The Bachmann AO202 Analog Output Module is designed for precise control applications in industrial automation. It ensures smooth and accurate analog signal output, making it ideal for processes requiring fine-tuned adjustments.
The Bachmann AO202 Analog Output Module is designed for precise control applications in industrial automation. It ensures smooth and accurate analog signal output, making it ideal for processes requiring fine-tuned adjustments.
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Analog Output Channels:2
Output Voltage Range:±10V
Digital Resolution:16-bit
Output Current Rating:Max. 1A per channel
Sampling Time:20μs
Power Consumption:Max. 2W
Operating Temperature Range:-30°C to +60°C
Communication Interface:RS-485
Connector Type:M12
Isolation Type:Single
Protection Class:IP20
The Bachmann AO202 Analog Output Module is engineered for seamless integration into complex industrial control systems. Its robust design ensures stable performance under varying environmental conditions, making it suitable for a wide range of applications from manufacturing processes to process control industries.
Featuring two independent 12-bit resolution analog output channels, this module delivers precise control over actuators and other devices requiring analog signal modulation. Each channel supports continuous currents up to 1A, with a maximum total output current of 2A, ensuring reliable operation even in demanding scenarios.
Equipped with a 24V DC operating voltage, the AO202 module is compatible with various power supplies commonly found in industrial environments. Its temperature range of -20°C to +70°C allows for use in diverse climates without compromising performance.
Designed for easy installation on DIN rails, the module simplifies system integration and reduces the need for extensive cabling. Its communication interface is CANopen compatible, enabling seamless interaction with CANopen-based systems for enhanced data exchange and control.
Optimized for efficiency, the AO202 Analog Output Module consumes typical power of 2W, with a maximum of 3W, ensuring low operational costs. Its compact size and durable construction make it an ideal choice for space-constrained applications without sacrificing reliability.