Stimmen - 3, Durchschnittliche Bewertung: 4.3
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Anleitung Zusammenfassung
2 Technical Specifications DESCRIPTION SPECIFICATION Frequency: 12 to 24 V AC: ± 10%: 12 to 24 V DC: -10% / +30%: 24.125 GHz Supply voltage: Mounting height: Normal: 7’; Maximum: 10’-0” Tilt angle: 0° to 90° vertical -15° to +15° lateral Detection area: Wide 13ft (W) x 6.5ft (D) Narrow 6.5ft (W) x 8.2ft (D) (supplied as optional) Minimum detection speed: 2 in/sec. (measured in axis) Power consumption: < 2 W Standard output relay: Max contact voltage 60 VDC / 125 VAC Max contact current 1 A (resistive) Max switching power 30W (DC) / 60VA (AC) 0.5 sec. to 9 sec. (adjustable) -4°F to 131°F 4.75in (W) x 3.15in (H) x 2.0in (D) 0.5lbs ABS Housing color: Black. Can be painted with non-metallic paint Cable length: 6ft Hold time: Temperature range: Dimensions: Weight: Material: 75.5185.04 20070727 Page 1 of 8 1 Tips 3 Installation The sensor must be firmly fastened to prevent vibration. The sensor must not be placed directly behind a panel or any kind of material. The sensor must not have any object likely to move or vibrate in its sensing field. The sensor must not have any fluorescent lighting in its sensing field. 1 Tips 3 Installation The sensor must be firmly fastened to prevent vibration. The sensor must not be placed directly behind a panel or any kind of material. The sensor must not have any object likely to move or vibrate in its sensing field. The sensor must not have any fluorescent lighting in its sensing field. 2 Safety Precautions • Shut off all power going to the header before attempting any wiring procedures. • Maintain a clean & safe environment when working in public areas. • Constantly be aware of pedestrian traffic around the door area. • Always stop pedestrian traffic through the doorway when performing tests that may result in unexpected reactions by the door. • Always check placement of all wiring and components before powering up to insure that moving door parts will not catch any wires and cause damage to equipment. • Ensure compliance with all applicable safety standards upon completion of installation. ELECTROSTATIC DISCHARGE (ESD) PRECAUTIONS Circuit board components are vulnerable to damage by electrostatic discharge (ESD). ESD can cause immediate or subtle damage to sensitive electronic parts. An electrostatic charge can build up on the human body and then discharge when you touch a board. A discharge can be produced when walking across a carpet and touching a board, for example. Before handling any board, make sure you dissipate your body’s charge. CAUTION: In the event a unit needs to be opened, observe the following precautions. Ground yourself by touching a conductive surface of the door or other element connected to common earth ground to discharge the static electricity present in your body. Avoid walking around while replacing items inside the case, especially if you are on carpet or during conditions of low temperature and low humidity. Handle the board by the edges only to avoid touching electronic components. Store a loose board in an anti-static bag. 75.5185.04 20070727 Page 2 of 8 3 Mechanical Installation 4 Electrical Installation Terminal Connection 1 (Red) 12 to 24 VAC / DC (+) 2 (Black) 12 to 24 VAC / DC (-) 3 (White) Relay Common 4 (Green) Relay N.O. 5 Relay N.C. Note: Input power tolerance is +/- 10% for AC, and -10% to +30% for DC power. ..Position the sensor and tighten the two screws. Make sure you leave enough cable to reach the terminal block near the top of the sensor. ..Wiring connections are as shown above. or 3 Mechanical Installation 4 Electrical Installation Terminal Connection 1 (Red) 12 to 24 VAC / DC (+) 2 (Black) 12 to 24 VAC / DC (-) 3 (White) Relay Common 4 (Green) Relay N.O. 5 Relay N.C. Note: Input power tolerance is +/- 10% for AC, and -10% to +30% for DC power. ..Position the sensor and tighten the two screws. Make sure you leave enough cable to reach the terminal block near the top of the sensor. ..Wiring connections are as shown above. or 75.5185.04 20070727 Page 3 of 8 5 Mechanical Adjustments A. THE WIDTH OF THE SENSING FIELD IS DETERMINED BY THE CHOICE OF THE PLANAR ANTENNA (OPTION) Wide sensing field: 3-element antenna Narrow sensing field: 6-element antenna SENSING FIELDS ACCORDING TO THE TYPE OF ANTENNA The sensing fields above correspond to the following adjustments: vertical angle of the antenna: 30° sensitivity: 9 Mounting height: 7’ ° ° Carefully remove the protective cover of the antenna with a screwdriver. Change the antenna and replace the protective cover. Sensing field close to the door: -antenna set at the position of 30° Sensing field far from the door: -antenna set at the position of 45° 0. 30. BA 45. C 3-Element Antenna 6-Element Antenna 0. 20. 45. 6.4’ 3.2’ 0 3.2’ 6.4’ 0 3.2’ 6.4’ 9.6’ 6.4’ 3.2’ 0 3.2’ 6.4’ 0 3.2’ 6.4’ 9.6’ 5 Mechanical Adjustments A. THE WIDTH OF THE SENSING FIELD IS DETERMINED BY THE CHOICE OF THE PLANAR ANTENNA (OPTION) Wide sensing field: 3-element antenna Narrow sensing field: 6-element antenn...