Advantech APAX-5000 Series User Manual Download

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User Manual

APAX-5000 Series

I/O Modules

Summary of Contents for APAX-5000 Series

Page 1: ...User Manual APAX 5000 Series I O Modules...

Page 2: ...lation Advantech assumes no liability under the terms of this warranty as a consequence of such events Because of Advantech s high quality control standards and rigorous testing most of our customers...

Page 3: ...ire Pro tection Association work sites are classified into different classes divisions and groups based on hazard considerations This equipment is compliant with the speci fications of Class I Divisio...

Page 4: ...t overvoltage 13 Never pour any liquid into an opening This may cause fire or electrical shock 14 Never open the equipment For safety reasons the equipment should be opened only by qualified service p...

Page 5: ...eed Analog Input Module 30 Figure 2 5 APAX 5017H Module Front View 30 Figure 2 6 Wiring for APAX 5017H 31 2 1 4 APAX 5018 12 ch Thermocouple Input Module 32 Figure 2 7 APAX 5018 Module Front View 32 F...

Page 6: ...3 28A B Phase 1X With Reload Count Once 72 Figure 3 29A B Phase 1X With Reload Count Repetitively 73 Figure 3 30A B Phase 2X No Reload Count Once 74 Figure 3 31A B Phase 2X With Reload Count Once 75...

Page 7: ...tart 99 Figure 3 56Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Start 100 Figure 3 57Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Start 101 Chapter 4 Interface M...

Page 8: ...APAX 5000 I O Series User Manual viii...

Page 9: ...Chapter 1 1 Overview...

Page 10: ...Analog Input Module APAX 5018 12 ch Thermocouple Input Module APAX 5017H 12 ch High Speed Analog Input Module APAX 5028 8 ch Analog Output Module Digital I O APAX 5040 24 ch Digital Input Module APAX...

Page 11: ...3 APAX 5000 I O Series User Manual Chapter 1 Overview...

Page 12: ...inal blocks clamp type terminal blocks can save up to 75 wiring time and provide better reliability for shock and vibration Follow the pro cedures below for wiring your APAX 5000 I O module 1 Insert t...

Page 13: ...rminal block Warning APAX 5000 I O modules can be categorized into four categories AI AO DI and DO If you insert a terminal block into a module which has a different function it might damage the modul...

Page 14: ...ides write on labels for each APAX 5000 I O module This write on label has two sides one with the model name specifications and a wiring diagram while the other side allows users to write information...

Page 15: ...manually through the onboard jumpers This section will show you how to adjust the jumper settings 1 Pull out the write on label and you can see the location of the jumper 2 You can use the screw driv...

Page 16: ...how to set the ID number by the rotary ID switch From the figures above you can choose ID number 0 15 from the rotary ID switch 0 F Therefore the maximum number for analog module in one system is 16...

Page 17: ...re below for its location and how to configure it DIP Switch Setting ID LED Color 16 31 according to the rotary ID swich Orange 0 15 according to the rotary ID swich Green Warning Avoid two modules wi...

Page 18: ...between backplanes and provides to all APAX 5000 I O modules inserted on the backplanes Refer to figures below for how to wiring the power to the backplane and how to assembly APAX 5000 I O modules w...

Page 19: ...O module to the APAX 5002 backplane by pulling down the module locks 4 Insert another APAX 5000 I O module on the same APAX 5002 backplane Use tongue and groove slots to move the module 5 Lock that AP...

Page 20: ...ackplane locks Warning When you assembly different backplanes together remember to turn off the power connected to the backplane If not the backplanes may be damaged Turn on the power again after you...

Page 21: ...module locks similar as step 5 10 If needed repeat step 8 9 to have another APAX 5000 I O module on the same APAX 5002 backplane If you need more APAX 5000 I O module repeat Step 6 Step 10 until all n...

Page 22: ...s though the backplanes 1 Follow the procedure described in Section 1 7 1 to assembly APAX 5000 I O modules into one complete system The only difference is that you don t need to connect the power sup...

Page 23: ...15 APAX 5000 I O Series User Manual Chapter 1 Overview...

Page 24: ...side of the first APAX 5002 back plane in the system 4 Lock the stacked APAX 5343E backplane with the APAX 5002 backplane by the backplane locks on the APAX 5002 backplane 5 Insert the upper case of...

Page 25: ...serted on the backplane when the complete sys tem is power on This can significantly help to make it more convenient for system maintenance Changing one module won t affect operation of other modules...

Page 26: ...ule locks to lock on the backplane and APAX 5000 I O module will be power on and can be used The device must be fully dismantled in order to dispose of it Electronic parts must be disposed of in accor...

Page 27: ...f all backplanes into the position to fix all backplanes to the DIN rail 6 Insert all necessary APAX 5000 I O modules to the backplanes Similar to Step 2 Step 4 and Step 8 in section 1 7 1 7 Slide the...

Page 28: ...0 I O module to a wall panel through backplane using two screws per module Use M4 or 8 panhead screws Refer to figure below for the dimensional template Below are the procedures for the wall panel mou...

Page 29: ...rew for APAX 5002 to hang should be special designed We have provided it in accessory Diameter 9 mm length 16 mm height of head 2 7 mm 3 Mount the first APAX 5002 backplane to the wall panel using two...

Page 30: ...Series User Manual 22 4 Stack Another APAX 5002 backplane to original backplane Lock the two back planes together 5 Mount the second APAX 5002 backplane to the wall panel using two standard M4 or 8 p...

Page 31: ...1 7 1 8 Lock APAX 5520 and all necessary APAX 5000 I O module to the backplane by pull down the buckle Similar to Step 3 Step 5 and Step 9 in section 1 7 1 Note When the total number of APAX 5000 I O...

Page 32: ...ies User Manual 24 We suggest remaining enough clearance space from enclosure walls and adjacent equipments Allow 50 mm 2 in of space on all sides as shown below This provide ventilation and makes ass...

Page 33: ...Chapter 2 2 Analog Input Output Modules...

Page 34: ...nd transformer based isolation up to 2 500 VDC 2 1 1 APAX 5013 8 ch RTD Module The APAX 5013 is a 16 bit 8 channel RTD input module that features programmable input ranges on all channels This module...

Page 35: ...ifferent Range for Each Channel Yes Resolution 16 bit Accuracy 0 1 of FSR at 25 C Sampling Rate 50 Hz filter 8 sample second total 60 Hz filter 10 sample second total CMR 50 60 Hz 90 dBs NMR 50 60 Hz...

Page 36: ...nt input Refer to the figure below to see how to define the input type by the jumper Besides you can use software APAX utility to configure range type for each channel This module is an extremely cost...

Page 37: ...Drift 30 ppm C Zero Drift 6 V C Input Characteristic Curve According to IEC 61131 2 Common Mode Voltage up to 200 VDC Wire Burnout Detection Only for 4 20 mA range Note To keep measurement accuracy pl...

Page 38: ...Input Module APAX 5017H is an 12 ch analog differential input module that provides programma ble input ranges on each channel Its sampling rate depends on the data format received up to 1000 sample se...

Page 39: ...el Span Drift 25 ppm C Zero Drift 6 V C Input Characteristic Curve According to IEC 61131 2 Wire Burnout Detection Only for 4 20 mA range Protection Over Voltage Protection 35 VDC Isolation 2 500 VDC...

Page 40: ...5 V current input 20 mA 0 20mA 4 20mA and thermocouple input Type J K T R S E B An external CJC on the plug in ter minal is designed for accurate temperature measurement The module provides 2500 VDC o...

Page 41: ...at 25 C Temperature Range and Accuracy Note You can use the jumpers to configure each analog input channel type voltage thermocouple or current Refer to Section 1 5 for the location of the jumpers Th...

Page 42: ...Voltage up to 200 VDC Wire Burnout Detection For 4 20 mA range and all thermocouple type Protection Isolation 2 500 VDC Between channels and backplane bus Note This accuracy information only relates...

Page 43: ...Input Output Modules Environment Operating Temperature 10 60 C when mounted vertically Storage Temperature 40 70 C Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm...

Page 44: ...h channel This module is an IEC 61850 3 compliant I O modules and suitable for measurement and monitoring for power and energy related application The highly anti electromagnetic interfer ence make it...

Page 45: ...Resolution Sampling Rate 12 samples second total CMR 50 60 Hz 90 dB NMR 50 60 Hz 67 dB Noise Suppression for Frequency 50 60 Hz Span Drift 30 ppm C Zero Drift 6 V C Input Characteristic Curve Accordi...

Page 46: ...38 Environment Operating Temperature 20 70 C when mounted vertically Storage Temperature 40 85 C Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm Weight 170 g Powe...

Page 47: ...ough the configuration software For each channel voltage and current can be used by connecting to different terminal The module provides 2500 VDC optical isolation between channels and backplane bus I...

Page 48: ...rift 250 V C Load Voltage 1000 minimum Current 0 500 Protection Isolation 2 500 VDC Between channels and backplane bus Short Circuit Protection Fail Safe Protection When I O module lose its communicat...

Page 49: ...Chapter 3 3 Digital Input Output Modules...

Page 50: ...proximity switches The digital input channels offer LED to indicate digital status The module provides 2500 VDC optical isolation between channels and backplane bus If any high voltage or current dam...

Page 51: ...mA At signal 1 Maximum Input Current 7 3 mA Input Filter 3 ms Input Characteristic Curve According to IEC 61131 2 type 1 Protection Isolation 2 500 VDC Between channels and backplane bus Over Voltage...

Page 52: ...ls can generate discrete signal to external devices and change its output value to control the devices The digital output channels offer short circuit protection and LED to indicate digital status The...

Page 53: ...k Source Wet Contact Input Voltage Rated Value 24 VDC For 0 signal 5 5 VDC For 1 signal 15 30 VDC and 15 30 VDC Input Impedance 5 4 k Input Current typical 4 4 mA At signal 1 Input Filter 3 ms Input C...

Page 54: ...Protection Isolation 2 500 VDC Between channels and backplane bus Over Voltage Protection 70 VDC for DI channel Short Circuit Protection For DO channel Thermal Shutdown Protection For DO channel Fail...

Page 55: ...and backplane bus If any high voltage or current damage the channels the whole system backplanes other mod ules and control unit won t be affected because it is already isolated Figure 3 5 APAX 5046...

Page 56: ...ad max 200 Hz Using 5W lamp and testing under 24 V Protection Isolation 2 500 VDC Between channels and backplane bus Short Circuit Protection Thermal Shutdown Protection Fail Safe Protection When I O...

Page 57: ...l status This module is an IEC 61850 3 compliant I O modules and suitable for power and energy related applica tion The highly anti electromagnetic interference make it more robust and reliable to sur...

Page 58: ...ent 4 4 mA At signal 1 Maximum Input Current 7 3 mA Input Filter 3 ms Input Characteristic Curve According to IEC 61131 2 type 1 Protection Isolation 2 500 VDC Between channels and backplane bus Over...

Page 59: ...urrent damage the channels the whole system backplanes other modules and control unit won t be affected because it is already isolated The APAX 5046SO supports two independent power sources with diffe...

Page 60: ...ad max 200 Hz Using 5W lamp and testing under 24 V Protection Isolation 2 500 VDC Between channels and backplane bus Short Circuit Protection Thermal Shutdown Protection Fail Safe Protection When I O...

Page 61: ...ches can be used to control the relays The digital output channels offer short circuit protec tion and LED to indicate digital status The module provides 2500 VDC optical isolation between channels an...

Page 62: ...User Manual 54 Application Wiring Figure 3 12 Wiring for APAX 5060 Warning When you connect DO channel with inductive load we suggest adding one diode in the circuit to protect the APAX 5060 module Re...

Page 63: ...esistance 30 m maximum Insulation Resistance 1 G minimum at 500 VDC Operating Time 10 ms maximum at rated voltage excluding bounce time Release Time 5 ms maximum at rated voltage excluding bounce time...

Page 64: ...ompliant I O modules and suitable for power and energy related application The highly anti electro magnetic interference make it more robust and reliable to survive in the hush environ ment The module...

Page 65: ...Resistance 30 m maximum Insulation Resistance 1 G minimum at 500 VDC Operating Time 10 ms maximum at rated voltage excluding bounce time Release Time 5 ms maximum at rated voltage excluding bounce tim...

Page 66: ...APAX 5000 I O Series User Manual 58 Dimensions W x H x D 30 x 139 x 100 mm Weight 195 g Power Consumption 2 W 24 VDC typical Status Display LED per channel On Logic level 1 Off Logic level 0...

Page 67: ...tput function the APAX 5080 supports 4 general isolated digital output and spe cific alarm function with counter For counter frequency function the APAX 5080 can support many modes of counter input ty...

Page 68: ...APAX 5000 I O Series User Manual 60 Application Wiring Figure 3 16 Wiring for APAX 5080 Warning Please use different power supply modules for digital channels and sys tem to ensure isolation effect...

Page 69: ...61 APAX 5000 I O Series User Manual Chapter 3 Digital Input Output Modules APAX 5080 Function Block...

Page 70: ...irection Up Down Up Pulse A B phase and Frequency Channels 4 Pulse and Direction Up Down and A B phase mode 8 Up Pulse and Frequency mode Counting Range 32 bit 1 bit overflow underflow Minimum Pulse W...

Page 71: ...umber of steps will be added by one and vice versa A B Phase 2X counter mode A B Phase x 2 A B Phase 4X counter mode A B Phase x 4 With Reload When the counter0 value is overflow the value will be res...

Page 72: ...0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting Figure 3 18 Pulse DIR With Reload Count Once 0x33 0x32 0x31 Up Down...

Page 73: ...function When the counter0 is enabled the couner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively Figure 3 19...

Page 74: ...e counter0 is enabled the couner0 starts to count If the counter value is overflow or underflow it will show the minimum 0x00 or maximum 0xFFFFFFFF value and not count continuously Figure 3 20 Up Down...

Page 75: ...ne pulse one down count When the counter0 is enabled the couner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting Figur...

Page 76: ...ount When the counter0 is enabled the couner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively Figure 3 22 Up Do...

Page 77: ...ter up mode Ch0_A provides the counting up function one pulse one up count When the counter0 is enabled the couner0 starts to count If the counter value is overflow or underflow it will reset to the d...

Page 78: ...etitively Figure 3 25 Up With Reload Count Repetitively Frequency Figure 3 12 shows the frequency function Every counter channel can measure the frequency of assigned time window and the range is from...

Page 79: ...ed the couner0 starts to count If the counter value is overflow or underflow it will show the minimum 0x00 or maximum 0xFFFFFFFF value and not count continuously Figure 3 27 A B Phase 1X No Reload Cou...

Page 80: ...ouner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting Figure 3 28 A B Phase 1X With Reload Count Once 0x33 0x34 0x35...

Page 81: ...s enabled the couner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively Figure 3 29 A B Phase 1X With Reload Coun...

Page 82: ...uner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting Figure 3 30 A B Phase 2X No Reload Count Once 0x33 0x32 0x31 0x3...

Page 83: ...0 is enabled the couner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively Figure 3 31 A B Phase 2X With Reload C...

Page 84: ...s to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively Figure 3 32 A B Phase 2X With Reload Count Repetitively 0x33 0x34 0x...

Page 85: ...arts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting Figure 3 33 A B Phase 4X No Reload Count Once 0x33 0x00 Ch0_A Ch0_B Coun...

Page 86: ...counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively Figure 3 34 A B Phase 4X With Reload Count Once 0x33 0x33 Ch0_A Ch0_B Counter0 Value...

Page 87: ...n trigger the counter to count once Retriggerable It means DI0 can trigger the counter to count anytime High level the DI0 trigger level Low level the DI0 trigger level Rising Edge the DI0 trigger edg...

Page 88: ...count If the counter value is overflow or underflow it will show the minimum 0x00 or maximum 0xFFFFFFFF value and not count continuously Whatever the DI value is the counter still continu ously count...

Page 89: ...nabled the couner0 starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting Whatever the DI value is the counter still continuo...

Page 90: ...alue is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting If the DI0 value is high level the counter0 will starts to count but cannot retriggered Otherwise the...

Page 91: ...nt If the counter value is overflow or underflow t will reset to the defined value e g 0x33 but won t keep counting If the DI0 value is high level the counter0 will starts to count but cannot retrigge...

Page 92: ...s overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 value is high level the counter0 will starts to count and can be retriggered Otherwise the...

Page 93: ...counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 value is high level the counter0 will starts to count and can be retrigger...

Page 94: ...ue is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting If the DI0 value is low level the counter0 will starts to count but cannot retriggered Otherwise the cou...

Page 95: ...t If the counter value is overflow or underflow t will reset to the defined value e g 0x33 but won t keep counting If the DI0 value is low level the counter0 will start to count but cannot be retrigge...

Page 96: ...value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 value is low level the counter0 will starts to count and can be retriggered Otherwi...

Page 97: ...e counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 value is low level the counter0 will starts to count and can be retrigger...

Page 98: ...lue is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting If the DI0 status is rising edge the counter0 will starts to count but cannot retriggered Otherwise the...

Page 99: ...If the counter value is overflow or underflow t will reset to the defined value e g 0x33 but won t keep counting If the DI0 status is rising edge the counter0 will start to count but cannot be retrig...

Page 100: ...alue is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 status is rising edge the counter0 will starts to count and can be retriggered Other...

Page 101: ...counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 status is rising edge the counter0 will starts to count and can be retrigge...

Page 102: ...ue is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting If the DI0 status is falling edge the counter0 will starts to count but cannot retriggered Otherwise the...

Page 103: ...t If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting If the DI0 status is falling edge the counter0 will start to count but cannot be retrig ge...

Page 104: ...lue is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 status is falling edge the counter0 will starts to count and can be retriggered Other...

Page 105: ...ounter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively If the DI0 status is falling edge the counter0 will starts to count and can be retrigge...

Page 106: ...t If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting If the DI0 status is rising edge the counter0 will starts to count and won t be retr...

Page 107: ...arts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting If the DI0 status is rising edge the counter0 will starts to count and won t b...

Page 108: ...t If the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting If the DI0 status is falling edge the counter0 will starts to count and won t be ret...

Page 109: ...ill be high and when the counter value counts to defined alarm value the DO status will change high to low No Auto Reload When the counter is overflow or underflow the value will be reset to the initi...

Page 110: ...APAX 5000 I O Series User Manual 102...

Page 111: ...Chapter 4 4 Interface Module...

Page 112: ...ssue com mands to control other devices It is fully integrated with the APAX 5580 series and transmits data to through the COM port The integrated system is an intelligent stand alone system and can c...

Page 113: ...nted vertically Relative Humidity 5 95 Storage Temperature 40 70 C non condensing Configuration Settings SW4 COM1 SW5 COM2 SW6 COM3 SW7 COM4 SW4 7 Status Function PIN1 ON Force Disable RS 232 RxD OFF...

Page 114: ...SJA1000 CANBUS CANOpen DB9 PCM 26D1DB 1 Port Hilscher netX100 FieldBus mPCIe ProfiBus DB9 PCM 26R2PN 2 Port Hilscher netX100 FieldBus mPCIe PROFINET RJ45 PCM 26R2EC 2 Port Hilscher netX100 FieldBus m...

Page 115: ...ted topology by APAX bus APAX 5090 Specifications Communications Interface COM 1 COM 2 RS 232 422 485 COM 3 COM 4 RS 232 422 485 Change Mode with the switch Data Bits 8 Stop Bits 1 1 5 2 Parity None B...

Page 116: ...RxD OFF Enable RS 485 RxD default PIN3 ON Terminal Resistor 120ohm RS 422 TxD RS 485 OFF Disable default PIN4 ON Terminal Resistor 120ohm RS 422 RxD OFF Disable default SW8 Status Function PIN1 COM1 O...

Page 117: ...10 60 C when mounted vertically Storage Temperature 40 70 C Relative Humidity 5 95 non condensing 4 4 2 Installation Process Please follow below steps for the SSD installation 1 Remove the screws on...

Page 118: ...es User Manual 110 4 4 3 Setup RAID function in BIOS 1 Enter the BIOS and choose the Advanced tab and select SATA Configuration 2 In the item SATA Mode Selection and select RAID to enable the Activate...

Page 119: ...111 APAX 5000 I O Series User Manual Chapter 4 Interface Module 3 Reboot the system and enter the RAID option ROM by pressing Ctrl I 4 Select Create RAID Volume to create RAID mode...

Page 120: ...APAX 5000 I O Series User Manual 112 5 Enter a name 6 Select the RAID mode in the RAID Level...

Page 121: ...113 APAX 5000 I O Series User Manual Chapter 4 Interface Module 7 Select Disks...

Page 122: ...APAX 5000 I O Series User Manual 114 8 Finish the setting and Enter the Create Volume And Y to create the volume...

Page 123: ...115 APAX 5000 I O Series User Manual Chapter 4 Interface Module 9 Save and Exit...

Page 124: ...APAX 5000 I O Series User Manual 116...

Page 125: ...Chapter 5 5 Backplane Modules...

Page 126: ...lso be used between two APAX 5002 Therefore you can flexibly build any remote expansion with line tree or star topology All the APAX 5000 I O modules can benefit from the remote expansion architecture...

Page 127: ...APAX 5001 is power on you can see the LED lit on to indicate the module is working well APAX 5001 Specifications Environment Operating Temperature 10 60 C Storage Temperature 40 70 C Relative Humidit...

Page 128: ...APAX 5000 I O Series User Manual 120...

Page 129: ...Chapter 6 6 Power Supply Modules...

Page 130: ...l 60 ms Rated Output Current 3 A Output Current Limitation 3 5 4 3 A Efficiency 87 at 115 230 VAC Input Voltage Rated load Protection Isolation Protection In Out 42 42 VDC Over Voltage Protection Shut...

Page 131: ...Current 2 2A Max 48 VDC Output Output Power 96 W Efficiency 88 at rated load Rated Voltage 24 VDC Rated Output Current 4A Output Current Limit 4 8 A Reverse voltage Protection RVP Yes Shout Circuit Pr...

Page 132: ...d to remove the upper cover You will find three pins connect with label 48V GND 0V and earth ground After screwed your power cable you can mount this backplane with 5580 first Please note that keep yo...

Page 133: ...125 APAX 5000 I O Series User Manual Chapter 6 Power Supply Modules 6 2 3 Connectors The right side Connects to APAX 5580 The left side N A...

Page 134: ...APAX 5000 I O Series User Manual 126...

Page 135: ...Chapter 6 6 Error Handling and Diagnostics...

Page 136: ...tself Solution 1 Download latest firmware again to see if it works well 2 If the LED continues flashing after updating firmware then you need to contact Advantech for technical support LED continues f...

Page 137: ...I O module Solution 1 Check ID number of all I O modules in the same system Adjust the ID number to avoid different I O modules with the same ID number Refer to Section 1 6 for how to adjust ID numbe...

Page 138: ...e subject to change without notice No part of this publication may be reproduced in any form or by any means such as electronically by photocopying recording or otherwise without prior written permiss...

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