Bourns Optical Optical Encoder, 128 ppr, Push Pull Signal, Solid Type, 1/4in Shaft - ENT1J-D28-L00128L

Manufacturer: Bourns
High-performance optical encoder with 128 PPR and push-pull output for reliable position sensing.
Manufacturer part number: ENT1J-D28-L00128L
Availability: In stock
€68.80
i h
Only Ships to: France, Monaco
For shipping outside these regions, please contact customer support.
Encoder Technology = Optical
Pulses Per Revolution = 128
Maximum Revolutions = 3000rpm
Output Signal Type = Push Pull
Shaft Type = Solid
Shaft Diameter = 1/4in
Resolution = 2 Bit
IP Rating = IP40
Overall Width = 22.2mm
Overall Depth = 23.37mm
Minimum Operating Temperature = -40°C
Mounting Type = Panel Mount°C

EN Series Rotary Optical Encoder. EN series rotary optical encoders with two channel quadrature output, a square wave signal and a resolution to 256 PPR. These EN series rotary optical encoders are bushing or servo mount, CMOS and TTL compatible and have a long life of 10,000,000 revolutions. Versions with a ball bearing bushing configuration (stock numbers ; 164-2633 164-2633 , ; 789-9501 789-9501 , ; 789-9501 789-9501 and ; 827-5029 827-5029 ) have an increased life of 200,000,000 revolutions as well as a high operating speed of 3000 rpm. Typical applications for these rotary optical encoders include digital panel control or position sensing where reliability, long life, high resolution and precision linearity are essential. Features ; Benefits. 2-bit quadrature output, channel A leads channel B by 90° with clockwise rotation Metal bushing and shaft, long life, high operating speed Square wave signal, CMOS and TTL compatible 64, 128 or 256 cycles per revolution ENA types have bush mounting (spring loaded for optimum feel) ENS type has bush mounting (ball bearing shaft support) Continuous mechanical rotation. Product Application Information. Typical applications for these rotary optical encoders include digital panel control or position sensing where reliability, long life, high resolution and precision linearity are essential.