object and the background. The object must move for detection. If traffic is near the detection area, adjust the detection area length 1.5 to 2.0m (5 to 7ft) back from traffic.

Detection Logic:

• Detection Made: UPPER and LOWER beams are blocked.
• Detection Not Made: Only the LOWER beam is blocked.
• Detection Not Made: Only the UPPER beam is blocked.

Press and slide the Detection Length Adjustment Switch to the desired position.

Detection Length Settings (based on 1m / 3.3ft mounting height):

Note: The sensor's mounting height affects detection length, which can also vary due to environmental conditions.

Diagrams illustrate the detection logic with beams blocked and not blocked. Graphs show detection length versus distance for positions A, B, C, and D.

SET THE DETECTION AREA ANGLE

The detection area angle is 90° with 7 "fingers" (zones). The angle can be adjusted in 15° increments from the center up to 45° in either direction.

Hold the sensor and turn it to the desired direction. Each click represents a 15° change.

Top-view diagram shows the 90° detection pattern with 7 zones, indicating adjustable angles up to 45° in either direction. A second diagram shows how to rotate the sensor for directional adjustment.

IF NECESSARY, CONFIGURE DETECTION MASKING

This feature allows masking specific detection segments to prevent false alarms from sources like pets or heat sources.

1. Spread the Cover and gently press on the Lens to remove the Lens Holder.
2. Separate the Lens from the Cover.
3. Identify the segments on the Lens to be masked.
4. Apply the adhesive Masking Strip(s) inside the lens to mask the desired segments.
5. Replace the Lens by aligning its cutouts with the projections inside the cover. Snap in place with the Lens Holder.
6. Ensure the Lens Holder is held by the cover prongs and tabs.

Diagrams detail the detection masking process: separating the lens, identifying segments on the lens, applying masking strips, and reassembling the components.

SET THE SENSITIVITY

Set the Sensitivity Select Switch to the desired sensitivity: Low, Medium, or High.

• Low Sensitivity: Best for preventing false detections.
• High Sensitivity: Best for catching detections (increased false detections). Use for applications requiring high security awareness or video tagging.

Image displays the sensor's side panel with DIP switches and the Sensitivity Select Switch. The DIP switches are labeled for Walk Test, Battery Saving Timer, and Pulse Count, with default settings indicated.

SET THE DIP SWITCHES

Configure the following settings using the DIP switches:

1. Switch 2 (Battery Saving Timer): Set for 5 seconds (for frequent alarm transmission, reduces battery life) or 120 seconds (default). The alarm output operates once per selected period.
2. Switch 3 (Pulse Count): Selectable for 2 or 4. A pulse count of 2 requires fewer detection steps for an alarm, while 4 requires more.
3. Switch 1 (Walk Test): Set to ON to enable the Walk Test mode.

Default Settings: Switch 1: OFF, Switch 2: 120s, Switch 3: 2 (Pulse Count).

Diagram shows the DIP switches with labels for Walk Test, Battery Saving Timer, and Pulse Count, and indicates default positions.

6. Perform a Walk Test

NOTE: With the Walk Test switch set to ON, the LED will light when the detector is tripped, and the alarm is generated instantly.

1. Set the walk test switch (DIP switch 1) to ON. Replace the cover.
2. Perform a walk test through the detection area and verify satisfactory results.
3. Allow the detection area to remain static and check for false or unwanted detections.
4. If necessary, adjust the detection area (refer to "Perform Settings & Adjustments").
5. Repeat the walk test through the detection area and verify satisfactory results.
6. Set the walk test DIP switch 1 to OFF, and secure the Cover with the M3 x 10 Captive Lock Screw.

Notes for Walk Test:

• If normal car or people traffic passes close to the detection area, adjust the detection area 1.5 to 2.0m (5 to 7ft) shorter to reduce false detections. This also accounts for environmental thermal conditions.
• If the detection length is adjusted to position "A" (12m / 40ft), the detection area may increase with significant temperature differences between the moving object and the background.
• This sensor has a multi-level detection pattern. A heat source beyond the detection area (e.g., puddles, wet surfaces, smooth asphalt/concrete) may cause false alarms due to ground reflection. If this occurs, adjust the detection length to position "B" and re-test.

Diagrams illustrate approximate detection ranges for position B (8m/27ft) and position A (12m/40ft) during a walk test.

7. Program the Control Panel

Before use, program the transmitter's serial number, input type (RF Supervised), response type, and loop # (set to 1) into the control panel. Refer to the control panel's instructions for details.

Note: When learning the control panel by walking, use the Walk Test setting or temporarily set the Battery Saving Timer to 5 sec. After programming, ensure the Walk Test switch is set to OFF and the Battery Saving Timer is set to the desired setting.

TROUBLESHOOTING

COMPONENT IDENTIFICATION DIAGRAM

The following components are part of the sensor assembly:

• Back Box: The mounting enclosure. Use four M4x30 screws for pole mounting brackets, or two M4x20 screws for wall mounting.
• Pole Bracket: Used for mounting the sensor to a pole.
• Sensor: The main detection unit (do not touch).
• Cover: The outer casing of the sensor.
• LED Indicator: Visual indicator for status.
• DIP Switch: For configuring settings like Walk Test, Battery Saving Timer, and Pulse Count.
• Sensitivity Select Switch: Adjusts the sensor's sensitivity (Low, Medium, High).
• Detection Length Adjustment Switch: Adjusts the detection range.
• Transmitter: The wireless communication module.
• Lens Holder: Secures the lens to the cover.
• Lens: The optical component that focuses infrared energy.
• Masking Strip: Used to block specific detection zones.
• Captive Lock Screw (M3 x 10): Secures the cover to the back box.

An exploded view diagram identifies all components of the 5800PIR-OD sensor, including the back box, pole bracket, sensor unit, cover, lens assembly, transmitter, DIP switches, and captive lock screw.

FCC / IC STATEMENT

This device complies with Part 15 of the FCC Rules and RSS210 of IC. Operation is subject to the following conditions: (1) This device may not cause harmful interference. (2) This device must accept any interference received, including interference that may cause undesired operation.

INFORMATION TO USER

Unauthorized changes or modifications could void the user's authority to operate the equipment.

DOCUMENTATION AND ONLINE SUPPORT

For the latest documentation and online support information, please visit:

http://www.security.honeywell.com/hsc/resources/MyWebTech/

WARRANTY

For the latest warranty information, please visit:

http://www.security.honeywell.com/hsc/resources/wa/