Out of stock
Baumer ITD 41 A 4 Y70 2000 H BX D1SR7 S 30, a top-tier hollow shaft incremental encoder.
- With a maximum of 10,000 pulses per revolution, it ensures exceptional accuracy.
- Utilizing an optical sensing method, this encoder is designed for reliable performance.
The Baumer ITD 41 A 4 Y70 2000 H BX D1SR7 S 30 is a high-precision incremental encoder with an optical measuring method, designed for industrial applications where high accuracy and reliability are required. This encoder has a compact design with an aluminum body and a solid shaft that provides high resistance to vibrations and shocks.
Engineered for robust performance, it can handle a wide range of operating conditions, making it suitable for various industrial environments. The encoder’s durability is complemented by its user-friendly installation process.
Datasheet
Electrical characteristics:
- Supply voltage: 5 VDC ±5 %, 8…30 VDC
- Reverse polarity protection: Yes
- No-load consumption: ≤100 mA
- Steps per revolution: 1024 … 10000
- Reference signal: Zero pulse, width 90°
- Measurement method: Optical
- Output frequency: ≤300 kHz (TTL), ≤160 kHz (HTL)
- Output signals: A, B, 0
- Output stages: TTL line driver (short-circuit protected), HTL push-pull (short-circuit protected)
- Immunity to interference: EN 61000-6-2
- Radiated interference: EN 61000-6-3
Mechanical design:
- Size (flange): ø80 mm
- Shaft type: ø28…30 mm (through hollow shaft)
- Mounting kit: 050
- Protection EN 60529: IP 54
- Operating speed: ≤7000 rpm
- Starting torque: ≤0.01 Nm (+20 °C)
- Material: Body: aluminum; Shaft: stainless steel
- Operating temperature: -20…+70 °C
- Relative humidity: 90% non-condensing
- Resistance: EN 60068-2-6, Vibration 10 g, 55-2000 Hz; EN 60068-2-27, Impact 30 g, 11 ms
- Connection: M16 connector, 7-pin
- Weight: approximately 580 g
Currently, the goods have no revocation.
Your feedback will be the first to
Share your thoughts, your opinion about the product.
Thank you for your feedback. In order to leave your feedback, simply fill out the form below.
