Excellent PLC
Product Introduction
The ABB 89AS30 GKWN000317R0100 Analog Signal Multiplier is an industrial analog processing module designed to perform precise signal multiplication and conditioning within automation and control systems. It is typically used where analog signals must be mathematically scaled, combined, or adapted before being forwarded to control units, protection devices, or monitoring systems.
The module operates entirely on analog principles, ensuring deterministic behavior without software dependency or digital conversion delays. This makes it particularly suitable for control architectures where signal transparency, real-time response, and predictable performance are critical requirements.
Designed for long-term operation in industrial environments, the 89AS30 is commonly integrated into control cabinets as part of signal conditioning chains. It plays a key role in ensuring that process variables are accurately transformed to match the input requirements of downstream controllers, recorders, or protection relays.
Product Specifications
| Parameter | Description |
|---|---|
| Product Type | Analog Signal Multiplier |
| Model | ABB 89AS30 GKWN000317R0100 |
| Primary Function | Analog signal multiplication and scaling |
| Signal Type | Continuous industrial analog signals |
| Processing Method | Pure analog signal processing |
| Input Configuration | Multiple analog inputs for signal multiplication |
| Output Type | Scaled analog output signal |
| Electrical Isolation | Isolation between signal stages for stability |
| Mounting Method | Panel or control cabinet mounting |
| Operating Environment | Industrial control and automation environments |
| Dimensions | 180 × 100 × 45 mm |
| Weight | 0.6 kg |
Applications
• Industrial Automation Systems
Used to scale and adapt analog process signals before they are transmitted to PLCs, DCS controllers, or monitoring devices.
• Process Control Systems
Applied in flow, pressure, temperature, and level measurement loops where analog values must be mathematically adjusted to match control requirements.
• Power Generation Facilities
Supports analog signal conditioning in auxiliary systems such as turbine monitoring, excitation control, and balance-of-plant instrumentation.
• Electrical Substations
Used in analog measurement and control circuits for signal adaptation between sensors, transducers, and control equipment.
• Test and Measurement Systems
Provides accurate analog signal multiplication for calibration setups, test benches, and simulation environments.
• System Retrofit Projects
Ideal for upgrading legacy systems where analog signal processing is required without introducing digital control elements.
Advantages
• High Accuracy Analog Processing
Ensures precise and stable signal multiplication without digital quantization errors.
• Deterministic Real-Time Behavior
Pure analog operation guarantees immediate response and predictable signal behavior.
• Improved Signal Compatibility
Allows seamless adaptation of sensor outputs to the required input ranges of downstream devices.
• Reduced System Complexity
Eliminates the need for software-based scaling or additional controller logic.
• Robust Industrial Design
Built to operate reliably in electrically noisy industrial environments.
• Excellent Integration Flexibility
Can be easily incorporated into both ABB-based and mixed-vendor control architectures.
