HAISEN HD09VR-PH5 / HD09VR-PH5-1 PIR Highbay Sensor

FEATURES

• Newest design with 5 Manual Switches, easy programming.
• 12VDC Input, 0-10V Dimming, with Daylight Harvesting and Photocell Function.
• Elegant and classic round design, with rotators for easy programming.
• Rotator & Remote control support.

[IP65] [5-Year Warranty] [UL Listed E529048] [FCC Certified]

TECHNICAL DATA

PIR Information

Electrical Specifications

Match Emergency Drivers

Work compatibly with EM drivers, please ensure the following conditions:

• Switching capacity <1mA
• LED driver's OFF voltage at 1mA is 0.25-0.3V
• Single fixture connected.

Sensor Parameter

Automatically Dimming (Daylight Harvesting)

To enable this function:

1. Adjust "daylight" value higher than 50lux.
2. Preset "standby period" to 0s.
3. Press the MW/PIR button 3 times until both MW/PIR icons blink on the LCD screen.

Description: When ambient brightness is lower than the preset lux level, the sensor turns on the light and dims it according to ambient brightness changes. As it gets darker outside, the indoor light becomes brighter.

Automatically ON/OFF (Photocell)

To enable this function:

1. Set STANDBY DIM LEVEL to 10%, 20%, 30%, or 50%.
2. Set STANDBY PERIOD to infinite.
3. Set DAYLIGHT to any value from 30Lux to 400Lux.

Description: The sensor differentiates artificial and natural light. It automatically turns off the light when ambient brightness exceeds the preset lux level.

DIMENSIONS

Diagrams show the sensor's physical dimensions:

• A circular diagram indicates an outer diameter of Ø2.13" (54mm) and an inner diameter of Ø1.21" (30.7mm).
• Side view diagrams illustrate a height of 1.50" (38.1mm), a mounting hole depth of 0.30" (7.5mm), and a mounting hole diameter of Ø0.80" (20.2mm). Other measurements include 0.23" (5.8mm) and 0.17" (4.3mm) for various features.

Website: www.haisensz.com

WIRING DIAGRAM

The wiring diagram illustrates the connection between the sensor and an LED driver:

• Sensor's +12VDC connects to LED Driver's VCC.
• Sensor's GND / 0-10V DIM connects to LED Driver's GND/DIM-.
• Sensor's DIM+ connects to LED Driver's DIM+.

PROGRAMMING

The sensor can be programmed using manual switches or a remote control for the following parameters:

1. Detection Area: 25% / 50% / 75% / 100%
2. Holdtime: 5s / 1min / 5min / 10min
3. Daylight Threshold: 50Lux / 200Lux / 400Lux / Disable
4. Standby Period: 0s / 10min / 30min / +∞
5. Standby Dimming Level: 10% / 20% / 30% / 50%

RECEPTACLE OPTIONS

Various receptacle types are available for connecting the sensor:

Diagrams for each receptacle type show their physical dimensions and connection points.

PERFORMANCE

Detection Coverage

The sensor provides a detection range of 3-7 meters (9.84-22.96 ft) with a detection angle of <120°, suitable for ceiling mounting up to 12 meters (39.37 ft).

1. Daylight Harvesting

This function allows the sensor to adjust lighting based on ambient light levels.

Steps to enable:

1. Adjust the "daylight" value higher than 50lux.
2. Set the "standby period" to 0s.
3. Press the MW/PIR button 3 times until both MW/PIR icons blink on the LCD screen.

Operation: When ambient brightness is below the preset lux level, the sensor turns on the light and dims it according to ambient brightness. As it gets darker outside, the indoor light becomes brighter.

2. Dusk/Dawn Function

The sensor can differentiate between artificial and natural light, automatically turning off the light when ambient brightness exceeds a preset lux level.

Steps to perform:

1. Set STANDBY DIM LEVEL to 10%, 20%, 30%, or 50%.
2. Set STANDBY PERIOD to infinite.
3. Set DAYLIGHT to any value from 30Lux to 400Lux.

Operation: The sensor automatically turns the light on when it's dark and off when there is sufficient natural light.

APPLICATION SCENARIOS

3. With Dusk/Dawn Function

Illustrations show the sensor's behavior:

• When ambient brightness is insufficient, the sensor turns on the light and maintains it at the standby dimming level, even without motion.
• When motion or presence is detected, the light level increases to 100%.
• After motion ceases, the light remains at 100% for the configured hold time.
• Once the hold time expires, the light dims to the standby dimming level and stays there.
• When ambient brightness is sufficient, the sensor automatically turns the light OFF.

4. Without Daylight Disabled

Illustrations show the sensor's behavior without daylight control:

• The sensor turns ON the light when motion is detected.
• The light stays on for a configured hold time after motion ceases.
• After the hold time, if no motion is detected, the light dims to the standby dimming level.
• The light turns OFF after the standby period if there is still no motion.

5. With Daylight Threshold

Illustrations show the sensor's behavior with daylight threshold settings:

• With sufficient daylight, the sensor keeps the light OFF even if motion is detected.
• With insufficient daylight, the sensor turns the light ON when motion is detected.
• After motion is no longer detected, the sensor keeps the light ON at 100% for the hold time.
• After the hold time, the sensor dims the light to the standby dimming level for the standby period.
• If the standby period is set to 0s, the sensor turns the light OFF automatically after the hold time.
• The sensor turns OFF the light automatically after the standby period when there is no motion detected.

FACTORY SETTING

The default factory settings are:

1. Detection Area: 100%
2. Holdtime: 5S
3. Daylight Threshold: Disable
4. Standby Period: 0S
5. Standby Dimming Level: 10%

ATTENTION AND APPLICATION NOTES

Attention

Important installation and usage guidelines:

• The sensor must be installed by a qualified electrician with the power OFF.
• Read instructions carefully before use and keep them for future reference.
• HAISEN reserves the right to modify incorrect text, images, and technical parameters without prior notice.
• Unauthorized modifications are forbidden and will void all guarantees.
• Product optimization may occur without prior notice.

Ambient Temperature Effects:

• Detecting performance may significantly weaken or become non-responsive when ambient temperature is near human body temperature (36°C-37°C / 96.8°F-98.6°F).
• Detecting performance will significantly weaken when ambient temperature exceeds 40°C / 104°F.

Application Notes

• Suitable for indoor applications; outdoor environments may trigger the sensor.
• For ceiling mount installation, adjust sensitivity if mounted on a side-wall as it becomes more sensitive.
• The PIR sensor cannot be placed inside any material; the Fresnel lens must be fully exposed to air.
• The Fresnel lens of the PIR sensor must be lower than the light fixture.
• Not suitable for environments with sudden changes in airflow affecting the PIR sensor.
• Avoid environments with shelves blocking the sensor's view of the presence area.
• Detection area options are physically defined by the Fresnel lens and may not appear obvious.
• Detection distance performance is better when moving parallel to the sensor than directly towards it.
• Daylight testing should be performed in bright daylight without shadows or special lampshades.
• Dimming performance may vary with different drivers; if a driver cannot turn OFF completely, the sensor may not be able to either.
• Input power voltage must be stable with a fluctuation of less than 10%.
• Upon first power-on, the sensor light will be ON at 100% for approximately 45 seconds before dimming to the standby level or turning OFF.
• Distance detection results are based on testing with a 165cm person in an open area and can vary with object size, speed, mounting height, and real-life conditions.

NOTE: FCC Compliance

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a commercial installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.