Incremental Encoder Kit and Low Cost I/80EC

Hollow Stainless Steel Shaft | Aluminum Base | Valox 420 Cap | Weight 290g | Maximum Load 6kg | Continuous RPM 3000 | Starting Torque 60gcm | Bearing Life 1.5×10^9 Rev | Impact Resistance 50G | Shaft Side IP Rating 65

Industrial environments demand robust encoders for motor applications that can withstand harsh conditions without compromising signal integrity. The I/80EC model addresses these needs by offering a cost-effective solution with an architecture specifically designed to withstand vibrations and high mechanical loads in the field.

The technical solution integrates a hollow stainless steel shaft up to Ø15mm, an aluminum base, and a Valox 420 cover. It offers a starting torque of over 60gcm and a ball bearing life of 1.5 x 10^9 revolutions, guaranteeing continuous operational reliability in control systems.

Its construction withstands operating temperatures between 0 and 60°C with shock resistance of 50G. This Incremental Encoder Kit and Low Cost I/80EC is available in guemisa.es.

  • Anodized aluminum base with Valox 420 lid for industrial durability.
  • Hollow stainless steel shaft available from Ø6 to Ø15mm for tangential coupling.
  • Impact resistance of 50G and vibration resistance of 12G, guaranteeing mechanical stability.
  • Ball bearing service life greater than 1.5 x 10^9 revolutions under standard conditions.

Technical Frequently Asked Questions

How does the I/80EC differ from its sister model, the I/59CE?

Both share the same architecture, but the 80EC has an aluminum base and a Valox 420 cover, while the 59CE typically has a full metal housing. The 80EC is optimized for low cost in hollow-shaft motor applications.

What alignment precautions are required for the I/80EC shaft?

The maximum joint compensation allows axial ±0.2 mm, radial ±0.05 mm, and angular ±1°. It is crucial to respect these tolerances to avoid reading errors in the incremental system.

What connectors and output options are available?

NPN, PNP, Open Collector, and Push-Pull outputs are offered with a maximum current draw of 120 mA. Connections include options such as VD5, VH6, or terminal boxes, as specified in the connection datasheet.

Properties

FeatureSpecification
Sensor TypeIncremental
Main ApplicationEngines / Low Cost
BaseAnodized Aluminum
CoverValox 420
Weight290 g
AxisØ 6÷15 mm Hollow Stainless Steel
Maximum Radial/Axial Load6 kg
Maximum Continuous RPM3000 rpm
Starting Torque> 60 gcm
Bearing Life1.5 x 10^9 revolutions
Impact Resistance50 G x 11ms
Vibration Resistance12 G (10 ÷ 2000 Hz)
Operating Temperature0 ÷ 60 °C
Number of Impulses/Revolution1 ÷ 3600
IP Protection Shaft SideIP65 Standard
Incremental Encoder Kit and Low Cost I/80EC
Dimensional drawing of Incremental Encoder Kit and Low Cost I/80EC

Other products

Wirelessly configurable RTD to 4/20mA converter in IP65 waterproof case, built-in data logger, with probe.
Industrial linear resistive sensor • 10 to 200 mm • multiple versions • infinite resolution
Pressure transducer + temperature sensor
Digital pressure gauge
Safety tilt controller for platforms.
B&C ELECTRONICS Logo 2026 WATER QUALITY
ISO 7027 online turbidity sensor for continuous measurement in drinking water and industrial processes with 4…20 mA, RS485 and Modbus RTU output.
B&C ELECTRONICS Logo 2026 WATER QUALITY
4 electrodes, K=1cm-1 (2 to 2,000mS) 1″ BSP thread, PVC body material, PT-100 for temperature measurement, up to 80ºC
Official logo of Novotechnik, manufacturer of linear sensors, position transducers, and industrial encoders
Novotechnik TRS-0050 potentiometric linear sensor · reference 400023272 · travel 0…50 mm · M16 connector · spring return
Shopping Basket