|
PACSystems RX3i ANALOG I/O
IC694ALG222
16-Channel Single-Ended / 8-Channel Differential Voltage Input
The IC694ALG222 is a high-density analog voltage input module for the PACSystems RX3i platform. It provides sixteen single-ended voltage inputs or eight differential voltage inputs, allowing the same module architecture to accommodate different field wiring requirements.
16 Single-Ended Inputs 8 Differential Inputs Voltage Measurement
|
MODULE TYPE
IC694ALG222
Analog Voltage Input
RX3i I/O Module
16 SE / 8 DIFF
FIELD ACQUISITION
|
|
CHANNEL ARCHITECTURE
16 / 8
Sixteen single-ended channels are available in single-ended operation, while differential operation provides eight voltage input channels.
Topology: Single-ended or differential
|
VOLTAGE RANGE
0–10 V
The default unipolar voltage range is 0 to 10 V. A bipolar range of -10 V to +10 V is also supported for applications requiring positive and negative voltage measurement.
Bipolar capability: -10 V to +10 V
|
DATA PROCESSING
16-BIT
Analog channel values are transferred to the controller as 16-bit input data. The configured channel structure determines how the available input data is arranged.
Input impedance: >10 MΩ DC
|
|
Electrical Characteristics
|
Configuration & Controller Interface
|
||||||||||||||||||||
|
Signal Handling Perspective
IC694ALG222 is suited to installations where voltage acquisition density and field wiring topology both matter. Its single-ended configuration permits sixteen voltage channels, while the differential arrangement provides eight paired voltage inputs. This makes the module useful when an RX3i installation contains different measurement architectures across projects or requires a higher-density voltage input position.
|
|||||||||||||||||||||
|
Single-Ended Arrangement
In single-ended operation, the module supports up to sixteen voltage input channels. The field signals share the applicable common reference arrangement, providing a high-density solution when individual differential pairs are not required.
CH1 CH2 ... CH16
|
Differential Arrangement
Differential operation provides eight voltage input channels using paired signal connections. This arrangement can be selected where the field measurement requires a differential signal relationship.
CH1 + / − CH2 + / − ... CH8 + / −
|
|
IC694ALG220
Four-channel voltage input architecture.
Lower channel density
|
IC694ALG221
Four-channel current input architecture.
Current-input orientation
|
IC694ALG222
Sixteen single-ended or eight differential voltage inputs.
Flexible voltage topology
|
IC694ALG223
Sixteen-channel single-ended current input architecture.
High-density current input
|
|
AMIKON / INDUSTRIAL SUPPLY
Sustainable Supply.
Efficient Recovery. At AMIKON, our mission is to promote a sustainable and efficient global industrial supply chain.
With more than one million hard-to-find industrial parts in inventory, we help system integrators and suppliers reduce unexpected shortages and extended lead times.
|
|
| 01 |
Can IC694ALG222 preserve a 16-channel voltage acquisition requirement when replacing an older RX3i module?
Yes, when the existing application uses the module in its sixteen-channel single-ended voltage configuration. Before replacement, the field wiring, configured range and controller data allocation should be checked against the replacement module.
|
| 02 |
Would IC694ALG222 be appropriate if some field measurements require differential voltage wiring?
The module supports eight differential voltage channels. This differs from its sixteen-channel single-ended configuration, so an installation using differential wiring should be checked channel-by-channel before selecting the operating configuration.
|
| 03 |
If the existing application uses ±10 V signals, what should be considered when ordering IC694ALG222?
IC694ALG222 supports a bipolar -10 V to +10 V range in addition to its default 0–10 V range. The replacement configuration and PLC scaling should match the actual signal range used by the application.
|
| 04 |
What should be verified if IC694ALG222 is being purchased as a direct spare for an installed RX3i system?
The important checks are the required signal topology, active channel count, voltage range, terminal wiring, I/O slot configuration and controller data allocation. These details determine whether the replacement can reproduce the existing application configuration.
|
| 05 |
Does IC694ALG222 make sense when the project needs higher voltage-input density rather than current inputs?
Yes. IC694ALG222 is a voltage-input module and provides either sixteen single-ended or eight differential voltage channels. The related IC694ALG221 and IC694ALG223 are oriented toward current-input applications, making signal type a key selection consideration.
|
| VE4022 | IC200PNS002-CC | MVME162PA-252SE | 6ES7323-1BL00-0AA0 | HQ440D |
| A5F00118608-006 | IC695PNS001-BCBD | SE4006P2 | MRI-M500S | 2612602 |
| IC200PNS001 | KJ3245X1-BK1 | C98043-A7107-L4 | 6RY1803-0CM20 | TL2360 |
| X20CP3585 | NBG-12LX | 1900C | F01U033343 | VE5126 |
| 1756-L62S | A2FV50D-A412000 | OCR1100 | IC695ETM001-ER | A5E36717791 |
| MMK-6L | KJ1501X1-BC4 | IC200ERM002C | PHC10101 | 5X00481G06 |
| IC695ALG600-CC | A2FVX1-D02010 | 2100P | VE4006P2 | K5061WHI |
| SE4003S2B6 | 800033-340SE | 6RY1803-0DB02 | IC695ALG600 | ISENH3181 |
| S2SC70D-SA12010 | DR1900 | IC695ALG600-DD | AB7000-C | 6SE7090-0XX87-4AH0 |
| ANT401-50 | SX5457M RJ45 | 1756-LSP | PFD-402-N1 | BMXXBP0400 |
| S2SC70D-SA11010 | A5F00111301-008 | VME162PA-344SE | IC695CBL001A | IC695PNS001-BCBD |
| 3UG4614-1BR20 | AFV30D-A41252 | MVME162-522A | MVME162-723 | MVME162PA-252SE |
Inventory Products
More than 40.000.000 products available and worldwide support
Trust Guaranteed
Customer Support
IPv6 network supported