#PIR motion sensor

[starrbotautomations]

Maximize Energy Savings with PIR Motion Sensors

PIR Motion Sensor is a low priced small Passive Infrared Motion detection Sensor. Also known as IR (motion sensor) applies to projects that need to detect human or particle movement in certain range. Motion detection is used in a variety of applications and is easy to implement using PIR motion sensor. The applications which are included in PIR sensor are electromechanical system or proximity sensors for lighting and alarm sensors.

Where it can be used?

PIR Motion Sensors is used in a wide variety of applications such as smart home, lighting control and IOT applications, security Alarm based on PIR sensors and someway it is also helpful in search and rescue operation by Human detection robots in multifunction printers, disasters etc. Being facile in use, hence can be used in diverse applications.

How it works?

It’s basic principles of working is that whenever it detects a change in Infrared radiation, it generates digital output signal. It is made up of 2slots of special material to IR, when somebody comes in sensor’s range, the former slot creates a positive differential voltage while on passing by the second slot makes it a negative deferential voltage. This change is detected in the sensor.

What it detects?

PIR Motion Sensors is installed with such features that they can detect human or animal motion. The reason behind this is that Human’s emit infrared radiation. It comes with the mechanism that when humans come in sensing range of the PIR sensor, these changes in the radiation gets detected by the sensor resulting in the output sensor to go high.

Why to choose PIR (motion sensor)?

PIR Motion Sensors allows you to sense motion. It always almost used in detecting whether movement has moved in or out of the sensors range. They are low in power, easy to use, inexpensive and don’t wear out. Thus, they are commonly found in gadgets and applications used in homes or businesses.

How PIR (motion sensors) Best suited?

The PIR Motion Sensors are having numerous benefits in switching your normal lightings to motion sensor lights.

Cost Savings: – By introducing the PIR motion sensor in the place of normal lights cost savings can be done to a large extent by changing how efficiently you can use your LEDs.

PIR motion sensor works in such a way that they give full power when coming in contact with a body, again reduce their power to half, when no motion is detected in the respective place, as it is dim to 20℅ with zero motion in the place.

Motion sensor are mainly useful in area where there are sustained periods of no human activity, such as car parking, lift lobby, Restrooms, office blocks etc.

END NOTE: – StarrBot as an emerging company is building trust in the present scenario by launching some feature being ideal for common area lighting. Also having feature of Auto Dimming working on movement detection. This feature helped to save 80% of Commercial activity everyday by dimming the light just to 20% on no movement area helping you in saving your money every day. This approach can turn out to be a very energy efficient way to complement LED technology. The motion sensors introduced by us can work individually rather than on an entire grid, saving the energy on a large scale and at the same level providing cost savings too.

[e-controldevice]

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[futureelectronic1167]

Panasonic PIR Motion Sensors (PAPIRS)

https://www.futureelectronics.com/m/panasonic. Panasonic Passive Infrared or Pyroelectric PIR Motion Sensors are available in a wide variety of current consumption options and offer both digital and analog output options. Both the EKMB and EKMC Series offer many lens options suitable for various applications, detection distance, ceiling installation height, field of view, and detection zone requirements. https://youtu.be/ZPoaz3TMDyM

[lightning-storm-studies]

No-stress summer learning challenge 🌞: day 43

03.08.2023

It's been quite a long time since the last update, but I haven't abandoned this challenge, I'm learning as planned. I just didn't have time to make an update. I've finished the design of an unstabilised power supply (which is a part of this course). The second photo shows a PIR motion sensor, that will be used for a cat fountain, so that the pump only starts running, when one of my cats walks nearby.

📖 Janusz A. Zajdel - Limes Inferior

🎧 thea wang - garden song (i prefer a loon)

[octiot1]

OCTIOT's PIR Motion Sensor Foot Light, step lightly, shine brightly with OCTIOT's PIR Motion Sensor Foot Light

[futureelectronic1527]

Panasonic PIR Motion Sensors (PAPIRS)

https://www.futureelectronics.com/m/panasonic. Panasonic Passive Infrared or Pyroelectric PIR Motion Sensors are available in a wide variety of current consumption options and offer both digital and analog output options. Both the EKMB and EKMC Series offer many lens options suitable for various applications, detection distance, ceiling installation height, field of view, and detection zone requirements. https://youtu.be/ZPoaz3TMDyM

[rushnaf]

ZK30 Smart PIR Motion Sensor Toilet Seat Night Light 8/16 Colors Waterproof Backlight For Toilet Bowl LED Lamp WC Toilet Light

buy now buy now Smart PIR Motion Sensor Toilet Seat Night Light 8/16 Colors Waterproof Backlight For Toilet Bowl LED Lamp WC Toilet Light Specifications:-Material: ABS-Light Source: LED-Voltage: 4.5V-Power: 1W-Light Color: 8-color-8/16-color light in turn,you can also fix one color you desire-Power Supply: 3*AAA Batteries (Not Included)-Sense Distance: 2 m Feature:1. Auto-sensing system: it…

[queen-mabs-revenge]

trying out a bathroom light idea - usb fairy lights, a macrame lampshade from a second hand shop, these fake plants from ikea, and a usb pir motion sensor. slap that shit together and hook it up to a hanging basket chain. basically bc light switches are outside the bathroom here, i never remember to shut the light. this way it's an auto-off (i have it set to the max 7 minutes but i might bring it down a bit) and it's about 10 lux brightness so it's not gonna be eye-searing / sleep cycle disrupting at night. and jungle 🪴

[giantimpex]

Ask for Motion Sensor Switch - #SensorLight GIANT IMPEX PIR Energy Saving Light with 180 Degree Wall-Mount LUX , Time , Sensitivity Adjustment Automatic 220V and Motion Sensor Switch.

Lux: turn on the lights during the day or night

Operating Volt: AC 220-250V 50Hz-60Hz. Load Power: Upto 300/1200W Max & Ambient Light: 3-2000 (Adjustable)

Detecting Angle: 180 Degree. & Installation Height: 1.8-2.5 Mtr Ambient Light : <10-2000LUX (adjustable)

Good solution for energy saving and easy to install. Delay adjustment: 10 Seconds - 7 Minutes and Adjustable

It can use with lamps, incandescent lamps (bulbs), old-fashioned fluorescent lamps, electronic fluorescent ring lamps, spotlights, transformers, small electrical appliances, and other all other appliance

Available in #Amazon, #Flipkart and #Meesho Order Now:

Amazon:

Flipkart

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Meesho:

Visit Our Store: Get 20% Off on Sale price. Use Promo Code 'GIANT20' https://giantimpex.in/smart-lighting/pir-energy-saving-light-with-180-degree-wall-mount-lux

[esysense984]

ESYSENSE | Top Leading Motion Sensor & Sensors Providers

Buy motion sensor lights, Motion Sensor LED Bulbs, Motion Sensor LED Ceiling lights, wardrobe sensors, Staircase controllers, Highbay sensors, Occupancy sensors, PIR Motion sensors, Microwave sensors and many more. for more: esysense.com

[e-controldevice]

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[quartz-components]

To ensure the safety and security of our homes or anywhere, it is essential we install alarm systems. Motion sensors are one of the essential components of these systems. We can also employ PIR (Passive Infrared) Sensors for doing the same. HC-SR501 is a low-cost PIR sensor that can detect the presence of humans or animals by sensing the Infrared Radiation coming out of the body. Its sensitivity can be controlled by sensitivity control potentiometer and it also has an onboard signal conditioning circuitry and Fresnel Lens to improve its field of view. It is used in Motion Activated lights in bathrooms, halls, rooms, etc. in alarm applications, etc.

[arduino-diy]

Proximity sensing is a very common application in electronics. There are several ways to accomplish this. The most common way is by using a PIR sensor. PIR Sensor senses the change in ambient infrared radiation caused by warm bodies. I have already covered this in my Tutorial No. 5: "PIR Sensor Tutorial - With or Without Arduino". However, since PIR sensors detect movement from living objects, they can generate false alarms. These sensors are also inefficient in hot environments, as they rely on heat signatures.

The other common methods of proximity sensing involve, using reflected ultrasonic or light beams. Using these sensors, the intruding object is detected by the reflected beam back to its source. The time delay between transmission and reception is measured to calculate the distance to the object. In this tutorial, we are going to look at another method of proximity sensing using "Microwaves" and "Doppler Effect".  In my hand is an inexpensive RCWL-0516 Microwave Radar Motion Sensor. The RCWL-0516 microwave sensor detects "any movement" from "any object" and does not rely on heat, making it more reliable in hot environments. I am going to use this sensor to create a Geo-fence around my house to detect motion and get notifications.

[i-informative20]

In today’s world, where energy conservation and environmental sustainability are the main topics of discussion across the globe, it is important to reduce carbon footprints. One of the innovative solutions that have been gaining popularity over the years is motion sensor high bay lights, which have advanced lighting systems that provide efficient illumination and significantly reduce energy use and consequently greenhouse gas emissions. This blog will look at how motion sensor lights, specifically high bay lights can help in this regard.

Understanding Motion Sensor High Bay Lights

What Are High Bay Lights?

What is a Motion Sensor Light?

The technology of motion sensor lights starts on the sensors which detect movements in a particular range. When there is any kind of movement made, the bulb lights up; when it is not in use for some time, it goes off automatically. The result is that less energy will be consumed unnecessarily by using this technology.

Benefits of Motion Sensor High Bay Lights

1. Significant Energy Savings

Unlike traditional high bay lights that are constantly turned on, motion sensor high bay lights utilize much less power because they only work when movement is detected. For this reason, there are fewer costs associated with electricity consumption and operation. Consequently, the new technology of motion detectors in large decentralized buildings will guarantee savings in large amounts of money as regards power bills respectively. Moreover, these sensors’ efficiency helps in an environmentally friendly approach to sustainable development which is helpful for those companies focused on decreasing their footprint on Earth.

2. Extended Lifespan of Lights

With the introduction of motion sense high bay lights, lighting systems have been given a new lease of life in industries and commerce. In comparison to traditional lighting which is always on, the motion sensor lights only go on when there is movement thereby avoiding constant usage. Such a way of flickering them makes them last longer as it reduces wear and tear on the bulbs and fixtures. Less frequent replacements and less maintenance not only decrease costs but also minimize disturbances with daily operations. Installing these kinds of lights will enable businesses to get more durable solutions for their fanciest and simple illumination systems hence contributing towards longevity and sustainable growth.

3. Lower Carbon Footprint

There is a large area that uses motion sensor high bay lights which reduce energy consumption. Unlike the usual lights that stay on always, these sensor lights only turn when someone is around so that they do not use electricity unnecessarily. In turn, by using less energy there will be less carbon exuded from electric supply stations hence motion sensor lighting becomes environmentally friendly. Businesses thus save on power bills while at the same time contribute towards combating climate change and promoting sustainability through this action of providing sensors.

4. Enhanced Safety and Security

https://octiot.com/wp-content/uploads/2024/08/highbay2.jpg

Implementing Motion Sensor High Bay Lights

Assess Your Space

Step one, you need to look into your area to assess the specific lighting requirements. Determine how someone would use the space, including things like keeping track of foot traffic as well as identifying regions that need illumination. Once this is done, then it will be easier to adjust the positioning and settings of the sensors accordingly.

Choose the Right Motion Sensor Technology

Different types of motion sensors exist including passive infrared (PIR), ultrasonic, and microwave sensors. Their advantages make them appropriate for various environments. PIR sensors, for instance, detect heat signatures accurately and are often used indoors. In contrast to this, ultrasonic and microwave sensors can see through obstructions such as walls or furniture making them fit in a complex place respectively.

How OCTIOT Help Companies to Reduce Their Carbon Footprint

To reduce Carbon emissions & GreenHouse Gases, companies need to minimize their energy consumption that directly impacts the environment, thus to reduce carbon footprint. In this regard, OCTIOT specializes in Internet of Things (IoT) but the focus is on reducing pollution bilaterally and globally.

1. Real-Time Monitoring and Data Collection

OCTIOT provides companies with IoT devices as well as sensors to conduct continuous monitoring of energy usage, pollutants’ discharge and different environmental indicators. Their major benefit is that they give immediate information enabling identifying regions with great power consumption and wastage.

2. Energy Management Systems

OCTIOT assimilates energy management systems (EMS), which examine these data to maximize electricity utilization. For example, the above-mentioned systems can alter the brightness of lamps, switch on air conditioning units or turn on machines according to existing demands or past experiences with energy usage at different times during the day. By minimizing their power consumption levels, businesses would therefore lower their total CO2 emissions rates considerably.

3. Predictive Maintenance

Predictive maintenance is one of the vital sectors where IoT solutions of OCTIOT shine. These sensors from the company monitor equipment’s condition such that they can predict when there will be a need for maintenance thus avoiding breakdowns and minimizing downtime. Efficiently operating machines consume less energy and emit lesser quantities of greenhouse gases thereby leading to reduced carbon footprints.

4. Supply Chain Optimization

OCTIOT provides visibility into every process stage for companies to enhance their supply chains. IoT devices monitor the movement and condition of objects, assuring that they are wrapped consistently while being taken or put in place.

5. Smart Building Solutions

OCTIOT provides intelligent building solutions for businesses having extensive office complexes or manufacturing plants. These solutions incorporate automated lighting, heating, ventilation, and air conditioning (HVAC) systems which change according to who is there in the building and how they are using it.

6. Data Analytics and Reporting

OCTIOT’s IoT devices collect not only some real-time data monitoring but also perform deep analysis and reporting based on it. This data can be used by companies to determine how far they have gone towards lowering carbon emissions, observe trends and make wise decisions. In detailed reports and analytics, organizations can then develop sustainability targets and meet them thereby demonstrating stepwise progress to lower the planet’s carbon footprint.

Conclusion

Smart illumination systems plus IoT contributions that are creative by OCTIOT give firms a very strong instrument for lowering their carbon footprint. By applying advanced motion-sensing technology, automated controls, energy-efficient LEDs, real-time monitoring devices and an integrated solution with smart grids and IoT, this organization enables other companies to save on energy hence reducing the release of carbon gases into the atmosphere.

Contact us: 088600 12342

For more information: sales@octiot.com

[youweitrade]

What is the best type of motion sensor?

The best type of motion sensor largely depends on your specific needs, whether you're using it for home security, convenience, or energy-saving purposes. There are a few main types of motion sensors, each with its own set of advantages and ideal use cases. Let’s break them down:

1. PIR (Passive Infrared) Sensors

Best For: Home security, energy efficiency, indoor lighting

How it works: PIR sensors detect infrared radiation (heat) emitted by moving objects, such as people or animals. They are the most common type of motion sensor used in home lighting systems.

Advantages:

Energy-efficient: PIR sensors are known for their low power consumption.

Widely available: These sensors are the most common in motion-activated lights and are typically the most affordable.

Effective for indoor use: PIR sensors work best in environments where the sensor is placed to detect body heat, such as entryways, hallways, and bathrooms.

Limitations:

Limited range: PIR sensors have a limited detection range and might not work well in larger outdoor spaces or areas with little or no heat variation.

Susceptible to false triggers: PIR sensors can be triggered by pets or other moving heat sources, which can be a downside in some situations.

2. Ultrasonic Motion Sensors

Best For: Commercial spaces, large areas, or specific applications needing high precision

How it works: Ultrasonic sensors emit high-frequency sound waves that bounce off objects. They detect changes in the sound wave patterns when something moves in the detection area.

Advantages:

High precision: Ultrasonic sensors can detect motion more accurately, even through walls or obstacles, making them ideal for larger or complex areas.

Works in both indoor and outdoor environments: They can function in both dark and bright conditions, and are less likely to be affected by heat changes.

Limitations:

Higher cost: Ultrasonic sensors tend to be more expensive than PIR sensors.

False triggers: They can sometimes be triggered by other environmental factors, such as wind or heavy rainfall.

3. Microwave Motion Sensors

Best For: High-security applications, sensitive areas

How it works: Microwave sensors emit microwave pulses and detect changes in the reflection of those pulses caused by movement in the area.

Advantages:

Highly sensitive: Microwave sensors are extremely sensitive and can detect motion across a wider area and at greater distances than PIR sensors.

Can detect motion through some barriers: They can sense motion even through walls or doors.

Less affected by heat: Unlike PIR sensors, microwave sensors are not influenced by body temperature, so they can be used in environments with little or no heat variation.

Limitations:

Higher cost: Similar to ultrasonic sensors, microwave sensors are generally more expensive than PIR.

Potential for false alarms: Because they can detect movement even through walls or other materials, they might be more prone to false alarms in certain setups.

4. Dual-Technology Motion Sensors

Best For: High-security areas, when reliability is crucial

How it works: Dual-technology sensors combine two or more types of motion detection technologies (typically PIR and ultrasonic or microwave) to increase reliability and accuracy.

Advantages:

Reduces false alarms: Since both sensors need to be triggered for the light to activate, these sensors are less prone to false alarms compared to single-technology sensors.

Improved detection: These sensors offer a higher level of detection accuracy and can be used in more demanding environments.

Limitations:

More expensive: Dual-technology sensors tend to cost more than single-technology models due to the added complexity.

More complex installation: These sensors can sometimes be more difficult to install and calibrate due to the combination of technologies.

5. Photoelectric Motion Sensors

Best For: Security and industrial applications, especially where precise detection is required

How it works: Photoelectric sensors detect motion based on changes in light levels. They use a light emitter and detector to sense when an object blocks the light path.

Advantages:

Highly accurate: These sensors can detect even the slightest movement in certain conditions.

Can be used for very specific applications: Photoelectric sensors are often used for very targeted security applications, like around sensitive equipment or areas requiring precise monitoring.

Limitations:

Limited range: These sensors tend to work best in small, defined spaces and aren’t suitable for larger areas.

Can be sensitive to light conditions: If the lighting in the area changes frequently (e.g., due to sunlight or shadows), the sensor may not work reliably.

Which Type of Motion Sensor is Best for You?

For Home Use and Energy Efficiency: PIR sensors are usually the best option, offering a great balance of cost, reliability, and energy efficiency. They're perfect for hallways, bathrooms, and outdoor lights.

For Large Areas or Specific Applications: If you need a sensor for large spaces or places where high precision is required (like warehouses, commercial spaces, or outdoor settings), an ultrasonic or microwave sensor might be the best fit.

For High-Security Needs: If security is a top priority and you want the highest level of detection, consider a dual-technology sensor. This combines the best of both worlds and helps avoid false alarms, which can be critical for security systems.

In summary, the "best" motion sensor really depends on your specific needs. For everyday home use, PIR sensors are typically the most cost-effective and efficient. For larger areas or high-security situations, you might want to consider ultrasonic or microwave sensors. Always think about the environment in which the sensor will be used, and whether you need it to be highly sensitive or more cost-effective.