A. ITRODUCTIO EM 3000-EW AH EARL WARIG ELECTROMAGETIC LOCK The EM 3000-EW AH is a specialized electromagnetic lock equipped with an Early Warning Alarm Functions intended for use as A Security Door Lock which capable of detecting early intruders before the attempted break-in. It can also works as a Delay Egress Functions intended for use as An Emergency Delayed Exit Door Lock. It has a built in Exit Delay Timer using initiate device and our patented special mechanism and hardware to operate the and the Alarm Relay. In the normal position, the door is fail safe (power to lock), we do not need any touch sense bar or look for a exit button to exit, just by a slight push to the door will start the exit sequence, the push would displaced the micro-switch operating arm which is the initiate device from it s original position of being pressed to the open position, this is done thru the bearing screwhead that glide the entire lock within the aluminum body cast and stretchy screw bolt to retracts the magnetic lock back to it s original position. ------------------------------------------------------------------------------------------------------ EM 3000-EW AH can be selected function as: : A Security Door Lock : Dip Switch 5 is set to O An Emergency Delayed Exit Door Lock : Dip Switch 5 is set to OFF. ------------------------------------------------------------------------------------------------------ B. DELA EGRESS FUCTIOS In the normal condition, the door is fail safe (power to lock) and locked, the local buzzer is off, the (SPDT, 1C) is deenergized and the (DPDT, 2C) is energized. ISTALLATIO The system will start the exit sequences by just slightly pushing the door to enter the uisance Delay Period which can be set for 0, 1, 2 or 3 seconds depends on the building codes, at the same time the Alarm Buzzer will sound pulsingly and the Alarm Relay will be energized, warning that someone may want to exit, if that person wants to exit, he or she must maintain pressure on the door until the end of the uisance Delay Period and if he or she backs off before the time set, both the Alarm Buzzer and the Alarm Relay will stop/be deenergized, and revert to normal operation. The purpose of uisance Delay Period is to take the accidental triggering the sequence into consideration. Once the uisance Delay Period time out, the Period begins and can be set for 15 or 30 seconds depends on the building codes, at the same time the Alarm Relay will be deenergized and the Alarm Buzzer will go from pulsing to steady to inform the person at the door that he needs no longer to push the door. Please note the total Time also includes the uisance Delay Time. Once the Period time out, the lock is released, at the same time both the Alarm Buzzer and the will stop/be deenergized. Version 1.8 E / 03/2008 / www.dorma.com/fr Once the lock is released, Reset Switch Input from OPE to CLOSE resets the system to the
Delay Egress Functions ormal Condition uisance Delay Door Release Reset to (Power on & Door Locked) Period Period ormal Condition (Power on & Door Open) Reset to ormal Condition (Power on & Door Locked) deenergized energized 0 ~ 3 Seconds 15 or 30 Seconds Buzzer Voice Message Voice Message I Voice Message II Voice Message III Exit Switch to Open Force to Open energized deenergized on off Can be "Exit Switch to Open" in this period - Voice Message III After "Exit Switch to Open" is timeout, system will be back to the normal condition Can be "Force to Open" in this period - Voice Message IV "Exit Switch to Open" Voice Message III "Force to Open" Voice Message IV normal condition. The is energized when door is relocked. Please note system can be reset only after the Period is time out. DELA EGRESS SSTEM STATUS System Status Light Panel Buzzer Voice Door Open Red on OFF OFF OFF OFF Lock Locked uisance Delay Period Release Delay Period Lock Release Green blinks every 5 seconds (fast) (slowly) Red/Green blinking alternately OFF OFF OFF O pulsingly steady Voice I O O Voice II O OFF OFF Voice III OFF OFF Force to Open (fast) pulsingly Voice IV O OFF Exit Switch to Open Red on OFF Voice III OFF OFF
The EM 3000-EW AH supports 5 different building codes as below: 1. STADARD BUILDIG CODE UISACE DELA: ot allowed. RELEASE DELA: 15 sec. or ext. to 30 sec. with local approval. RELOCKIG: To be done upon door OPES and CLOSES, using a doorswitch rather than a keyswitch. Please connect ORMAL OPE doorswitch to system Reset Switch Input. 2. FPA 101 UISACE DELA: Permitted up to 3 sec. RELEASE DELA: 15 sec. or ext. to 30 sec. with local approval. RELOCKIG: To be done manually by a keyswitch, a doorswitch cannot be used for relocking. Please connect a momentary spring loaded ORMAL CLOSE keyswitch to system Reset Switch Input. 3. UIFORM BUILDIG CODE UISACE DELA: Required to be set at 2 sec. RELEASE DELA: Required to be set at 15 sec. RELOCKIG: To be done manually by a keyswitch and must be located at the door, a doorswitch cannot be used for relocking. Please connect a momentary spring loaded ORMAL CLOSE keyswitch to system Reset Switch Input. 4. BOCA UISACE DELA : Required to be set at 1 sec. RELEASE DELA : 15 sec. or ext. to 30 sec. with local approval. RELOCKIG : Dip switch 4 must be in the OFF position to activate the relocking system after the expires, the door unlocks and opened, the doorswitch changes state and remain open. When the door recloses, a relock delay of 30 sec. begins, if the door hasn t been disturbed or open again during this 30 sec. it will relock, if it has been open again a 30 sec. relock will start all over again. The relock time count will not start till the door is closed. 5. ATIOAL BUILDIG CODE OF CAADA UISACE DELA : ot allowed. RELEASE DELA : Required to be set at 15 sec. RELOCKIG : To be done manually by a keyswitch, a doorswitch cannot be used for relocking. Please connect a momentary spring loaded ORMAL CLOSE keyswitch to system Reset Switch Input. DIP SWITCH SETTIG FOR DELA EGRESS FUCTIOS Factory setting : uisance Delay set at 3 sec. (Dip switch 2 OFF and Dip switch 3 OFF). Factory setting : at 15 sec. (Dip switch 1 O). Factory setting : ot BOCA. (Dip switch 4 O). uisance Delay D ip Sw itch 1 O Dip Switch 2&3 1 2 3 4 5 B O C A Setting D ip Sw itch 4 O 0 Sec. 15 Sec. on BOCA O O O O 1 2 3 4 5 1 2 3 4 5 O 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 Sec. 2 Sec. 3 Sec. 30 Sec. O 1 2 3 4 5 BOCA C. EARL WARIG ALARM FUCTIOS 1 2 3 4 5 In the normal condition, the door is fail safe (power to lock) and locked, the local buzzer is off, the (DPDT, 1C) is deenergized and the (SPDT, 2C) is energized. The system will start the alarm sequences by just slightly pushing the door to enter the uisance Delay Period which can be set for 0, 2, 4 or 6 seconds, at the same time the Alarm Buzzer will sound pulsingly and the will be energized, warning that someone may force to open the secured lock, if that person wants to force to open the secured lock, he or she must maintain pressure on the door until the end of the uisance Delay Period and if he or she backs off before the time set, both the Alarm Buzzer and the will stop/be deenergized, and revert to normal operation. The purpose of uisance Delay Period is to take the accidental triggering the sequence into consideration. Once the uisance Delay Period time out, the Alarm Period begins and can be set for 0, 15, 30 seconds or infinity, at the same time the will be deenergized and the Alarm Buzzer will go from pulsing to steady. Once the Alarm Period time out, both the Alarm Buzzer and the Alarm Relay will stop/be deenergized. At the same time the will be energized. Please note there will be no Alarm period time out if the Alarm Period is set to infinity. Once the Alarm Period is time out, system will be reset to the normal condition when the Reset Switch Input is CLOSE. That is, after reset, the system will start the alarm sequences if someone pushes the door again. Please note system can be reset only after Alarm Period is time out. For infinity setting, reset is functional only after Alarm Period reaches 90 seconds.
System Status EARL WARIG ALARM SSTEM STATUS Light Panel Buzzer Voice Door Open Red on OFF OFF OFF OFF Lock Locked uisance Delay Period Alarm Period Alarm Time Out Force to Open Exit Switch to Open Green blinks every 5 seconds (fast) (slowly) Red/Green blinking alternately (fast) OFF OFF OFF O pulsingly steady Voice I O O Voice IV O OFF OFF OFF OFF O pulsingly Voice IV O OFF Red on OFF Voice III OFF OFF Voice I: Unauthorized personnel prohibited. (Max. 4 second periods for Voice I) Voice II: The emergency exit system has been activated, the door will unlock in a moment. (Max. 8 second periods for Voice II) Voice III: The door is now unlocked, please exit. (Max. 8 second periods for Voice III) Voice IV: Illegal intruder. The security alarm is activated. Security personnel has been alerted and would arrive momentarily. (Max. 10 second periods for Voice IV) Voice Module is optional. Force to Open can only be turned off by switching off the system power. After Exit Switch to Open is timeout, system is back to the normal condition. Early Warning Alarm Functions ormal Condition uisance Delay Alarm Alarm Reset to (Power on & Door Locked) Period Period Timeout ormal Condition (Power on & Door Locked) energized 0 or 15 or 30 or Infinite Seconds 0 ~ 6 Seconds deenergized energized deenergized on Buzzer off Voice Message Voice Message I Voice Message IV Can be "Exit Switch to Open" in this period - Voice Message III After "Exit Switch to Open" is timeout, system will be back to the normal condition Exit Switch to Open Can be "Force to Open" in this period - Voice Message IV Force to Open
7 DIP SWITCH SETTIG FOR SECURIT DOOR LOCK O O uisance D elay Dip Switch 1&2 1 2 3 4 5 1 2 3 4 5 Alarm Dip Switch 3&4 O 0 Sec. 0 Sec. D. POWER REQUIREMETS Power Input Power Consumption Output Relays Wires Requirement O 2 Sec. 4 Sec. 6 Sec. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 O 1 O 2 3 4 5 O O 15 Sec. 30 Sec. Infinity Accept power in the range of 12 ~ 30 VDC 12 VDC MAX. 0.55A. (with all relays on, no buzzer) 24 VDC MAX. 0.27A. (with all relays on, no buzzer) Alarm Output Form C: 1.0A 120VAC, 2A 30VDC. Alarm Output 2 Form C: 1.0A 120VAC, 2A 30VDC. Operating Temperature -10 to +60 degree C. 12 ~ 30 VDC Power Input 2 wires. Output 1 x 3 wires. Output 2 x 3 wires. Reset Input 2 wires. Motion Detector Input 2 wires. Voice Control Output 4 wires. Request to Exit Input 2 wires. 9 VDC/Max 1A Power Output 2 wires. 9 VDC/Max 100mA Output to Buzzer 2 wires. 1 2 3 4 5 E. OTHER FUCTIOS Motion Detector Input (MD) Voice Control Output (S2, S1, G, 5V) Request to Exit Input (EXIT) Reset Switch Input (RST) ormally Open. These two terminal block inputs are used for Delay Egress Function. The system will start the delay sequences only when these two inputs are shorted. Four terminal block outputs to control Voice Module. ormally Open. The lock will release for 5 seconds when these two terminal block inputs are momentarily shorted, and will release all the time as long as these two terminal block inputs are shorted. Reset Switch Input from OPE to CLOSE will reset the system back to the normal condition. 9 VDC Power Output System provides 9 VDC/Max. 1A output. Low Voltage Detection off F. SETTIGS & WIRIGS HIC MAG W2 JP R B G EXIT exit switch Jumper selectable to release the lock when system detects 10 VDC low voltage. is off only when lock is released or when lock is going to be released or when lock might be forced to be released. BZ1 W1 RST C O 1 2345 C O C C O remote A local MD DC S2 S1 G 5V C C O motion detector power reset switch BZ1: 9 VDC output to Buzzer. MAG: connect to magnet. HIC: connect to Hall IC. LED: connect to bi-color LED. W2: connect to micro switch. voice module remote B Alarm LED Alarm R B G W1: open to enable low voltage detection. short to disable low voltage detection. JP: short to connect 9 VDC to C on remote B.
G. CAMERA WIRIG DIAGRAM Flow Chart for Voice Module GD + 9VDC 9V Camera video GD IITIAL LED1/LED2 ALL OFF MD DC S2 S1 G 5V C C O PB3 Pushed? motion detector power voice module remote B video GD Monitor LED1 Red/Grn LED2 OFF/OFF H. VOICE MODULE LED1 Red Grn LED2 Red Grn ote: 1. System can provides one +9VDC output on "remote B" C if JP on the PCB is short. 2. Please short JP and connect Camera positive terminal to C on "remote B". G B R AA R B Connect to HD1 S2/S1/G/5V 4-wire connector on EW5700 PCB or S2/S2/G/5V termianl blocks on EW3500 PCB. Connect to computer earphone output. (o Polarity) 1 OTE: Segment 1/2/3/4 is limited to 4/8/8/10 seconds respectively. PB1 or PB2 Pushed? Select Message Segment LED2 Status OFF/OFF Red/OFF OFF/Grn Red/Grn OTE: Push PB1/PB2 to increment/decrement the segment number. PB3 Pushed? PB1 or PB2 Pushed? Segment Selected 1 <4 Seconds> 2 <8 Seconds> 3 <8 Seconds> 4 <10 Seconds> Push PB3 to return to the initial. OTE: Push PB1/PB2 to increment/decrement the segment number. Turn closewisely to increase the voice. PB1 PB2 PB3 Speaker B R Connect to speaker. (o Polarity) or Max. 1W Speaker Speaker with Power Source PB3 Pushed? LED1 OFF/OFF Segment Confirmed LED2 indicate the selected segment MIC There are 3 ways to record the messages to the voice module: LED1 Red/OFF START RECORDIG PB1 Pushed? When the Voice Module is in the stage of starting recording, user can record the voice message by speaking to the microphone on the voice module or by connecting AA to computer earphone output and playback the voice message thru such as Windows Media Player. The messages can also be recorded by programming the Voice Messages directly to the chip thru programmer. LED1 OFF/Grn PLABACK PB2 Pushed? PB3 Pushed? Push PB3 to return to the initial.
I. FLOW CHARTS Flow Chart for FPA 101 Flow Chart for STADRD BUILDIG CODE OTE: Dip1- can be Dip1- On: 15 Sec. Off: 30 Sec. 15 or 30 seconds. Dip2/Dip3- On/On: 0 Second. Dip2/Dip3- uisance delay not allowed. Dip4- On. Dip1- On: 15 Sec. Off: 30 Sec. Dip2/Dip3- On/On: 0 Second. On/Off: 1 Second. Off/On: 2 Seconds Off/Off: 3 Seconds. Dip4- On. OTE: Dip1- can be 15 or 30 seconds. Dip2/Dip3- uisance delay permitted up to 3 seconds. uisance Delay uisance Delay Reset to? OTE: occurs only when Reset Switch Input from open to close. Reset to? OTE: occurs only when Reset Switch Input from open to close.
Flow Chart for UIFORM BUILDIG CODE Dip1- On: 15 Seconds Dip2/Dip3- Off/On: 2 Seconds. Dip4- On. OTE: Dip1-15 seconds only. Dip2/Dip3- uisance delay must be set 2 seconds. Flow Chart for BOCA OTE: Dip1- can be Dip1- On: 15 Sec. Off: 30 Sec. 15 or 30 seconds. Dip2/Dip3- On/Off: 1 Second. Dip2/Dip3- uisance delay must be Dip4- Off. set at 1 second. Dip4- Delay required set at 30 seconds. uisance Delay uisance Delay Reset to? OTE: occurs only when Reset Switch Input from open to close. Delay Starts? Delay Stops? Delay T/O? OTE: 30 seconds Delay starts only when Reset Switch Input from open to close. At this stage, door close. OTE: 30 seconds Delay stops only when Reset Switch Input from close to open. At this stage, door open.
Flow Chart for ATIOAL BUILDIG CODE (for CAADA) Dip1- On: 15 Seconds Dip2/Dip3- On/On: 0 Second. Dip4- On. OTE: Dip1-15 seconds only. Dip2/Dip3- uisance delay not allowed Flow Chart for BURGLAR ALARM Dip1/Dip2- On/On: 0 Second. On/Off: 2 Seconds. Off/On: 4 Seconds. Off/Off: 6 Seconds Dip3/Dip4- On/On: 0 Second. On/Off: 15 Seconds. Off/On: 30 Seconds. Off/Off: Infinity OTE: Dip1/Dip2- uisance Delay permitted up to 6 seconds. Dip3/Dip4- Alarm Period can be infinity. uisance Delay uisance Delay Alarm Period Reset to? Reset? OTE: occurs only when Reset Switch Input from open to close. System Reset OTE: System reset occurs only when Reset Switch Input is close.