Part no.: G005
• Provides isolation between the amplifier power supply, the hazardous area and the G005 output signal
• Input power supply range of 12 to 30 volts DC
• Factory configured to either 0.5 to 9.5V or 4-20mA
• Bandwidth of 4.7kHz, making it ideal for servo control loops.
The G005 Galvanic Isolation Amplifier has been designed specifically for use with Positek Intrinsically Safe position sensors in hazardous Zone 0, 20 Class I, II & III applications and is certified; [Ex ia IIC] [AEx ia IIC] [AEx iaD IIIC]. The Amplifier sacles the output in the safe area and ensures the corresponding output is correct over a wide range of input voltages. It also supports a 5-wire installation option which can negate the effect of losses over long distances, thus maintaining the output signal accuracy. The X005 is factory configured to either 0.5 to 9.5V or 4-20mA and has a bandwidth of 4.7kHz.
"*" indicates required fields
Positek
Positek
Positek
Implementation of SSI Interface
Synchronous Serial Interface (SSI) is a widely used serial interface standard for industrial applications especially, rotary encoders. It is a point-to-point connection from a master (e.g. PLC, microcontroller or other control systems) to a slave (e.g. the rotary encoder).
Tiny Tech, Big Impact: Rotary Encoders Are a Critical Link the Agrobot Revolution
A recent GlobalData report highlights the impressive growth of the robotics industry in agriculture (reaching $218 billion by 2030), a key component behind this revolution often goes unnoticed: the rotary encoder. These unsung heroes convert rotational motion into precise electrical signals, playing a vital role in ensuring the smooth, accurate movements of agricultural robots.
NEW PRODUCT – VLH-35 ELECTRIC ENCODER FOR DC SERVO MOTORS
Netzer Precision Position Sensors is introducing the VLH-35, a new product designed to meet the needs of the servo motor industry and its requirements for the next generation of industrial rotary motion control.
Accuracy, Resolution and Repeatability
There are several key terms that are critical to specifying the optimal position sensor for a given application. This application note defines these key terms and how they relate to the sensor’s role in the overall system performance. It is important to consider that precision is very much a system issue and can be dominated by mechanical errors such as eccentricity. This paper discusses the most significant mechanical error for rotary applications (eccentricity) and presents eccentricity tolerant position sensor solutions.