120 VOLT POTENTIAL PRESENT. MAKE SURE POWER INPUT TO UNIT IS TURNED OFF DURING INSTALLATION AND WIRING PROCEDURE.

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1 00000 (0) 00 PowerMatic Low Energy Power Operator Wiring Instructions 0 VOLT POTENTIAL PRESENT. MAKE SURE POWER INPUT TO UNIT IS TURNED OFF DURING INSTALLATION AND WIRING PROCEDURE. REQUIREMENTS: U.L. labeled fire or smoke barrier door assemblies require that the 0VAC, 0Hz power input to the Power Door Operator be supplied through normally closed alarm contacts of the alarm system/alarm panel. All wiring and connections use standard wiring practice conforming with local wiring codes. Power inputs at terminal strip T and at terminal strip JP must be made with copper wire only. Maximum wire size is: AWG at Power Input Terminal s AWG atterminal s JP And JP Note: No power/voltage inputs are to be made to the Door Operator unit except 0VAC, 0Hz (0% %) at terminals HOT and COM of the Power InputTerminal T. Typical field connections for flexible conduit illustrated on page. Power input terminal strip T at terminals Hot and COM must be 0VAC at 0Hz (0% %). Current draw at auxiliary contact JP must not exceed 0.00 amps, for auxiliary devices. GENERAL DATA: Maximum current draw of Door Operator units without peripheral sensors or scanners is. amps when motor is operating,.00 amps in standby. Maximum current draw from auxiliary devices is 0.00 amps (terminals JP and JP ). Fuse F protects the Electronic Control Module and Transformer circuit and is a amp slow blow fuse. Requirements Unit Wiring Control Module Layout and (Input/Output Connections; Functions) Typical Application Point to Point Wiring Diagrams Rotary Switches/ Timer Pots SW Dip Switches Main Board Bracket for Input Power Terminal T Fuse F JP Terminal Timing Belt ELS Board w/ ELS Board Pulley Pinion Timing Pulley ELS Board LED SC PUSH (SC) Speed Control Valve JP Terminal JP Terminal JP Terminal JP Terminal Solenoid Application (REF) /" Power Adjustment Nut Door Calibrate Open Position Door Calibrate Close Position (0)

2 CONCEALED WIRING Thread conduit fitting(s) into backplate as shown. A second conduit fitting is required for low voltage control wiring. CHECK LOCAL CODES. Pull conduit out of header and attach to conduit fittings before mounting Operator to door frame. Attach incoming ground wire to backplate with ground screw as illustrated below. (Green) Ground Screw Conduit by Others (from top) Low Voltage Control Wiring Incoming Power T Power Input Terminal Bracket SURFACE WIRING An optional bracket is provided for use with surface wiring. Remove the two cable clamps screws and slip the bracket under the cable clamps. Push the cable clamp screw through the bracket holes and tighten. ½ conduit fittings can now be installed on the bracket. Cable Clamps Optional Bracket (for surface wiring) Ground Lead Power Leads INSTALLER / USER INFORMATION Input Power Terminal Maximum wire size AWG at terminals HOT and COM. Terminals through are factory wired using AWG wire. Ground Wire Connection Ground wire must be secured to backplate under head of (green) ground screw nearest to T Power Input Terminal bracket. Screw labeled GND. Terminal Description Fuse F* COM Common power lead HOT Hot power lead Fuse connection Hot connection to PC board JP and to hot primary side of 0V / V transformer. Fuse connection Common connection to PC board JP and common primary side of 0V / V transformer. to HOT COM Left Hand Double Lever, Push Side Right Hand Slide Track, Pull Side COM HOT Fuse F* Right Hand Double Lever, Push Side Left Hand Slide Track, Pull Side (0)

3 SW Rotary Switch/Timer Pot SW Rotary Switch/Timer Pot SW Rotary Switch/Timer Pot SW Dip Switches JP Terminal JP Terminal SW Rotary Switch/Timer Pot JP Terminal Fuse F. amp, AG SloBlo G E M G H V L G L MOTOR/SOLENOID JP JP EXSOL DLY Relay K M. DLY Relay K 00/00 SERIES DOOR OPERATOR 0000 REV A MADE IN USA SW RES RES JP VAC Relay K Relay K GND V NO CO NC NO CO NC JP JP 0 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX JP Terminal Electronic Control Module (Main PC Board) JP Terminal Maximum wire size AWG. For signaling only, do not make power input connections. TERMINAL D E S CRIPTION 0/0 Override Open This terminal has two possible functions that can be used together or separately.. Smoke Ventilation Door or Blow Open Door Upon initiation of a closed signal from a fire/ smoke alarm panel, door will open and remain open until signal is terminated. Use with any JP ground.. Alarm Delay (0 second or 0 second time period) Time is set with dip switch SW. (OFF = 0 second delay, ON = 0 second delay) Use with any JP ground. RES This is not an active contact. AUX GND Ground INV OUTV GND Ground Auxiliary This is one of two secondary initiating switch contacts (JP 0 is the other.) For most applications it is equivalent to AUX JP. For Vestibule Function use, it is the contact for a switch located within the vestibule. Use with any JP ground. In Vestibule Used for Vestibule Function. This contact must be connected to the JP terminal from another unit to receive an initiating signal. The signal is then programed to initiate the unit by setting the VEST DLY rotary switch/timer pot of the receiving unit. Use this contact with any JP ground. Out Vestibule Used for Vestibule Function. This contact must be connecter to terminal JP of another unit to send an initiating signal. Use with any JP ground. RFT Maintain Hold Open With the unit s Position Slide Switch in the ON position, a signal will open the door and maintain an indefinite hold open until a second signal releases the door from hold open. Use with any JP ground. This feature recommended for Power Operator Function. If using with the Power Assist Function, consult factory. GND Ground 0 AUX Auxiliary Same as JP / AUX above. GND Ground PDET GND Ground AUX Presence Detector Permits wiring of a presence detector to prevent a closed door from opening or a door that is fully open from closing. Use with any JP ground. Auxiliary Primary initiating switch contact. Initiates door power cycle. For Vestibule Function, the switch at outside of vestibule is connected to this terminal. (Outside switch to outside unit s JP. Inside switch to inside unit s JP ). Use with any JP ground (0)

4 JP Terminal Maximum wire size AWG. TERMINAL D E S CRIPTION GND Ground VDC output to a maximum current draw of 0.00 amps. Use with ground terminal JP NO Solenoid Control (Relay Contact Only) Normally open contact that is switched by Relay K (on main board) to close. Relay K will remain switched for a period set by SW EXSOL DLY rotary switch / timer pot. Use with terminal JP CO. Coordinate use of this terminal with delayed start of motor using rotary timer pot SW M CO Solenoid Control (Relay Contact Only) Common contact for use with terminals JP NO and JP NC. NC NO Solenoid Control (Relay Contact Only) Normally closed contact that is switched by Relay K (on main board) to open. Relay K will remain switched for a period set by SW EXSOL DLY rotary switch / timer pot. Use with terminal JP CO. Coordinate use of this terminal with delayed start of motor using rotary timer pot SW M DLY. Alarm Delay (Switching Contact Only) Normally open contact that is switched by relay K (on main board) to close. Relay K will remain switched for a period set by Dip Switch SW (OFF = 0 second delay; ON = 0 second delay). Use with terminal JP CO. CO Alarm Delay (Switching Contact Only) Common contact for use with terminals JP NO and JP NC. NC Alarm Delay (Switching Contact Only) Normally closed contact that is switched by relay K (on main board) to open. Relay K will remain switched for a period set by Dip Switch SW (OFF = 0 second delay; ON = 0 second delay). Use with terminal JP CO. Main Board Switches DIP SWITCHES (MAIN BOARD) DESCRIPTION Door Operator Function Switch OFF position selects the Power Operator Function. On position sets the Power Assist Function. Alarm System Delay Timer This switch is used in conjunction with terminal Jp, 0/0 for optional function. (OFF = 0 second delay, ON = 0 second delay). RES DIAGNOSTIC USE. FOR FACTORY AUTHORIZED PERSONAL. RES DIAGNOSTIC USE. FOR FACTORY AUTHORIZED PERSONAL. ROTARY SWITCHES SW M DLY SW EXSOL DLY SW VEST DLY SW CL/AS DLY DESCRIPTION This rotary switch or timer pot sets the length of delay for motor start up to allow for unlocking of exit devices, electric strikes, magnetic locks, See Chart for delay times. This rotary switch or timer pot sets the length of time that a solenoid remains either energized or deenergized to allow unlocking. Used in conjunction with terminals JP, JP, JP. See Chart for length of time. This switch or timer pot sets the length of time between receipt of the In Vestibule signal (terminal JP ) and motor startup. See Chart for delay times. Controls either one of two function times: Power Operator Function Sets length of time door holds open at fully taught open position. Power Assist Function Sets length of time motor and pump will operate to reduce opening force. When time elapses, the door force reverts to full opening spring force set. Chart SW, M DLY Length of Time Settings (Seconds) Chart SW, EXSOL DLY Length of Time Settings (Seconds) Chart SW, VEST DLY Length of Time (Seconds) 0 0 Settings 0 Chart SW, CL/AS DLY Length of Time Settings (Seconds) (0)

5 JP Terminal Factory Wired Connections. TERMINAL D E S CRIPTION L G L White Wire High side of L Input signal from ELS Board. Detects door motion to open door when door is pushed or pulled in the open direction. Movement of potentiometer on ELS Board signals L input. Black Wire Ground. Common connection for L and L inputs. Blue Wire High side of L Input signal for ELS Board. Detects the Fully Open Position stored in the ELS Board during the teaching mode. V Yellow Wire VDC. This terminal is used to supply power to the ELS Board. H G M E G Violet Wire Hold Open contact of OFF ON H/O switch assembly. White Wire Ground. Common contact of OFF ON H/O switch assembly. Orange Wire ON contact of OFF ON H/O switch assembly. Red Wire Emergency Hold Open Release. This contact is used in conjunction with the ELS board to close the door immediately at any point of door opening once an obstruction on opening is encountered. It is used with terminal JP G. Black Wire Ground. Use with terminal Jp E for Emergency Hold Open Release. JP Terminal Factory Wired Connections. TERMINAL D E S CRIPTION NEU Common 0V connection to Input Power Terminal. HOT Hot 0V connection to Input Power Terminal. GND Ground connection secured to backplate under head of (green) ground screw that is located under Main PC Board. Screw Labeled GND VAC From secondary of 0V / V transformer. VAC From secondary of 0V / V transformer. JP Terminal Factory Wired Connections. TERMINAL MOTOR SOLENOID Motor Connection. Solenoid coil connection. D E S CRIPTION (0)

6 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Standard Function with Switches Doors are normally closed. Activating either switch will open both doors. Door will close after hold open time delay has elapsed. G E M G H V L G L MOTOR/SOLENOID JP JP JP VAC SW RES RES JP 0 0 GND V NO CO NC NO CO NC JP JP Door Door RELAY CONTACTS FOR ELECTRIC STRIKE. ELECTRIC LATCH RETRACT EXIT DEVICE, MAGNETIC LOCK, ETC. See Note. Note : If product being connected does not have an integrated diode, one must be installed across contracts to protect relays. Suggested diode is N00 or equivalent. See pages for illustration of use.. Power input Door Operator Unit is at 0VAC 0Hz.. Current draw must not exceed 0.00 amps at terminal JP (0)

7 JP JP VAC within the corridor will open the outside door only. Vestibule Function 00/00 SERIES DOOR OPERATOR SW JP 0000 REV A MADE IN USA Doors are normally closed. RES RES Activating outside door switch will open the outside G E M G H V L G L MOTOR/SOLENOID door. After the vestibule time delay has elapsed, a signal will be sent to the inside door which will open. Activating the inside door switch will open the inside door. After the vestibule time delay has elapsed, a signal will be sent to the outside door which will open. Both doors will close when the hold open time delay has elapsed. Activating the optional inside door switch located within the corridor will open the inside door only. This door will reclose after the hold open delay has elapsed. Activating the optional outside door switch located This door will reclose after the hold open delay has elapsed. GND V NO CO NC NO CO NC JP JP 0 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Inside Switch INSIDE DOOR All Switches are either Wall Switches, Card Readers, Key Switches, RELAY CONTACTS FOR ELECTRIC STRIKE. ELECTRIC LATCH RETRACT EXIT DEVICE, MAGNETIC LOCK, ETC. See Note. Optional Inside Corridor Switch VESTIBULE Optional Outside Corridor Switch G E M G H V L G L MOTOR/SOLENOID JP JP EXSOL DLY M. DLY 00/00 SERIES DOOR OPERATOR 0000 REV A MADE IN USA SW RES RES JP VAC JP 0 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Outside Switch OUTSIDE DOOR Note : If product being connected does not have an integrated diode, one must be installed across contracts to protect relays. Suggested diode is N00 or equivalent. See pages for illustration of use. GND V NO CO NC NO CO NC RELAY CONTACTS FOR ELECTRIC STRIKE. ELECTRIC LATCH RETRACT EXIT DEVICE, MAGNETIC LOCK, ETC. See Note. JP. Power input Door Operator Unit is at 0VAC 0Hz.. Current draw must not exceed 0.00 amps at terminal Jp (0)

8 JP. Power input Door Operator Unit is at 0VAC 0Hz.. Current draw must not exceed 0.00 amps at terminal JP. RELAY CONTACTS FOR ELECTRIC STRIKE. ELECTRIC LATCH RETRACT EXIT DEVICE, MAGNETIC LOCK, ETC. See Note. Radio Frequency Function Options GND V NO CO NC NO CO NC JP VAC 0/0 JP RES AUX GND INV OUTV GND RFT GND Option. Door is normally closed. Activating wireless switch or hand held wireless transmitter will open the door. Door will close after hold open delay elapses. Option. Door is normally closed. Activating a wireless switch or hand held wireless transmitter will open the door. Door will remain in indefinite hold open until wireless switch or hand held transmitter is activated a second time causing the door to close. 0 AUX GND PDET GND AUX SW RES RES JP YELLOW OPTION ORANGE BLACK BROWN RED RF RECEIVER BOARD (PART OF OPERATOR UNIT) WIRING FOR STANDARD MOMENTARY HOLD OPEN FUNCTION 0 OPTIONAL SECOND LOW ENERGY POWER OPERATOR YELLOW ORANGE BLACK BROWN RED OPTION RF WIRING FOR RECEIVER TOGGLE / MAIN BOARD TAINED (PART OF HOLD OPEN OPERATOR FUNCTION UNIT) Note : If product being connected does not have an integrated diode, one must be installed across contracts to protect relays. Suggested diode is N00 or equivalent. See pages for illustration of use (0)

9 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Fail Secure Electric Strike VDC Wiring G E M G H V L G L MOTOR/SOLENOID JP JP JP VAC SW RES RES JP 0 GND V NO CO NC NO CO NC JP Diode N00 VDC Electric Strike (fail Secure) Door is normally closed and latched. Activating switch will unlock the electric strike and the door will automatically open. Door will close after hold open time delay has elapsed. The door will remain locked during power failure.. Power input Door Operator Unit is at 0VAC 0Hz.. Current draw must not exceed 0.00 amps at terminal JP (0)

10 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Fail Safe Electric Strike VDC Wiring G E M G H V L G L MOTOR/SOLENOID JP JP JP VAC SW RES RES JP 0 GND V NO CO NC NO CO NC JP Diode N00 VDC Electric Strike (fail Safe) Door is normally closed and latched. Activating switch will unlock the electric strike and the door will automatically open. Door will close after hold open time delay has elapsed. The door will remain unlocked during power failure.. Power input Door Operator Unit is at 0VAC 0Hz.. Current draw must not exceed 0.00 amps at terminal JP (0)

11 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Fail Safe Electromagnetic Lock VDC Wiring G E M G H V L G L MOTOR/SOLENOID JP JP JP VAC SW RES RES JP 0 GND V NO CO NC NO CO NC JP Door is normally closed and latched. Activating switch will unlock the maglock and the door will automatically open. Door will close after hold open time delay has elapsed. The door will unlock during power failure. Diode N00 Note: If Maglock does not have a spike protection, it is recommend that a N00 diode be added across coil. VDC Electromagnetic Lock (Fail Safe). Power input Door Operator Unit is at 0VAC 0Hz.. Current draw must not exceed 0.00 amps at terminal JP (0)

12 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Electric Dogging Exit Device Wiring G E M G H V L G L MOTOR/SOLENOID JP JP JP VAC SW RES RES JP 0 GND V NO CO NC NO CO NC JP ON / OFF Key Switch Diode N00 Door is normally closed and latched. Turning key switch ON will apply power to the exit device. The first depression on the device touchpad will electrically dog the device for push / pull operation. The door will now open automatically when the wall switch is depressed. The device will relatch during a power failure or when the keyswitch is turned off. The exit device allows egress at all times. The exit device allows egress during power failures. Touch Bar Monitor Switch VDC Electric Dogging Exit Device w/ Touch Bar Monitoring (Yale and Corbin Russwin Shown). Power input Door Operator Unit is at 0VAC 0Hz.. Current draw must not exceed 0.00 amps at terminal JP (0)

13 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Electric Latch Retraction Exit Device Wiring G E M G H V L G L MOTOR/SOLENOID JP JP JP VAC SW RES RES JP 0 GND V NO CO NC NO CO NC JP N Controller 0 VAC Door is normally closed and latched. Activating the switch will retract the exit device latchbolt and the operator will open the door. The door will close after the hold open time delay has elapsed. Exit device allows egress at all times. Exit device allows egress during power failure. Yale and Corbin Russwin. Power input Door Operator Unit is at Power Input Terminal (not shown) 0VAC 0Hz.. Yale and Corbin Russwin Shown. Refer to Manufactures wiring instructions for Latch Retraction Devices not shown or contact Norton Technical Service for assistance. Latch Retraction Exit Device (0)

14 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Low Energy Power Operator # Electric Latch Retraction Exit Device Wiring (Pair) Yale and Corbin Russwin JP VAC SW RES RES GND V NO CO NC NO CO NC JP JP 0 Door Operator Door Operator 0 JP N Controller 0 VAC Latch Retraction Exit Device # Latch Retraction Exit Device # Doors are normally closed and latched. Activating the switch will retract the exit device latchbolts and the operator will open both doors. The doors will close after the hold open time delay has elapsed. Exit device allows egress at all times. Exit device allows egress during power failure.. Power input Door Operator Unit is at 0VAC 0Hz (0)

15 0/0 RES AUX GND INV OUTV GND RFT GND AUX GND PDET GND AUX Electric Latch Retraction Exit Device Wiring For Smoke Ventilation Blow Open Function Yale and Corbin Russwin G E M G H V L G L MOTOR/SOLENOID JP JP JP VAC SW RES RES JP 0 Fire Alarm System (Dry Contacts Only) C NO GND V NO CO NC NO CO NC JP N Controller 0 VAC Doors are normally closed and latched. Fire Alarm activation will retract the exit device Latchbolt and the Door Operator will open the door. Latch Retraction Exit Device #. Power input Door Operator Unit is at 0VAC 0Hz. The door will remain open until the Fire Alarm System has been reset. The Door Operator s main power input must be wired into the buildings backup power system. Exit device allows egress at all times. Exit device allows egress during power failure. NOTE: This application must be approved by local (AHJ) authority having jurisdiction. ASSA ABLOY 000 Highway East Monroe, NC Tel: () Fax: (00)0 Norton is a registered trademark of Yale Security Inc., an ASSA ABLOY Group company. Copyright 00, 00 Yale Security Inc., an ASSA ABLOY Group company. All rights reserved. Reproduction in whole or in part without the express written permission of Yale Security Inc. is prohibited (0)