SICK DFS60B-S4PK10000

Pulse count: 10000 pulses per revolution

Reference signal: one index pulse per revolution, 90 degrees electric logic relative to channels A and B

Accuracy error limit: plus or minus 0.05 degrees

Pulse-width deviation: plus or minus 0.01 degrees

Output channels: 6-channel programmable incremental interface

Output level: TTL or HTL programmable; factory HTL or TTL setting according to order code

Supply voltage: 4.5 to 32 VDC

Output frequency: up to 600 kHz

Load current: up to 30 mA

No-load power consumption: up to 0.7 W

Initialization time: 32 ms

Cable: 8-core universal cable, 1.5 m

Shaft diameter: 10 mm with flat; shaft length 19 mm

Flange: clamping flange

Materials: stainless-steel shaft, aluminum flange, die-cast aluminum housing

Weight: approximately 0.3 kg

Starting torque: 0.5 Ncm at 20 degrees Celsius

Operating torque: 0.3 Ncm at 20 degrees Celsius

Radial shaft load: 80 N

Axial shaft load: 40 N

Maximum speed: 9000 rpm

Rotor inertia: 6.2 gcm²

Bearing service life: 3.6 times 10^10 revolutions

Angular acceleration: up to 500000 rad/s²

Self-heating: 3.3 K per 1000 rpm

Protection: reverse-polarity protection and output short-circuit protection

Safety data: MTTFd 300 years according to EN ISO 13849-1 for the calculated configuration

Programmable TTL or HTL output supports multiple controller interfaces.

High 10000 PPR resolution provides fine speed and position feedback.

Stainless shaft and aluminum housing resist industrial mechanical stress.

Short-circuit and reverse-polarity protection improve service reliability.

Servo motor feedback, conveyor speed control, robotic axes, printing presses, packaging machines, material handling and general industrial rotary measurement.

Solid shaft with clamping flange, rear cable outlet, optical or magnetic incremental sensing section, signal-conditioning PCB and aluminum die-cast body.

Shaft rotation produces two phase-shifted incremental signals A and B and one index signal Z. The controller counts pulses and evaluates phase direction to determine position, speed and rotation sense.

Mount with the clamping flange square to the machine surface.

Align the coupling to avoid side load beyond 80 N radial and 40 N axial.

Use a minimum bend radius for the 1.5 m cable and avoid tensile strain on the cable outlet.

Ground the cable shield at the controller end according to the system EMC plan.

Do not exceed 9000 rpm mechanical speed.

Verify TTL or HTL programming before connecting to the controller input.

Check bearing life and re-lubrication policy according to duty cycle.