No.1356 HIDE-A-BEAM PHOTOELECTRIC SYSTEM /-I HIDE-A-BEAM PHOTOELECTRIC SYSTEM MOUNTING CLIP (2) RED BATTERY WIRE BLACK BATTERY WIRE FACEPLATE OPTICAL BRACKET RED RECEIVE (R) LAMP RED FILTER CROSS STRIP GREEN JUMPER CHANNEL CHASSIS MOUNTING HOLES (4) TRANSMITTER RECEIVER GENERAL The 1356 Hide-A-Beam Photoelectric System is used to detect intruders when they break an invisible pulsed infrared beam between t:..? transmitter and receiver. The 1356 Hide-A-Beam is designed to be reces s mounted into plasterboard, paneled or similarly constructed wal Is. Each system consists of a IZV. AC transmitter and receiver. The transmitter and receiver may be located up to 150 feet apart at a horizontal angle of up to + 45 degrees, vertical angle + 20,degrees. - The transmitter transmits a pulsed infrared beam. The receiver receives pulsed infrared energy from the transmitter. It has a RECEIVE lamp and terminal block connections for power and a conventional pro- tective circuit. The receiver alarm relay output may be connected to a burglar alarm control instrument through conventional protective circuit wiring. INSTALLATION Select locations for the transmitter and receiver which offer an unobstructed line of sight between the units. The units should be mounted 2 to 3 feet off the floor with the receiver slightly higher than the transmitter. Tr-ansm i tters - ----- remove faceplate and red f i Iter-. Use Wall Cutout Template to cut hole In wall (plasterboard, paneling, etc.). Bring wires from unpowered l2V. source through wall. Slip wires through channel in right side of chassis. 162 = Page 1 = Mount chassis flush to wall using four screws or mounting clips depending on wal I material .’ Connect IZV. wires to terminals. Receivers - receivers are supplied with a Relay Time Delay of .2 to 1.5 seconds. A momentary break of the beam will cause the receiver relay to de-energize (alarm condition). It will remain de-energized for .2 to 1.5 seconds and then it wi I I re-energize. If‘desired, this time delay can be increased to 3 to I5 seconds by connecting the green jumper. Mount receivers same as transmitters (slightly higher). Connect IZV. wires to terminals. Connect conventional protective circuit wires to NO-C-NC terminals according to conventional practice. (NO-C for closed circuits). On transmitters and receivers, snap circuit module out of chassis by grasping terminal block with fingers and pulling outward. Pluq-in black BATTERY (-1 .wi res. Snap circuit modules back into chassis making sure guide pin snaps into chassis hole. Connect 12V. wires to 12V. AC transformer (No. 1320 supplied). Plug transformer into 24 hour continuous outlet. Transmitters and receivers are now ready for alignment. Plug 1310 Alignment Light Fixture wires onto l2V. AC terminals of receiver. For brighter light in long range applications, connect 1316 to 1322 transformer (not supplied). Hang alignment light fixture on CROSS STRIP of receiver. Aim bl inking I ight fixture at transmitter. Go to transmitter and adjust mirror so image of blinking light falls into hole in center of white alignment plane. To assist in mirror adjustment, a.screwdriver in the slot of, or a 3/8 wrench on the outside of, the optical bracket may be used. Remove the alignment light fixture from the receiver, carefully removing light fixture from l2V. AC terminals. Take alignment light fixture to transmitter. Connect alignment light fixture wires in same manner as was done on receiver. Hang alignment light fixture on CROSS STRIP of transmitter. Aim blinking alignment light fixture at receiver. Go to receiver and adjust so image of blinking I ight falls into hole in center of white alignment plane. Remove a I ignment I ight fixture from transmitter, carefully removing alignment light fixture wit-es from IZV. AC terminals. The system shou I d now be operating. OPERATION When the infrared beam between transmitter and receiver is interrupted, the receiver alarm relay will de-energize and the red RECEIVE (RI lamp in the receiver will light. When both transmitter and receiver are properly aligned, the alarm relay will not de-energize with 75% of beam blocked. Put the 75% Cutoff Tool, supplied, onto the receiver. The red RECEIVE (RI lamp should not light. Momentarily interrupt beam between transmitter and receiver; the red RECEIVE (RI lamp will light and alarm relay will de-energize. The lamp will remain lit an.d relay de-energized for -2 to I.5 seconds (if green jumper connected: 3 to,15 seconds) and then the lamp will extinguish and relay will re-energ i ze. Remove 75% Cutoff Tool. When proper operation has been established, properly route wires near terminal block. Check and make sure that the black battery wire and green jumper are not positioned.over or near the alignment plane. Replace transmitter and receiver filter and faceplate. Check operation again with 75% Cutoff Tool. 163 = Page 2 = TROUBLESHOOTING REXIVER RED RECEIVE (R) LAMP LIT CONTINUOUSLY: R -- eceiver not receiving infrared energy. Check between transmitter and receiver - remove any obstruction. Check transmitter power input, wiring and connections. Check a I ignment on transmitter or t-we i ver. If transmitter or receiver is not working, return circuit module. WALL CUTOUT TEMPLATE RECEIVER RED RECEIVE (RI LAMP DOES NOT LIGHT WHEN BEAM IS BLOCKED: No power to unit, check power input, wiring and connections and check plug-in battery con- nect ions. If not working return circuit module. TRANSMITTER OR RECEIVER WlLL NOT REMAIN IN ALIGNMENT: Loose mounting (check clips or screws used in mounting chassis - chassis shou Id be secure in wa I I 1 or circuit module not snapped in chassis properly (check module’s guide pin - should be snapped into chassis hole). SYSTEM ALARMSAT RANDOM: Marginal alignment (check operation using 758 Cutoff Tool) or power input being interrupted (check connections and wiring, if correct, check condition of power source. If correct, check condition of standby batteries). MAINTENANCE Periodic inspection should be made of the installation. The inspection should consist of, but not be limited to: Mounting, loose, broken or overheated wiring or components, cleaning of filter, lenses and mirrors and performance of OPERA- TION and TROUBLESHOOTING as required. SERVICE Equipment in need of repair should be returned with black and/or red battery wires unplugged to: ADEMCO, 165 EILEEN WAY, SYOSSET, Ll,.NEW YORK II791 164 = Page 3 = TRANSMITTER ----_ - contains optics. electronics and battery. Physical: 4.50in H, 2.78in W, 2.85in D, .56 lb. Il.43cm H, 7.06cm W, 7.24cm 0, .25kg. Construction: ARS black plastic chassis, chrome plated steel faceplate, compo- nents on printed circuit board. Power Input: l2V. AC (12V, AC to 15V. AC), 75mA rms max. Standby Time: 16 hrs., rechargeable nickel cadmium battery. RECEIVER - contains receiver optics, electronics and battery. .-_- -.--.--- Physical: 4.50in H, 2.78in W, 2.85in D, .59 lb. Il.43cm H, 7.06cm W, 7.24cm D, .27kg. Constrution: ADS black plastic chassis, chrome plated steel faceplate, compo- ents on printed circuit board. Power Input: l2V. AC (l2V. AC to l5V. AC), 75mA rms max. Standby Time: I6 hrs., rechargeable nickel cadmium battery. LED Indicator Lamp: red=RECEIVE (RI, indicates infrared beam is interrupted. Relay Output: NO-C-NC, IA DC at 28V. DC or IA rms at I15V. AC resistive. Relay Delay Time: .2 to I.5 seconds or 3 to 15 seconds optional, green wire plug-in connection. SPECIFICATIONS Range: 150 ft. (45,7m) with 75% of infrared energy blocked. Beam: 1.00 in. (2.54cm) dia., 9400 Angstroms, pulsed infrared. Interruption Time for Alarm: 66 milliseconds or longer. Alignment Angle: +_45 degrees horizontal, + 20 degrees vertical, internal mirror adjustment. 165 = Page 4 =