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AVS-1700-ACX AC Power Conditioning & Distribution Module

The AVS-1700-ACX functions as an advanced AC power management module, positioned between the main power supply and downstream control devices such as PLCs, drives, and sensors. It regulates incoming AC voltage, filters out harmonic noise, and provides surge protection to prevent damage from voltage spikes. What sets it apart is its ability to monitor power quality in real time, automatically adjusting to voltage variations within its operating range to maintain a steady output. The module integrates seamlessly with standard industrial enclosures and connects to building management systems via Modbus RTU/IP, allowing engineers to track power metrics remotely. It supports redundant power inputs, ensuring uninterrupted operation even if one supply source fails, and features built-in diagnostic capabilities that alert operators to potential issues before they escalate.

Model Number AVS-1700-ACX
Brand Bearing Engineers
Type AC Power Conditioning & Distribution Module
Input Voltage 100-240V AC, 50/60Hz
Operating Temp Range -20°C to 60°C (-4°F to 140°F)
Mounting Style Panel Mount
Dimensions 180mm x 120mm x 80mm (7.1″ x 4.7″ x 3.1″)
Weight 850g (1.9lb)
Interface/Bus Modbus RTU, Ethernet/IP
Compliance UL 60950, CE, RoHS
Supported Protocols Modbus TCP, BACnet/IP
Typical Power Draw 15W (no load), up to 1700W (full load)

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Description

The AVS-1700-ACX functions as an advanced AC power management module, positioned between the main power supply and downstream control devices such as PLCs, drives, and sensors. It regulates incoming AC voltage, filters out harmonic noise, and provides surge protection to prevent damage from voltage spikes. What sets it apart is its ability to monitor power quality in real time, automatically adjusting to voltage variations within its operating range to maintain a steady output. The module integrates seamlessly with standard industrial enclosures and connects to building management systems via Modbus RTU/IP, allowing engineers to track power metrics remotely. It supports redundant power inputs, ensuring uninterrupted operation even if one supply source fails, and features built-in diagnostic capabilities that alert operators to potential issues before they escalate.

AVS-1700-ACX

AVS-1700-ACX

 

Unlike basic power supplies, the AVS-1700-ACX is designed to adapt to varying load conditions, making it a versatile choice for dynamic industrial environments.
AVS-1700-ACX

AVS-1700-ACX

 

Technical specifications:
Model Number AVS-1700-ACX
Brand Bearing Engineers
Type AC Power Conditioning & Distribution Module
Input Voltage 100-240V AC, 50/60Hz
Operating Temp Range -20°C to 60°C (-4°F to 140°F)
Mounting Style Panel Mount
Dimensions 180mm x 120mm x 80mm (7.1″ x 4.7″ x 3.1″)
Weight 850g (1.9lb)
Interface/Bus Modbus RTU, Ethernet/IP
Compliance UL 60950, CE, RoHS
Supported Protocols Modbus TCP, BACnet/IP
Typical Power Draw 15W (no load), up to 1700W (full load)

 

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AVS-1700-ACX

AVS-1700-ACX

 

Main features and advantages:

Choosing theAVS-1700-ACX brings significant operational benefits beyond basic power supply. Its rugged construction, with a metal enclosure and resistance to dust and moisture (IP30 rating), ensures reliable performance in harsh industrial settings, from factory floors to outdoor utility substations. By stabilizing voltage and filtering out electrical noise, it extends the lifespan of connected equipment, reducing maintenance costs and replacement frequency. Engineers will appreciate the reduced engineering effort during system design; the module’s flexible input range eliminates the need for multiple power supplies, simplifying installation and reducing cabinet space requirements. Most notably, the AVS-1700-ACXis engineered for long-term performance, with components rated for 80,000 hours of operation, ensuring consistent reliability in continuous-use scenarios.

AVS-1700-ACX

AVS-1700-ACX

 

Application areas:

The AVS-1700-ACX excels in applications where power stability is critical to operational success. In automotive manufacturing plants, it provides clean power to robotic welding systems, preventing voltage fluctuations that could compromise weld quality. In water treatment facilities, it ensures consistent operation of pump controls and monitoring systems, avoiding disruptions to water purification processes. The module also performs reliably in renewable energy installations, such as solar farms, where it regulates power from variable sources to maintain stable operation of monitoring and control equipment. In each case, the AVS-1700-ACX meets the demand for consistent power delivery, proving its value in maintaining critical system uptime.

AVS-1700-ACX

AVS-1700-ACX

 

 

Related products:

AVS-1700-DCX – DC power version for systems requiring 24V DC output
AVS-2000-ACX – Higher capacity model supporting up to 2000W for larger loads
AVS-1700-ACX-PRO – Enhanced version with advanced power analytics and cloud connectivity
AVS-1500-ACX – Lower wattage variant for smaller-scale applications
AVS-1700-ACX-R – Rack-mountable version for data center integration
AVS-SURGE-01 – Add-on surge protection module for extreme voltage environments
AVS-MON-02 – Remote monitoring adapter for legacy systems using the AVS-1700-ACX
AVS-1700-ACX

AVS-1700-ACX

 

 

Installation and maintenance:

Before installing the AVS-1700-ACX, verify that the input power source matches the module’s voltage range to prevent damage. Check the mounting location for adequate ventilation; the module generates minimal heat, but proper airflow ensures optimal performance. Ensure that the output connections are rated for the total load current, as undersized wiring can cause voltage drops. During setup, configure the communication protocol (Modbus or Ethernet/IP) to match the control system, and run a power quality test to confirm that voltage regulation is functioning correctly.

 

For ongoing maintenance, inspect the input and output terminals quarterly for signs of corrosion or loose connections. Review the module’s event log monthly via the web interface to identify patterns in voltage fluctuations, and schedule a yearly calibration check to ensure accurate voltage regulation.

 

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