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PCE Instruments PCE-DT 65
$113.00
Digital Industrial Contact Tachometers
Optimize your rotational machinery inspections and streamline mechanical drivetrain audits with our professional selection of high-accuracy tachometers. Engineered specifically to monitor electric motor shafts, conveyor line speeds, and manufacturing turbine velocities, these rugged diagnostic instruments deliver real-time RPM metrics. From non-contact photo-tachometers utilizing high-visibility laser lines to heavy-duty dual contact wheels built for surface speed tracking, find your exact measurement range and memory data-logging features to guarantee precision industrial speed verification.
Tachometer Velocity Technology & Mechanical Specifications
Relying on uncalibrated rotational speed tools leads to hidden drivetrain friction wear, inaccurate process outputs, and unexpected machinery line breakdowns that disrupt facility workflows. To secure flawless velocity calculations across tight control panels or high-speed motor shafts, ensure your technical engineering procurement specifications align with these five core structural design and sensor capabilities:
- Precision Contact Adapter Wheels: Specialized rubber tip attachments built to measure surface line speeds and linear travel feet per minute cleanly.
- High-Visibility Laser Photo Sensors: Advanced optical sensors engineered to track rotating targets non-contactly from safe distances using reflective tape.
- Microprocessor-Controlled Min/Max Trackers: Internal data memory arrays that automatically register and lock peak rotational surges and low-speed sags.
- Expansive RPM Measurement Scales: High-speed internal counters calibrated to log broad measurement scales up to 99,999 revolutions per minute effortlessly.
- Rugged Ergonomic Pistol Housings: Double-molded outer shells carrying certified IP65 ingress protections to survive grueling manufacturing workshop spills.
Frequently Asked Questions
Q: When should I choose a non-contact photo tachometer over a contact model?
A: Choose a non-contact photo model when the target motor shaft is moving too fast, is recessed deeply inside machinery, or poses a safety risk for physical contact probes.
Q: What is the purpose of reflective tape during non-contact RPM testing?
A: The laser photo sensor requires a highly reflective surface to bounce the light beam back to the internal receiver, counting each return pulse as one revolution.