Incremental Encoder for Racks I/172C

Stainless steel pinion | Anodized aluminum base | Weight 1800g | Radial load 4kg | Bearing life 1.5×10^9 revs | Impact resistance 50G | Temperature 0-70°C | Pulses/rev 1-10000 | Max frequency 60kHz | IP65 output

To solve linear measurements on racks with high robustness and 5 µm resolution, the pinion preload system guarantees mechanical stability in demanding industrial environments, eliminating the axial play typical of conventional sensors.

Constructed with an anodized aluminum base and cover for efficient heat dissipation. It supports up to 4 kg of radial/axial load and operates at over 3000 RPM, maintaining a bearing life exceeding 1.5 billion revolutions without signal degradation.

Designed to withstand 12G vibrations and 50G shocks in temperatures ranging from 0 to 70°C. Its LED electronics guarantee a lifespan exceeding 100,000 hours. Available in guemisa.es.

  • Pinion preload system for maximum robustness and mechanical stability.
  • Adjustable resolution from 5 µm to 0.4 mm for linear measurement accuracy.
  • Anodized aluminum construction with long-life ball bearings.
  • Resistance to 12 G vibrations and 50 G impacts in industrial environments.

Technical Frequently Asked Questions

How does the I/172C differ from the I/E6 model?

The I/172C uses an integrated pinion and is specifically designed for Mod.1 type racks, offering superior resolution (up to 5 µm) compared to standard optical sensors that typically have lower mechanical robustness on toothed shafts.

What alignment precautions are required for the I/172C shaft?

The shaft is a stainless steel pinion, so it does not require external lubrication and must be mounted ensuring the maximum recommended axial load to maintain the internal preload of the bearing system.

What connectors and output options are available for the I/172C?

Multiple connection configurations are offered such as terminal box (VD5), sealed connectors (TM, VM) or direct wiring, with PNP, NPN, Push-Pull PRO or sinusoidal outputs according to the technical data sheet.

Properties

FeatureSpecification
Sensor TypeIncremental Pinion-Encoder
Main ApplicationMod.1 Zippers (Rack and Pinion)
Base and LidAnodized Aluminum
Weight1800 g
AxisStainless Steel Pinion
Maximum Radial/Axial Load4 kg
Bearing Life1.5 x 10^9 revolutions
Impact Resistance50 G x 11ms
Vibration Resistance12 G (10 ÷ 2000 Hz)
Operating Temperature0 ÷ 70 °C
Pulses for Revolution1 ÷ 10000
Maximum Frequency60 kHz (Option 100)
Maximum Consumption120 mA
Light SourceLED >= 100000 h
IP Protection OutputIP65
Incremental Encoder for Racks I/172C
Dimensional drawing Incremental Encoder for Racks I/172C

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