Mel-8704R-EMT

7:1 Professional Model User Instructions

The Mel-8704R-EMT is a 7 in 1 Instrument packed with all the essential features to help promote and advance paranormal research.

This Mel-Meter incorporates the Laser, ATDD, SDD and REM functions all in one handheld meter. To turn these functions on, simply lift the tilt stand on the back of the Mel-Meter where you will find the power buttons for each function.

Note: Do not look directly into the Laser!

Once you have powered your selected functions, you can activate the ATDD, SDD and REM adjustments by pressing the correlating buttons on the right side of the Mel-Meter.

REM Function:

When the REM function is turned on, it will perform a quick diagnostic test and then zero out. You can then utilize the EMT adjustments on the right side of the meter. The EMT ZERO button is the baseline button while the EMT RANGE button is for sensitivity and range detection adjustments. The EMT RANGE has five increments for sensitivity adjustment which can make the meter more or less sensitive depending on the circumstances and location in which it is being used. The six LED lights on top of the meter will correlate with the EMT RANGE sensitivity as follows:

Sensitivity Level #1 = 1 – 2 inches Purple LED

Sensitivity Level #2 = 2 – 3 inches Purple and Red LEDs

Sensitivity Level #3 = 3 – 4 inches Purple, Red & Blue LEDs

Sensitivity Level #4 = 4 – 5 inches Purple, Red, Blue & Yellow LEDs

Sensitivity Level #5 = 5 - 6 inches Purple, Red, Blue, Yellow & Green LEDs

In the highest sensitivity level, it is very important that you hold the meter relatively low toward the battery compartment to prevent possible mutual interference from your hand. If you hold the meter low, your hand will not be near any circuitry, and the device will not detect the energy in your hand. The REM circuit will also automatically zero or baseline every 5–7 seconds. If you place the device on a conductive material like metal, please allow this time interval to baseline, or you can perform a manual baseline with the EMT ZERO button located on the right side of the meter. The meter will detect anything that interrupts the EM field around the antenna that is metal or conducts electricity. Also note that fluorescent lights and handheld communication devices may affect the EMT function.

ATDD Function:

When the ATDD function is turned on, you can utilize the ATDD adjustment on the right side of the meter. Please note, the REM circuit must also be on for the ATDD circuit to turn on. The ATDD ZERO button is the baseline button. There is a bi-color red/blue indicator light (ATDD TREND) located next to this button which will show the 5 octave ascending tones for temperature increase and 5 octave descending tones for temperature decrease. These tones correlate to a ±5 degree temperature change. The Red LED light indicates a “+” temperature change and the Blue LED light indicates a “-” temperature change. The thermistor located on the top of the meter is indexed to the ATDD temperature circuit.

Please make sure to allow the ATDD temperature circuit adequate time to adjust to the environmental temperature before use. Should there be any gradual temperature drift, you can manually baseline the ATDD temperature circuit by pressing the ATDD ZERO button located on the right side of the meter. Also note that if the ATDD temperature increases or decreases resulting in a constant tone for more than ten seconds, the tone will automatically “mute” and the Red or Blue LED will remain illuminated. The tone will resume if the temperature continues to rise or fall.

SDD Function:
When the SDD function is turned on, the circuit will beep twice and then default to the least sensitive detection range, sensitivity level #1. There are a total of five sensitivity levels. You can then utilize the SDD RANGE adjustment on the right side of the meter for sensitivity and range detection. Pressing the SDD RANGE button twice will increment the SDD to different sensitivity levels.

The SDD Shadow Detector & LED Light Illuminating Blocks

This sensory device has the capability of detecting very small light / dark contrast changes. We provide two 9V LED light blocks that can be used to create a through beam detection system. One light block uses a 10mm LED for long range distance that can be used in a hallway, stairwell or large room and one 5mm LED light block for short range distance that can be used for smaller room spaces up to around 10' or so.

Mount the Mel Meter and position the light block aiming toward the Mel’s SDD sensor. Adjust the SDD sensitivity until you get the desired effect. You can walk between the LED light block and Mel Meter to test the through beam setup. You can use this SDD separately, or in conjunction with the Laser projector as the sensory system is very flexible. In fact, you can even use a piece of retro-reflective tape stuck on a door handle or object and shine the Mel Meter flashlight on the object. The light from the flashlight will hit the object and return to the SDD sensor. If the object moves the SDD will sound an alarm. More light received creates ascending tones while less light received creates descending tones.

Important Note: The SDD performs a diagnostic test and recalibration every five seconds. Thus, if the processor diagnostic & calibration routine falls within the time of your test, it could momentarily reverse the tone pitch. This will be automatically corrected during the next five second cycle.

Once you get a good feel for the way it operates, you can try different techniques and play around with it a bit. To use the SDD as a diffuse reflective sensor, adjust the sensitivity to Level # 4-5. Then turn on the Mel Meter flashlight. Allow the detection circuit to stabilize with nothing in front of the Mel Meter. Now move your hand in front of the Mel Meter through the flashlight beam. The SDD will detect your hand up to a 4' distance. Be sure that you are in complete darkness when you do this. To detect a self illuminating source, turn the Mel flashlight OFF. Strike a match, use a lighter or turn on a
flashlight within the SDD field of view.

As always, adjust the sensitivity for best performance based on type of light source, proximity or separation distance and individual application circumstances. If you lose track of which sensitivity setting you have, simply turn the SDD OFF then ON to reset back to sensitivity level #1. Also be aware that stray light from windows, cars, moonlight, flashlights etc. can all influence the SDD. The SDD Shadow Detection Works with:

* RED & GREEN LEDs
* RED or GREEN Laser Grid
* RED or GREEN Laser Pointer
* LED Flashlight
* The Mel Meter Flashlight can also be used as a diffuse reflective sensor up to 5' away. This feature enables detection of reflective or solid objects that pass in front of the Mel Meter. Or, turn the Mel flashlight OFF to detect self-illuminating or glowing objects in the field of view.

The Laser Projector

This device will project a star or dot pattern on a wall. Close proximity to the wall will create a tighter, high-density cluster of dots and the further away you are will cause the dot pattern to disburse with larger gaps between the dots. Focus of the dots is calibrated during assembly, however, subtle adjustment can be made by the customer by gently turning the laser outer ring.

The purpose of the laser is to enhance and make visible any shadow anomaly that may pass through it. It is suggested that the Mel Meter be mounted on a tripod or placed on a table and a camera be stationed and focused on the laser area for capturing any evidence.