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HOG10 DN 1024 I LR 16H7 + FSL3, a state-of-the-art incremental encoder designed for precision and durability.
Featuring an HTL output driver and robust mechanical speed monitoring, it’s perfect for demanding industrial applications.
HOG10 DN 1024 I LR 16H7 + FSL3 is a combination incremental encoder with integrated centrifugal switch that uses an optical sensing method for mechanical speed monitoring based on centrifugal force. It is highly resistant to vibration and shock, making it ideal for use in industrial environments.
This encoder offers outstanding performance with a supply voltage of 9…30 VDC and a no-load power consumption of ≤100 mA. With a number of pulses per revolution of 1024 and a maximum rotational frequency of ≤120 kHz, it ensures high accuracy and reliability.
Datasheet:
- Supply voltage: 9…30 VDC
- No-load power consumption: ≤100 mA
- Number of pulses per revolution: 1024
- Phase shift: 90° ± 20°
- Rotational frequency: ≤120 kHz
- Output signals: K1, K2, K0 + inverted
- Sensing method: Optical
- Type of output stages: HTL-P (high power linear driver)
- Flange size: ø105 mm
- Shaft type: ø16 mm (closed hollow shaft)
- Permissible shaft load: ≤450 N axially, ≤600 N radially
- Protection: IP 66 (EN 60529)
- Operating temperature range: -40…+100 °C
- Material: Housing – aluminum, shaft – stainless steel
Advantages:
- High accuracy: The centrifuge switch has an accuracy of ±4% when changing speeds.
- Resistance to conditions: High resistance to vibrations, shock and corrosion.
- Customizability: No requirements for special equipment for adjustment.
- Long service life: The use of a hybrid cap increases the service life.
- Minimal energy consumption: High level of energy efficiency.
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