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Equipment |
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An investigator's observation skills, common sense, and research abilities are at the heart of any investigation. But it’s the evidence gathered using equipment that makes up much of the final product of an investigation. Witness statements, investigator experiences, and the background of a potentially haunted site are extremely important, but people want to see or hear evidence. The equipment we regularly use on our investigations is shown and described below..
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A common theory is that spirits can communicate with us, but at a different frequency or decibel levels that we cannot no
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Omni Directional & Zoom Microphones
We use these in conjunction with the digital voice recorders and Mini DV Video Cameras. These microphones have their own power source via battery in the back. This way we the microphone isn't dependent on the power from the recorder, increasing battery drain, and helps to cut down on the background noise caused by the electronic components of the recorder that would otherwise be picked up by its own microphone. |
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Faraday Cages / Boxes
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EMF/ELF Meters
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Carbon Monoxide Meter
We use these meters for debunking purposes to help rule out any claims of paranormal activity being caused by a natural or man made reason. Just like high levels of electromagnetic fields, Carbon Monoxide (CO) can cause some sensations that can be misinterpreted as paranormal activity (i.e.: apparitions, shadows, hearing voices, & other types of hallucinations). These are not the kind that plug into a wall, but rather personal meters we carry around with us. We take initial readings prior to the investigation starting, then hook onto our belt or Grab-It-Pack and continue to monitor the CO levels throughout the investigation. They have a small alarm that will go off if the level gets above 35 ppm and a louder alarm if the level goes above 100 ppm. This way we don't have to keep an eye on the meter to know if the levels get too high.CO is an odorless, colorless, and otherwise undetectable gas to the human senses, so people may not know that they are being exposed. The initial symptoms of low to moderate CO poisoning are similar to the flu (but without the fever). They include headache, fatigue, shortness of breath, hallucinations, nausea, and dizziness. High level CO poisoning results in progressively more severe symptoms which includes mental confusion, vomiting, loss of muscular coordination, loss of consciousness, & ultimately death. CO concentration is measured in parts per million (ppm). Some people can experience very mild symptoms from prolonged exposure to CO levels of approximately 35 to 70 ppm. As CO levels increase and remain above 70 ppm, symptoms become more noticeable. At sustained CO concentrations above 150 to 200 ppm, disorientation, unconsciousness, and death are possible. |
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Digital Cameras
An important piece of equipment that can capture strange anomalies can be a camera. Strange anomalies can be anything to mist, shadows, and orbs or balls of light (we don't hold much stock into orbs though since they can be easily recreated). Sometimes you can get lucky and find full apparitions (note: we have not captured an apparition as of yet. We've been told it could take a life time of searching to find.) |
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35mm SLR Camera
Because film can capture the same type of evidence a digital camera can, we also use a 35mm SLR camera during our investigations. Many investigators believe that because digital images can be altered in many ways, it's easy to fake a bit of parano
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Mini-DV Video Cameras
The video camera is another important piece of equipment that can capture strange anomalies. Our camera has a night vision feature which allows us to film in the dark. We’ve also paired it with an additional infrared light (See IR Light below) to help us see more when we record. We either walk around with it or, with the use of a tri-pod, place it in a location to record. We look for anything out of the ordinary like objects moving on their own, shadows, or lights coming from an unknown source. |
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Infrared Lights
We pair this with our video camera with night vision capabilities to give us more light the camera can pick up during an investigation. |
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Incadescent Black Lights
We call this the poor man's infrared light, even though it's a black light (ultraviolet). Because our Mini DV cameras need more infrared light to record in a dark area, we need to add more IR lights (see above). However, this can get expensive at $40 to $80 a pop. That's why we turn to this method for a cheaper alternative.
Even with the IR filter turned on, our Mini DV cameras can still record in normal light. The UV light that this bulb produces is so close to the natural light wave length, our video cameras can still pick up this light in a dark room just like an IR light. Unlike its fluorescent partner, the amount of UV light we can see is very minimal, allowing us to still investigate in darkness.
With the reflector costing between $7 to $8, and an incandescent blact blak light bulb costing $1, youc an see why we turn to this lesser expensive option.
If you would like to see this light at work, Christopher made a demonstration video that can be viewed by clicking here. |
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DVR (Digital Video Recorder) System with Infrared Security Cameras
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Pasco Barometric, Temperature, & Audio Data Loggers
One datalogger we use is the Xplorer with a probe that records 6 different atmospheric conditions at the same time (barometric pressure (25" to 34" of mercury), absolute & relative humidity, dew point, temperature, & relative altitude). We carry this datalogger around with us during investigations to monitor changes in these conditions, but it also logs the data during this time (hence the term "data logger") so we can go back at a later time and review the information. The second data logger we utilize is called the GLX, which we generally leave in an area with a high level of activity. We attach a barometric probe that measures a higher and lower range of pressure than the weather probe (4.4" to 37" of mercury). The GLX also comes with 2 rapid response temperature probe ports. With the temperature probes at either ends of the data logger, we can see if there was a uniform temperature fluctuation. If one picks up a temperature fluctuation and one does not, this deems further review of the evidence to see if any activity was recorded at that specific time. The GLX also has an audio sensor that measures the decibel range. Because a decibel is the measurement in the frequency of human hearing (20 to 20000 htz), if we capture an EVP on a recorder placed near the GLX, and there's no decibel fluctuation, it may be safe to assume that the EVP captured was not in the normal human range of hearing. Once the investigation is complete, we connect these dataloggers to our computers to analyze and graph the data. The beauty of these dataloggers is the number of different probes that work with them, from motion sensors to magnetic sensors. We will be adding to the probes at a later time. Keep an eye on future investigations for images of the graphs. |
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Motion & Door Sensors
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Laser Level
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Grab-It-Pack
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More equipment coming soon...
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