WPC 2QBR Z Courierw Roman#|dOed6X@`7@HP LaserJet 4HPLAS4.PRS 4d6X@;\*"P@lr5ddd,Oed6X@`7@s4ddd,鑡d `7lE<<<,΃<6X@`7,@r5ddd,d6Nhez7HddddddddddddddddddddddddddddddddddddddddNEssEX`AT`````6=`:=`:AATT`BBs``uEssErkkAT`:"`soh`kss`t 4HPLAS4.PRS 4?f\  P6G;\*"P?P2$r 0CourierCourier Bold X` hp x (#%'0*,.8135@8:, P age,  s5  F ooter, B , E dit. Delete the "Project Name (ftr B)" text and replace  s5K it with the name of the project (bolded) . , until you arrive at the document text.(# D.The Guide Specifications are being reviewed and revised. Your technical comments on any guide spec would be greatly appreciated. Also, any specs that are written "from scratch" that would benefit others could be sent to either Dion Dishong or Lori Quayle, RS110.(#  s5  DRAWING DATA REQUIRED: Location and detail drawings as needed, including electrical schematics. The drawings should show exactly which fixtures are controlled by which system or device, and how each circuit and its control are to be wired.(#  s4  REVISIONS OF THIS SECTION:  r5o  CSI format, editorial changes: 2/97 Metric: Technical Update: 2/97 POINT OF CONTACT: Dennis Grevel Phone: (303) 9876858d0*(( XXM s4 #d `7#`(#BLIGHTING CONTROL DEVICES Project Name (ftr B)` (#T[2/97] .16147   b-SECTION 16147 <'LIGHTING CONTROL DEVICES PART 1: GENERAL 1.1SUMMARY A.Section Includes: [Furnishing] [and] [installing] lighting control systems and devices.(# B.Related Sections:(# ************************************************** DELETE EITHER 01009 OR 01010. EITHER SECTION 01300 OR 01410 MUST BE USED WHEN 01010 IS USED. ************************************************** Summary of Work`(#MSection 01010 Submittals`(#MSection 01300 Contract Closeout`(#MSection 01700 1.2SYSTEM DESCRIPTION A.Requirements: Custom designed lighting control systems using the components listed herein are to and installed as shown on the drawings.(# 1.3SUBMITTALS A.General: Submittals shall be according to [Section 01009 General Information and Requirements.] [Section 01300 - Submittals.] [Section 01365 Certificates of Conformance.](# B.Manufacturer's Literature: Submit [ ] copies of the manufacturer's descriptive data for light control equipment items to be used on this project.(# 1.4QUALITY ASSURANCE A.Labeling Requirements: Control devices shall be Underwriters Laboratories, Inc. (UL) listed and labeled. UL listing and labeling will not be required if it can be shown that control devices meet the requirements of another nationally recognized testing laboratory (NRTL).(# B.Enclosures: Where NEMA numbers are given, it refers to the enclosure type as listed in NEMA 250.(#  PART 2: PRODUCTS 2.1MATERIALS A.General: Control devices shall be constructed of the manufacturer's standard materials, as listed in published product information; types and sizes shall be as indicated or required for the installation.(# #0*s's'Ԍ82.2SENSING COMPONENTS ***************************************************** BE AWARE OF THE AVAILABILITY OF SYSTEMS FOR PROGRAMMING ENTIRE AREAS OF FLUORESCENT LIGHTS USING DIMMING BALLASTS OR MULTILEVEL BALLASTS CONTROLLED THROUGH PHOTOCELLACTIVATED DIMMERS, RADIO FREQUENCY, OR OTHER SIGNALS. ***************************************************** A.Photocell Switch: Shall be hermetically sealed cadmiumsulphide cell 8rated [ ] V ac, 60 Hz with singlethrow contacts rated [1000] W and [ ] V. Mount switch [in a cast weatherproof aluminum housing with swivel arm designed to mount on or beside each floodlight] [integral to the fixture] [in a highimpactresistant noncorroding and nonconductive molded plastic housing with a lockingtype receptacle]. The switch shall turn on below 3 fc and off at 3 to 10 fc. A time delay shall prevent accidental switching from transient light sources. Mount a directional lens in front of the cell to prevent fixed light sources from creating a turnoff condition. Aim switch according to the manufacturer's recommendations.(# B.Passive Infrared Switch Unit: Shall be a lighting control and occupancy sensor based on passive infrared sensing of human presence. Unit shall include one control module with a multitap (117/277V) transformer, relay, lowvoltage power supply and one or two sensor heads. Sensor heads shall be designed for mounting in a suspended  r5 ceiling and be capable of monitoring a 200 ft2 area per head. Unit shall turn on automatically upon detecting human presence and shall turn off following 12 min delay after no presence is detected. Output relay shall be capable of switching 1500 W of fluorescent or 500 W of incandescent load at either 117 or 277 V.(# C.Ultrasonic Switch Unit: Shall be a lighting control and occupancy sensor based on inaudible sound wave sensing of human presence. Unit shall include a transformer, electronic timer, 24 V switching relay controls, and sensor. Sensor to include ultrasonic transmitter and receiver in 1 of 6 crystalcontrolled frequencies from 24 to 42 kHz. Sensor to be in NEMA 1 enclosure with swivel and canopy for mounting on a 31/2inch octagon box. Sensor coverage to be approximately 350  r5| ft2. An override control switch shall turn on when human presence is detected and off after an adjustable time delay of 40 sec to 10 min when no presence is detected.(# 2.3SWITCHING COMPONENTS A.Lighting Contractor: Shall be electrically operated, mechanically held contactor rated [ ] V, [ ] amperes, [[ ]pole] [as indicated]. Provide in NEMA [1] [3] [ ] enclosure. Contractor shall have silver alloy doublebreak contacts and coil clearing contacts and shall require no arcing contacts. [Provide contactor with [handoffautomatic] [onoff] selector switch.] [Contactor shall be hermetically sealed.](# B.Time Switch: Shall be [astronomicdial type arranged to turn "ON" at sunset and turn "OFF" at predetermined time between 8:30 p.m. and 2:30 a.m. or sunrise, automatically changing the settings each day according to the seasonal changes of sunset and sunrise.] [A 24hr dial type with day omission feature.] [Provide switch with a manual onoff bypass switch. Provide clock with 30 A [SPST] [DPST] [SPDT] [DPDT] [3PST contacts.(# C.Time Switch: Shall be a microprocessor based solidstatetype time switch with [ ] [eight] individual circuits. Each circuit shall be}&0*s's' programmable for each day of the week on a separate schedule, with an accuracy of plus or minus 1 min for each operation. Each circuit shall have manual means for temporary or continued override. [Output voltage shall be 24 V, 2 A total to operate 24 V contactors.] Sixteen hr of backup reserve power shall be available to keep memory intact during a power outage. The enclosure shall be NEMA 1 [surface] [flush].(# 2.4LOW VOLTAGE SWITCHING SYSTEM A.General: Shall be a 24V lighting control system with momentary contact switches capable of activating mechanically latched relays. System to include 24V transformer, silicon rectifier, NEMA 1 enclosure, relays, and lowvoltage wiring.(# B.Switches: Shall be mechanical latching type with "ON" and "OFF" coils which operate on momentary impulse of 24 V power. The contacts shall be singlepole, singlethrow type rated for 20 A of tungsten, fluorescent, or inductive load at 120 or 277 V ac.(# C.Master Selector Switch: Shall be used where several circuits must be controlled from one location. Switch shall be [push button type for up to 8 switches per 411/16inch box] [rotary dial type for up to 12 circuits per 411/16inch box] [motordriven control unit for up to 25 circuits].(# D.Components Cabinet: Shall be a special design of NEMA 1 [surface] [flush] mounted enclosure for housing the system transformer, rectifier, master switch, and up to 24 relays. It shall include a divider partition used for mounting the relays and for separating low and line voltage equipment and terminal boards.(# 2.5INCANDESCENT DIMMER SWITCH A.Requirements: Switch shall be a solidstate, full range, [600] [1000] [1500] [2000] W, 120 V, rotary push onoff type.(#  PART 3: EXECUTION 3.1INSTALLATION A.General: Install control devices as indicated, complying with the manufacturer's written instructions, applicable portions of codes and standards, and according to recognized industry practice.(# B.Infrared and Ultrasound Sensors: Must be installed not over 10 ft above the floor and in locations where high partitions or other objects do not obstruct the necessary field of operation. Avoid locations of high air turbulence near doors of air diffusers. Do not use ultrasound sensors in room where radio transmission or sound system microphones will be in use. Adjacent ultrasonic detectors should be on different frequencies.(# C.Manual Override: Install manual override control switches to shunt automatic control so the lighting can be operated manually if desired.(# 3.2TRAINING OF GOVERNMENT EMPLOYEES A.Requirements: See Section 01700 Contract Closeout.(# }&0*s's'ԌPART 4: MEASUREMENT AND PAYMENT ***************************************************** WHEN A "LUMP SUM" CONTRACT IS USED, DELETE THE TITLE PART 4: MEASUREMENT AND PAYMENT, AND BOTH ARTICLES FROM THIS SECTION. MEASUREMENT AND PAYMENT WILL BE ADDRESSED IN PART 4 OF SECTION 01010 SUMMARY OF WORK. ***************************************************** 4.1METHOD OF MEASUREMENT A.Units: The work described in this section will not be measured for payment.(# 4.2BASIS OF PAYMENT A.Payment: No direct payment for the work described under this section will be made. Consideration for this item shall be included in the bid price for other items of the Contract.(# 0,END OF SECTION