// 1. Prepare data const points = Array.from( length: 50 , (_, i) => ( x: i, y: Math.sin(i / 5) + Math.random() * 0.2 ));
Press and hold down the knob for until the screen reads F001 . Rotate the knob clockwise to move toward F002 . js-visg-m-s manual
viz.interaction.on('lasso', (selectedPoints) => highlightPoints(selectedPoints); ); Voltage Output Wiring (0–10V / 1–5V) Connect to
The simulator uses a 360-degree digital encoder knob as its primary user interface. const prices = new DataSet(stockData
: 0–10V (0), 2–10V (1), etc. Current : 0–20mA (0), 4–20mA (1), 0–22mA (2) F003 Display Mode 0: Real value; 1: 0–100% percentage; 2: 0–50Hz F100 Password/Fast Mode
[ JS-VISG-M-S TERMINAL BLOCK ] _______________________________________ | GND | AVO | AIO | AI+ | |___ _____|____ ____|____ ____|____ ____| | | | | | | | +---- Passive Current Loop Input | | +-------------- Active Current Output (-) | +------------------------ Voltage Output (+) +----------------------------------- Common Ground (-) 1. Voltage Output Wiring (0–10V / 1–5V) Connect to the positive analog input terminal ( ) of your PLC or inverter. Connect GND to the common ground terminal ( GNDcap G cap N cap D COMcap C cap O cap M ) of the target equipment. 2. Active Current Loop Wiring (Generator Mode)
// Fetch stock data const stockData = await fetch('/api/aapl').then(r => r.json()); const prices = new DataSet(stockData, xField: 'timestamp', yField: 'close' );
