Incremental Encoder for Motors I/59ZP

Power supply 12/24V | Hollow shaft Ø6-15mm | Push-pull output | IP65 protection | Weight 300g | Bearing life 1.5×10^9 revs | Max frequency 100kHz | Temperature 0-70°C | Axial load 6kg | Anodized aluminum base

The I/59ZP Incremental Motor Encoder addresses the critical need for precise feedback in harsh industrial environments where conventional sensors fail. Its robust construction allows for uninterrupted operation under severe mechanical vibrations and high radial loads, ensuring continuous production.

The technical solution integrates a hollow, through-shaft made of stainless steel with ball bearings that support up to 6 kg of axial load. The internal electronics allow for Push-Pull or NPN output configurations, managing maximum frequencies of 100 kHz and continuous speeds of 3000 RPM, scalable to 8000 RPM with specific options.

The anodized aluminum housing and Valox 420 cover ensure a long service life with bearings up to 1.5 x 10^9 revolutions, resisting 50 G shocks and 12 G vibrations within an operating temperature range of 0 to 70 °C. Specialist technical consultation is available at [website/contact information missing]. guemisa.es.

  • Anodized aluminum housing with Valox 420 cover for maximum durability.
  • Ball bearings with certified service life exceeding 1.5 x 10^9 revolutions.
  • Resistance to mechanical impacts of up to 50 G for 11 milliseconds.
  • Continuous operating capacity up to 8000 RPM in optimized configurations.

Technical Frequently Asked Questions

How does the I/59ZP differ from the I/E6 model in the series?

The I/59ZP is specifically designed for direct mounting on through-shaft motors, while the I/E6 is a general-purpose encoder. The 59ZP supports higher radial loads and continuous speeds up to 3000 RPM, compared to the E6's size limitations.

What alignment precautions does the I/59ZP shaft require?

Maintaining minimal axial play in the coupling is imperative to avoid overloading the ball bearings. The phase tolerance is ±25° and the symmetry ±15°, therefore precise angular alignment of the Ø6-15mm hollow shaft with respect to the sensor must be ensured.

What connectors and output options are available for the I/59ZP?

The catalog includes box terminals (VM, VE, TM), end connectors (VK, VL), and wiring options. Outputs include standard NPN, PNP, Push-Pull, and TTL, with an optional 1Vpp sine wave output for specific analog applications.

Properties

FeatureSpecification
Sensor TypeIncremental
Main ApplicationMotors (Motor Series)
Standard Feeding5V / 12-24V DC
Hollow Through ShaftØ6÷15mm Stainless Steel
Total Weight300 g
Maximum Radial/Axial Load6 kg
Maximum Continuous RPM3000 RPM (8000 optional)
Starting Torque85 gcm
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 ÷ 3600 PPR
Maximum Frequency100 kHz (300 option)
IP Protection OutputIP64 / IP65 Sealed
Incremental Encoder for Motors I/59ZP
Dimensional drawing Incremental Encoder for I/59ZP Motors

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Weight 600g | Shaft Ø10mm Stainless Steel | Maximum Load 3kg | IP Standard 65 | Maximum RPM 6000 | Starting Torque >25 gcm | Bearing Life 1.5 x 10^9 revolutions | Operating Temperature 0 ÷ 70°C | Pulses/Revolution 1 ÷ 90000 | Maximum Frequency 100 kHz
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