THT incremental encoder 20imp 5V DC 1mA, EN11-VNB1BQ15
ID: 1181550
5906623490141
zł5.98
Tax included
zł4.86 tax excl.
The EN11-VNB1BQ15 incremental encoder is a precise component for detecting the angle of rotation, with a quadrature output with a resolution of 20 pulses per revolution, ideal for position and speed control. Thanks to THT mounting, 5V power supply and low current consumption, it will be perfect for automation and robotics systems.
Description
The EN11-VNB1BQ15 incremental encoder is a precision element designed to detect the angle of rotation, ideal for applications in projects requiring precise position or speed control. The product is equipped with a quadrature output with a resolution of 20 pulses per revolution, which allows for accurate representation of rotary motion. Thanks to the through-hole (THT) mounting, this encoder is perfect for installation in printed circuit boards. The supply voltage is 5V DC, and the operating current is 1 mA, which allows for effective use in low-power systems. The encoder housing provides mechanical resistance, and the 6 mm diameter shaft allows for direct connection to mechanical elements in automation, robotics or mechatronics applications.
Features
- Encoder type: incremental
- Mounting: THT (Through-Hole Technology)
- Resolution: 20 pulses per revolution
- Supply voltage: 5 V DC
- Rated current: 1 mA
- Shaft diameter: 6 mm
- Housing dimensions: Ø11.5 mm
- Maximum rotation speed: 100 RPM
- Operating temperature range: from -40°C to +85°C
1181550
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
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The EN11-VNB1BQ15 incremental encoder is a precise component for detecting the angle of rotation, with a quadrature output with a resolution of 20 pulses per revolution, ideal for position and speed control. Thanks to THT mounting, 5V power supply and low current consumption, it will be perfect for automation and robotics systems.