Trade Discount 20%
Incremental Encoder DFS60B-BHVA05000 | 5000 Pulses/Rev | IP67 Rated | Robust Design | by SICK
The Incremental Encoder DFS60B-BHVA05000 offers high precision with 5000 pulses per revolution, making it ideal for industrial automation and robotics. Its robust blind hollow shaft design features a stainless steel shaft and aluminum housing, ensuring durability in demanding environments. With an IP67 rating, it provides excellent protection against dust and water, making it suitable for safety-critical applications.
Please sign in so that we can notify you about a reply
Sign in
Please login to continue to your account.
Product Name/Title: Incremental Encoder DFS60B-BHVA05000 | 5000 Pulses/Rev | IP67 Rated | Robust Design | by SICK
Brand: SICK
SKU: 1069679
Alternatively Known As: Incremental rotary encoder, high-resolution encoder, shaft encoder, rotary position sensor
Technical Specifications
- Pulses per revolution: 5,000
- Measuring step: 90°, electric/pulses per revolution
- Measuring step deviation: ±0.01°
- Error limits: ±0.05°
- Communication interface: Incremental TTL / RS-422
- Number of signal channels: 6
- 0-set function: Hardware pin, H-active
- Initialization time: 30 ms
- Output frequency: ≤ 600 kHz
- Load current: ≤ 30 mA
- Power consumption: ≤ 0.7 W (without load)
- Connection type: Male connector, M23, 12-pin, radial
- Supply voltage: 4.5 to 32 V
- Reference signal: 1, 90° electric, logically gated with A and B
- Reverse polarity protection: Yes
- Short-circuit protection: Yes
- Mechanical design: Blind hollow shaft
- Shaft diameter: 15 mm front clamp
- Shaft material: Stainless steel
- Flange material: Aluminum
- Housing material: Aluminum die cast
- Start-up torque: 0.8 Ncm (+20 °C)
- Operating torque: 0.6 Ncm (+20 °C)
- Permissible static movement: ±0.3 mm radial, ±0.5 mm axial
- Permissible dynamic movement: ±0.1 mm radial, ±0.2 mm axial
- Operating speed: ≤ 6,000 min⁻¹
- Moment of inertia of rotor: 40 gcm²
- Bearing lifetime: 3.6 x 10^10 revolutions
- Angular acceleration: ≤ 500,000 rad/s²
- EMC: According to EN 61000-6-2 and EN 61000-6-3
- Enclosure rating: IP67 housing side, IP65 shaft side
- Permissible relative humidity: 90% (no condensation)
- Operating temperature range: -40 °C to +100 °C
- Storage temperature range: -40 °C to +100 °C
- Resistance to shocks: 70 g, 6 ms
- Resistance to vibration: 30 g, 10 Hz to 2,000 Hz
- Dimensions (H x L x W): 58mm x 100mm x 58mm
- Weight: 0.2 kg
Key Features
- High resolution with 5,000 pulses per revolution
- Robust blind hollow shaft design with stainless steel shaft and aluminum housing
- IP67 rated housing for protection against dust and water
- Supports TTL / RS-422 incremental communication interface
- 6-channel output with hardware 0-set function
- Reverse polarity and short-circuit protection
- Wide operating temperature range from -40°C to +100°C
- Low start-up torque of 0.8 Ncm and operating torque of 0.6 Ncm
- High mechanical durability with bearing lifetime of 3.6 x 10^10 revolutions
- Fast initialization time of 30 ms
Professional Installation Requirements
- Installation should be performed by qualified personnel familiar with electrical and mechanical integration of incremental encoders to ensure proper alignment and connection.
Applications
- Industrial automation for precise position and speed measurement
- Robotics and conveyor systems requiring high-resolution feedback
- Machine tools and packaging machinery
- Safety-related applications requiring reliable encoder feedback
Standards & Compliance
- Complies with AS/NZS 3000 – Wiring Rules (Electrical Installation)
- Complies with AS/NZS 3112 – Plugs and Socket-Outlets (Type I Plug)
Environmental Benefits
- Durable design reduces need for frequent replacements, minimizing waste
- Low power consumption of ≤ 0.7 W contributes to energy efficiency
Warranty Information
Standard manufacturer warranty applies; please refer to SICK's official warranty policy for details.
Available Now
The SICK DFS60B-BHVA05000 incremental encoder is available for immediate purchase, ideal for industrial automation and safety-critical applications.
