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VERSAMAX DISTRIBUTED I/O
IC200ALG320
Analog Output Module · 12 Bit Current · 4 Channels
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IC200ALG320
ANALOG OUTPUT
12 BIT / 4CH / CURRENT
4–20 mA
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01 / SIGNAL CORE
4–20 mA Current Sourcing
IC200ALG320 provides four single-ended analog current outputs. Each channel is designed around the 4–20 mA signal range and can provide approximately 20.38 mA of output current including the available overrange.
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02 / DATA PATH
Four Words of Output Data
The module receives four words of analog output data from the CPU or Network Interface Unit. Intelligent processing is performed within the VersaMax control architecture.
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03 / FIELD SIDE
External DC Power
The output circuits require an external DC supply. The specified user-side supply range is 18–30 VDC including ripple, with maximum module consumption listed at 160 mA including load current.
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04 / RESOLUTION
4 µA = 8 Counts
The output scaling uses an 8-count step, corresponding to approximately 4 µA. Values received that are not a multiple of eight are rounded down to the nearest valid count.
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05 / OUTPUT BEHAVIOR
Hold Last State or Default to 4 mA
A jumper determines the behavior when backplane power or communications are interrupted, or when the PLC is stopped. With no jumper, the outputs hold their last commanded values. With the applicable jumper installed, the outputs default to 4 mA. External user power must remain available for the selected behavior to be maintained.
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OUTPUT TYPE
4–20 mA
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CHANNELS
4 Single-Ended
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BACKPLANE CURRENT
50 mA Max. @ 5 VDC
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ACCURACY @ 25°C
±0.3% Typical FS
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CURRENT OUTPUT
IC200ALG320
4 channels
4–20 mA 12 bit 4 µA / 8 counts CURRENT-SIGNAL FOCUS
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VOLTAGE OUTPUT
IC200ALG321
4 channels
0–10 VDC 12 bit Voltage output UNIPOLAR VOLTAGE
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BIPOLAR OUTPUT
IC200ALG322
4 channels
−10 to +10 VDC 12 bit Voltage output BIPOLAR VOLTAGE
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HIGHER CHANNEL COUNT
IC200ALG326
8 channels
13 bit Current output family Higher point density 8-CHANNEL OPTION
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At AMIKON, our mission is to support a more sustainable and efficient global industrial supply chain.
With more than 1 million hard-to-find industrial parts in our global inventory, we help system integrators and suppliers reduce unexpected shortages and extended lead times. Long-term industrial asset partnerships across multiple industries support global access to new, discontinued and difficult-to-source industrial parts, equipment and machinery.
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SALES CONTACT
Miya Zheng
Sales Manager
AMIKON Limited |
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| 01 |
Can IC200ALG320 replace a VersaMax analog module that uses voltage outputs?
No direct functional substitution should be assumed. IC200ALG320 provides four 4–20 mA current outputs, while IC200ALG321 is a four-channel 0–10 VDC voltage-output module and IC200ALG322 provides four −10 to +10 VDC voltage outputs. The replacement should therefore match the signal type required by the existing field devices and control configuration.
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| 02 |
What should be checked before ordering IC200ALG320 for an expansion rack?
For expansion-rack use, the module should be revision B or later. The surrounding VersaMax rack architecture, carrier arrangement and CPU or Network Interface Unit configuration should also be checked so the replacement matches the installed system.
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| 03 |
How does IC200ALG320 behave if communication is interrupted or the PLC is stopped?
The output behavior depends on the jumper configuration. With no jumper installed, the module holds the last commanded output state. With the applicable jumper installed, the outputs default to 4 mA. The external user-side power must remain available for the field-side output circuits.
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| 04 |
Does IC200ALG320 require an external power supply even though it is mounted on VersaMax?
Yes. The analog output circuits require external DC field power. The specified supply range is 18–30 VDC including ripple. Backplane power and field-side output power serve different roles in the module architecture.
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| 05 |
What does the IC200ALG320 output scaling mean for a control replacement?
The module uses an 8-count step corresponding to approximately 4 µA. The scaling relationship spans the 4–20 mA output range, with the usable output extending to approximately 20.38 mA including overrange. If the received count is not a multiple of eight, the module rounds it down to the nearest multiple of eight.
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