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Inductive linear sensor ILT-10 600mm

Reference ILT-10-600

Brand Atek

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zł1,300.81

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Description

Inductive measurement technology
Absolute working principle
Magnetic field resistant
Touch less measurement
Status LED
Versatile mounting
1 μm resolution
500 Hz high update rate
Shock and vibration resistance
Analog, SSI, CANopen, RS-232 or RS-485 interface

IP67 protection class

The working principle of ILT-10 series inductive linear position sensors depends on the RLC coupling between the positioning element and the sensor. An output signal is provided according to the position of the positioning element. Thanks to the touch less working principle, they are long-lasting since there are no factors such as wear and tear.
They offer wide temperature tolerance, high repeatability, resolution and linearity. They work stably for a long time without being affected by electromagnetic fields. The are used in applications such as manufacturing engineering, plastic injection molding, textile, packaging, sheet metal working, woodwork, automation technology.

MECHANICAL DATA
Housing Length (A)	B + 84 mm
Electrical Stroke (B)	Between 100 mm... 500 mm in steps of 50 mm Between 500 mm... 1000 mm in steps of 100 mm
Protection Class	IP67
Life	Mechanically unlimited
Mechanical Fixing	Adjustable (movable) mounting clamps
Operating Temperature	-40°C...+70°C
Storage Temperature	-40°C...+70°C
Material	Position Marker: POM
	Housing: Anodized aluminum

ANALOG INTERFACE

Electrical Specifications

Electrical stroke (B)	Between 100 mm... 500 mm in steps of 50 mm Between 500 mm... 1000 mm in steps of 100 mm
Output Signal	0-10V, 0.5-4.5V, 0-5V, 0-20 mA, 4-20 mA
Number of channel	1
Output update rate	500 Hz max.
Signal propagation delay	2, 3, 4, 5, 6, 8, 10 ms (according to filter selection)
Resolution	16 bit
Absolute Linearity	≤ ± %0.025 FS (min. ± 100 μm) (when the signal propagation delay is 10 ms)
Reproducibility	< ± %0.012 FS (when the signal propagation delay is 10 ms)
Supply voltage	15...33VDC
Supply voltage ripple	≤ %10 Vss
Power consumption (w/o load)	0.5W
Overvoltage protection	33 VDC
Reverse polarity protection	Yes, up to supply voltage max
Short circuit protection	Yes (outputs, GND and supply voltage), Up to 12V

SSI INTERFACE

Electrical Specifications

Electrical stroke (B)	Between 100 mm... 500 mm in steps of 50 mm Between 500 mm... 1000 mm in steps of 100 mm
Protocol	SSI 24 and 25 bit (ask for others)
Parity Bit	Even (default) / Odd / None
Alarm Bit	Active High (default) / Active Low / None
Process data area	Bit 0... Bit 19
Inputs	RS422
Monofloptime (tm)	20 μs
Encoding	Gray, Binary
Output update rate	500 Hz (depends on the filter)
Resolution (LSB)	Selectable between 1...1000 μm
Signal propagation delay	2, 3, 4, 5, 6, 8, 10 ms (according to filter selection)
Reproducibility	< ± %0.012 FS (when the signal propagation delay is 10 ms)
Absolute Linearity	≤ ± %0.025 FS (min. ± 100 μm) (when the signal propagation delay is 10 ms)
Supply voltage	8...33 VDC
Supply voltage ripple	≤ %10 Vss
Power consumption (w/o load)	0.5W
Overvoltage protection	33 VDC
Reverse polarity protection	Yes, up to supply voltage max
Short circuit protection	Yes (outputs, GND and supply voltage up to 7V)
Ohmic load at outputs	>120Ω
Max. Clock rate	1 MHz

CANopen INTERFACE

Electrical Specifications

Measured variables	Position, speed and temperature
Electrical stroke (B)	Between 100 mm... 500 mm in steps of 50 mm Between 500 mm... 1000 mm in steps of 100 mm
Measuring range speed	0...5 m/s
Protocol	CANopen protocol to CiA DS-301 V4.2.0, Device profile DS-406 V3.2
Programmable parameter	nod-id, baud-rate
Node-ID	1...127 (default 127)
Baud rate	10 ... 1000 kBaud
Output update rate	500 Hz
Position resolution Speed resolution	1 μm min. 10 μm/s min.
Signal propagation delay	2, 3, 4, 5, 6, 8, 10 ms (according to filter selection)
Reproducibility	< ± %0.012 FS (when the signal propagation delay is 10 ms)
Absolute Linearity	≤ ± %0.025 FS (min. ± 100 μm) (when the signal propagation delay is 10 ms)
Supply voltage	8...33 VDC
Supply voltage ripple	≤ %10 Vss
Power consumption (w/o load)	0.5W
Overvoltage protection	33 VDC
Reverse polarity protection	Yes, up to supply voltage max
Short circuit protection	Yes (outputs, GND and supply voltage max.)
Termination resistance	No (optional internal 120 Ω load resistance)