Js-visg-m-s Manual May 2026

Based on the alphanumeric code JS-VISG-M-S, this device is a Photoelectric Beam Detector (Active Infrared Beam Sensor) commonly used in perimeter security systems. The code breaks down as follows:

Below is a comprehensive "proper text" manual for setting up, installing, and operating the device. js-visg-m-s manual


5. Operation and Testing

5. Advanced Configuration

13. Error Handling

dashboard.on("error", (err) => 
  console.error(`[$err.source] $err.message`);
  showToast(err);
);

Common errors:


5. Installation Workflow – Step by Step

The manual outlines a six-step procedure: Based on the alphanumeric code JS-VISG-M-S , this

  1. Inspect – Check for shipping damage. Glass fragments inside the sleeve mean immediate rejection.
  2. Clean – Use lint-free wipes and isopropyl alcohol (>99%) on connectors. Never touch the exposed fiber end face.
  3. Launch – Connect the input to a low-power source (≤10 mW) initially. The manual states that CW powers >500 mW require a high-power variant (different model suffix).
  4. Verify isolation – Measure back-reflected power with a return loss meter. Should be >55 dB.
  5. Fixate – Do not clamp the isolator body directly; use a soft silicone pad or thermal adhesive.
  6. Document – Record insertion loss and polarization axis orientation for each channel in a system log.

3.2 Wiring

  1. Open the front cover of the detector using the provided tool or screwdriver.
  2. Route the 4-core cable through the waterproof gland at the bottom or rear.
  3. Connect wires to the terminal block:
    • (+): Power Positive (12-24V DC)
    • (-): Power Negative (GND)
    • COM: Common Relay Output
    • NC: Normally Closed Relay Output (Connect to your alarm panel zone)
    • TAMPER: Connect to the tamper zone of your alarm panel (optional).

CLI Commands

# Convert an OBJ file to the optimized .vms format
visg-m-s convert --input model.obj --output model.vms --compress

10. Real-time Updates

const streamSource = new DataConnector.Stream("ws://...");
streamSource.onData((newRow) => 
  chart.appendData(newRow);      // add point
  chart.animate(300);            // transition
);

Auto-refresh:

dashboard.setGlobalRefresh(10000);  // every 10 sec