BTF13-P1BM1025 – SICK Wire Draw Encoders

Name: BTF13-P1BM1025 – SICK Wire Draw Encoders
SKU: SICK 1060991
Price: 2927.90 USD
Availability: InStock

$ 2,927.90

SKU SICK 1060991 Category SICK Encoders

Part Number: 1060991
Encoders Model: BTF13-P1BM1025
OEM Spec Ref

Performance

Measurement range	0 m … 10 m
Encoder	Absolute encoders
Resolution (wire draw + encoder)	0.04 mm ¹⁾ ²⁾
Repeatability	≤ 1.5 mm ³⁾
Linearity	≤ ± 2 mm ³⁾
Hysteresis	≤ 3 mm ³⁾

¹⁾ The values shown have been rounded.

²⁾ Example calculation based on the BTF08 with PROFINET: 200 mm (wire draw length per revolution – see Mechanical data): 262,144 (number of steps per revolution) = 0.001 mm (resolution of wire draw + encoder combination).

³⁾ Value applies to wire draw mechanism.

Interfaces

Communication interface	PROFIBUS DP
Programmable/configurable	✔

Electrical Data

Connection type	Male connector, Female connector, 2x, 1x, M12, M12, 5-pin, 5-pin, axial, axial
Supply voltage	10 V … 32 V
Power consumption	≤ 1.5 W (without load)
MTTFd: mean time to dangerous failure	60 years (EN ISO 13849-1) ¹⁾

¹⁾ This product is a standard product and does not constitute a safety component as defined in the Machinery Directive. Calculation based on nominal load of components, average ambient temperature 40°C, frequency of use 8760 h/a. All electronic failures are considered hazardous. For more information, see document no. 8015532.

Mechanical Data

Weight	3.78 kg
Measuring wire material	Highly flexible stranded steel 1,4401 stainless steel V4A
Measuring wire diameter	1.35 mm
Weight (measuring wire)	7.1 g/m
Housing material, wire draw mechanism	Aluminum (anodised), plastic
Spring return force	10 N … 20 N ¹⁾
Length of wire pulled out per revolution	332.4 mm
Life of wire draw mechanism	Typ. 1,000,000 cycles ²⁾ ³⁾
Actual wire draw length	10.2 m
Wire acceleration	40 m/s²
Operating speed	8 m/s
Mounted encoder	A3M60, A3M60B-S1PB013X13, 1051018
Mounted mechanic	MRA-F130-110D2, 6028627

¹⁾ These values were measred at an ambient temperature of 25 °C. There may be variations at other temperatures.

²⁾ Average values, which depend on the application.

³⁾ The service life depends on the type of load. This is influenced by environmental conditions, the installation location, the measuring range in use, the traversing speed, and acceleration.