Operating Principle:Digital Speed Control Technology
Model:8280-192
Type:Industrial Automation Module
Manufacturer:WOODWARD
Operating Voltage Range:120V AC to 240V AC
Current Rating:Up to 5A
Speed Control Accuracy:±0.1%
Response Time:Less than 0.1 seconds
Communication Interface:RS-485 Modbus RTU
Temperature Range:-40°C to +85°C
Dimensions (WxHxD):100mm x 100mm x 200mm
Weight:2.5kg
The WOODWARD 701A 8280-192 Digital Speed Control is designed for high-precision speed control in demanding industrial environments. This robust module ensures smooth operation across a wide range of applications, from manufacturing lines to complex machinery, enhancing productivity and reducing maintenance costs.
Featuring advanced digital control technology, it provides unparalleled accuracy, allowing for fine-tuned adjustments to maintain optimal performance under varying operational conditions. The device supports Modbus RTU communication, facilitating seamless integration with existing automation systems.
With its IP65 protection rating, this digital speed control is built to withstand harsh environmental conditions, ensuring reliability even in dusty or wet environments. Its wide operating temperature range (-20°C to +60°C) makes it suitable for diverse industrial settings, from cold storage facilities to hot manufacturing plants.
The WOODWARD 701A 8280-192 is equipped with precise input and output current sensing capabilities, enabling accurate monitoring and control of mechanical loads. The 1.5kg lightweight design, along with compact dimensions (140mm x 85mm x 120mm), makes it easy to integrate into existing machinery layouts without compromising on functionality.
Designed for long-term durability, this digital speed control is backed by WOODWARD’s commitment to quality and support, ensuring that customers receive not just a reliable product but also peace of mind with comprehensive after-sales service. Upgrade your industrial automation systems today with the WOODWARD 701A 8280-192 Digital Speed Control, and experience enhanced performance and efficiency.
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