Overview of Honeywell 5800PIR-RES
The Honeywell 5800PIR‑RES is a wireless PIR motion sensor designed for residential security. It enrolls via RF 5800Micra, CO, SS1, or RL, supports loop 1 (motion), loop 2 (sensitivity), loop 3 (temperature), and loop 4 (tamper), and offers battery backup.
Compatibility with Alarm Systems
The 5800PIR‑RES works seamlessly with Honeywell’s GC2, Lynx, and other RF‑based panels, supporting 4‑wire loops and battery backup. It’s compatible with most residential alarm systems, enabling easy integration and reliable motion detection. Ideal DIY setup.!!
Enrollment Options (RF 5800Micra, CO, SS1, RL)
The 5800PIR‑RES enrolls onto Honeywell panels via four RF modes. Press the sensor’s Enroll button until the LED blinks, then enter the panel’s house ID and the mode code on the keypad.
- RF 5800Micra – For Micra panels. Match house ID and “5800”.
- RF 5800CO – For CO panels. Use house ID and “CO”.
- RF 5800SS1 – For SS1 panels. Enter house ID and “SS1”.
- RF 5800RL – For RL panels. Enter house ID and “RL”.
LED blinks twice when enrollment succeeds. If it stays steady, check RF channel and house ID. Re‑enroll overwrites the previous setting.
During enrollment, the sensor’s LED will flash once to indicate readiness, then flash twice upon successful pairing. If the LED remains steady or flashes irregularly, double‑check that the panel’s RF channel matches the sensor’s channel and that the house ID entered is correct. The sensor can be re‑enrolled at any time; simply repeat the enrollment sequence. Re‑enrollment will erase the previous pairing and replace it with the new configuration. It is recommended to document the house ID and loop assignments for future maintenance;
Verify loop assignments via the panel’s status screen: Loop 1 shows motion, Loop 2 sensitivity, Loop 3 temperature, Loop 4 tamper. Adjustasneeded.
Physical Installation
Mount the 5800PIR‑RES on a wall or ceiling using the bracket. Connect the 4‑wire cable to the panel’s loop terminals, ensuring correct polarity. Power the sensor via the panel’s battery backup or supply, and verify LED status OK
Mounting, Power, and Battery Requirements
The Honeywell 5800PIR‑RES is a compact, wireless motion detector that mounts easily on most interior walls or ceilings. A small mounting bracket, included in the package, attaches to the sensor’s top plate with two screws. The bracket’s recessed holes line up with the sensor’s mounting holes, allowing a secure fit without protruding screws. Once the sensor is affixed, the four‑wire cable (red, black, green, and white) runs from the sensor to the alarm panel’s loop terminals. The red wire connects to the + terminal, black to – (ground), green to the loop input, and white to the loop output. The panel’s power supply must be active, and the sensor will automatically draw power from the panel’s battery backup if the mains supply is interrupted. The 5800PIR‑RES accepts a 9‑V battery backup, which is inserted into the battery compartment located on the rear of the unit. When the panel’s power is lost, the sensor switches to the battery, maintaining continuous operation. The battery compartment is sealed with a screw‑on cover; a standard 9‑V battery (PP3) is recommended for long‑term reliability. The sensor’s LED will flash to indicate power status: a steady green light means the sensor is powered and ready, while a flashing red light indicates a low‑battery condition. Proper cable routing, secure mounting, and correct power connections are essential for reliable performance and to avoid false alarms or missed detections. The sensor’s mounting height should be between 6 and 8 feet from the floor to cover the typical motion detection zone. Avoid placing the sensor near windows or doors where drafts may cause false triggers. The sensor’s face should face the area to be monitored, with the sensor’s infrared window unobstructed. For optimal performance, keep the sensor away from heat sources such as radiators or HVAC vents, as these can affect temperature readings. The 5800PIR‑RES supports up to 10 meters of cable run, but longer runs may require a loop extension or a dedicated power feed. The sensor’s power consumption is low, drawing approximately 5 mA during normal operation. The battery backup should be checked annually; a fresh 9‑V battery can extend the sensor’s life for up to 2 years under typical usage. The sensor’s LED status indicators provide quick visual confirmation of power and operational status. A steady green LED means the sensor is powered and functioning; a flashing red LED indicates low battery or power failure. If the LED remains off, verify the panel’s power and the sensor’s wiring connections. When installing, use a level to ensure the bracket is perfectly horizontal; a tilted sensor may skew the motion detection field. The sensor’s mounting bracket includes a small rubber gasket that helps dampen vibrations from nearby appliances. The 5800PIR‑RES is rated for indoor use only; do not expose it to moisture or direct water spray. The sensor’s enclosure is IP20 rated, meaning it is protected against solid objects larger than 12 mm but not against water ingress. For areas with high humidity, consider installing a dehumidifier or ensuring proper ventilation. The sensor’s power cable should be routed along existing conduit or cable trays to avoid accidental damage. The sensor’s loop connections should be tightened to 10 Nm torque to ensure a secure electrical contact. The sensor’s mounting bracket can be removed and repositioned if the initial placement does not cover the desired area. By following these mounting, power, and battery guidelines, users can ensure the Honeywell 5800PIR‑RES operates reliably and provides continuous motion detection even during power outages.
Programming Basics
To program the 5800PIR‑RES, enroll it via the panel’s RF enrollment mode (5800Micra, 5800CO, 5801, SS1, RL). Then set the House ID and assign the sensor to Loop 1 for motion. Use the panel’s programming menu to confirm settings. Verify LED after enrollment
Setting House ID and Loop Configuration
To configure the Honeywell 5800PIR‑RES, first enroll the unit via the panel’s RF enrollment mode (5800Micra, 5800CO, 5801, SS1, or RL). After successful pairing, the panel displays a confirmation code and the sensor’s unique ID. Next, set the House ID by selecting “House ID” from the programming menu, entering the desired numeric or alphanumeric identifier, and confirming with “Enter.” The House ID distinguishes installations and is essential for secure communication. Once the House ID is set, assign the sensor’s loops: Loop 1 for motion, Loop 2 for sensitivity (low or high), Loop 3 for temperature monitoring, and Loop 4 for tamper detection. To configure a loop, choose “Loop Configuration,” select the loop number, and specify its function. Confirm each assignment and exit programming mode. The panel will now recognize the sensor’s functions and transmit status updates. Verify the configuration by checking the sensor’s LED indicator; a steady light indicates successful enrollment and correct loop settings. If a loop assignment fails, repeat the steps or consult the panel’s troubleshooting guide. Proper House ID and loop configuration ensure reliable operation and accurate event reporting for the 5800PIR‑RES within the home security system. The sensor’s battery life typically exceeds 5 years under normal conditions, and its low power consumption allows it to operate efficiently without frequent maintenance. It also allows remote firmware updates daily
Advanced Features
The 5800PIR‑RES offers adjustable sensitivity, temperature monitoring, and tamper detection. Set low/high motion sensitivity via Loop 2, read ambient temperature on Loop 3, and trigger alarms on Loop 4 tamper events. Supports firmware updates.
Sensitivity Settings (Low, High) and Loop 2
To fine‑tune motion detection, the 5800PIR‑RES uses Loop 2 for sensitivity control. During enrollment, set the desired level by pressing the “SENS” button until the LED flashes. A single flash indicates low sensitivity, while a double flash selects high sensitivity. Low mode reduces false triggers from pets or moving objects, whereas high mode increases detection range for larger intruders. After choosing the level, confirm by pressing “ENTR” to lock the setting. The sensor stores the value in non‑volatile memory, ensuring it persists across power cycles. If you need to adjust sensitivity later, simply re‑enter the programming menu, navigate to Loop 2, and repeat the flash sequence. Remember to test the sensor after changes by walking slowly through its field; the LED should illuminate briefly on motion detection. Proper sensitivity setting balances security and convenience, preventing nuisance alarms while maintaining reliable coverage. When calibrating, place the detector on a wall at least 3 ft from the ceiling to avoid ceiling fans, and keep it away from windows to reduce false alarms from sunlight. If the sensor still triggers on pets, switch to low sensitivity; if it misses human movement, switch to high sensitivity and verify the Looper’s range. Keep the firmware updated for best performance. Use it!!!
Temperature Monitoring (Loop 3)
The 5800PIR‑RES incorporates Loop 3 for temperature monitoring, allowing the sensor to report ambient temperature to the central panel. During programming, press the “TEMP” button until the LED blinks, then confirm with “ENTR” to enable Loop 3. Once active, the sensor transmits temperature readings every 30 seconds, which the panel can display or log. This feature is useful for HVAC control, detecting overheating, or triggering a thermostat to adjust cooling. To view the current temperature, access the panel’s status screen or use the panel’s “TEMP” command; the value appears in degrees Celsius or Fahrenheit based on panel settings. If the sensor reports a temperature outside the expected range, check for obstructions or direct sunlight, as these can skew readings. For accurate monitoring, mount the detector on a wall, 3 ft from the ceiling, and avoid placing it near heat sources or vents. The sensor’s temperature range is –10 °C to 50 °C (14 °F to 122 °F). When the temperature exceeds preset thresholds, the panel can trigger an alarm or send a notification. The Loop 3 data can also be used in custom scripts or third‑party integrations, enabling smart‑home automation. Regularly verify the sensor’s calibration by comparing its reading to a known thermometer; recalibrate by re‑enrolling the unit if discrepancies persist. This Loop 3 capability enhances the 5800PIR‑RES’s versatility, turning a simple motion detector into a multi‑function environmental monitor Test now
Tamper Detection (Loop 4)
The 5800PIR‑RES includes Loop 4 for tamper detection, which triggers an alarm when the sensor’s enclosure is opened. Press the “TAMPER” button until the LED blinks, then confirm with “ENTR” to enable the feature. Once active, the sensor’s internal switch closes instantly, sending a Loop 4 signal to the panel. The panel can be configured to generate a silent alarm, a loud alarm, or a notification to a monitoring service. To reset a tamper event, press the “RESET” button until the LED blinks twice, then re‑enroll the unit if needed. Regular maintenance involves keeping the housing free of dust and ensuring the tamper contacts are clean. Test the function by briefly opening the cover; the panel should log a tamper event within seconds. If the event is not recorded, verify firmware status and update if necessary. For advanced users, the panel allows setting a tamper delay to accommodate brief maintenance openings. Loop 4 enhances security by providing immediate notification of unauthorized access, helping protect the property and maintain system integrity.
When a tamper event occurs, the panel displays a “TAMPER” status and may trigger a notification to the monitoring company. If the sensor is located in a high or hard‑to‑reach area, consider installing a secondary tamper alarm or using a sensor with a longer battery life to ensure continuous protection. etc…
Maintenance and Troubleshooting
Replace batteries every 12–18 months; use 9V or 12V CR2032. If motion is missed, adjust sensitivity via loop 2. For false alarms, check for reflective surfaces. Reset by pressing RESET until LED blinks twice. Firmware updates via RF link. Ensure proper mounting. ASAP
Battery Replacement Guide
To replace the battery in a Honeywell 5800PIR‑RES, first locate the small access panel on the sensor’s rear. Remove the panel with a flat‑head screwdriver, then carefully lift the battery cover. The device uses a 9‑V or 12‑V CR2032 coin cell; verify the voltage with a multimeter before insertion. Insert the new battery with the positive side up, ensuring it sits snugly against the contacts. Replace the cover, then re‑attach the panel. After replacement, reset the unit by pressing the RESET button until the LED blinks twice, confirming the sensor has re‑initialized. Test motion detection by walking across the sensor’s field of view; the LED should illuminate and the alarm panel should log a motion event. If the sensor fails to detect motion, check for obstructions or reflective surfaces that may interfere with the PIR. For long‑term reliability, replace the battery every 12–18 months or sooner if the sensor’s power indicator shows low power. Always use a high‑quality, non‑corrosive battery to avoid leakage. If the sensor continues to malfunction after a battery change, consult the official Honeywell manual or contact support for firmware updates or potential hardware replacement. Always keep the sensor in a dry dust‑free environment to maximize its lifespan and performance Enjoy Stay!! Stay! OK Happy
Firmware Update Procedure
Before starting, ensure the sensor is powered and connected to the alarm panel. Use the panel’s programming interface to select the 5800PIR‑RES device. Download the latest firmware from Honeywell’s support site and save it to a USB drive. Insert the USB into the panel’s USB port, then navigate to the “Device Update” menu. Choose the 5800PIR‑RES from the device list and load the firmware file. Confirm the checksum, then press “Update.” The sensor will reboot automatically; wait for the LED to stabilize. Verify the firmware version in the panel’s status screen. If the update fails, retry or contact support. Keep the sensor within 10 ft of the panel during the process. After a successful update, re‑enroll the sensor if required. This ensures optimal performance and security features. Happy!
The update process may require the panel to be in programming mode. To enter programming mode, press the PROGRAM button on the panel for 3 seconds until the LED blinks. If the panel does not recognize the sensor’s RF ID, ensure it matches the panel’s list. After the firmware file is loaded, the panel will display a progress bar. Once complete, the sensor will emit a short tone indicating success. If the sensor does not respond, repeat the update or contact Honeywell support for assistance. Ensure all connections are secure!!Proceed.
Support Resources
Official manual: Honeywell 5800PIR‑RES Manual. Vendor tutorials: Video guides. Support: Honeywell help center, forums, and local dealer contacts. For detailed steps, visit the official support portal.!!
Official Manual and Vendor Tutorials
For comprehensive guidance on the Honeywell 5800PIR‑RES, the official PDF manual is available at http://alrm.gd/honeywell-5800pir-res. This document covers installation, enrollment, loop configuration, sensitivity settings, temperature monitoring, tamper detection, battery replacement, and firmware updates. It also includes troubleshooting tips and safety warnings.
Vendor tutorials provide step‑by‑step video demonstrations. The primary video series can be accessed via http://alrm.gd/ho…, which walks users through enrolling the sensor with a GC2 unit, testing motion detection, and verifying loop status; Additional tutorials cover advanced features such as low/high sensitivity modes and temperature loop calibration.
Both resources are essential for users seeking to maximize the performance and reliability of the 5800PIR‑RES in residential security systems.
Firmware updates are available from the portal ensure compatibility!.