Summary of Contents for Advantech APAX-5000 Series
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User Manual APAX-5000 Series I/O Modules...
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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., Ltd. Information provided in this manual is intended to be accurate and reliable. How- ever, Advantech Co., Ltd.
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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.
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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.
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...
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.
Removing the I/O Terminal 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! APAX-5000 I/O modules can be categorized into four categories: AI, AO, DI and DO.
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.
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. Pull out the write-on label and you can see the location of the jumper. You can use the screw driver to adjust the jumper setting. Once the jumper setting is done, slide the write-on label back to its position.
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"...
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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 LED color is orange, the ID number is doubled (16~31 according to the rotary ID switch).
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.
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Lock that APAX-5000 I/O module to the APAX-5002 backplane by pulling down the module locks. Insert another APAX-5000 I/O module on the same APAX-5002 backplane. Use tongue-and-groove slots to move the module. Lock that APAX-5000 I/O module to the APAX-5002 backplane by pulling down the module locks.
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If you need more than one APAX-5000 I/O module, stack another APAX-5002 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 damaged.
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Insert another APAX-5000 I/O module on the second APAX-5002 backplane. Lock that APAX-5000 I/O module to the second APAX-5002 backplane by pull down the module locks, similar as step 5. If needed, repeat step 8 ~ 9 to have another APAX-5000 I/O module on the same APAX-5002 backplane.
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.
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Stack the backplane of APAX-5343E to the left side of the first APAX-5002 back- plane in the system. Lock the stacked APAX-5343E backplane with the APAX-5002 backplane by the backplane locks on the APAX-5002 backplane. Insert the upper case of APAX-5343E back to its backplane. Use tongue-and- groove slots to move the upper case.
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. Decommission and Disposal APAX-5000 I/O modules support hot-swap functionality.
Detach APAX-5000 I/O module from the backplane. Repeat Step 1 ~ Step 2 for all the APAX-5000 I/O modules 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.
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Attach the APAX-5002 backplane on the DIN rail. 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 odd, you can use APAX-5001 (1-slot backplane) as the last backplane in the system.
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: Below are the procedures for the wall (panel) mounting: Pull down the DIN-rail lock at the back of the first APAX-5002 backplane.
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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) Mount the first APAX-5002 backplane to the wall (panel) using two standard M4 or #8 panhead screws.
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Stack Another APAX-5002 backplane to original backplane. Lock the two back- planes together. Mount the second APAX-5002 backplane to the wall (panel) using two standard M4 or #8 panhead screws. APAX-5000 I/O Series User Manual...
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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 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.
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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. APAX-5000 I/O Series User Manual...
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.
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Application Wiring Figure 2.2 Wiring for APAX-5013 APAX-5013 Technical Specifications Channels: 8 Input Impedance: >10 M Input Type: Pt-100, Pt-200, Pt-500, Pt-1000, Balco, Ni 518 RTD (2-wire and 3-wire) Temperature Range: Pt-100,Pt-200,Pt-500,Pt-1000: -120~130C, -200~850C Supports IEC 60751 ITS90 (0.03851// C) and JIS C 1604 (0.03916 // C) –...
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 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.
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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. There are a total of 12 jumpers and each is specific for one channel.
Protection Isolation: 2,500 VDC (Between channels and backplane bus) Over Voltage Protection: ±35 VDC Environment Operating Temperature: -10 ~ 60 C (when mounted vertically) Storage Temperature: -40 ~ 70 C Relative Humidity: 5 ~ 95% (non-condensing) General ...
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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. There are a total of 12 jumpers and each is specific for one channel. APAX-5017H Specifications ...
General Dimensions (W x H x D): 30 x 139 x 100 mm Weight: 175 g 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- able to use it in a very noisy environment.
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Application Wiring Figure 2.8 Wiring for APAX-5018 Note! You can use the jumpers to configure each analog input channel type (voltage/thermocouple or current). Refer to Section 1.5 for the location of the jumpers. There are a total of 12 jumpers and each is specific for one channel.
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Note! This accuracy information only relates to the operating error, not includ- ing cold connection CJC error. The CJC error can be eliminated by per- forming CJC compensation. Configure Different Range for Each Channel: Yes Resolution: Voltage Range Resolution ±50 mV 16 bit...
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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 Weight: 170 g ...
2.1.5 APAX-5017PE 12-ch Analog Input Module for P&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 configure range type for each channel.
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Note! To keep measurement accuracy please short the channels that are not in use. Technical Specifications of APAX-5017PE Channels: 12 (Differential) Input Impedance: >10 M (Voltage) Input Type: V, mV, mA (for current mode, 120 resistors is required to be connected in parallel) ...
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Environment Operating Temperature: -20 ~ 70C (when mounted vertically) Storage Temperature: -40 ~ 85C Relative Humidity: 5 ~ 95% (non-condensing) General Dimensions (W x H x D): 30 x 139 x 100 mm Weight: 170 g ...
Analog Output Modules 2.2.1 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.
Application Wiring Figure 2.12 Wiring for APAX-5028 Note! The common terminals are physically connected together and to the backplane power supply ground. 2.2.2 APAX-5028 Specifications 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 ...
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.
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APAX-5040 Specifications Digital Input 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 ...
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.
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Application Wiring 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- ure below) APAX-5045 Specifications Digital Input Channels: 12 ...
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Digital Output Channels: 12 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 ...
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 unit) won't be affected because it is already isolated.
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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 ...
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3.1.4 APAX-5040PE 24-ch Digital Input Module for P&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.
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Application Wiring Figure 3.8 Wiring for APAX-5040PE APAX-5040 Specifications Digital Input 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"...
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3.1.5 APAX-5046SO 20-ch Digital Output Module The APAX-5046SO features 20 digital output (source) 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.
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APAX-5046SO Specifications Digital Output Channels: 20 Type: Source Voltage Range: 10 ~ 35 V Rated Output Current at signal “1”: 1A (per channel) Permitted Output Current (at signal “1”): max. 1.2A Output Current at signal “0” (leakage current): 0.1 mA ...
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Relay Output Modules 3.2.1 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.
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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- ure below) APAX-5000 I/O Series User Manual...
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APAX-5060 Specifications Relay Output Channels: 12 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) –...
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3.2.2 APAX-5060PE 12-ch Relay Output Module for P&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.
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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 figure below) APAX-5060PE Specifications Relay Output Channels: 12 Relay Type: Form A (SPST) Switching Capacity and Lifetime of the Contact (For Resistive Load) –...
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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...
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Counter Modules 3.3.1 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.
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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...
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APAX-5080 Function Block APAX-5000 I/O Series User Manual...
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APAX-5080 Specifications Digital Input Channels: 4 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 ...
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General Dimensions (W x H x D): 30 x 139 x 100 mm Weight: 165 g Power Consumption: 2.5 W @ 24 VDC (typical) 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.
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Ch0_A Ch0_B Down Counter0 Enable Counter0 0x33 0x32 0x31 0x32 0x33 0x34 0xF..F 0x00 ……… Value 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, Ch0_A provides the counting function, one pulse, one count.
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Pulse/DIR, With Reload, Count Repetitively Figure 3.5 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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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. Ch0_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 show the minimum (0x00) or maximum (0xFFFFFFFF) value and not count continuously.
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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. Ch0_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.
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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. Ch0_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.
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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 (0xFFFFFFFF) value and not count continuously.
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Up, With Reload, Count Repetitively Figure 3.11 shows up/down mode, Ch0_A provides the counting up function, one pulse, one up count. Ch0_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.
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A/B Phase 1X, No Reload, Count Once Figure 3.13 shows A/B Phase 1X mode, Ch0_A and Ch0_B provide the counting function. 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 (0xFFFFFFFF) value and not count continuously.
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A/B Phase 1X, With Reload, Count Once Figure 3.14 shows A/B Phase 1X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) but won’t keep counting.
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A/B Phase 1X, With Reload, Count Repetitively Figure 3.15 shows A/B Phase 1X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) and keep counting repetitively.
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A/B Phase 2X, No Reload, Count Once Figure 3.16 shows A/B Phase 2X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) but won’t keep counting.
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A/B Phase 2X, With Reload, Count Once Figure 3.17 shows A/B Phase 2X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) and keep counting repetitively.
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A/B Phase 2X, With Reload, Count Repetitively Figure 3.18 shows A/B Phase 2X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) and keep counting repetitively.
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A/B Phase 4X, No Reload, Count Once Figure 3.19 shows A/B Phase 4X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) but won’t keep counting.
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A/B Phase 4X, With Reload, Count Once Figure 3.20 shows A/B Phase 4X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) and keep counting repetitively.
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A/B Phase 4X, With Reload, Count Repetitively Figure 3.21 shows A/B Phase 2X mode, Ch0_A and Ch0_B provide the counting function. When the counter0 is enabled, the couner0 starts to count. If the counter value is overflow or underflow, it will reset to the defined value (e.g. 0x33) and keep counting repetitively.
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Pulse/DIR, With Reload, Count Once, DI Gate Disable Figure 3.22 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will show the minimum (0x00) or maximum (0xFFFFFFFF) value and not count continuously.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Disable Figure 3.23 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Once, DI Gate Enable, High level, Not Retrigger- able Figure 3.24 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, High level, Not Retriggerable Figure 3.25 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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.
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Pulse/DIR, With Reload , Count Once, DI Gate Enable, High level, Retriggerable Figure 3.26 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, High level, Retrig- gerable Figure 3.27 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Once, DI Gate Enable, Low level, Not Retrigger- able Figure 3.28 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Low level, Not Retriggerable Figure 3.29 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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.
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Pulse/DIR, With Reload, Count Once, DI Gate Enable, Low level, Retriggerable Figure 3.29 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Low level, Retrig- gerable Figure 3.30 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Once, DI Gate Enable, Rising Edge, Not Retrig- gerable Figure 3.31 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Rising Edge, Not Retriggerable Figure 3.32 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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.
Pulse/DIR, With Reload, Count Once, DI Gate Enable, Rising Edge, Retrigger- able Figure 3.33 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Rising Edge, Retriggerable Figure 3.34 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Once, DI Gate Enable, Falling Edge, Not Retrig- gerable Figure 3.35 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Falling Edge, Not Retriggerable Figure 3.36 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
Pulse/DIR, With Reload, Count Once, DI Gate Enable, Falling Edge, Retrigger- able Figure 3.37 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Falling Edge, Retriggerable Figure 3.38 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
Pulse/DIR, With Reload, Count Once, DI Gate Enable, Rising Edge Start Figure 3.39 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Rising Edge Start Figure 3.40 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
Pulse/DIR, With Reload, Count Once, DI Gate Enable, Falling Edge Start Figure 3.41 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
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Pulse/DIR, With Reload, Count Repetitively, DI Gate Enable, Rising Edge Start Figure 3.42 shows pulse/direction mode, Ch0_A provides the counting function, one pulse, one count. Ch0_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, it will reset to the defined value (e.g.
APAX-5490 4-port RS-232/422/485 Communication Module The APAX-5490 is equipped with four RS232/422/485 ports, which can issue com- mands to control other devices. It is fully integrated with the APAX-5580 series and transmits data to through the COM port. The integrated system is an intelligent stand- alone system and can connect and issue commands to control devices such as print- ers and PLCs in remote factory location.
APAX-5435 APAX iDoor Expansion module The APAX-5435 is equipped with one mini PCI express, which can support Advan- tech iDoor module to expand 5580 interface, including filedbus and wireless commu- nication. It is fully integrated with the APAX-5580 series. The integrated system is an intelligent standalone system and can connect and issue commands to control devices such as printers and PLCs in remote factory location.
APAX-5090 4-port RS-232/422/485 Communication Module The APAX-5090 is equipped with four RS232/422/485 ports, which can issue com- mands to control other devices. It is fully integrated with the APAX-5580 series and transmits data to through the COM port. APAX-5090 communicate with APAX-5580 by APAX local bus, means it can support distributed topology by APAX bus.
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Pin assignment Configuration Settings SW4:COM1, SW5:COM2, SW6:COM3, SW7:COM4 SW4~7 Status Function PIN1 Force Disable RS-232 RxD Enable RS-232 RxD (default) PIN2 Force Disable RS-485 RxD Enable RS-485 RxD (default) PIN3 Terminal Resistor: 120ohm (RS-422 TxD/RS-485) Disable (default) PIN4 Terminal Resistor: 120ohm(RS-422 RxD) Disable (default) Status Function...
APAX-5430 SATA Interface Module APAX-5430 is a SATA interface module providing SATA SSD installation to an APAX system. User can install one 2.5” HDD/SSD on the APAX-5430 module and then attach to the APAX-5580 system. Two APAX-5430 modules can be installed on one system and function as RAID 0/1 through the configuration in BIOS.
4.4.3 Setup RAID function in BIOS Enter the BIOS and choose the “Advanced” tab and select SATA Configuration In the item SATA Mode Selection and select “RAID” to enable the Activate the RAID function APAX-5000 I/O Series User Manual...
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Reboot the system and enter the RAID option ROM by, pressing “Ctrl + I” Select Create RAID Volume to create RAID mode APAX-5000 I/O Series User Manual...
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Enter a name Select the RAID mode in the RAID Level. APAX-5000 I/O Series User Manual...
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Select Disks APAX-5000 I/O Series User Manual...
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Finish the setting and Enter the “Create Volume”, And Y to create the volume. APAX-5000 I/O Series User Manual...
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Save and Exit APAX-5000 I/O Series User Manual...
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.
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.
6.2.2 Wiring For the power input wiring, you need to remove the upper cover: You will find three pins connect with label 48V, GND (0V) and earth ground. After screwed your power cable, you can mount this backplane with 5580 first. Please note that keep your power status in off.
The I/O modules has problem itself Solution: Download latest firmware again to see if it works well. If the LED continues flashing after updating firmware, then you need to contact Advantech for technical support. LED continues flashing 2 times every 2 seconds Representation:...
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Then reboot the system and it should work fine. (The LED should stop flashing) If the LED continues flashing after you have adjusted the ID number, then you need to contact Advantech for technical support. APAX-5000 I/O Series User Manual...