GE SHARPSHOOTER 6150-ID Manuals

15 10 5 0 5 10 10 5 0 5 10 Hot or cold air directed onto sensor Pets Intermittent heat sources Windows Figure 3. Cross traffic Figure 4. Blocking coverage pattern 6150-ID SHARPSHOOTER™ PIR installation instructions Sunlight or reflected sunlight Description The 6150-ID (Figure 1) is an addressable PIR device that interfaces with the PinPoint system. This system provides flexible and reliable two-way communication between the device and the controller. Mounting location Avoid false alarm sources (Figure 2) The unit should not “see” sources of heat or cold. For false alarm free operation, no part of an unwanted hot spot should enter any part of a zone. Locate for cross traffic (Figure 3) Place the unit where intruders move across the beams, not toward the unit. For best detection, an intruder should cross the entire zone. Do not block the coverage pattern (Figure 4) The unit requires a clear line of sight. Inform end-users not to block the coverage pattern with inventory or furniture. Figure 1. Exploded view g Figure 2. False alarm sources Sliding LED cover Standard lens (Masking kit included) Swivel mounting bracket #8 x 3/4"(2cm) screw for ball joint shoe Front cover Two #6 x 3/4"(2cm) screws for mounting the bracket or case (Two #6 wall anchors are included for sheet rock mounting) Mounting knockouts Lens shield/circuit board assembly Base LED 2 6150-ID Sharpshooter PIR Installation Instructions 7. Strip 1/4 inch (6.4 mm) of insulation from each PinPoint wire. Connect the wiring to the appropriate screw terminals (Figure 8) and tighten the screws. Make sure the cable is slack in the wall to avoid stressing the wires at their connections. 8. Snap the cover back on the base and seal all openings. 9. Walk test the unit to confirm correct operation (see Walk test). 10. Slide the LED cover up to hide the LED (Figure 1), if desired. Installation 1. Run the PinPoint system wiring to the unit location. 2. Open the unit by snapping the front cover down and off the base (Figure 1). CAUTION You must be free of all static electricity before handling sensor circuit boards. Touch a grounded, bare metal surface before touching ciruit boards or wear a grounding strap. 3. Use the masking kit (Figure 5) if you need to adjust zone coverage for your application. See Masking. 4. Set the pulse and sensitivity DIP switches (Figure 6). See DIP switches. 5. Set the PinPoint address DIP switches (Figure 6). Devices are shipped with DIP switches set to 255. This is an invalid address. The device will not communicate with the controller and the walk test LED will not light until a valid address has been set. Refer to the controller's manual to determine the correct address setting for each unit. 6. Pull the PinPoint wiring through the base and attach the base to the wall using the corner or flat wall knockouts (Figure 7). For optimal coverage using the standard lens, mount 6 feet 10 inches (2.1 m) above the floor. See Swivel bracket mounting for instructions on mounting with the swivel bracket (Figures 9 and 10). Figure 7. Mounting without the swivel bracket Figure 8. PinPoint wiring - + - + Corner Flat wall 15 10 5 0 5 10 10 5 0 5 10 Wiring knockout Corner mounting knockout Flat wall mounting knockouts Corner mounting knockout Figure 5. Masking W V U T S R Q P O N M A B C D E F G H J K L C STANDARD LENS PEEL AND STICK TO GROVE SIDE OF LENS Figure 6. DIP switches Pulse (1) and sensitivity (2) DIP switches PinPoint address DIP switches on1 2 on1 2 3 4 5 6 7 8 3 Swivel bracket mounting The swivel bracket allows aiming and adjusting the unit for maximum detection and avoidance of false alarms (Figure 9). The swivel bracket’s snap-off tabs allow angle mounting, for applications such as hallway protection. Break the tabs off by bending them back and forth. Use these screws for mounting: • Two #6 x 3/4" (19 mm) screws for mounting the bracket or the base to the wall • One #8 x 3/4" (19 mm) screw for mounting the base onto the bracket (insert into ball joint shoe) Align the arrows on the ball joint shoe with the zeroes on the base for 6 foot 10 inch (2.1 m) mounting for typical coverage. This is the 0 degree setting. For every 1 foot (0.3 m) above the typical mounting height, tilt the shoe down 1 degree. For example, for 7 feet 10 inches (2.4 m), tilt the shoe down 1 degree, or for 8 feet 10 inches (2.7 m), tilt the shoe down 2 degrees. Turn the swivel bracket screw (Figure 10) until snug. DIP switches DIP switches on the back of the circuit board (Figure 6) set pulse, sensitivity, and PinPoint address. Pulse (DIP switch 1) ON Bi-curtain mode (3 pulse), the factory default, increases false alarm immunity in smaller areas and requires the intruder to pass through two curtains to trigger an alarm. Do not use for single curtain applications or ranges under 5 feet (1.5 m). OFF Standard curtain mode (2 pulse) is used for wide- angle or single-curtain applications. It requires the intruder to only pass through one curtain to trigger an alarm. Notes Operation in the standard curtain mode is for the specified ranges of 33 feet (10.1m) and 45 feet (13.7 m). For operation in bi-curtain mode, the unit has 30 feet (9.1m) of range only. For ranges from 30 to 45 feet (9.1 to 13.7 m), the unit will provide detection within 6 steps or 14 feet (4.3 m) across the plane of coverage. Masking To avoid smudging the masking strips, make sure your hands are clean before using the masking kit. 1. To unsnap the shield from the front cover, grasp the edge of the circuit board and gently rotate the lens shield/circuit board assembly up from the bottom (see figure 1). Remove the lens from the shield. 2. Locate the lettered masking strip on the masking kit, peel off the masking strip, and press onto the corresponding grooved segment on the lens. The notch of the lens must be up. 3. Reinstall the lens in the shield. The notch on the lens should match the notch on the shield. 4. Snap the shield/circuit board assembly into the front cover. Sensitivity (DIP switch 2) ON High sensitivity range up to 45 feet (13.7 m) OFF Low sensitivity range under 33 feet (10.1 m) (factory default) It's important to program the unit correctly for optimum sensitivity and walk test the unit regularly (see Walk test). Figure 9. Swivel bracket mounting Figure 10. Swivel bracket screw Flat wall one tab Corner two tabs Flat wall no tabs Corner mounting holes Wiring hole Flat wall mounting holes Ceiling Corner mounting holes Allow 1.6 in. (40 mm) minimum