Description
Product Introduction
The Lion Precision CPL290 capacitive sensor driver provides sub-nanometer displacement measurements for semiconductor manufacturing, spindle runout testing, and precision metrology applications. Slide this driver into a compatible Elite Series enclosure to process high-frequency capacitive probe signals. Bottom line — it works. (Keyword #1)
Executing high-frequency signal processing onboard, the module eliminates noise interference before analog-to-digital conversion. Operating with user-selectable bandwidths up to 15 kHz, the system achieves linear response below 0.2% full scale. Honestly, integrating coarse and fine zero adjustments directly on the front panel is actually clever for rapid zero-point calibration without software intervention.
Pricing & Availability Note: Listed pricing serves as a baseline reference only; actual transaction cost varies based on probe calibration and global market inventory. Request a formal quotation to check current stock for the Lion Precision CPL290. (Keyword #2)
Installation & Configuration Guide
Phase 1 — Pre-Installation (est. 10 min)
- Turn off main enclosure power completely.
- Wait 5 minutes to let power supply rails settle.
- Bring a small flathead alignment screwdriver, an anti-static wrist band, and a calibrated Fluke 115 multimeter.
- Export software collection settings and take detailed photographs of existing DIP switches and zero/gain potentiometers.
Phase 2 — Removal (est. 5 min)
- Unplug the BNC connector and rear differential cabling.
- Unthread top and bottom module retaining thumb screws.
- Pull the module straight forward from the Elite Series rack slot.
- Inspect backplane pin connections for dust, oxidation, or mechanical bending.
Phase 3 — Installation (est. 10 min)
- Strap an ESD grounding band to your wrist and clamp it to chassis earth ground.
- Confirm the driver model printed on the side label reads Lion Precision CPL290. (Keyword #3)
- Match rear DIP switch bandwidth selection jumpers to your previous module configuration photos.
- Guide the module card into the enclosure chassis tracks until the edge connector seats fully.
- Secure retaining screws to 0.5 N·m to establish shield continuity across the front panel.
Phase 4 — Power-On & Testing (est. 15 min)
- Energize the Elite Series rack power supply.
- Observe front-panel LED indicators (green target center light signals probe in range).
- Connect the output BNC to an oscilloscope or data acquisition board.
- Adjust front panel coarse and fine zero knobs until baseline output sits at 0.000 V DC.
- Monitor background noise levels for 30 minutes to confirm thermal equilibrium before collecting precision measurement data.
