PGST PA92-1

Wireless Infrared Motion Sensor User Manual

Model: PA92-1 | Brand: PGST

1. Ifihan

The PGST Wireless Infrared Motion Sensor is an advanced security device designed to detect human movement and provide real-time alerts when paired with a compatible PGST home alarm system. It features intelligent logic analysis to minimize false alarms, low power consumption for extended battery life, and anti-white light/anti-radiation interference capabilities for reliable detection. This manual provides comprehensive instructions for installation, operation, and maintenance of your motion sensor.

2. Awọn ẹya Ọja

  • Intelligent Logic Analysis: Advanced signal analysis and processing technology to prevent false alarms.
  • Lilo Agbara Kekere: Utilizes CMOS low-power microprocessor for longer battery life.
  • Kekere Voltage Alert Function: Notifies user when battery power is low.
  • Atako-Atako: Designed with anti-white light and anti-radiation interference functions for reliable detection.
  • Fifi sori Rọrun: Can be mounted on room corners or flat walls with a bracket.
  • Ohun elo jakejado: Suitable for homes, office buildings, factories, banks, and other security-sensitive environments.
  • Ibamu: Works seamlessly with 433MHz PGST home alarm systems (e.g., PG103, PG105, PG106, PG107, PG108, PG109, PG500). Note: This sensor cannot be used standalone.

3. Awọn alaye ọja

SipesifikesonuẸ̀kúnrẹ́rẹ́
Ṣiṣẹ Voltage3V (2x AAA alkaline battery)
Ṣiṣẹ Lọwọlọwọ≤25mA
Igbohunsafẹfẹ njade lara315MHz/433MHz (ASK) / 868MHz (FSK)
Agbara itujade≤10dB
Ijinna itujade≥80m (open space)
Ṣiwari Ijinna8m-12m (at 25℃)
Fifi sori Giga1.8-2.2M
Igun wiwa110°
Awọn iwọn (L x W x H)4.13 x 1.57 x 1.02 inches
Iwọn0.08 kilo (iwọn 2.89 iwon)
Nọmba awoṣePA92-1

Akiyesi: Awọn pato jẹ koko ọrọ si iyipada laisi akiyesi iṣaaju.

4. Eto ati fifi sori

Proper installation is crucial for optimal performance of your PGST Wireless Infrared Motion Sensor. Follow these steps carefully.

4.1. irinše Loriview

Diagram showing the detection window, LED indicator, and installation bracket of the motion sensor.

Figure 4.1: Product Appearance and Components
1. Detection Window, 2. LED Indicator, 3. Installation Bracket.

Ti abẹnu view of the motion sensor showing battery compartment, antenna, LED indicator, data setting, infrared sensor, mode choosing, LED skipping choosing, detection window, AAA 1.5V battery, and installation bracket.

Figure 4.2: Internal Components and Detection Range Diagram
This image illustrates the internal layout of the sensor, including battery placement, and a diagram showing the 110-degree detection angle and range up to 12 meters.

4.2. Gbogbogbo Awọn Itọsọna fifi sori ẹrọ

  • The motion sensor is designed for indoor use only. Do not install outdoors.
  • Avoid installing the sensor near heat sources (e.g., radiators, air conditioners, windows with direct sunlight) or in areas with strong air currents, as these can cause false alarms.
  • Rii daju pe agbegbe wiwa jẹ mimọ ti awọn idena.
  • The recommended installation height for the motion sensor is 1.8 to 2.2 meters (approximately 5.9 to 7.2 feet) from the floor.
  • For wide-angle infrared detection, the sensor has a 110° detection angle and a range of 12 meters. It is typically installed in living rooms or areas requiring broad coverage.
  • For vertical curtain infrared detection, the detection angle is about 15° with a detection distance of 8 meters. This is generally installed above doors and windows.
Diagram showing recommended installation height and detection angles for the motion sensor, illustrating wide-angle and vertical curtain detection.

Figure 4.3: Motion Sensor Installation Diagram
This diagram illustrates the optimal installation height (1.8-2.2m) and the 110-degree detection angle for wide-angle coverage, and 15-degree for vertical curtain detection, typically above doors/windows.

Image showing a motion sensor installed in a room corner, detecting an intruder with a red infrared beam. Text indicates wide-angle infrared detection at 110 degrees and 12m/39feet distance, and vertical curtain infrared detection at 15 degrees and 8m/26feet distance.

Figure 4.4: Motion Sensor Detection Example
An illustration of the motion sensor's detection capabilities, showing how it covers a wide area and identifies movement.

4.3. Video Guide: Installation of Host and Accessories

Video 4.1: How to Install the Alarm Host and Accessories
This video provides a visual guide on installing the main alarm host, motion detectors, magnetic door sensors, SOS buttons, and smoke detectors. It demonstrates the physical mounting process for each component.

4.4. Pairing with Alarm Host

The motion sensor must be paired with a compatible PGST alarm host to function. Refer to your specific PGST alarm host's user manual for detailed pairing instructions. Generally, this involves putting the alarm host into pairing mode and then triggering the motion sensor to register it with the system.

Diagram showing a PGST alarm host, a mobile phone receiving notifications, and a motion sensor, illustrating wireless signal transmission and real-time alerts.

Figure 4.5: Wireless Signal Transmission
This image depicts how the motion sensor wirelessly communicates with the alarm host, which then sends notifications to your mobile phone.

5. Awọn ilana Iṣiṣẹ

Once installed and paired, the motion sensor operates automatically. When an intruder passes through its detection area, the sensor will automatically detect human activities and transmit wireless signals to the alarm host.

  • Ihamọra / Pipasilẹ: The motion sensor's detection status is controlled by the arming/disarming state of your PGST alarm host. Refer to your alarm host's manual for instructions on how to arm and disarm the system.
  • Iwifunni Itaniji: Upon detection of movement while the system is armed, the alarm host will trigger an alarm (siren, phone call, SMS, or app notification) based on your system's configuration.
  • Atọka LED: The LED indicator on the sensor will briefly light up upon detection.
Image showing a wireless infrared detector with features listed: CMOS low-power microprocessor, low power consumption, low voltage alarm, intelligent logic analysis, anti-white light, anti-high frequency interference. An intruder is shown in a room with the sensor detecting them.

Figure 5.1: Wireless Infrared Detector Features in Action
This image highlights the key features of the detector, including its ability to detect human infrared and its intelligent analysis to prevent false positives.

Image showing the motion sensor and an intruder, with text explaining that advanced signal analysis detects human activities and sends wireless signals to the owner for timely information and property safety.

Figure 5.2: Advanced Detection Technology
The sensor uses advanced signal processing to accurately detect human activity and transmit alerts.

6. Itọju

  • Rirọpo Batiri: The sensor is powered by 2x AAA alkaline batteries. When the low voltage alert function is triggered, replace the batteries promptly to ensure continuous operation.
    Image showing the battery compartment of the motion sensor with two AAA batteries.

    olusin 6.1: Batiri Kompaktimenti
    The sensor uses two AAA batteries for power, designed for ultra-low power consumption.

  • Ninu: Gently wipe the sensor's detection window and body with a soft, dry cloth. Do not use abrasive cleaners or solvents.
  • Idanwo igbagbogbo: It is recommended to test the motion sensor periodically (e.g., monthly) to ensure it is functioning correctly and communicating with the alarm host.

7. Laasigbotitusita

IsoroOwun to le FaOjutu
Sensọ ko ṣe iwari gbigbe
  • Kekere tabi okú batiri.
  • Giga fifi sori ẹrọ ti ko tọ tabi igun.
  • Ìdènà ní agbègbè ìwádìí.
  • Sensor not properly paired with alarm host.
  • Rọpo awọn batiri.
  • Adjust installation according to Section 4.
  • Pa gbogbo ohun tí ó bá dí sensọ náà lọ́wọ́ view.
  • Re-pair the sensor with the alarm host.
Awọn itaniji eke
  • Sensor installed near heat sources or strong air currents.
  • Pets or small animals triggering the sensor.
  • Direct sunlight or strong light interference.
  • Relocate the sensor away from heat sources, vents, or direct sunlight.
  • Adjust sensor sensitivity if available on your alarm host, or consider pet-immune sensors if pets are the cause.
No communication with alarm host
  • Sensor out of range of alarm host.
  • kikọlu lati awọn ẹrọ alailowaya miiran.
  • Alarm host not powered on or malfunctioning.
  • Move sensor closer to the alarm host.
  • Ṣàyẹ̀wò fún àwọn ẹ̀rọ alailowaya mìíràn tó ń fa ìdènà.
  • Ensure alarm host is powered and functioning correctly.

8. Atilẹyin ọja ati Support

PGST is committed to providing high-quality security solutions. Our products are rigorously certified for quality and designed for reliable performance.

  • Atilẹyin Imọ-ọjọ igbesi aye: PGST offers lifetime technical support for its products.
  • Idahun Yara: Expect quick responses to your inquiries within 365 days.
  • For any technical assistance or warranty claims, please contact PGST customer support through the official channels provided with your product or visit the PGST Store on Amazon.
Image showing icons for Professional Team, Lifetime Technical Support, and Quick Response in 365 Days, representing PGST's customer service commitment.

Figure 8.1: PGST Support Commitment
PGST provides professional team support, lifetime technical assistance, and quick responses.

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