IC694ALG392 Product datasheet
Model number: |
IC694ALG392 |
|
Module Type: |
Analog Output Module |
Manufacture: |
GE |
|
Condition: |
Brand New |
Range of Product: |
PACSystems |
|
Lead time: |
In Stock |
Weight: |
0.36kg |
|
HS CODE: |
8537101190 |
Dimension: |
3.5x13x13.5cm |
|
MOQ: |
1 |
Product Origin: |
USA |
|
System: |
DCS |
Discontinued on: |
Active |
|
Communication Service: |
Ethernet router |
IC694ALG392 Functional Description
The General Electric IC694ALG392 Analog Output Module is an advanced eight-channel analog output module designed for the PACSystem RX3i platform, delivering precision control signals for industrial automation. This versatile module supports multiple output ranges including unipolar/bipolar voltage (0-10V, ±10V) and current modes (0-20mA, 4-20mA), with resolution up to 16-bit depending on configuration. Each channel of the PACSystems Rx3i l/O Modules GE IC694ALG392 updates independently within an 8ms interval, ensuring responsive performance in dynamic control applications. The module incorporates sophisticated safety features including open-wire detection in current mode, with faults visible through CPU diagnostics for simplified maintenance.
A key advantage of the IC694ALG392 General Electric 8-channel current/voltage analog output module is its flexible integration capabilities, functioning seamlessly in PID control loops either as an automatic controller or manual loader. The module can maintain last-known values during power interruptions or reset to zero as configured, preventing unpredictable system behavior. This reliability makes it ideal for critical processes where signal integrity is paramount. Its applications extend beyond basic control to include signal retransmission and interface with data loggers, instruments, and isolators compatible with its output signals.
The IC694ALG392 RX3i IO General Electric requires external 20-30V DC power (typically 24V DC) but can also draw 5V DC from the RX3i backplane when installed in any available slot. Power consumption adapts automatically between 315mA (external) and 110mA (backplane). The module's 8ms update rate for all channels makes it suitable for rapidly changing applications, controlling actuators like valves, motors, and agitators with precision. Users must provide environmental protection as the module's low IP rating necessitates protection from moisture and temperature extremes in industrial settings.
Combining precision, safety, and flexibility, the GE Analog Output Module 8-channel current/voltage analog output moduleIC694ALG392 represents a sophisticated solution for modern automation requirements. Its robust design and intelligent features ensure reliable operation in diverse industrial environments, from process control to manufacturing automation. The module's diagnostic capabilities and configuration options make it a valuable component for systems requiring high reliability and maintainability, demonstrating General Electric's commitment to advanced industrial automation technology.
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Analog Output Modules
General Electric Analog Output Modules are critical components in industrial automation systems, designed to convert digital control signals from programmable logic controllers into precise analog outputs for process control. These modules typically support various signal types including voltage (0-10V, ±10V) and current (4-20mA, 0-20mA) outputs with high resolution up to 16-bit, ensuring accurate control of field devices like valves, motors, and actuators. Featuring multiple channels that can update simultaneously within milliseconds, they enable real-time response in dynamic applications such as PID loops and proportional control systems. Built-in diagnostics capabilities include open-wire detection, fault reporting, and configurable response to power interruptions for enhanced system safety. Compatible with GE's PACSystems and Series 90 platforms, these modules offer flexible configuration options and seamless integration with both new and existing automation architectures, making them essential for precise industrial process control across manufacturing, energy, and water treatment applications.
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