Canada: Industry Canada Certification Certification Number: To Be Provided Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference including interference that may cause undesired operation of the device, USA: FCC Certification FCC Identification Number: 15T-MW001 This device complies with part 13 of the FCC Rules.
5. FOC 1D: ISTHMUS O01 DI EMO 482 Microwave barriers for external protection Installation manual Version 1.
FCC ID: IST-MW00! Bias Electronica Version 1.01 1) GENERAL DESCRIPTION EMO 482... is a microwave system for external protection of the volumetric barrier type. Volumetric barrier means the spatial protection obtained by using separate transmitter and receiver, placed opposite each other, in which one of the three dimensions is considerably greater than the other two. This type of systems able to reveal the presence of a body moving within the sensitive field set up between transmitter and receiver.
Bias Electronica Version 1.01 FIG. 1a 10cm parabolic antenna FIG.
FCC ID: IST-MW001 Bias Electronica Version 1.01 The effective distance between transmitter and receiver, depending on the type of antenna, determines the other two dimensions, due to the fact that the opening angle of the antennae used remains constant to the variation of the reciprocal distance between transmitter and receiver. (FIG.
Bias Electronica Version 1.01 Figure 3 Variation of the dimension of the sensitive zone on the variation of the sensitivity The presence of fixed parts, within the sensitive field, alters the dimensions of the protection field determined, in theory, by the distance between these and the level of sensitivity imposed on the receiver. These dimensions are valid only when the barrier is installed in a free space. .
FCC ID: IST-MW00! Bias Electronica Version 1.01 An imperfect alignment between transmitter and receiver provokes, a distortion of the shape of the protective field which is set up, as well as an obvious reduction of the signal received.
Bias Electronica Version 1.
Ta FCC ID: IST-MW00! Bias Electronica Version 1.01 Electromagnetic energy is radiated from the transmitter in the form of impulses, so that in the presence of an object in movement within the protection field, as well as the breadth modulation of the peak of the signal received, we will find a phase modulation of the impulses detected.
Bias Electronica Version 1.01 — The block diagram of the receiver of EMO is shown in Fig. 9.
Bias Electronica 3) TECHNICAL SPECIFICATIONS FCC 1D: 15T-MW001 Table 1 shows the technical specifications of FROM Version 1.
Bias Electronica Version 1.01 4) COMPONENT PARTS OF THE SYSTEM The EMO package is made up of the following parts: A) Transmitter B) Receiver C) Post clamps D) Locavore ends E) Transformers F) Testing diagrams G) Instruction manual For ease of assembly, the dismantling and the eventual replacement, for assistance, with the various parts of the apparatus EMO 482, there is an “exploded” illustration of a barrier head.
FCC ID: I5T-MW00L Bias Electronica Version 1.01 5) ACCESSORIES In the picture of page 10 there are several parts of the accessories that can be supplied on request by quoting the relevant code number. Here we are: A) 15cm Post B) Post cover C) Connector block D) Connector block cover 6) INSTALLATION When designing a volumetric barrier protection system, it is first necessary to carry out an inspection of the site to be protected, in order to note the real operating conditions.
Bias Electronica Version 1.01 the polygon obtained by the installation of the various lines: either two transmitters or two receivers. Obviously, this can always only takes place when there is an even number of lines.
FCC ID: IST-MW00L Bias Electronica Version 1.01 6. 2) Length of each line The identification of the length of each line makes it possible to purchase the appropriate equipment and CIAOS supplies, in the same container, a range of four different capacities and dimensions of the sensitive field. To better understand this subdivision, there follows a table illustrating the various models, showing the capacity and the type of antenna used. (TAB.
Bias Electronica Version 1.01 SENSIBLE ZONE Figure 12 Interference in the sensible zone of high grass b) Stable We advise not to install the apparatus where the soul can alter, in the course of the time, because of natural causes, such as sandy areas, or for man-made reasons, such as material deposits, where it is possible that the protection zone changes its standard conditions after the installation.
FOC ID: SIT-Mwooy Bias Electronica Version 1.01 ¢) Smooth Be sure that the installation takes place along lines with undulation of less than the soul is not perfectly flat, we must bear in mind that there will be zones of less sensitivity or even dead zones in the depressions, while on the ridges we will find greater sensitivity or even hypersensitivity, with the result, once again, of possible insensitive areas or false alarms. (FIG.
Bias Electronica Version 1.01 The following table summaries the possibility of carrying out a good installation on various possible soils, also bearing in mind their conditions. (TAB. 3) INCLINED | WAVY <200m | WAVY >20em Kano VEGETATION Table 3 Use of barriers in relation to the soil v 6.
FCC ID: IST-MW00! Bias Electronica : Version 1.01 Figure 15 Formation of dead zone due to the projection of a wall into the sensitive zone . Fences, as they are generally made of metal and therefore highly reflective, can provoke different problems. First of all, we should be sure that the fence is well fixed, so that it does not move in the wind. In case of longitudinal fences, this type of movement could create troubles of high order.
Bias Electronica Version 1.01 metallic posts for the protection moving body Figure 16 Possible interference due to the presence of metal fence post Along the line of the protection field, the presence of tubes, posts or similar is tolerated (lighting standards, for example), provided that their dimensions are not excessive in proportion to the band of protection.
15T-MWO0OL Bias Electronica FOODS Version 1.01 Trees, hedges and bushes in general require very careful attention, both near and within tha bands of protection. ’ These obstacles are variable in dimension and position, and in fact they can be affected by growth and wind movement. We, therefore, advise very strongly not to place the protection bands in proximity of these obstacles.
Bias Electronica Version 1.
pec: 1ST-NW00 Bias Electronica Version 1.01 6. 7) Length of the dead zones in proximity of the apparatus The length of the dead zones in proximity of the apparatus depends on the distance of the apparatus from the ground, the sensitivity set up on the receiver and the type of antenna used. 6. 8) Height of the apparatus from the ground Bearing in mind the previous considerations and on the arrangement of the system, it is necessary to install the apparatus at the right height from the ground.
Bias Electronica Version 1.01 150 140 130 120 110 100 90 80 8883 Figure 22 Length of the dead zone near the apparatus depending on the height from the ground for EMO 482/80 120 200 The following illustrations show the dead zones near the intersection of the two lines, (FIG.
Bias Electronica Version 1.01 Figure 22b Overlapping of two sensitive bands in an intersection The following illustration shows the maximum dimensions of each EMO head and its support post. (FIG. 23) The external diameter of the support posts should be 60 mm.
Bias Electronica Version 1.01 easy to find as they comes pond to the external dimensions of two inch gas common pipes. As already seen in the section on accessories, CIAOS is able to supply aluminum trunking in 15 cm length, which can be used to build posts of the desired length, as well as available covers for posts. The best solution is shown in picture 10. The posts can be fixed to the ground by inserting them into holes which are then filled with concrete.
Bias Electronica Version 1.01 TRANSFORMER vitamin EMO 482 i {/ — 220 Vac 19 Vee — NNT ) + BATTERY TRANSFORMER TRANSFORMER 80 VA MIN OVA MIN EMO 482 220 vac WV vac | vector 19 Vee I i.
Bias Electronica Version 1.01 6. 12) Connection of the apparatus to the elaboration center The transmitter head consists of a normally closed contact free from potentials, for protection during the container opening. ’ The connections of these outputs to the elaboration center should be made with screens cable with section of no less than 0.5 mmg.
CIAOS Electronica Version 1.01 STC 95 INSTRUMENT 3M connector _ LCD display LED display 13.8VDC supply LED detected field LED TX/RX sens. meas, LED Rag meas.
CIAOS Electronica Version 1.01 7. ALIGNMENT AND CALIBRATION The STC 95 was developed by CIAOS for aligning and calibrating its intruder sensor barriers, making it an ideal tool for installers. The unit is shown in figure 26 on page 28, together with its function specifications. Figure 27 shows the interconnections between the STC 95 and CIAOS barriers.
CIAOS Electronica Version 1.01 aa PR PR 13,8138 = + VV 1234 9 MEASUREMENT CONNECTOR FUSE CHANNEL SWITCH (OQ MAINS LED T X RED FASTEN TO BATTERY POSITIVE MEASUREMENT CONNECTOR TERMINAL BLOCK PIN PIN FUNCTION 1 +3 VDC 1 TAMPER 2 +4,5 VDC SIGNAL 2 TAMPER 3 GROUND 3 +13,8 VDC BATTERY +VE 4 +13,3vDC 4 +13,8 VDC BATTERY -VE 5 GROUND 8 GROUND 7 19 VAC INPUT 5 19 VAC INPUT Figure 28 Transmitter circuit AA: BULB FOR ANTI REMOVAL. IT MUST BE ALWAYS TURNED UPSTAIRS. THE HEAD REMOVAL PROVOKES ALARM FOR SABOTAGE.
CIAOS Electronica Version 1.01 TERMINAL BLOCK CHANNEL SELECTOR oN send INT.A FUSE @ @ = CHANNEL LED: ALARM LED ® = SENSITIVITY INTEGRATION MAIN SLED = ADJUSTMENT ADJUSTMENT RT ~ @ MEASUREMENT RX CONNECTOR VDC REGULATION RED FASTEN TO BATTERY POSITIVE , .
CIAOS electronica Version 1.01 the receiver: _ remove the radiomen unscrewing the Allen screws connect the AC power supply (19 VAC) to terminals 7-8 (fig. 29) check that the "MAINS" led lights connect the fasten connectors to the battery, observing the correct polarity (red wire to battery positive, black wire to battery negative) WARNING: if polarity is accidentally inverted, the receiver circuit fuse will blow (fig.
CIAOS Electronica Version 1.01 7.2.8 7.2.9 Repeat the tuning operation with the transmitter head horizontal adjustment. Once optimal tuning is obtained, lock horizontal movement of the two heads (RX and TX). 7.2.10 Slacken the vertical adjustment lock on the receiver (RX) head, and point it upwards. Shift it slowly downwards until the maximum reading is obtained on the display (2) and the led array (3) in the same way as for horizontal adjustment. 7.2.11 Repeat the vertical adjustment on the TX head.
CIAOS Electronica Version 1.01 by the integration adjustment, while the perception of the mass crossing the barrier is affected by the sensitivity adjustment. 7.2.18 The STC 95 features an RCA socket (23) (fig. 26). This can be connected via a suitable cable to an oscilloscope (any type currently on the market), for analysis of the received signal wave-form. The wave-form should be of the type shown in figure 30 if the transmitter and receiver heads are properly aligned.
El FCC ID: CIAOS Electronica Version 1.01 8. MAINTENANCE When breakdowns occur at a barrier, it is necessary to proceed as follows: 8.18.2- the receiver and, after removing the radiomen, plug in the connector of instrument STC 95 as described in points Check that the "CAN" and "ALL" less (fig. 29) are lit; obviously this check must be carried out with no moving obstacles in the protection field. Press key F10 on the STC 95 in order to light led 4 (fig. 26). Check that the 13.8 DC voltage is within 210%.
CIAOS Electronica Version 1.01 8.5If the reading in "FIELD" is different from the one shown (> + 1V), it means the receiver has broken down and therefore the RX kit should be replaced. Press key 10 until led 7 comes on, and check that the voltage reading on the display is between 2.5 and 6.5 V DC. This RAG value is directly proportional to the distance between the transmitter and receiver heads. i. Check that the RAG has a value of between 2.
FCC ID: IST-MW00! CIAOS Electronica Version 1.01 Check that the 13.8 and 4.5 V DC voltages at the transmitting head are correct within one of the two or both are higher or lower, it means that the transmitting head has broken down. Replace with the TX assistance kit, 9. "USE OF THE ASSISTANCE KITS AND THEIR FUNCTION The assistance kits consist of the processing circuit part and the microwave part; more precisely, the transmitter kit (TX KIT) consists of a printed circuit and the microwave detector cavity.