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Advantech APAX-5013 User Manual

1. 105 Figure 3 63APAX 5095P PIN Definitions 105 Table 3 22 yna ol A GE didn EWA Aaaa py A 106 Table 3 3 Configuration Settings ee eeasaaaaanaaaaeea 106 Backplane Modules 107 APAX 5002 5002L 2 slot Backplane Module 221112 108 APAX 5001 1 slot Backplane Module 0 00 0 eceeceeeeeeeeceeeeeeeeeeeeeeeeeeeees 109 Power Supply Modules 111 APAX 5343E Power Supply for Expansion Modules 112 APAX 5350 24V DC DC Power Filter for P amp E Applications 113 Error Handling and Diagnostics 115 Error Handling and Diagnostics 0 eceeceeeeeeeeeeeeeeeeeeeeeeeteeeeeeeeeeeeeeeees 116 vii APAX 5000 I O Series User Manual APAX 5000 I O Series User Manual viii Chapter 1 Overview 1 1 Introduction This manual will discuss the specifications functions and application wiring of the APAX 5000 series of I O modules Advantech provides different APAX 5000 I O mod ules for various applications The following table outlines Advantech s supported I O modules Table 1 1 Supported I O Module List Module Name Specifications Analog I O APAX 5013 8 ch RTD Module APAX 5017 12 ch 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
2. 93 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Not Retrig gerable Figure 3 35 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is falling edge the counterO will starts to count but cannot retriggered Otherwise the counterO will stop counting wa Wz Ch0_A 4 4 A i A 4 4 A A ai 4 LEA Sea Ch0_B Down Up Counter0 A Enable Counter 0 Value 0x 33 0x32 0x31 0x32 0x33 0x34 ceese OxFO OxF1 Counter0 Overflow 2209 ted Ch0_A A 1 PATA A A 4 cose Ch0_B Up Down Counter0 sm Enable Counter 0 Value 0x33 0x34 0x35 0x34 0x33 0x32 tee 0x11 0x10 Counter0 Underflow Figure 3 50 Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Not Retriggerable APAX 5000 I O Series User Manual 94 Pulse DIR With Reload Count Repetitively DI Gate Enable Falling Edge Not Retriggerable Figure 3 36 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the couner0 starts to count If
3. 84 Figure 3 41 Pulse DIR With Reload Count Repetitively DI Gate Enable High level Retriggerable 85 Figure 3 42Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Retriggerable 86 Figure 3 43Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Not Retriggerable 87 Figure 3 44Pulse DIR With Reload Count Once DI Gate Enable Low level Retriggerable eeeuuaaaaaaauaaa 88 Figure 3 45Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Retriggerable 89 Figure 3 46Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Not Retriggerable 90 Figure 3 47 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Not Retriggerable 91 Figure 3 48Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Retriggerable 211111 92 Figure 3 49Pulse DIR With Reload Count Repetitively DI Gate vi Chapter Chapter Chapter 3 4 4 4 1 5 5 1 5 2 6 6 1 Enable Rising Edge Retriggerable 93 Figure 3 50Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Not Retriggerable 94 Figure 3 51 Pulse DIR With Reload Count Repetitively DI Gate En
4. max 0 75 A Output Current at signal 0 leakage current 0 1 mA Lamp Load max 5W m On State Voltage Drop 0 15 V at 0 5 A m Switch Rate For resistive load max 300 Hz For inductive load max 20 Hz For lamp load max 200 Hz Using 5W lamp and tested under 50 Q 24 V Protection m 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 Safe Protection When I O module lose its communication with controller or coupler the output chan nel will generate a pre defined value Environment Operating Temperature 10 60 C when mounted vertically Storage Temperature 40 70 C Relative Humidity 5 95 non condensing General m Dimensions W x H x D 30 x 139 x 100 mm m Weight 165g m Power Consumption 2 5 W 24 VDC typical m Status Display LED per channel On Logic level 1 Off Logic level 0 APAX 5000 I O Series User Manual 46 3 1 3 APAX 5046 24 ch Digital Output Module The APAX 5046 features 24 digital output sink channels The digital output chan nels offer short circuit protection and LED to indicate digital status The module pro vides 2500 VDC optical isolation between channels and backplane bus If any high voltage or current damage the channels the whole system backplanes other mod ules and control un
5. 9 Lock that APAX 5000 I O module to the second APAX 5002 backplane by pull down the 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 necessary APAX 5000 I O modules are inserted on the backplanes When the total number of APAX 5520 and APAX 5000 I O modules is odd you can use 1 slot APAX 5001 backplane module as the last backplane in the system 13 APAX 5000 I O Series User Manual Lock 1 7 2 Using the APAX 5343E Power Supply Module APAX 5000 I O modules can also be powered by the APAX 5343E power supply module connected to the left side of the whole system The power can be transferred to APAX 5000 I O modules though the backplanes Note Refer to Chapter 5 for APAX 5343E specifications 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 supply wiring to the power connectors on the backplane step 1 in Section 1 7 1 2 Pull up the module locks on the upper case of one APAX 5343E Then you can separate the upper case of APAX 5343E from its backplane APAX 5000 I O Series User Manual 14 15 APAX 5000 I O Series User Manual 3 Stack the backplane of APAX 5343E to the left side of the first APAX 5002 back plane in the system
6. Counter0 Enable Counter0 Value Counter0 fF NNNNNNNEE Underflow saeg geog gt grorra ma FIFLFLFLTLALFLFLFLTLFLFL Ch0_B Down Up Counter0 Ek NNNNNNNNNNNNNEGE Enable Counter0 Valie 0x33 j 0x32 0x33 o 0xF F 0x33 0x84 eee 0xP F 0x83 Counter0 Overflow Figure 3 19 Pulse DIR With Reload Count Repetitively 65 APAX 5000 I O Series User Manual Up Down No Reload Count Once Figure 3 6 shows up down mode Ch0_A provides the counting up function one pulse one up count ChO_B provides the counting down function one pulse one down count When the counter0 is enabled the counerO starts to count If the counter value is overflow or underflow it will show the minimum 0x00 or maximum OxFFFFFFFF value and not count continuously Ch0_A Ch0_B Counter0 Enable Counter0 Value Counter0 Underflow Ch0_A Ch0_B Counter0 Enable Counter 0 Value Counter0 Overflow FLFLFLFI 0x33 0x32 0x31 0x30 0x31 0x32 Geeee OxF F 0x00 na ke woD vo Figure 3 20 Up Down No Reload Count Once APAX 5000 I O Series User Manual 66 Up Down With Reload Count Once Figure 3 7 shows up down mode Ch0_A provides the counting up function one pulse one up count ChO_B provides the counting down function one pulse one down count When the counter0 is enabled the counerO starts to count If the counter value is overflow or underflow it will reset to th
7. THIS COULD DAMAGE THE EQUIPMENT THE EQUIPMENT SHOULD BE IN A CONTROLLED ENVIRONMENT CAUTION DANGER OF EXPLOSION IF BATTERY IS INCORRECTLY REPLACED REPLACE ONLY WITH THE SAME OR EQUIVALENT TYPE RECOMMENDED BY THE MANUFACTURER DISCARD USED BATTERIES ACCORDING TO THE MANUFACTURER S INSTRUCTIONS The sound pressure level at the operator s position according to IEC 704 1 1982 is no more than 70 dB A DISCLAIMER This set of instructions is given according to IEC 704 1 Advantech disclaims all responsibility for the accuracy of any statements contained herein APAX 5000 I O Series User Manual iv Chapter Chapter Chapter 1 1 1 NO OR Wp w 2 1 2 2 3 3 1 OvervieW szassazazansazananzarananzaranzczarazz0z U INTOQUCIION easy etn RE AW Ewa REE R LAY 2 Table 1 1 Supported I O Module List s 21112 11122 2 VO WINO snarpi esain A AREA OWE KASA AGGIE PARKA 3 Removing the I O Terminal eeeue oe aaa aaa aaa anawa aaa wana aaaaacnnaa 4 Labeling the Terminal ooeeeeo ooo e aaa een aaa EEA A 5 Jumper S6tUNYSG wa at OE RA aby nied 6 ID Swit Setting asees a A dA wa 7 Mechanical Assembly and Power Connection cccccescsseeeeeeeenees 10 1 7 1 Wiring Power Input to the Backplane e assueauaaa0 10 1 7 2 Using the APAX 5343E Power Supply Module 14 Decommission
8. User Manual APAX 5000 Series I O Modules AD ANTECH eAutomation Copyright The documentation and the software included with this product are copyrighted 2014 by Advantech Co Ltd All rights are reserved Advantech Co Ltd reserves the right to make improvements in the products described in this manual at any time without notice No part of this manual may be reproduced copied translated or transmitted in any form or by any means without the prior written permission of Advantech Co Lid Information provided in this manual is intended to be accurate and reliable How ever Advantech Co Ltd assumes no responsibility for its use nor for any infringe ments of the rights of third parties which may result from its use Acknowledgements Intel and Pentium are trademarks of Intel Corporation Microsoft Windows and MS DOS are registered trademarks of Microsoft Corp All other product names or trademarks are properties of their respective owners Product Warranty 2 years Advantech warrants to you the original purchaser that each of its products will be free from defects in materials and workmanship for two years from the date of pur chase This warranty does not apply to any products which have been repaired or altered by persons other than repair personnel authorized by Advantech or which have been subject to misuse abuse accident or improper installation Advantech assumes no liability under the terms of th
9. Because the DI gate is disabled whatever the DI value is the counter still continu ously counts When the counter0 value is overflow the value will be reset to the initial value like 0x33 Count once means if the counter0 is overflow it won t count again 101 APAX 5000 I O Series User Manual 3 4 Communication Modules 3 4 1 APAX 5090P 4 port RS 232 422 485 Communication Module APAX 5090P is equipped with two RS 422 485 ports and two RS232 422 485 ports which can issue commands to control other devices It is fully integrated with the APAX 557X series and transmits data to through the COM port The integrated sys tem is an intelligent stand alone system and can connect and issue commands to control devices such as printers and PLCs in remote factory location SS Se APAX 5090P_ c u c Figure 3 58 APAX 5090P Module Front View Iso RS422 485 Portl P RS422 485 ISO Port2 Q I ISO RS232 422 PCI954 185 as ISO RS232 422 U 485 Port4 CPLD FOR MODE CHANGE MODE INFO Figure 3 59 APAX 5090P Function Block Diagram APAX 5000 I O Series User Manual 102 APAX 5090P Specifications Communications Bus Interface PCI bus specification 2 2 compliant Channels COM1 COM2 RS 422 485 isolated COM3 COM4 RS 232 422 485 isolated Data bits 5 6 7 8 Stop bits 1 1 5 2 Parity none even odd Communicatio
10. NMR 50 60 Hz 67 dB m Noise Suppression for Frequency 50 60 Hz Span Drift 30 ppm C Zero Drift 6 uV C Input Characteristic Curve According to IEC 61131 2 Common Mode Voltage up to 200 VDC m Wire Burnout Detection Only for 4 20 mA range Protection m Isolation 2 500 VDC Between channels and backplane bus m Over Voltage Protection 35 VDC 37 APAX 5000 I O User Manual Environment Operating Temperature 20 70 C when mounted vertically m Storage Temperature 40 85 C Relative Humidity 5 95 non condensing General m Dimensions W x H x D 30 x 139 x 100 mm m Weight 170g m Power Consumption 2 W 5 VDC typical APAX 5000 I O User Manual 38 2 2 2 2 1 Analog Output Modules APAX 5028 8 ch Analog Output Module The APAX 5028 is a 8 channel analog output module It uses the D A converter con trolled by the system module to convert the digital data into output signals You can specify slew rates and start up currents through 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 If any high voltage or current damage the channels the whole system backplanes other modules and control unit won t be affected because it is already isolated Note The slew rate is defined as the slope indicated the ascending or N descending rate per sec
11. Overflow Ch0_B Counter 1 Enable Counter 1 Value Counter 1 Overflow was oae ons 086 ar oC es 0x33 0x34 0x35 0x36 0x37 0x38 NE CZ 0x00 Figure 3 23 Up No Reload Count Once Up With Reload Count Once Figure 3 10 shows counter up mode ChO0_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 defined value e g 0x33 but won t keep counting Ch0_A Counter 0 Enable Counter 0 Value Counter0 Overflow Ch0_B Counter 1 Enable Counter 1 Value Counter 1 Overflow SLL ELL sn NENA __0x33 0x34 0x35 0x36 0x37 038 eee ox FL 0x33 i 0x33 0x34 0x35 0x36 0x37 0x38 ee 0xF F 0x33 Figure 3 24 Up With Reload Count Once 69 APAX 5000 I O Series User Manual Up With Reload Count Repetitively Figure 3 11 shows up down mode ChO_A provides the counting up function one pulse one up count ChO_B provides the counting down function one pulse one down count When the counter0 is enabled the counerO 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 seo ooog esoq ooog ax LILT Lis OGOGO LT 11 Counter0 mu Enable Counter0 Counter0 WEKKNNKNKNNNNNNNKM NN Overflow seq soog css soo9
12. e IFO LOO Taa a L L Counter 1 Enable a Counter 1 Counter 1 Overflow 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 0 1Hz 1MHz me EE ea a ee Loe OLL Counter0 CO Gc Enable Counter0 Value 0x33 Pulse Number in one acquisition time window Ch0_B A A 4 A 4 A A 4 A 7 ni 1 Counter 1 Enable Counter l Value 0x33 Pulse Number in one acquisition time window Figure 3 26 Frequency APAX 5000 I O Series User Manual 70 A B Phase 1X No Reload Count Once Figure 3 13 shows A B Phase 1X mode ChO_A and ChO_B provide the counting function When the counter0 is enabled the counerO starts to count If the counter value is overflow or underflow it will show the minimum 0x00 or maximum OxFFFFFFFF value and not count continuously m _FLFLHLFULFLFLULFLFLLFL m LELALA LALA LE LE LAL LLY Counter 0 Enable EA OO Counter 0 Value 0x33 0x34 0x35 0x34 0x33 0x32 sirsa 0x00 y OxFFFFFFFF Counter0 Underflow a OMA aa FLA LALA LE LALA LALLA LF m fLFLFL FLFLFLFLFLYLFLFLF Counter 0 Enable Counter 0 ana 0x33 0x32 0x31 0x32 0x33 0x34 oe 0xF F 0x00 Counter0 Overflow Figure 3 27 A B Phase 1X No Reload Count Once 71 APAX 5000 I O Series User Manual A B Phase 1X With Reload Count O
13. non condensing m Shock Resistance 20 G wall mounting duration 11 ms tested to IEC 60068 2 27 Vibration Resistance 2 Grms wall mounting random 5 500 Hz 3 axes 1 hr axis Tested to IEC 60068 2 64 General m Dimensions W x H x D 28 x 151 x 38 mm Weight 70g Mounting DIN rail wall panel Power Input 24 VDC Power Consumption 0 3 W 24 VDC 109 APAX 5000 I O Series User Manual APAX 5000 I O Series User Manual 110 Chapter 5 Power Supply Modules 5 1 APAX 5343E Power Supply for Expansion Modules APAX 5343E Specifications Input Rated Voltage 115 230 VAC Voltage Range 90 264 VAC Input Current 1 5 A at rated load E Input Frequency Range 47 63 Hz Inrush Current 50 A one cycle at 25 C E Installed Input Fuse F 3 15 A 250 V not accessible Output Output Power 72 watts m Power Loss at rated load approximated 8 9 W m Residual Ripple lt 240 mVpp m Startup Delay lt 3 second Rated Voltage 24 VDC m Voltage Rise typical 60 ms m Rated Output Current 3 A m Output Current Limitation 3 5 4 3 A m Efficiency gt 87 at 115 230 VAC Input Voltage Rated load Protection Isolation Protection In Out 42 42 VDC m Over Voltage Protection Shutdown at approx 25 27 VDC latch off mode m Over Load Protection Auto recovery mode m Short Circuit Protection Auto recovery mode General m Certifications CE FCC Class A UL 508 U
14. per channel Permitted Output Current at signal 1 max 1 2A Output Current at signal 0 leakage current 0 1 mA Lamp Load max 10 W On State Voltage Drop 0 15 V at 0 5 A Switch Rate For resistive load max 300 Hz For inductive load max 20 Hz For lamp load max 200 Hz Using 5W lamp and testing under 24 V Protection m Isolation 2 500 Vpc Between channels and backplane bus E Short Circuit Protection Thermal Shutdown Protection m Fail Safe Protection When I O module lose its communication with controller or coupler the output chan nel will generate a pre defined value Environment Operating Temperature 10 60 C when mounted vertically m Storage Temperature 40 70 C Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm m Weight 165 g m Power Consumption 2 5 W 24 Vpg typical m Status Display LED per channel On Logic level 1 Off Logic level 0 APAX 5000 I O Series User Manual 52 3 2 3 2 1 Relay Output Modules APAX 5060 12 ch Relay Output Module The APAX 5060 relay output module provides 12 relay channels of Form A Switches 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 and backplane bus If any high voltage or current damage the chan nels
15. using two standard M4 or 8 panhead screws APAX 5000 I O Series User Manual 22 6 Repeat Step 4 Step 5 until all necessary APAX 5002 backplane are screwed on the wall panel Note When the total number of APAX 5000 I O modules is odd you can use N APAX 5001 1 slot backplane as the last backplane in the system The procedure to attach APAX 5001 on the wall is similar as APAX 5002 7 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 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 Warning In order to have better ventilation remember to align the APAX 5000 I O N modules as follows 23 APAX 5000 I O Series User Manual MOOD Toward ground TEIN 7 popr LEO TO o z Bey Jez RS R t Semmonorerr nonin MULI CECENE 440 1ITLLLLILLLLIYTANS 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 assembly more easily 7 50 mm Top 2 2 W 0 O A gt s 50mm 6 fs fe te a te mm Toward 5 ground Slide elo Sie Slide o o o o oe o O 2 O Ol B P999 gt lt
16. Underflow 0x33 0x34 0x35 0x34 0x33 0x32 tee 0x00 OxFFFFFFFF 63 APAX 5000 I O Series User Manual a PLL Le La Le ae Pa Las Ch0_B Down Up Counter0 Enable a 0x33 0x32 0x31 0x32 0x33 aa VOFF 0x00 Counter 0 Overflow Figure 3 17 Pulse DIR No Reload Count Once Pulse DIR With Reload Count Once Figure 3 4 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 aa LAL FEL ALPES LE LEA Ch0_B Up Down Counter0 n Enable Counter0 Counter0 Underflow x FPL LL lessee LATA Ch0_B Down Up Counter0 Enable ko 0x33 0x32 0x31 0x32 0x33 0x34 YOR 0x33 Counter0 777 Overflow Figure 3 18 Pulse DIR With Reload Count Once APAX 5000 I O Series User Manual 64 Pulse DIR With Reload Count Repetitively Figure 3 5 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 oe Fits sii ris Ch0_B Up Down
17. Underflow Figure 3 39 Pulse DIR With Reload Count Repetitively DI Gate Enable High level Not Retriggerable 83 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable High level Retriggerable Figure 3 26 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO value is high level the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting CHO_A Cae Ps GOGU et ee ea a ee Ch0_B Up Down Unable ko 0x33 0x34 0x35 0x33 tesa 0x00 0x33 alue Counter0 Underflow ong cong Ch0_A A 4 A A A A 1 A A 4 4 4 eee Tass Ch0_B Down Up Counter0 GSGS Enable Counter U 0x33 0x32 0x31 0x32 Value Counter0 Overflow Figure 3 40 Pulse DIR With Reload Count Repetitively DI Gate Enable High level Not Retriggerable 0x33 wyko OxF F 0x33 APAX 5000 I O Series User Manual 84 Pulse DIR With Reload Count Repetitively DI Gate Enable High level Retrig gerable Figure 3 27 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is ena
18. but won t keep counting If the DIO value is high level the counterO will starts to count but cannot retriggered Otherwise the counterO will stop counting e 4 s229 we FOLTOS ee ee Ch0_B Down Up Counter0 pao NNNNNNNNNEGE Enable Counter 0 Value 0x33 0x32 0x31 0x32 0x33 0x34 ceses OxFO OxF1 Counter0 Overflow 2209 ted we FTP Lae Le a ee LTL Ch0_B Up Down Counter0 sk oo Enable Counter 0 Value 0x33 0x34 0x35 0x34 0x33 Ox32 teese 0x11 0x10 Counter0 Underflow Figure 3 38 Pulse DIR With Reload Count Once DI Gate Enable High level Not Retriggerable APAX 5000 I O Series User Manual 82 Pulse DIR With Reload Count Repetitively DI Gate Enable High level Not Retriggerable Figure 3 25 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO starts to count 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 DIO value is high level the counterO will starts to count but cannot retriggered Otherwise the counterO will stop counting peog an ma Taira oa CPC hos ane Ch0_B Down Up Counter 0 M CHINA Enable Counter 0 Counter0 C Overflow aut any e FP LA GALI LIT La ais L laa haoo Ch0_B Up Down Counter 0 AP Enable Counter 0 Counter0
19. can be configured using different ranges It accepts voltage and current inputs Adjust the switch refer to Section 1 5 to define each channel as voltage or current 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 effective solution for industrial measurement and monitoring applications The module provides 2500 VDC optical isolation between channels and backplane bus If any high voltage or current damage the channels the whole system backplanes other modules and control unit won t be affected because it is already isolated Figure 2 4 Wiring for APAX 5017 APAX 5000 I O User Manual 28 Note To keep measurement accuracy please short the channels that are not in use Note You can use the jumpers to configure each analog input channel type voltage or current Refer to Section 1 5 for the location of the jumpers B There are a total of 12 jumpers and each is specific for one channel Technical Specifications of APAX 5017 m Channels 12 Differential m input Impedance gt 10 MQ Voltage 120Q Current m Input Type V mV mA m Voltage Current Range 150mV 500mV 1V 5V 10V 20mA 0720mA 4 20 mA m Con
20. the counter value is overflow or underflow it will reset to the defined value e g 0x33 but won t keep counting Ch0_B A 4 1 ky 4 Counter 0 Enable e une 0x33 0x32 0x31 0x32 0x33 0x34 YO oxE Ff oo Counter0 L lt _L _L_L_NN NN A Overflow os YR YF ere P yf at Counter 0 Enable a Vale 0x33 0x34 0x35 0x34 0x33 Jf ieee 0x00 OxFFFFFFFF Counter0 A ns Underflow Figure 3 30 A B Phase 2X No Reload Count Once APAX 5000 I O Series User Manual 74 A B Phase 2X With Reload Count Once Figure 3 17 shows A B Phase 2X mode Ch0O_A and ChO_B provide the counting function When the counter0 is enabled the counerO 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 a 4 YY F YY fF YF 4 Ch0_B i ih l A y 4 4 4 Counter 0 SEX NNIONNNNNNNNEENENNa Enable wd 0x33 _ 0x32 0x31 0x32 0x3 034 e 0xF F 0x33 Counter0 eee 7 Overflow Ch0_A 4 1 l Ii l ws 174 7 17 YF Yr S Counter 0 n Enable Counter0 0x33 0x34 0x35 0x34 V 0x33 V renee 0x00 0x33 Value Counter0 Underflow Figure 3 31 A B Phase 2X With Reload Count Once 75 APAX 5000 I O Series User Manual A B Phase 2X With Reload Count Repetitively Figure 3 18 shows A B Phase 2X mode Ch0O_A and ChO_B provide the counting function When the counter0 is enabled the counerO starts to cou
21. the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting If the DIO status is falling edge the counterO will start to count but cannot be retrig gered Otherwise the counter0 will stop counting Ch0_A ai 4 A p A A 1 4 ai 4 ae soe Ch0_B Down Up Counter 0 EE Enable Counter 0 Value Counter0 OO Overflow g ee am Fite EFA FET LTE Ch0_B Up Down Counter 0 a OO Enable Counter 0 Counter0 S NONE Underflow Figure 3 51 Pulse DIR With Reload Count Repetitively DI Gate Enable Falling Edge Not Retriggerable 0x33 0x32 Ox33 eee OxF F 0x33 0x34 0x35 0x36 95 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Retrigger able Figure 3 37 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is falling edge the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting s229 ze w LPLFLYL KD EPA LL LT LL Ch0_B Up Down Counter0 e Enable GAME 0x33 0x34 0x35 0x34 Value Counter0 Underflow wa ted e ST JT LE ae TAT e
22. the whole system backplanes other modules and control unit won t be affected because it is already isolated Oo Od Ot Clq Od Oc Og Od ag ag GI CI Oc Od Lig Od Od Old Od Oc Liq Oc Clo og Qc A j Figure 3 11 APAX 5060 Module Frontal View 53 APAX 5000 I O Series User Manual 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 Refer to fig A ure below 4 jola Inductive 7 Bac Load 24 Voc Noo 7 Relay Channel 4 y aL BE Diode Inside module _ external APAX 5000 I O Series User Manual 54 APAX 5060 Specifications Relay Output E Channels 12 m Relay Type Form A SPST Switching Capacity and Lifetime of the Contact For Resistive Load VDE 30 000 operations 5 A 250 VAC 10 operations minute at 8 C 70 000 operations 5 A 30 VDC 10 operations minute at 85 C UL 60 000 operations 5 A 250 VAC 100 000 operations 5 A 30 VDC Mechanism 20 000 000 operations no load 300 operations minute Breakdown Voltage 500 VAC 50 60 Hz Contact Resistance 30 mQ maximum Insulation Resistance 1 GQ 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 Protection I
23. 4 Lock the stacked APAX 5343E backplane with the APAX 5002 backplane by the backplane locks on the APAX 5002 backplane Lock 5 Insert the upper case of APAX 5343E back to its backplane Use tongue and groove slots to move the upper case APAX 5000 I O Series User Manual 16 6 Lock the upper case of APAX 5343E to its backplane by pulling down the mod ule locks on the upper case Connect AC power code to the power connectors on the upper case of APAX 5343E Then the whole system is powered on 1 8 Decommission and Disposal APAX 5000 I O modules support hot swap functionality It means the I O module can be removed from the backplane or inserted 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 The hot swap functionality is implemented by the module locks Refer to figure below for how to dismantle APAX 5000 I O modules 1 Pull up the two module locks on side of APAX 5000 I O modules first This action disconnects the power between the I O module and backplane Ve Note Ifyou only want to remove one module the procedure is similar Pull T up the module locks and then remove the module without shutting down EH the power 17 APAX 5000 I O Series User Manual 2 Detach APAX 5000 I O module from the backplane Repeat Step 1 Step 2 for all the APAX 5000 I O modules
24. 9 APAX 5000 I O Series User Manual 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 APAX 5000 I O Series User Manual 60 APAX 5080 Function Block PULSE WIDTH PULSE HIGH PULSE LOW PULSE HIGH LEVEL EVEL LOW LEVEL ALARM VALUE HIGH LOW ALARM AUTO RELOAD ALARM CHANNEL SETTING SINGLE CONTINUE MODE OVER UNDER FLOW RELOAD MODE INITIAL VALUE HIGH LEVEL RETRIGGER MODE LOW LEVEL HIGH LEVEL NON RETRIGGER MODE LOW LEVEL RISING EDGE EDGE START MODE e FALLING EDGE 61 APAX 5000 I O Series User Manual APAX 5080 Specifications Digital Input m Channels 4 m Input Voltage For 0 Signal 0 3 VDC For 1 Signal 10 30 VDC Input Current 5 15 mA For Signal 1 typical Minimum Pulse Width 500 ns Max Input Frequency Digital Output Channels 4 Voltage Range 8 35 VDC Output Current at Signal 1 Rated 0 5A Permitted 0 75 A max Output Current at Signal 0 10A Leakage Current Output Delay at Resistive Load From logic level 0 to 1 100 s max From logic level 1 to 07200 s max Counter Input E Modes Pulse and Direction Up Down U
25. 9 x 100 mm m Weight 175g Power Consumption 3 5 W 24 VDC typical APAX 5000 I O User Manual 40 Digital Input Output Modules 3 1 Digital Input Output Modules 3 1 1 APAX 5040 24 ch Digital Input Module The APAX 5040 features 24 digital input sink source channels The APAX 5040 module s digital input channels can accept a 2 wiring input from a DC voltage source to determine the state of limits standard switches or 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 damage the channels the whole system backplanes other modules and control unit won t be affected because it is already isolated Warning Please use different power supply modules for digital channels and sys i tem to ensure isolation effect a y APAX 5040 Figure 3 1 APAX 5040 Module Front View Application Wiring Figure 3 2 Wiring for APAX 5040 APAX 5000 I O Series User Manual 42 APAX 5040 Specifications Digital Input Channels 24 Points per Common 12 Type Sink Source Wet Contact Input Vo
26. APAX 5000 I O modules provide detachable terminal blocks that are convenient when wiring needs to be changed because the terminal block can removed and the module doesn t need to be Refer to the figures below to remove the terminal block Warning A APAX 5000 I O modules can be categorized into four categories Al AO DI and DO If you insert a terminal block into a module which has a different function it might damage the modules for example inserting a DO terminal block on DI module In order to prevent this APAX 5000 modules color the terminal block and label on the front side Remember to match the terminal block with the module as below Function Color Analog Input Green Analog Output Blue Digital Input Yellow Digital Output Red APAX 5000 I O Series User Manual 4 1 4 Labeling the Terminal Advantech provides 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 in by themselves Refer to the figures below for the write on label details P N 2100005678 5 APAX 5000 I O Series User Manual 1 5 Jumper Settings Some I O modules need to be configured 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 c
27. D color is orange the ID number is doubled 16 31 according to the rotary ID switch Refer to figure below for its location and how to configure it APAX 5000 I O Series User Manual 8 DIP Switch Setting ID LED Color 16 31 according to the rotary ID swich Orange ON 0 15 according to the rotary ID swich Warning Avoid two modules with the same ID number in the same system or you cannot see the module in the software utility The LED on the front side A will flash four times if two or more modules have the same ID number in one system If this happens simply change the ID number for these conflicted modules and all of them can be found in utility again 9 APAX 5000 I O Series User Manual 1 7 Mechanical Assembly and Power Connection 1 7 1 Wiring Power Input to the Backplane There are two ways that APAX 5000 I O mdoules can be powered One is to connect the DC power supply wire directly to the power connector on the backplane Another way is using APAX 5343E power supply module When you wire the power supply to the backplane the power is transferred 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 with backplanes 1 Connect the power supply wire to the power connectors on the 2 slot APAX 5002 backplane module Warning If you use APAX 5000 digital modul
28. L cUL approval Energy Star m Enclosure ABS PC m Diagnostics LEDs 1 x Power m Dimensions W x H x D 75 x 151 x 115mm m Operating Temperature 10 55 C Storage Temperature 20 70 C Relative Humidity 5 95 non condensing m Leakage Current lt 3 5 mA Note Refer to Section 1 7 2 for how to assembly APAX 5343E with APAX A 5000 I O modules E APAX 5000 I O Series User Manual 112 5 2 APAX 5350 24V DC DC Power Filter for P amp E Applications APAX 5350 is a 24V DC power filter to filter the unexpected noise from the power source This is a useful module to enhance the system stability especially in the envi ronment with high electromagnetic interference such as power substation And this is a necessary unit for APAX to complaint with the IEC 61850 3 standard APAX 5350 Specifications Input Rated Voltage 24VDC Output m Rated Voltage 24VDC General Certifications IEC 61850 3 CE FCC Enclosure ABS PC Dimensions W x H x D 75 x 151 x 115 mm Operating Temperature 20 70 C Storage Temperature 20 85 C Relative Humidity 5 95 non condensing 113 APAX 5000 I O Series User Manual APAX 5000 I O Series User Manual 114 Error Handling and Diagnostics 6 1 Error Handling and Diagnostics There is one power LED on the front panel of any APAX 5000 I O module When the module is power on the LED will be lit For analog I O module the LED color is green For digital I
29. Module Digital I O APAX 5040 24 ch Digital Input Module APAX 5045 24 ch Digital Input Output Module APAX 5046 24 ch Digital Output Module Relay Output APAX 5060 12 ch Relay Output Module Counter APAX 5080 Counter Frequency and DIO module Communication APAX 5090P 4 port RS 232 422 485 Communication Module Communication APAX 5095P 2 port CAN bus Communication Module ZOOCOCOCOCOOOCOCOCOCOCOCOO OULU m JULLLLIUE U APAX 5000 I O Series User Manual 2 1 2 I O Wiring APAX 5000 I O modules leverage detachable clamp type terminal blocks Comparing with traditional screw type terminal 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 the screw driver into the left hole of the terminal 2 Insert the wiring into the right hole of the terminal Note Please use 14 AWG 28 AWG wire for terminal block 3 APAX 5000 I O Series User Manual 1 3 Removing the I O Terminal
30. O module the LED color is green or orange depending on the module ID number Refer to Section 1 6 for more details Except for showing the module power sta tus and ID number this LED is also designed to diagnose module status m LED continues flashing one time every 2 seconds LED status 4 gt ie gt e gt gt 2second i 2second 2second 2 second Time Representation The I O modules has problem itself 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 m LED continues flashing 2 times every 2 seconds LED status 4 2 second i 2 second i 2 second gt Time Representation The I O modules has communication problem Solution 1 Check if the controller or coupler is installed and power on 2 If controller or coupler is installed check if the Ethernet connection is broken when you have remote expansion 3 If the networking is okay or there is remote expansion in the system check if any backplane is broken 4 If backplanes are all fine download latest firmware again to see if it works well 5 If the LED continues flashing after updating firmware then you need to contact Advantech for support APAX 5000 I O Series User Manual 116 m LED continues flashing 4 times every 2 seconds LED status 2 second 2 second Time Representation ID nu
31. PAX 5000 I O modules to the backplanes Similar to Step 2 Step 4 and Step 8 in section 1 7 1 7 Slide the module lock of those APAX 5000 I O modules into the position to fix these modules to related backplanes Similar to Step 3 Step 5 and Step 9 in section 1 7 1 19 APAX 5000 I O Series User Manual 1 9 2 Wall Panel Mounting Mount the APAX 5000 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 PA p ku ka Below are the procedures for the wall panel mounting 1 Pull down the DIN rail lock at the back of the first APAX 5002 backplane A Unlock APAX 5000 I O Series User Manual 20 2 Hang the APAX 5002 backplane onto the screw on the wall panel The screw 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 standard M4 or 8 panhead screws We also provide the two screws in accessory Diameter 7 mm length 8 mm height of head 2 6 mm 21 APAX 5000 I O Series User Manual 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
32. XXXXXXXX ONIANA IOIO NIIIN 0x33 0x34 Y 0x35 ox34 ox33 Y ox32 foo o S ee Down Up AAIDD ANIDA Figure 3 36 Pulse DIR With Reload Count Once DI Gate Disable APAX 5000 I O Series User Manual 80 Pulse DIR With Reload Count Repetitively DI Gate Disable Figure 3 23 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 continuously counts Ch0_B Counter0 Enable DIO Counter 0 Value Counter0 Underflow asaq ooog eocq poog ChO_A Pit COGG EPTLTLUPEDZT A EPK Ch0_B Down Up Enable pio OOOO OOO Counter 0 Value Counter0 OO Overflow Figure 3 37 Pulse DIR With Reload Count Repetitively DI Gate Disable 81 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable High level Not Retrigger able Figure 3 24 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO starts to count If the counter value is overflow or underflow it will reset to the defined value e g 0x33
33. a asa aaa oaza aaa aaa anna aaeena 39 2 2 1 APAX 5028 8 ch Analog Output Module 2 1 11 39 Figure 2 11APAX 5028 Module Frontal View 39 Figure 2 12Wiring for APAX 5028 iseenesesse 40 2 2 2 APAX 5028 Specifications eeeuua ee aaa aaa aaa aaa aaa cnaaa 40 Digital Input Output Modules 41 Digital Input Output Modules sss eee eee aaa aaa aaa aaa ech 42 3 1 1 APAX 5040 24 ch Digital Input Module 2 222111122 42 Figure 3 1 APAX 5040 Module Front View 11 1 1 1 42 Figure 3 2 Wiring for APAX 5040 eeeeuuuaaaaa a aaaaaaaaanca 42 3 1 2 APAX 5045 24 ch Digital Input Output Module 44 Figure 3 3 APAX 5045 Module Frontal View 44 Figure 3 4 Wiring for APAX 5045 ueeeeae aaa aaa aaaaaaaaacca 45 3 1 38 APAX 5046 24 ch Digital Output Module 2 112 47 Figure 3 5 APAX 5046 Module Front View 2 1111 1 1 47 Figure 3 6 Wiring for APAX 5046 seseris 47 3 1 4 APAX 5040PE 24 ch Digital Input Module for P amp E Applications 49 Figure 3 7 APAX 5040PE Module Front View 49 Figure 3 8 Wiring for APAX 5040PE eeeuuaaaeaaaaaaaacaaca 50 3 1 5 APAX 5046S0 20 ch Digital Output Module 1 1 51 V APAX 5000 I O Series User M
34. able Falling Edge Not Retriggerable 95 Figure 3 52Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Retriggerable 1 21 1 96 Figure 3 53Pulse DIR With Reload Count Repetitively DI Gate Enable Falling Edge Retriggerable 97 Figure 3 54Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Start cccccccccsseecseeeeeseneeseeeeeeeneeeees 98 Figure 3 55Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Start 2 22112 99 Figure 3 56Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Start eeuaa aaa aaa oaza aaacnaa 100 Figure 3 57Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Start 211 2 1112 101 Communication Modules e e eeeeae aaa aaa aaa aaa aaa ania aeena 102 3 4 1 APAX 5090P 4 port RS 232 422 485 Communication Module 102 Figure 3 58APAX 5090P Module Front View 102 Figure 3 59APAX 5090P Function Block Diagram 102 Table 3 1 Configuration Settings se ueeauaaaaaaaaaea 103 3 4 2 APAX 5095P 2 Port CAN bus communication Module 104 Figure 3 60APAX 5095P Module Front View 104 Figure 3 61 APAX 5095P Function Block Diagram 104 Figure 3 62APAX 5095P PIN Assignment
35. alue e g 0x33 and keep counting repetitively ms PR 7 PPP A a e ka 0x33 Joss2foar raj Ox2F Josso oxssloxs2 oxss oxs4 oxss p fr 0x 33 Counter0 Overflow ma RER ee S ee ee S i Counter 0 Value Counter0 Underflow Figure 3 34 A B Phase 4X With Reload Count Once 0x33 0x34 0x35 0x36 0x37 0x36 0x35 0x34 0x33 0x32 Ox31 s 0x00 0x33 APAX 5000 I O Series User Manual 78 A B Phase 4X With Reload Count Repetitively Figure 3 21 shows A B Phase 2X mode Ch0_A and ChO_B provide the counting function When the counter0 is enabled the counerO 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 may Foy FY PL wa SE AE z ws f 4 s Nagi dual ESP l A me oP Counter0 Val 0x33 0x32 0x31 0x30 Ox2F ox30Dx31 Ox32 eee XF H 0x33 0x34 0x35 0x36 0 eee xF 0x33 0x34 0x35 alue Counter0 Overflow Ch0_A KF PI wia ff i sida f Ch0_B vt tr rt PULP CL Yt Enable Counter 0 Value 0x33 Joxs4foxasfoxag 0x37 Joxseoxas oxs4 RZE ox0o oxa3 oxaa oxsioxso pna foroo ox33px32 Counter0 Underflow Figure 3 35 A B Phase 4X With Reload Count Repetitively DI Gate Function No Alarm m DI Gate Disable Whatever the DI value is the counter still continuously counts DI Gate Enable If the DI value is set to high the counter can count Oth
36. an use the screw driver to adjust the jumper setting 3 Once the jumper setting is done slide the write on label back to its position APAX 5000 I O Series User Manual 6 1 6 ID Switch Setting The controller identifies each APAX 5000 I O module through the ID number There fore you need to set ID number for each I O module by the rotary ID switch on the front side Rotate that ID switch and point the hole on the central axis to correspond ing ID number 0 F Refer to figures below for the location of the rotary ID switch and how to set the ID number by the rotary ID switch Note APAX supports locate functionality It means the selected APAX I O mod a Ule will flash its LED to let you identify through Apax Adam utility Refer to B related APAX controller or coupler software manual for how to operate it 7 APAX 5000 I O Series User Manual The ID for I O module is D The ID for I O module is 4 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 For digital modules there is another ID switch on the PCB that it can double the available ID number Thus the maximum number for digital module in one system is 32 You can distinguish if the ID number is doubled by the front LED When the LED color is green only 0 15 ID number is used 0 15 according to the rotary ID switch Once the LE
37. and Disposal sseeeaae aaa eee aaa aaa eaanaaae 17 MOUNU sc l O OE Sus O O AYO arenas 18 1 9 1 DIN rail Mounting e a 18 1 9 2 Wall Panel Mouniing ssseeeea aaa eee aaa aaa eee ARAA 20 Analog Input Output Modules 25 Analog Input Modules essseeeee see ee aaa EEAS 26 2 1 1 APAX 5013 8 ch RTD Module eeaeaaaa aaa aaaaaa aa 26 Figure 2 1 APAX 5013 Module Front View 2 11 1 11 26 Figure 2 2 Wiring for APAX 5018 essees 27 2 1 2 APAX 5017 12 ch Analog Input Module 2 22211122 28 Figure 2 3 APAX 5017 Module Front View 1 122 1 28 Figure 2 4 Wiring for APAX 5017 sssrin 28 2 1 3 APAX 5017H 12 ch High Speed Analog Input Module 30 Figure 2 5 APAX 5017H Module Front View 1 30 Figure 2 6 Wiring for APAX 5017H eeo as aaaa aaa aaa aaaaaaneea 31 2 1 4 APAX 5018 12 ch Thermocouple Input Module 32 Figure 2 7 APAX 5018 Module Front View 1 12 1 32 Figure 2 8 Wiring for APAX 5018 eessen 33 2 1 5 APAX 5017PE 12 ch Analog Input Module for P amp E Applications 36 Figure 2 9 APAX 5017PE Module Front View 36 Figure 2 10Wiring for APAX 5017PE eeoaeeaaa aaa aaaaaaacci 36 Analog Output Modules ee eeee se
38. anual Figure 3 9 APAX 5046SO Module Front View 51 Figure 3 10Wiring for APAX 5046SO 0 0 ee eee eeeeeesteesneeeneeeees 51 3 2 Relay Output Modules ccccececceceeceeeeeeeeeceeeeeeeaeeseaeeeeaaeeeseeeeeeaaeeees 53 3 2 1 APAX 5060 12 ch Relay Output Module 1 211122 53 Figure 3 11APAX 5060 Module Frontal View 53 Figure 3 12Wiring for APAX 5060 sseeeuuaaaaaseznnaae 54 3 2 2 APAX 5060PE 12 ch Relay Output Module for P amp E Applications 56 Figure 3 13APAX 5060PE Module Frontal View 56 Figure 3 14Wiring for APAX 5060PE seeeeuaaaaaseennaa0 56 3 3 Counter MOduleS lt 0e30 4 28 s0 usb id ia 59 3 3 1 APAX 5080 Counter Frequency and DIO Module 59 Figure 3 15APAX 5080 Module Front View 59 Figure 3 16Wiring for APAX 5080 sseeueaaaaaseennaaae 60 Figure 3 1 7Pulse DIR No Reload Count Once 11 64 Figure 3 18Pulse DIR With Reload Count Once 64 Figure 3 19Pulse DIR With Reload Count Repetitively 65 Figure 3 20Up Down No Reload Count Once 66 Figure 3 21Up Down With Reload Count Once 67 Figure 3 22Up Down With Reload Count Once 68 Figure 3 23Up No Reload Cou
39. bled the counerO 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 If the DIO value is high level the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting ong Ch0_A A A 4 j A aj i 4 4 A Ch0_B Up Down Counter0 a Enable DIO 2 Counter 0 Counter0 Underflow soq e TIP isis LP LAS LF LA Ch0_B Down Up Counter0 KK NTN Enable DIO KA Counter 0 Counter0 e Overflow Figure 3 41 Pulse DIR With Reload Count Repetitively DI Gate Enable High level Retriggerable 85 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Low level Not Retrigger able Figure 3 28 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO value is low level the counterO will starts to count but cannot retriggered Otherwise the counterO will stop counting wa Wz s SPP ee a S eS ae Le Ch0_B Down Up Counter0 _f Enable Counter 0 Value 0x33 0x32 0x31 0x32 0x33 0x34 Gee OxFO OxF1 Counter0 Overflow 2209 ted se PF LP Le LS ae ea ea FL Ch0_B Up Dow
40. ce channels The digital output channels offer short circuit protection and LED to indicate digital status The module provides 2500 VDC optical isolation between channels and backplane bus If any high voltage or current 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 different voltage levels For example one can be 24VDC while the other is 12VDC Warning Please use different power supply modules for digital channels and sys tem to ensure isolation effect APAX 504650 RT 8 CI Seg aye VCC1 VCC1 Lo O41 2 Os U 4 Ds 06 O17 LD 8 D 8 GND1 GND2 D 10 Dn D 12 2 13 0 14 D15 016 D17 LI 18 D19 vcc2 vccz nu Figure 3 9 APAX 5046SO Module Front View VCC1 VCC1 DOO R E 24 Voc DO9 R GND 1 GND 2 DO 10 R 24 Voc DO 19 R VCC2 vcc2 Figure 3 10 Wiring for APAX 5046SO 51 APAX 5000 I O Series User Manual APAX 5046S0 Specifications Digital Output Channels 20 Type Source Voltage Range 10 35 Voc Rated Output Current at signal 1 1A
41. condensing General 57 APAX 5000 I O Series User Manual 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 APAX 5000 I O Series User Manual 58 3 3 3 3 1 Counter Modules APAX 5080 Counter Frequency and DIO Module The APAX 5080 features counter frequency and DIO functions For the digital input function the APAX 5080 supports 4 isolated digital input and Gate function For digi tal output 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 type such as A B phase and CW CCW types And the frequency input range can support from 0 1Hz to 1MHz Here is the APAX 5080 module view and application wiring below ia _APAX 5080__ ZO DZ on L 8 ZH Hy i COA COA COB COB C1A C1A C1B C1B C2A C2A C2B C2B C3A C3A C3B C3B DIO DI1 DI2 DI3 COM DOO DO1 DO2 DO3 GND p Z Figure 3 15 APAX 5080 Module Front View 5
42. d I O modules Dif ferent APAX 5002 5002L can be stacked together Power and data can be transferred to I O modules inserted on the APAX 5002 5002L You can use external power supply or APAX 5343E power supply module to give power to the backplanes and I O mod ules But only APAX 5002 equips the screw terminal for the external power supply wir ing Refer to Section 1 7 1 and 1 7 2 for the operation procedure There is an expansion port on front side of APAX 5002 APAX 5002L is not equipped with this feature With this port users can build a remote expansion architecture remaining fast local bus data transmission speed Standard Ethernet cables can be used to connect any two APAX 5002 However shielded industrial Ethernet cable MUST be used instead of standard Ethernet cable when the system is used in harsh environment such as factory automation Unmanaged industrial Ethernet switches such as Advantech EKI 2528 with 100 Mbps transmission speed can also 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 with local bus speed Warning 1 DO NOT use managed switch hub or router between backplanes for expansion A 2 The network for the expansion should be a local network NOT to con nect with other external network such as public network in enterprise network including Internet 3 Cat 6 Eth
43. des the counter up function one pulse one up count and CHO_A provides the counter down function one pulse one down count m UP CHO_A provides the counter up function one pulse one up count m A B Phase 1X counter mode A B Phase x 1 If the signal A leads B by a ris ing or falling edge then the number of steps will be added by one and vice versa M A B Phase 2X counter mode A B Phase x 2 M A B Phase 4X counter mode A B Phase x 4 m With Reload When the counter0 value is overflow the value will be reset to the initial value m No Reload If the counterO value is overflow the value will be O If the counter0 value is overflow the value will be the max value Count Once It means if the counterO is overflow it won t count again Count Repetitively when counter value is overflow or underflow it will reset to the default value and continuous to count m Frequency CHO_A provides the frequency function from 0 1Hz 1MHz Pulse DIR No Reload Count Once Figure 3 3 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO starts to count If the counter value is overflow or underflow it will show the minimum 0x00 or maximum OxFFFFFFFF value and not count continuously e song choA FLFLSIFLSIA eee TATA eee Ch0_B Up Down Counter0 ZN OOOO MM Enable Counter0 Value Counter0
44. e defined value e g 0x33 but won t keep counting Ch0_A Ch0_B Counter0 Enable Counter0 Value Counter0 Underflow CHOLA Ch0_B Counter0 Enable Counter0 Value Counter0 Overflow 0x33 0x34 0x35 0x36 Y 0x35 0x34 e 0x00 0x33 Figure 3 21 Up Down With Reload Count Once 67 APAX 5000 I O Series User Manual Up Down With Reload Count Repetitively Figure 3 8 shows up down mode Ch0_A provides the counting up function one pulse one up count ChO_B provides the counting down function one 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 and keep counting repetitively Ch0_A Counter0 Enable Counter0 Value Counter0 Underflow Ch0_B Counter0 dO 3 Enable Counter0 value 0x33 0x32 0x33 m 0xE F 0x33 Ox34 m OxF F 0x33 Counter0 Overflow Figure 3 22 Up Down With Reload Count Once APAX 5000 I O Series User Manual 68 Up No Reload Count Once Figure 3 9 shows counter 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 show the minimum 0x00 or maximum OxFFFFFFFF value and not count continuously Ch0_A Counter 0 Enable Counter 0 Value Counter0
45. e ek Ch0_B Down Up Counter0 e G Enable Counter0 0x33 0x32 0x31 0x32 Value Counter0 Overflow 2 3 52 Pulse DIR With Reload Count Once DI Gate Enable Falling Edge O Retriggerable N 0x33 ROS 0x00 0x33 0X33 p mee OxF F 0x33 A O wb ee APAX 5000 I O Series User Manual 96 Pulse DIR With Reload Count Repetitively DI Gate Enable Falling Edge Retriggerable Figure 3 38 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is falling edge the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting 2q Ch0_A A A 4 A j A aj 4 A 4 4 Ch0_B Up Down Counter0 RR NN Enable DIO o Counter 0 Counter0 ee Underflow soq ez FIP LP LATA LF LAI Ch0_B Down Up Counter0 ne Enable DIO XXX Counter 0 Counter0 Overflow z y O Figure 3 53 Pulse DIR With Reload Count Repetitively DI Gate Enable Falling Edge Retriggerable 97 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Start Figure 3 39 shows pulse direction mode ChO_A provides the counting function one pulse
46. e the jumpers to configure each analog input channel type voltage thermocouple or current Refer to Section 1 5 for the location of the jumpers There are a total of 12 jumpers and each is specific for one channel APAX 5018 Specifications m Channels 12 Differential Input Type V mV mA Thermocouple m Voltage Current Range 50mV 100mV 500mV 1V 2 5V 20mA 0 20mA 4 20 mA Voltage and Current Accuracy 0 1 or better Voltage 0 2 or better Current at 25 C M Temperature Range and Accuracy Type Range Accuracy Type J 210 150 C 2 5 C 150 1200 C 2 C Type K 230 150 C 4 C 150 1372 C 2 5 C Type T 230 150 C 2 C 150 400 C 1 5 C TypeE 230 150 C 2 5 C 150 1000 C 2 C Type R 0 100 C 2 5 C 100 1768 C 2 C Type S O 100 C 2 5 C 100 1768 C 2 C Type B 200 400 C 4 C 400 1820 C 3 C 33 APAX 5000 I O User Manual Note This accuracy information only relates to the operating error not includ x ing cold connection CJC error The CJC error can be eliminated by per B forming CJC compensation Configure Different Range for Each Channel Yes m Resolution Voltage Range Resolution 50 mV 16 bit 100 mV 16 bit 250 mV 16 bit 500 mV 16 bit 1 V 16 bit 2 5 V 16 bit C
47. ernet cable is strongly recommended for better data trans mission quality 4 It is suggested to power on all the I O modules together to avoid any unpredictable situation APAX 5002 Specifications Environment Operating Temperature APAX 5002 10 60 C APAX 5002L 20 70 C m Storage Temperature APAX 5002 40 70 C APAX 5002L 40 85 C Relative Humidity 5 95 non condensing m Shock Resistance 20 G wall mounting duration 11 ms tested to IEC 60068 2 27 Vibration Resistance 2 Grms wall mounting random 5 500 Hz 3 axes 1 hr axis Tested to IEC 60068 2 64 General m Dimensions W x H x D 54 x 151 x 38 mm Weight 120 g Mounting DIN rail wall panel m Power Input 24 VDC Power Consumption 1 3 W 24 VDC When you stack more than one APAX 5002 backplanes together there could be more than one power supplies connected to different backplane APAX 5000 I O Series User Manual 108 4 2 APAX 5001 1 slot Backplane Module APAX 5001 functionality is the same as APAX 5002 And it is used to be connected at the right side of APAX 5002 when the total I O module number is odd Power and data can be transferred to I O modules inserted on the APAX 5001 If the 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 Humidity 5 95
48. erwise the counter will be stopped counting Not Retriggerable It means DIO only can trigger the counter to count once Retriggerable It means DIO can trigger the counter to count anytime High level the DIO trigger level Low level the DIO trigger level Rising Edge the DIO trigger edge Falling Edge the DIO trigger edge Rising Edge Start When DIO status changes from low to high the counter will start to count After start whatever the DIO status the counter still counts until the counter0 is disabled m Falling Edge Start When DIO status changes from high to low the counter will start to count After start whatever the DIO status the counter still counts until the counterO is disabled 79 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Disable Figure 3 22 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counterO is enabled the counerO starts to count If the counter value is overflow or underflow it will show the minimum 0x00 or maximum OxFFFFFFFF value and not count continuously Whatever the DI value is the counter still continu ously counts Ch0_A Ch0_B Counter0 Enable DIO Counter 0 Value Counter0 Underflow Ch0_A Ch0_B Counter0 Enable DIO Counter 0 Value Counter0 Overflow EMWWA FSE Up Down i NNENENENEDEENNNMA X
49. es in the same system use different power supplies for the system and the the digital channels on the mod A ules to ensure isolation protection between digital channels and system 2 Insert one APAX 5000 I O module on that APAX 5002 backplane module APAX 5000 I O Series User Manual 10 3 Lock that APAX 5000 I O module to the APAX 5002 backplane by pulling down the module locks V 4 Insert another APAX 5000 I O module on the same APAX 5002 backplane Use tongue and groove slots to move the module V 5 Lock that APAX 5000 I O module to the APAX 5002 backplane by pulling down the module locks Lock 11 APAX 5000 I O Series User Manual If you need more than one APAX 5000 I O module stack another APAX 5002 6 backplane to the original APAX 5002 backplane Warning When you assembly different backplanes together remember to turn off the power connected to the backplane If not the backplanes may be A damaged Turn on the power again after you complete the assembly for all backplanes Lock the stacked APAX 5002 backplane to the original APAX 5002 backplane by the backplane locks Note Ifyou want to provide more power to the system you can connect another power supply wire to the power connections on the second JE APAX 5002 backplane The wiring procedure is the same as step 1 APAX 5000 I O Series User Manual 12 8 Insert another APAX 5000 I O module on the second APAX 5002 backplane
50. figure Different Range for Each Channel Yes m Accuracy 0 1 or better Voltage 0 2 or better Current at 25 C m Resolution Voltage Range Resolution 150 mV 16 bit 500 mV 16 bit 1 V 16 bit 5 V 16 bit 10 V 16 bit Current Range Resolution 20 mA 15 bit 0 20 mA 14 bit 4 20 mA 14 bit Note Please base on 16 bit to convert your raw data to engineer unit in the E current mode 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 uV 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 29 APAX 5000 I O User Manual 2 1 3 Protection m Isolation 2 500 VDC Between channels and backplane bus m Over Voltage Protection 35 VDC Environment Operating Temperature 10 60 C when mounted vertically m Storage Temperature 40 70 C Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm Weight 170g Power Consumption 4 W 24 VDC typical APAX 5017H 12 ch High Speed Analog 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 second per channel The module provides 2500 VDC o
51. gt lt gt lt X X 4 4A A4 2 424 a a a aja a lt lt lt lt lt 50 mm Bottom A APAX 5000 I O Series User Manual 24 Analog Input Output Modules 2 1 Analog Input Modules Analog input modules use an A D converter to convert sensor voltage current ther mocouple or RTD signals into digital data The analog input modules protect your equipment from ground loops and power surges by providing opto isolation of the A D input and 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 is an extremely cost effective solution for industrial mea surement and monitoring applications Its opto isolated inputs provide 2 500 VDC of isolation between the analog input and the module protecting the module and peripherals from dam age due to high input line voltage IL DIE Ole Oe Oc Lo Og Lg EJ Oc DG o c S l c mi c c c c c g c O O O O O E O O O O O O O Oo O O Figure 2 1 APAX 5013 Module Front View APAX 5000 I O User Manual 26 Application Wiring RTDO B RTDO A B A RTDO i RTDO COM COM RTD1 RTD1 A B A B RTD1 a RTD1 COM COM 2 wire RTD sen
52. ion Over Voltage Protection 35 VDC m Isolation 2 500 VDC Between channels and backplane bus Note The voltage between any two pins must not exceed 15 V S Environment Operating Temperature 10 60 C when mounted vertically Storage Temperature 40 70 C m Relative Humidity 5 95 non condensing 31 APAX 5000 I O User Manual General m Dimensions W x H x D 30 x 139 x 100 mm m Weight 175g m Power Consumption 3 5 W 24 VDC typical Warning There is no built in filter on APAX 5017H module so it is not very suit i able to use it in a very noisy environment 2 1 4 APAX 5018 12 ch Thermocouple Input Module The APAX 5018 is a 16 bit 12 channel thermocouple input module that features pro grammable input ranges on all channels It accepts millivolt inputs 50 mV 100 mV 500 mV voltage inputs 1 V 2 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 optical isolation between channels and backplane bus If any high voltage or current damage the channels the whole system backplanes other modules and control unit won t be affected because it is already isolated Figure 2 7 APAX 5018 Module Front View APAX 5000 I O User Manual 32 Application Wiring Figure 2 8 Wiring for APAX 5018 You can us
53. is warranty as a consequence of such events Because of Advantech s high quality control standards and rigorous testing most of our customers never need to use our repair service If an Advantech product is defec tive it will be repaired or replaced at no charge during the warranty period For out of warranty repairs you will be billed according to the cost of replacement materials service time and freight Please consult your dealer for more details If you think you have a defective product follow these steps 1 Collect all the information about the problem encountered For example CPU speed Advantech products used other hardware and software used etc Note anything abnormal and list any onscreen messages you get when the problem occurs 2 Call your dealer and describe the problem Please have your manual product and any helpful information readily available 3 If your product is diagnosed as defective obtain an RMA return merchandize authorization number from your dealer This allows us to process your return more quickly 4 Carefully pack the defective product a fully completed Repair and Replacement Order Card and a photocopy proof of purchase date such as your sales receipt in a shippable container A product returned without proof of the purchase date is not eligible for warranty service 5 Write the RMA number visibly on the outside of the package and ship it prepaid to your dealer Part No XXXXXXXXXX Editio
54. it won t be affected because it is already isolated Warning Please use different power supply modules for digital channels and sys N tem to ensure isolation effect Aoa o APAX 5046 y 0 H L vo fe oa D 2 Ds D 4 Ds Ds o 7 D 8 Da 210 Dun GHD D12 is D 44 015 p10 O17 Dis 1 18 20 Dzi 022 023 GND OOOODOOEOO OOOOOOOOCOCO I lan Figure 3 5 APAX 5046 Module Front View Application Wiring Figure 3 6 Wiring for APAX 5046 Warning When you connect DO channel with inductive load we suggest adding one diode in the circuit to protect the APAX 5046 module Refer to fig A ure below 47 APAX 5000 I O Series User Manual Inductive Load 24 Voc RES 4 R DO 0 DO Channel A GND Ground A Diode Inside module i gt extemal APAX 5046 Specifications Digital Output Channels 24 Type Sink Voltage Range 8 35 VDC Rated Output Current at signal 1 0 5 A per channel Permitted Output Current at signal 1 max 0 75 A Output Current at signal 0 leakage current 0 1 mA Lamp Load max 5W On State Voltage Drop 0 15 V at 0 5 A Switch Rate For resistive load max 300 Hz For inductive load max 20 Hz For lamp load max 200 Hz U
55. ltage Rated Value 24 VDC For 0 signal 5 5 VDC For 1 signal 15 30 VDC and 15 30 VDC Input Impedance 5 4 ko Typical Input Current 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 m Isolation 2 500 VDC Between channels and backplane bus m Over Voltage Protection 70 VDC Environment Operating Temperature 10 60 C when mounted vertically Storage Temperature 40 70 C m Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm Weight 160 g Power Consumption 2 W 24 VDC typical m Status Display LED per channel On Logic level 1 Off Logic level 0 43 APAX 5000 I O Series User Manual 3 1 2 APAX 5045 24 ch Digital Input Output Module The APAX 5045 features 12 digital input sink source and 12 digital output sink channels The APAX 5045 module s digital input channels can accept a 2 wiring input from a DC voltage source to determine the state of limits standard switches or proximity switches The APAX 5045 module s digital output channels 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 module provides 2500 VDC optical isolation between channels and backplane bus If any high vo
56. ltage or current damage the channels the whole sys tem backplanes other modules and control unit won t be affected because it is already isolated Warning Please use different power supply modules for digital channels and sys tem to ensure isolation effect on aoe wh ooo ooo oe Figure 3 3 APAX 5045 Module Frontal View APAX 5000 I O Series User Manual 44 Application Wiring 24Vpc Figure 3 4 Wiring for APAX 5045 Warning When you connect DO channel with inductive load we suggest adding one diode in the circuit to protect the APAX 5045 module Refer to fig A ure below 4 y ee 3 Inductive Load _ 24 Voc 4 DO 0 DO Channel 4 GND Ground 4 Diode Inside module external APAX 5045 Specifications Digital Input m Channels 12 Points per Common 12 Type Sink 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 ko Input Current typical 4 4 mA At signal 1 Input Filter 3 ms Input Characteristic Curve According to IEC 61131 2 type 1 45 APAX 5000 I O Series User Manual Digital Output m Channels 12 m Type Sink m Voltage Range 8 35 VDC m Rated Output Current at signal 1 0 5 A per channel Permitted Output Current at signal 1
57. mber of that I O module conflicts with ID number of another 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 number Then reboot the system and it should work fine The LED should stop flashing 2 If the LED continues flashing after you have adjusted the ID number then you need to contact Advantech for technical support 117 APAX 5000 I O Series User Manual APAX 5000 I O Series User Manual 118
58. n Counter0 sm AE Enable Counter 0 Value 0x33 0x34 0x35 0x34 0x33 Ox32 seee 0x11 0x10 Counter0 Underflow Figure 3 42 Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Retriggerable APAX 5000 I O Series User Manual 86 Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Not Retriggerable Figure 3 29 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the couner0 starts to count 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 DIO value is low level the counterO will start to count but cannot be retriggered Otherwise the counterO will stop counting KU 4 5 mes Tiree aaa LG Ch0_B Down Up Counter 0 __f Enable Counter 0 Counter0 a 3 RTC lt at Overflow Cl os Oe FOOU i te La i La aie Ch0_B Up Down Counter 0 AE Enable Counter 0 Value Counter0 OO Underflow Figure 3 43 Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Not Retriggerable 0x33 0x34 0x33 ceses 0x00 0x33 0x32 0x31 0x30 87 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Low level Retriggerable Figure 3 29 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B
59. n 1 26 Printed in Taiwan March 2014 APAX 5000 I O Series User Manual ii Declaration of Conformity CE This product has passed the CE test for environmental specifications when shielded cables are used for external wiring We recommend the use of shielded cables This kind of cable is available from Advantech Please contact your local supplier for ordering information FCC Class A Note This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Opera tion of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense FM This equipment has passed the FM certification According to the National Fire 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 Division 2 Groups A B C and D indoor hazards Technical Support and Assistance 1 Visit the Advantech web site at www adva
60. n Controller 16PCI954 Communication Speed bps 50 230 4kbps Data Signals TxD RxD RTS CTS GND for RS 232 TxD RxD TxD RxD for RS 422 Data Data for RS 485 Isolation 2500 VDC Connector PLUG_26_3 81mm NONE jumper change mode Environment Operating Temperature 10 70 C when mounted vertically Operating Humidity 25 85 C Storage Temperature 5 95 non condensing Configuration Settings Table 3 1 Configuration Settings SW1 SW2 PIN ON OFF 1 NONE NONE 2 RS422 Master Auto Flow 3 RS485 3000hm RS422 300 ohm TX NONE 4 RS422 3000hm RX NONE SW3 SW4 PIN ON OFF 1 RS422 485 RS232 2 RS422 Master Auto Flow 3 RS485 3000hm RS422 300 ohm TX NONE 4 RS422 3000hm RX NONE 103 APAX 5000 I O Series User Manual 3 4 2 APAX 5095P 2 Port CAN bus communication Module APAX 5095P is a special purpose communication module that offers the connectivity of the Controller Area Network CAN With its built in CAN controllers the APAX 5095P provides bus arbitration and error detection with an automatic transmission repeat function This drastically reduces the chance of data loss and ensures system reliability The on board CAN controllers are located at different positions in the mem ory and you can run both CAN controllers independently at the same time With high compatibility the APAX 5095P can be used in diverse systems and fully integrated with the APAX 557X series sys
61. n t be retrig N PEE S Down Up XX KX AKAMA 0x33 0x32 0x33 aeee OxF F 0x34 0x35 0x36 0x37 0x38 ee FLO ARIRGZZGT gl Down _ A ROKK K IKKE IKKE ee nl Figure 3 55 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Start 99 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Start Figure 3 41 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is falling edge the counterO will starts to count and won t be retriggered FLELELE LE LE LAL LE LPL Bie DIO OZ CELLET Counter0 i 0x33 0x32 0x31 0x32 0x33 0x34 0x33 Counter0 Overflow Wa ae wa PI OOWWGOWOWZ AYLAWLYLYL Sase NINNONNNNNNNNNNNNNNA Pe XX OX AAA Counter0 Value Counter0 Underflow Figure 3 56 Pulse DIR With Reload Count Once DI Gate Enable Falling Edge Start 0x33 0x34 0x35 0x34 0x33 0x32 GE 0x00 0x33 APAX 5000 I O Series User Manual 100 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Start Figure 3 42 shows pulse direction mode ChO_A provides the counting functi
62. nce Figure 3 14 shows A B Phase 1X mode ChO_A and ChO_B provide the counting function When the counterO is enabled the counerO 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 LS Ls m LELALA LALA LE LALA LLL Counter 0 Enable KK as Counter 0 Value 0x33 0x34 0x35 0x34 0x33 0x32 Gait 0x0 08 Counter0 Underflow aa ALE LALA LALA LALA LAL ALLA m FLFLFL FLFLFLFLFLYLFLFLF Counter 0 Enable Counter 0 Counter0 Overflow ee A Figure 3 28 A B Phase 1X With Reload Count Once APAX 5000 I O Series User Manual 72 A B Phase 1X With Reload Count Repetitively Figure 3 15 shows A B Phase 1X mode ChO_A and ChO_B provide the counting function When the counter0 is enabled the counerO 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 Ch0_A Ch0_B Counter0 Enable Counter0 Value Counter0 Overflow Ch0_A Ch0_B Counter 0 Enable Counter 0 Value Counter0 Underflow Figure 3 29 A B Phase 1X With Reload Count Repetitively 73 APAX 5000 I O Series User Manual A B Phase 2X No Reload Count Once Figure 3 16 shows A B Phase 2X mode Ch0O_A and ChO_B provide the counting function When the counter0 is enabled the counerO starts to count If
63. ng edge the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting e 4 ne wa PIT IP ALA EF LL LIL Ch0_B Up Down Counter0 C ONNNNNNNNEE Enable SAT 0x33 0x34 0x35 0x34 Value Counter0 Underflow a eq u PLTLTLTE LT ee et ee a EPIL Ch0_B Down Up Counter0 RR ln Enable Counter 0x33 0x32 0x31 0x32 Value Counter0 Overflow Figure 3 48 Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Retriggerable Da3 V OxF F 0x33 APAX 5000 I O Series User Manual 92 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Retriggerable Figure 3 34 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is rising edge the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting 2q Ch0_A 4 A 4 A j A jj 4 A A Ch0_B Up Down Counter0 KM ONNINEN Enable DIO 2 Counter 0 Counter0 Underflow soq Ga TIPS LPA Ch0_B Down Up Counter0 KK INNE Enable DIO KA Counter 0 Counter0 Overflow eS Figure 3 49 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Retriggerable
64. nt If the counter value is overflow or underflow it will reset to the defined value e g 0x33 and keep counting repetitively Wa r EPA FT 1 ESF CHO_B 17 rt rf o L 4 Counter0 Enable Counter0 a 0x33 0x34 0x35 y 0x34 y TE 0x00 0x33 0x32 y BET 0x00 y 0x33 Counter0 Underflow Ch0_A Ch0_B Counter0 Enable Counter0 Value Counter0 Overflow Figure 3 32 A B Phase 2X With Reload Count Repetitively APAX 5000 I O Series User Manual 76 A B Phase 4X No Reload Count Once Figure 3 19 shows A B Phase 4X mode Ch0_A and ChO_B provide the counting function When the counter0 is enabled the counerO 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 Ch0_A 4 A A 4 A 4 A 4 A Ch0_B Counter 0 Enable Counter 0 Value Counter0 Overflow Gale wd Counter 0 Value Counter0 Underflow Figure 3 33 A B Phase 4X No Reload Count Once 0x33 0x34 0x35 0x36 0x37 0x36 0x35 0x34 0x33 0x32 0x31 e 0x00 OxFFFFFFFF 77 APAX 5000 I O Series User Manual A B Phase 4X With Reload Count Once Figure 3 20 shows A B Phase 4X mode Ch0O_A and ChO_B provide the counting function When the counter0 is enabled the counerO starts to count If the counter value is overflow or underflow it will reset to the defined v
65. nt Once 1 s ssu211212 69 Figure 3 24Up With Reload Count Once 2 2211111 69 Figure 3 25Up With Reload Count Repetitively 70 Figure 3 26Frequency e ceeeeeeeeeeeeeeeeeeeeeeseeneeeeeeseeneeeeeeeteeeaeees 70 Figure 3 27A B Phase 1X No Reload Count Once 71 Figure 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 Figure 3 32A B Phase 2X With Reload Count Repetitively 76 Figure 3 33A B Phase 4X No Reload Count Once 77 Figure 3 34A B Phase 4X With Reload Count Once 78 APAX 5000 I O Series User Manual Figure 3 35A B Phase 4X With Reload Count Repetitively 79 Figure 3 36Pulse DIR With Reload Count Once DI Gate Disable 80 Figure 3 37Pulse DIR With Reload Count Repetitively DI Gate BICZ OP NON PSN 81 Figure 3 38Pulse DIR With Reload Count Once DI Gate Enable High level Not Retriggerable 82 Figure 3 39Pulse DIR With Reload Count Repetitively DI Gate Enable High level Not Retriggerable 83 Figure 3 40Pulse DIR With Reload Count Repetitively DI Gate Enable High level Not Retriggerable
66. ntech com support where you can find the latest information about the product 2 Contact your distributor sales representative or Advantech s customer service center for technical support if you need additional assistance Please have the following information ready before you call Product name and serial number Description of your peripheral attachments Description of your software OS version application software etc A complete description of the problem The exact wording of any error messages Safety Precaution Static Electricity Follow these simple precautions to protect yourself from harm and the products from damage To avoid electrical shock always disconnect the power from your PC chassis before you work on it Don t touch any components on the CPU card or other cards while the PC is on Disconnect power before making any configuration changes The sudden rush of power as you connect a jumper or install a card may damage sensitive electronic components iii APAX 5000 I O Series User Manual Safety Instructions ROD 11 12 13 14 16 17 18 19 20 21 22 23 24 Install the system only in area with restricted access Read these safety instructions carefully Keep this User Manual for later reference Disconnect this equipment from any AC outlet before cleaning Use a damp cloth Do not use liquid or spray detergents for cleaning For plug in equipment the power outlet
67. on one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO starts 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 DIO status is rising edge the counterO will starts to count and won t be retrig gered mwa i ee gt pin XX DRX KOKO KOKO KIKI OCKIIEN S aa FLAL U HL Ch0_B Up Down dh m XX CENT Counter 0 Value Counter0 Underflow Figure 3 57 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Start 0x33 0x34 Ox33 tee 0x00 0x33 0x32 0x31 0x30 Ox2F 0x2E DO Alarm Function No Gate m High Pulse the DO original status will be low and when the counter value counts to defined alarm value the DO status will change low to high Low Pulse the DO original status will be high and when the counter value counts to defined alarm value the DO status will change high to low m No Auto Reload When the counter is overflow or underflow the value will be reset to the initial value but not count again Auto Reload When the counter is overflow or underflow the value will be reset to the initial value and count again m High Alarm when the counter value is greater than the assigned counter alarm value the DO will be active Low Alarm When the counter value is less than the assigned counter alarm value the DO will be active
68. ond of the analog output from the present to the E required Figure 2 11 APAX 5028 Module Frontal View 39 APAX 5000 I O User Manual Application Wiring Figure 2 12 Wiring for APAX 5028 Note The common terminals are physically connected together and to the E backplane power supply ground 2 2 2 APAX 5028 Specifications m Channels 8 Output Type V mA Output Range 2 5 V 5 V 10 V 0 2 5 V 0 5 V 0 10 V 0 20 mA 4 20 mA Configure Different Range for Each Channel Yes Resolution 14 bit Accuracy 0 1 of FSR at 25 C Settling Time About 50 us to 0 01 Output Latency 500 us Slew Rate 0 7 VDC us per channel Span Drift 60 ppm C Zero Drift 250 uV C Load Voltage 1000 Q minimum Current 0 500 Q Protection m Isolation 2 500 VDC Between channels and backplane bus E Short Circuit Protection m Fail Safe Protection When I O module lose its communication with controller or coupler the output chan nel will generate a pre defined value Environment m Operating Temperature 10 60 C when mounted vertically m Storage Temperature 40 70 C m Relative Humidity 5 95 non condensing E General Dimensions W x H x D 30 x 13
69. one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is rising edge the counterO0 will starts to count and won t be retriggered wa FLA LALLA LE LPUS LE LEE LET Emble al DIO ree OT RAK OO TT TNNT TONNA Counter0 i 0x33 0x32 0x31 0x32 0x33 0x34 0x33 Counter0 Overflow Wa ae wa OF LELP LALA LA LALALE LALA LIL me ee PP XN OOOO OOK Counter0 Value Counter0 Underflow Figure 3 54 Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Start 0x33 0x34 0x35 0x34 0x33 0x32 zb z j 0x00 0x33 APAX 5000 I O Series User Manual 98 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Start Figure 3 40 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the overflow If the DIO gered Ch0_A Ch0_B Counter 0 Enable DIO Counter 0 Value Counter0 Overflow Ch0_A Ch0_B Counter 0 Enable DIO Counter 0 Value Counter0 Underflow z enabled the counerO starts to count If the counter value is _ it will reset to the defined value e g 0x33 and keep counting ing edge the counterO will starts to count and wo
70. onfigure range type for each 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 more robust and reliable to survive in the hush environment The module also provides 2500 VDC optical isolation between channels and backplane bus If any high voltage or current damage the channels the whole system backplanes other modules and control unit won t be affected because it is already isolated 1200 Resistor _ Figure 2 10 Wiring for APAX 5017PE APAX 5000 I O User Manual 36 Note To keep measurement accuracy please short the channels that E are not in use Technical Specifications of APAX 5017PE m Channels 12 Differential E input Impedance gt 10 MQ Voltage m Input Type V mV mA for current mode 120Q resistors is required to be connected in parallel m Voltage Current Range 150mV 500mV 1 V 5V 1 0V 20mMA 0 20mA 4 20 mA Configure Different Range for Each Channel Yes m Accuracy 0 1 or better Voltage 0 2 or better Current at 25 C Resolution Voltage Range Resolution 150 mV 16 bit 500 mV 16 bit 1 V 16 bit 5 V 16 bit 10 V 16 bit Current Range Resolution 20 mA 15 bit 0 20 mA 14 bit 4 20mA 14 bit Sampling Rate 12 samples second total CMR 50 60 Hz 90 dB
71. ow soq a FIP aise LATA LF LA IL Ch0_B Down Up Counter0 ne Enable DIO XXX Counter 0 Counter0 Overflow y O Figure 3 45 Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Retriggerable 89 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Not Retrig gerable Figure 3 31 shows pulse direction mode ChO0_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is rising edge the counterO will starts to count but cannot retriggered Otherwise the counter0 will stop counting cong cong Ch0_A A j A A A 1 A A A 4 sad Ch0_B Down Up Counter0 pao Enable Counter 0 Value 0x33 0x32 0x31 0x32 0x33 0x34 ceee OxFO OxF1 Counter0 Overflow a 2204 Ch0_A A in 4 4 7 AA asd Muaaa Ch0_B Up Down Counter0 sk Ho Enable Counter 0 Value Ox 33 0x34 0x35 0x34 0x33 Ox32 teese 0x11 0x10 Counter0 Underflow Figure 3 46 Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Not Retriggerable APAX 5000 I O Series User Manual 90 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Not Retrigge
72. p Pulse A B phase and Frequency m Channels 4 Pulse and Direction Up Down and A B phase mode 8 Up Pulse and Frequency mode m Counting Range 32 bit 1 bit overflow underflow E Minimum Pulse Width 500 ns Input Frequency max 1 MHz Input Voltage For 0 Signal0 3 VDC For 1 Signal10 30 VDC m Input Current 5 15 mA For Signal 1 typical m Digital Noise Filter 1 65000 s programmable Protection Isolation 2500 VDC Between channels and backplane bus m Over Voltage Protection 50 VDC all channels 110 VDC single channel for DI and Counter Input channels m Short Circuit Protection Yes for DO channels Environment Operating Temperature 10 70 C 14 158 F Storing Temperature 25 85 C 13 185 F Storing Humidity 5 95 RH non condensing APAX 5000 I O Series User Manual 62 General Dimensions W x H x D 30 x 139 x 100 mm m Weight 165g m Power Consumption 2 5 W 24 VDC typical m Status Display LED per channel On Logic level 1 Off Logic level 0 APAX 5080 Counter Mode No Gate No Alarm There are so many counter modes in APAX 5080 and below will use counter0 as an example to explain every counter mode operation principle Below are the definitions of counter mode Pulse DIR ChO_A provides the counting function one pulse one count and Ch0_B provides the clockwise and counter clockwise function Up Down CHO_A provi
73. provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO value is low level the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting choA Pi LP LP Le eis LFLL Ch0_B Up Down Tate w LIN 0x33 0x34 0x35 0x33 cecmu 0x00 0x33 alue Counter0 Underflow Ch0_B Down Up Counter0 ff Enable Counter 0x33 0x32 0x31 0x32 Value Counter0 Overflow Figure 3 44 Pulse DIR With Reload Count Once DI Gate Enable Low level Retriggerable O0x33 wee OxF F 0x33 APAX 5000 I O Series User Manual 88 Pulse DIR With Reload Count Repetitively DI Gate Enable Low level Retrig gerable Figure 3 30 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO value is low level the counterO will starts to count and can be retriggered Otherwise the counterO will stop counting 2q Ch0_A 4 A j A ja 4 4 4 Ch0_B Up Down Counter0 OCO Enable DIO vend Counter 0 Counter0 Underfl
74. ptical isolation between channels and backplane bus If any high voltage or current damage the channels the whole system backplanes other modules and control unit won t be affected because it is already isolated Note There is no built in filter on APAX 501 7H so please try to use it in an E environment with less noise Vat dl l Gl c c SM c Sm Sm J M c SM CJI vee SGI oma Gl c CJ Sm c lt c a Gl c aT E ZZZZOOOOOOOOZOOOOOOOZOOZOZCZZCE Figure 2 5 APAX 5017H Module Front View APAX 5000 I O User Manual 30 Application Wiring Figure 2 6 Wiring for APAX 5017H Note You can use the jumpers to configure each analog input channel type voltage or current Refer to Section 1 5 for the location of the jumpers B There are a total of 12 jumpers and each is specific for one channel APAX 5017H Specifications m Channels 12 m input Impedance 2MQ Voltage 120 Q Current m Input Type V mV mA M Input Range 0 500 mV 10 V 0 10 V O 20 mA 4 20 mA Configure Different Range for Each Channel Yes m Accuracy 0 1 or better voltage 0 2 or better current at 25 C Resolution 12 bit Sampling Rate 1 000 sample second per channel Span Drift 25 ppm C m Zero Drift 6 uV C Input Characteristic Curve According to IEC 61131 2 Wire Burnout Detection Only for 4 20 mA range Protect
75. rable Figure 3 32 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the couner0 starts to count 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 DIO status is rising edge the counter0 will start to count but cannot be retriggered Otherwise the counterO will stop counting Ch0_A ai 4 A A p A A 1 4 4 4 a eee Ch0_B Down Up Counter 0 M ONE Enable Counter 0 Value Counter0 OO Overflow wii Ga PF LPL ZA LP Le Le is OGOGO L Ch0_B Up Down Counter 0 A Enable Counter 0 Value Counter0 OO Underflow Figure 3 47 Pulse DIR With Reload Count Repetitively DI Gate Enable Rising Edge Not Retriggerable 0x33 0x32 Ox33 seses OxF F 0x33 0x34 0x35 0x36 0x33 0x34 0x33 ceses 0x00 0x33 0x32 0x31 0x30 91 APAX 5000 I O Series User Manual Pulse DIR With Reload Count Once DI Gate Enable Rising Edge Retrigger able Figure 3 33 shows pulse direction mode ChO_A provides the counting function one pulse one count ChO_B provides the clockwise and counter clockwise function When the counter0 is enabled the counerO 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 If the DIO status is risi
76. re 3 14 Wiring for APAX 5060PE APAX 5000 I O Series User Manual 56 Warning When you connect DO channel with inductive load we suggest adding one diode in the circuit to protect the APAX 5060PE module Refer to A figure below 7 jalen Inductive gt 8 Load 24 Voc H ee y Noo 7 Relay Channel 4 Relay gu PE j Diode Inside module _ external APAX 5060PE Specifications Relay Output m Channels 12 m Relay Type Form A SPST m Switching Capacity and Lifetime of the Contact For Resistive Load VDE 30 000 operations 5 A 250 VAC 10 operations minute at 8 C 70 000 operations 5 A 30 VDC 10 operations minute at 85 C UL 60 000 operations 5 A 250 VAC 100 000 operations 5 A 30 VDC Mechanism 20 000 000 operations no load 300 operations minute Breakdown Voltage 500 VAC 50 60 Hz Contact Resistance 30 mQ maximum Insulation Resistance 1 GQ 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 Protection Isolation 2 500 VDC Between channels and backplane bus m Fail Safe Protection When I O module lose its communication with controller or coupler the output chan nel will generate a pre defined value Environment m Operating Temperature 20 70 C when mounted vertically m Storage Temperature 40 85 C m Relative Humidity 5 95 non
77. s the whole system backplanes other modules and control unit won t be affected because it is already isolated Warning Please use different power supply modules for digital channels and sys tem to ensure isolation effect APAX 50_40PE ZZ akta 20 5 ane 703 Figure 3 7 APAX 5040PE Module Front View 49 APAX 5000 I O Series User Manual Application Wiring Figure 3 8 Wiring for APAX 5040PE APAX 5040 Specifications Digital Input m Channels 24 Points per Common 12 Type Sink 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 ko Typical Input Current 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 m Isolation 2 500 VDC Between channels and backplane bus m Over Voltage Protection 70 VDC Environment m Operating Temperature 20 75 C when mounted vertically m Storage Temperature 40 85 C Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm m Weight 160 g m Power Consumption 2 W 24 VDC typical m Status Display LED per channel On Logic level 1 Off Logic level 0 APAX 5000 I O Series User Manual 50 3 1 5 APAX 5046SO 20 ch Digital Output Module The APAX 5046SO features 20 digital output sour
78. sing 5W lamp and testing under 24 V Protection Isolation 2 500 VDC Between channels and backplane bus E Short Circuit Protection m Thermal Shutdown Protection m Fail Safe Protection When I O module lose its communication with controller or coupler the output chan nel will generate a pre defined value 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 m Weight 165g m Power Consumption 2 5 W 24 VDC typical m Status Display LED per channel On Logic level 1 Off Logic level 0 APAX 5000 I O Series User Manual 48 3 1 4 APAX 5040PE 24 ch Digital Input Module for P amp E Applications The APAX 5040PE features 24 digital input sink source channels The APAX 5040PE module s digital input channels can accept a 2 wiring input from a DC volt age source to determine the state of limits standard switches or proximity switches The digital input channels offer LED to indicate digital 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 survive in the hush environment The module provides 2500 VDC optical isolation between channels and backplane bus If any high voltage or current damage the channel
79. socket must be located near the equip ment and must be easily accessible Keep this equipment away from humidity Put this equipment on a reliable surface during installation Dropping it or letting it fall may cause damage The openings on the enclosure are for air convection Protect the equipment from overheating DO NOT COVER THE OPENINGS Make sure the voltage of the power source is correct before connecting the equipment to the power outlet Position the power cord so that people cannot step on it Do not place anything over the power cord All cautions and warnings on the equipment should be noted If the equipment is not used for a long time disconnect it from the power source to avoid damage by transient overvoltage Never pour any liquid into an opening This may cause fire or electrical shock Never open the equipment For safety reasons the equipment should be opened only by qualified service personnel If one of the following situations arises get the equipment checked by service personnel The power cord or plug is damaged Liquid has penetrated into the equipment The equipment has been exposed to moisture The equipment does not work well or you cannot get it to work according to the user s manual The equipment has been dropped and damaged The equipment has obvious signs of breakage DO NOT LEAVE THIS EQUIPMENT IN AN ENVIRONMENT WHERE THE STORAGE TEMPERATURE MAY GO BELOW 20 C 4 F OR ABOVE 60 C 140 F
80. solation 2 500 VDC Between channels and backplane bus m Fail Safe Protection When I O module lose its communication with controller or coupler the output chan nel will generate a pre defined value Environment m Operating Temperature 10 60 C when mounted vertically m Storage Temperature 40 70 C Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm m Weight 195 g m Power Consumption 2 W 24 VDC typical m Status Display LED per channel On Logic level 1 Off Logic level 0 55 APAX 5000 I O Series User Manual 3 2 2 APAX 5060PE 12 ch Relay Output Module for P amp E Applications The APAX 5060PE relay output module provides 12 relay channels of Form A Switches can be used to control the relays The digital output channels offer short circuit protec tion and LED to indicate digital status This module is an IEC 61850 3 compliant 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 provides 2500 VDC optical isolation between channels and backplane bus If any high voltage or current damage the channels the whole system backplanes other modules and control unit won t be affected because it is already iso lated APAX 50_60PE Figure 3 13 APAX 5060PE Module Frontal View Application Wiring Figu
81. sor 3 wire RTD sensor e e O NA NA NA NA Figure 2 2 Wiring for APAX 5013 APAX 5013 Technical Specifications Channels 8 m input Impedance gt 10 MQ EH Input Type Pt 100 Pt 200 Pt 500 Pt 1000 Balco Ni 518 RTD 2 wire and 3 wire m Temperature Range Pt 100 Pt 200 Pt 500 Pt 1000 120 130 C 200 850 C Supports IEC 60751 ITS90 0 038510 0 C and JIS C 1604 0 03916 Q Q C Balco 500 30 120 C Ni 518 80 100 C 0 100 C Configure Different 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 60 dBs Noise Suppression for Frequency 50 60 Hz Span Drift 15 ppm C Input Characteristic Curve According to IEC 61131 2 Wire Burnout Detection All RTD type Protection m Isolation 2 500 VDC Between channels and backplane Environment Operating Temperature 10 60 C when mounted vertically m Storage Temperature 40 70 C m Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm Weight 170g Power Consumption 2 5 W 24 VDC typical 27 APAX 5000 I O User Manual 2 1 2 APAX 5017 12 ch Analog Input Module The APAX 5017 is a 16 bit 12 channel analog differential input module that provides programmable input ranges on all channels and different channels
82. tem o x Og O OC0 P O EG GH o OF Op ooco OOO OO u r APAX 5095P Figure 3 60 APAX 5095P Module Front View 3861 LS NZ FPGA EPM1270 chk Q ki A ISOLOAT ION 820250 DBS ISOLOAT ION U AV 820250 Figure 3 61 APAX 5095P Function Block Diagram APAX 5000 I O Series User Manual 104 U A DBS APAX 5095P Specifications General m Bus Interface PCI bus specification 2 2 compliant m CAN 2 0 A B Hardware Communication Controller SJA 1000 CAN Transceiver 82C250 Signal Support CAN_H CAN_L Speed bps Up to 1 Mbps programmable transfer rate Isolation Protection 2000 VDC Connector DB9 Operating Temperature 0 50 a f Operating Humidity 25 85 a f Storage Temperature 5 95 non condensing Configuration Settings Figure 3 63 APAX 5095P PIN Definitions 105 APAX 5000 I O Series User Manual Table 3 2 Table 3 3 Configuration Settings SW1 and SW2 Settings PIN ON OFF 1 120 Ohm NONE 2 Reserved Reserved Note It will be better to add the terminal resistor on one side for transmission stability E APAX 5000 I O Series User Manual 106 Chapter 4 Backplane Modules 4 1 APAX 5002 5002L 2 slot Backplane Module APAX 5002 5002L is an interface between CPU module coupler an
83. urrent Range Resolution 20 mA 15 bit 0 20 mA 14 bit 4 20mA 14 bit Thermocouple Range Resolution Type J 14 bit Type K 14 bit Type T 15 bit Type E 15 bit Type R 14 bit Type S 14 bit Type B 14 bit Sampling Rate 12 samples second total CMR 50 60 Hz 90 dB NMR 50 60 Hz 67 dB m Noise Suppression for Frequency Hardware Filter 50 60 Hz Span Drift 25 ppm C m Zero Drift 6 uV C Thermocouple Wire Burn out Detection Yes When the loop resistance gt 1KQ it will detect as wire burn out Input Characteristic Curve According to IEC 61131 2 Common Mode Voltage up to 200 VDC m Wire Burnout Detection For 4 20 mA range and all thermocouple type Protection Isolation 2 500 VDC Between channels and backplane bus APAX 5000 I O User Manual 34 Environment Operating Temperature 10 60 C when mounted vertically m Storage Temperature 40 70 C Relative Humidity 5 95 non condensing General Dimensions W x H x D 30 x 139 x 100 mm Weight 170g Power Consumption 3 5 W 24 VDC typical 35 APAX 5000 I O User Manual 2 1 5 APAX 5017PE 12 ch Analog Input Module for P amp E Applications The APAX 5017PE is a 16 bit 12 channel analog differential input module that provides programmable input ranges on all channels and different channels can be configured using different ranges It accepts voltage and current inputs You can use software APAX utility to c
84. you want to remove It is the similar when you insert APAX 5000 I O modules back to the backplane First insert APAX 5000 I O module to backplane Then pull down the two module 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 accordance with national electronics scrap regulations 1 9 Mounting 1 9 1 DIN rail Mounting APAX 5000 I O module can be mounted through backplane to the following DIN rails 35 x 7 5 mm or 35 x 15 mm Below are the procedures for the DIN rails mounting 1 Pull down the DIN rail lock at the back of APAX 5002 backplane Z Unlock APAX 5000 I O Series User Manual 18 2 Attach the APAX 5002 backplane on the DIN rail 3 Repeat Step 1 Step 2 until necessary APAX 5002 backplanes are all attached on the DIN rail Note When the total number of APAX 5520 and APAX 5000 I O modules is N odd you can use APAX 5001 1 slot backplane as the last backplane in 5 the system And the procedure to attach APAX 5001 on the DIN rail is similar as APAX 5002 4 Move all backplanes to stack them together Then slide the backplane locks on the backplanes to fasten all backplanes Similar to Step 6 and 7 in section 1 7 1 5 Slide the DIN rail lock of all backplanes into the position to fix all backplanes to the DIN rail Lock 4 6 Insert all necessary A

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