MLY USED 5.AFETY SENSORS 0----- OA4RO E.IC-RIOIC4 Direction. Set switch to "LIGHT ". Wire V power to photocell. Wire to photocell N0 Wire to photocell C- 4. Align photocell to reflector 5. Adjust sensitivity I O I = I ICLS NC I ; I EI EI El EI 0 EI 0 ICLS 0K EI 0 EI El === NOTE: DO NOT use 0K Resisitor included with photocell. OK to use VDC NOTE: To meet the UL 5 08 standard, Type B Non-Contact sensor entrapment protection device MUST be MITORED by the gate operator. IMPORTANT: Photocell MUST be in alignment with reflector or fault will occur. EA4X IRB-RET Direction IMPORTANT: Photocell MUST be powered by MATRIX Ill or it will NOT be MITORED. NOTE: To meet the UL 5 08 standard, Type B Non-Contact sensor entrapment protection device MUST be MITORED by the gate operator.. Set DIP-switches. Remove jumpers JP-5 and JP-6. Wire V power to photocell (VRX) 4. Wire Matrix Ill to photocell NC (Energized) Wire Matrix Ill to photocell (Energized) 5. Align photocell to reflector 6. Adjust sensitivity UL 5 08 Standard - 500 PR0/00 PRO/F8 PRO Matrix Ill Install Version
emx irb-mon Transmitter (TX) direction Thru-Beam Receiver (RX) Photocell (Thru-Beam) Direction Single Gate Operator To and Input To Matrix III Input Transmitter (TX) TX POWER TRANSMITTER BOARD (TX) Green LED Gate Closed Single Operator. Set DIP-switches on receiver.. Install jumper on receiver.. Wire Matrix III power to receiver. 4. Wire to receiver photocell NC. Wire Matrix III to receiver photocell. 5. Wire V Matrix III power to transmitter. 6. Align photocells.. Adjust sensitivity on receiver. TX RX Sensitivity Adjustment: If the photocell does not respond to an obstruction, lower the sensitivity by turning adjustment counter-clockwise. DIP-switches:,, are. Switch 4 is If trouble occurs, try turning switch 4. NOTE: Power must be cycled when switches are changed. Jumper MUST be on Com-NC. NO ComNC NO NC JUMPER IMPORTANT: Photocells MUST be in alignment or fault will occur. Green LED will remain receiver when in proper alignment. Receiver (RX) NC RX NO 4 DIP POWER RECEIVER BOARD (RX) SENSITIVITY EARTH Green LED IMPORTANT: Photocells MUST be powered by Matrix III or they will NOT be MITORED. Jumper UL SENSOR SOR N.C. - Normally Closed - Common NOTE: To meet the UL 5 08 standard, Type B Non-Contact sensor entrapment protection device MUST be MITORED by the gate operator.
omron EK-R0K4 wiring for max pro UL5-06 NORMALLY D (NC) Wiring to EK Photocell Direction UL5-08 NORMALLY D (NC) Wiring to EK Photocell Direction UL 08 Label on packaging NOTE: To meet the UL 5 06 standard, Type B Non-Contact sensor entrapment protection device MUST be MITORED by the gate operator. Set switch to LIGHT NOTE: To meet the UL 5 08 standard, Type B Non-Contact sensor entrapment protection device MUST be MITORED by the gate operator. Set switch to LIGHT Min Max SENSITIVITY LIGHT DARK Min Max SENSITIVITY LIGHT DARK. Set switch to LIGHT. Wire V power to photocell. Wire to photocell NO Wire to photocell C- 4. Align photocell to reflector 5. Adjust sensitivity C- NO NC Sensitivity Adjustment: If the photocell does not respond to an obstruction, lower the sensitivity by turning adjustment counter-clockwise. DO NOT connect to NC #. Power. Set switch to LIGHT. Wire V power to photocell. Wire to photocell NO Wire to photocell C 4. Align photocell to reflector 5. Adjust sensitivity Sensitivity Adjustment: If the photocell does not respond to an obstruction, lower the sensitivity by turning adjustment counter-clockwise. DO NOT connect to NC #4. C- NO NC NC N0 C Power C- NO 4 5 6 4 to 40 VAC 4 to 40 VDC 4 5 6 N0 C 4 to 40 VAC 4 to 40 VDC UL SENSOR SOR N.C. VDC Out Monitored IMPORTANT: Photocell MUST be powered by Monitored or it will NOT be MITORED. OK to use VDC UL SENSOR SOR N.C. VDC Out Monitored IMPORTANT: Photocell MUST be powered by Monitored or it will NOT be MITORED. OK to use VDC NOTE: DO NOT use 0K Resistor included with photocell. For 0K Resistor EK Photocell wiring see next page
omron EK-R0K4 wiring for max pro UL5-08 0K Resistor wiring to EK Photocell Min Max SENSITIVITY Set switch to LIGHT LIGHT DARK Direction. Set switch to LIGHT. Wire V power to photocell. Wire to photocell NC Wire to photocell C- 4. Align photocell to reflector 5. Adjust sensitivity Sensitivity Adjustment: If the photocell does not respond to an obstruction, lower the sensitivity by turning adjustment counter-clockwise. C- NO NC NC N0 C Power C- 4 5 6 NC 4 to 40 VAC 4 to 40 VDC UL 08 Label on packaging UL SENSOR N.C. OK to use VDC NOTE: To meet the UL 5 08 standard, Type B Non-Contact sensor entrapment protection device MUST be MITORED by the gate operator.
4 5 6 4 5 6 8 0 EMX WEL-00 Wiring Guide FOR PRO SERIES www.max.us.com RECEIVER WEL-00R TRANSMITTER TRANSMITTER WEL-00T WEL-00T WIRE WEL-00R & RELAYS TO MATRIX III 0K SENSOR S EMX WEL-00R INSERT BOTH JUMPERS IN 0K POSITI POWER / SOLAR IN MODULE PORT RESET / MANUAL RELEASE ALARM ID PLUG ERROR ID PLUG EXIT PWR EXIT LOOP CENTER LOOP LOOP PWR SAFETY LOOP FAULTS 4VDC OUTPUT PUT ERROR IN USE MODE A MODE B POWER VOLTAGE E / F TEST SENSE OBD PORT BLACK BOX PROGRAMG PROGRAM SOLAR MODE PRIMARY 6 4 OPERATOR SECDARY REPLACE BACKUP MODE LEAVE ERD SENSITIVITY 4 6 ERD OVER SENSE LOAD MOTI CTROL QUICK LEAVE D TIME MATRIX III SWING / SLIDE STOP GATE SPEED LINK OK ERD OVER LOAD TIMER JOG MAGLOCK DELAY UL ENTRAP S POSITI S MAG LOCK SLIDER LIMIT SWING LIMIT NO NC Jumper JP- 0K Jumper JP- 0K RADIO SIGNAL RADIO FIRE DEPT STRIKE KEYPAD / CARD MANUAL RELEASE PRIMARY/ SECDARY LINK (+) (-) LEFT GATE MATRIX III RIGHT / LEFT RIGHT.5 sec.5 sec UL SENSOR N.C. GATE GATE D STOP GATE DISABLE TAMPER NO TAMPER IN JOG LEFT JOG RIGHT UL SENSOR N.C. WIRE TO NO OF RELAY WIRE TO NO OF RELAY Polarity does NOT matter for power
CNECTING RECEIVER (WEL-00R) TO TRANSMITTER (WEL-00T) Connecting is a two step process. First, on the receiver, press and hold the channel assignment switch until the green status LED begins rapidly flashing, then release; this will clear any existing assignment for that particular channel. Hold down the connection switch on the transmitter. If it is not currently connected to a receiver, it will begin flashing rapidly until successfully connecting. Detailed instructions are given below. If there are no existing connections, the receiver s status LED will blink rapidly while it is finding a clean operating frequency (this can last a few seconds) After initialization, the system status LED will flash on/off once every seconds STEPS Set channel to the desired / direction function using the MODE dip switch Install AA Lithium batteries in the WEL-00T (transmitter) The green LED on the transmitter will quickly flash x every two seconds Install a properly terminated edge to the transmitter (8.k or 0k termination) 4 On the receiver, hold down the desired channel assignment switch until all four channel LED s activate and the system status LED begins flashing rapidly, then release the switch. 5 On the transmitter, hold down the connection switch (next to the terminal block) The LED on the transmitter will begin flashing rapidly after ~4 seconds Upon successful connection, the LED will flash once every two seconds If the transmitter fails to connect, it will return to its initial state, with the LED flashing twice every two seconds. If this occurs, repeat step Testing TESTING Without activating the edge, observe the channel status LED, it should be. When the edge is activated, the receiver channel status LED will turn on and the corresponding / direction output will activate. The transmitter status LED will blink once every second when the edge is activated. If the channel does not exhibit this behavior, double check the edge wiring/termination and transmitter batteries.
matrix III led troubleshooting ID plug MUST be plugged in. 500 500 PRO 00 00 PRO F8 PRO Matrix III LED Problem Condition IN ERROR LED is. IN USE LED is. ERROR. IN USE. VOLTAGE 4. REPLACE 5. POWER 6. ERD. SENSE 8. OVERLOAD. MANUAL RELEASE/RESET 0. OBD PORT. PROGRAM. ID PLUG ERROR. SOLAR MODE 4. PRIMARY/SECDARY 5. EXIT LOOP 6. CENTER LOOP. SAFETY LOOP 8. VDC. 4 VDC VOLTAGE (E / F) LEDs, only E is. REPLACE LED is. IN USE and POWER LED are FLASHING PRIMARY Matrix III LINK OK LED is SECDARY Matrix III LINK OK LED is UL Entrap LED is ERD LED is FLASHING PHOTO CLS LED is LED is PHOTO CLS LED is flashing LED is flashing LY LED is LY LED is FLASHING SENSE LED is MANUAL RELEASE/RESET LED is but manual release is not working OBD PORT LED is FLASHING PROGRAM LED is FLASHING F8 POWER / SOLAR IN MODULE PORT RESET / MANUAL RELEASE ALARM 4 5 ID PLUG 6 ERROR ID 4 5 PLUG 6 8 0 EXIT PWR EXIT LOOP CENTER LOOP LOOP PWR SAFETY LOOP FAULTS 4VDC OUTPUT PUT ERROR IN USE MODE A MODE B RADIO SIGNAL RADIO POWER VOLTAGE E / F REPLACE TEST SENSE OBD PORT BLACK BOX PROGRAMG PROGRAM SOLAR MODE PRIMARY 6 FIRE DEPT 4 OPERATOR SECDARY OVER LOAD BACKUP MODE LEAVE ERD SENSITIVITY 4 6 ERD SENSE MOTI CTROL STRIKE KEYPAD / CARD MANUAL RELEASE LEAVE D QUICK TIME STOP GATE SPEED LINK OK PRIMARY/ SECDARY LINK (+) (-) MATRIX III SWING / SLIDE LEFT ERD OVER LOAD GATE MATRIX III RIGHT STOP GATE DISABLE 4. GATE SPEED 40. LINK OK 4. MANUAL RELEASE Normal LED 4 / / 5 40 40 6 0 / 4 0 / 4 / / / 4 0 Table continued on next page TIMER / JOG LEFT MAGLOCK DELAY UL ENTRAP RIGHT.5 sec.5 sec UL SENSOR N.C. TAMPER NO TAMPER IN JOG LEFT JOG RIGHT S POSITI S MAG LOCK SLIDER LIMIT SWING LIMIT GATE GATE D NO NC Solution(s) for Problem Condition 0. TIMER. SLIDER LIMIT. /. QUICK 4. LEFT 5. RIGHT 6. GATE. GATE D 8. MAGLOCK. 0. PHOTO NC. / NC.. 4. LY 0K 5. / 0K 6.. UL ENTRAPMENT 8. GATE TAMPER. GATE DISABLE Plug not plugged in to IN port. AC power is lost, operator is in battery back-up mode. Check if Toroid box AC POWER / SWITCH is. Measure power input DC voltage on Matrix ( 4V/ - -pin black connector), (expected reading 4 VDC if AC on, 5VDC if on battery back-up). Battery is very LOW. Check if AC power / switch is. If so, check AC power. Battery needs to be replaced if TEST fails and REPLACE LED is. Battery not plugged in to port. Check if limit sensors are plugged into PRIMARY MATRIX III SLIDER LIMIT input. Check wiring between PRIMARY RS485 (+,-, gnd) and SECDARY RS485 (+,-, gnd) terminals, connect [(+) to (+)], [(-) to (-)] and [ to ]. Check if limit sensors are plugged into SECDARY Matrix III SLIDER LIMIT input. An entrapment event has occurred, check if an entrapment sensor was triggered (see if PHOTO CLS, LY, or /CLS LEDs are on). An ERD event may have occurred. Check for gate obstruction. ERD sensitivity is too high for application. Re-adjust ERD setting, (see 8 ). Sensor on PHOTO CLS or inputs (photocell or edge) may have detected an obstruction while closing gate. Photocell on PHOTO CLS or inputs is misaligned with reflector. Sensor on PHOTO CLS or CLS LY 0k inputs (photocell or edge) may not be wired properly, (see 5 ). Sensor is NOT a N.C. monitored sensor that is UL5 08 compliant. Sensor might need to be re-learned. Sensor is damaged or malfunctioning. Sensor on LY input (photocell or edge) may have detected an obstruction while cycling gate. Photocell on LY input is misaligned with reflector. Sensor on LY input (photocell or edge) may not be wired properly, (see 5 ). Sensor is NOT a N.C. monitored sensor that is UL5 08 compliant. Sensor on LY is damaged or malfunctioning. Sensor might need to be re-learned. MOST sensitive setting for ERD entrapment detection. Select a less sensitive setting (recommend level 0 thru 6) Connected external device to MANUAL RELEASE input is not working, check wiring. replace device. Up to 8000 event history and error codes are being downloaded to connected flash drive. Up to 5 min. Program button has been pressed and programming mode is active. Press button again to leave programming mode.
matrix III led continued Matrix III LED Problem Condition ID PLUG LED is FLASHING and board beeping SOLAR MODE LED is /CLS LED is /CLS LED is FLASHING OVERLOAD LED is EXIT LOOP LED is FLASHING or constantly SAFETY LOOP LED is FLASHING or constantly GATE DISABLE LED is MAG LOCK LED is FLASHING GATE TAMPER LED is FLASHING VDC LED is. 4VDC LED is SLIDER LIMIT LED is / LED is QUICK LED is GATE SPEED LEDs are but gate moves slowly. Normal LED 8 5 5 8 4 8 or 4 Solution(s) for Problem Condition Insert ID PLUG module that is tethered to chassis into ID PLUG connector. Operator is being powered by solar panel LY. Sensor on /CLS input (photocell or edge) may have detected an obstruction while opening or closing gate. Photocell on /CLS input is misaligned with reflector. Sensor on /CLS input (photocell or edge) may not be wired properly, (see 5 ). Sensor is NOT a N.C. monitored sensor that is UL5 08 compliant. Sensor on /CLS is damaged or malfunctioning. Sensor might need to be re-learned. Check if gate is binding against catch post or bracket in opened or closed position. Check if gate moves manually with low resistance throughout its full range of motion. Check if chain is installed inline with idle wheels in both and D positions. Loop fault condition: Check if EXIT loop wires are connected into to loop input connector properly. Check if loop detector is inserted properly in Loop Rack slot. Set unique loop detector frequency for each loop detector used. Loop Detector might be defective. Replace defective loop detector. NOTE: RENO loop detector LED s flash as default, but function normally (ignore the flashing). Loop fault condition: check if SAFETY loop wires are connected into to loop input connector properly. Check if SAFETY loops are wired in series. Check if loop detector is inserted properly in Loop Rack slot. Set unique loop detector frequency for each loop detector used. Loop Detector might be defective. Replace defective loop detector. NOTE: RENO loop detector LED s flash as default, but function normally (ignore the flashing). Check if Gate Shut-off switch is, Turn it. If it is, cycle the switch ( then ). Check if the chain is dropped. If so, gate is disabled for safety. Re-install chain and cycle the "Gate Shut-off" switch ( then ) to enable operator. Check if an external device is triggering GATE DISABLE input. Disconnect devices individually to determine possible false triggering of GATE DISABLE. Maglock power is lost. Check if maglock power transformer is wired properly or needs to be replaced. Switch is set to delay but no maglock is connected. Set switch to Gate was manually moved off of its D position causing Tamper Relay to trigger for few seconds. Check for a short in wiring to connected device. DO NOT power external keypads or telephone entry to this port (only use for radio receiver / photocell). Only if factory installed plug is plugged in. Re-install plug into SWING LIMIT connection for swing gate operator. Batteries are turned. Turn toroid box AC POWER switch and batteries automatically turn. Quick Close feature is turned. If this feature is not desired, turn quick close. Check if and Limits have been learned. Refer to Learn Gate Positions (see ). LY Maximum settings will turn LEDs. All other settings, LEDs remain.