Displacement Sensor Potentiometer Type P...

Product Advantages:

Small size, easy installation and use, reliable operation and high performance-to-price ratio. it is an ideal solution for linear positioning and stroke displacement feedback.
Multiple output modes: RS485 digital signal output, CAN digital signal output, CANopen，Modbus  RTU，RS232， ncremental pulse output. Voltage output (0-5V/10V), Resistance output (0-5K/10K), Current output (4-20mA).
The running times of this displacement sensor can be up to 5 million times,

The linear accuracy is ±0.1%, and the repetition accuracy is ±0.01%.
The use of 6061 high-strength aluminum alloy material, high strength, anti-static anti-interference, long service life, can ensure the safe operation of the sensor in the harsh environment, and low maintenance cost.

Applications: crane hoist testing, automatic warehousing testing, testing machine testing, various guideway systems, hydraulic cylinder systems, telescopic systems, pressure machinery, various production lines, textile machinery, packaging machinery, printing machinery, heavy industry machinery and other position measurement control and automatic control, etc.

How to calculate the length？

When you are using the pull rope displacement sensor, the encoder value feedback by the displacement before and after the pull rope is the position value information, assuming that it is X1 and X2; if the inner wheel circumference of the sensor you purchased is C and the resolution is P, then calculate the length L. The formula is L = (X2-X1) * C / P.

For example, the pull rope displacement sensor you buy has a range of 2000mm and a resolution of 1024. The circumference of the inner wheel is 150mm. The calculated length is

L = (X2-X1) * 150/1024.

Pull Rope Displacement Sensor Wiring Connection

Absolute Digital Signal Output Type				Pulse Output Type
Interface	RS485	CAN		E6B2 Series rotary encoder
Red wire	Power Supply			Brown wire	Power supply（+Vcc）
Black wire	GND			Black wire	A Phase
Yellow wire	Z0	Z0		Blue wire	0V（COMMON）
Green wire	485B	CANH		White wire	B Phase
White wire	485A	CANL		Orange wire	Z Phase

Resistance Output Type （5K/ 10K）

Function wire setting method: （Workable for 4-20mA，0-5V，0-10V output）

1. Set the minimum value:

Connect the yellow wire to the black wire (0V) for a short time to set the sensor to the minimum value;

2. Set maximum value:

Connect the orange wire to the black wire (0V) for a short time to set the sensor to the maximum value;

3. Set midpoint value:

Connect the yellow and orange wires to the black wire (0V) at the same time for a short time to set the sensor to the midpoint value;;

4. Reset encoder:

When powered on, connect the yellow wire to the black wire (0V) for 2 minutes to reset the encoder;

5. Setting direction:

When powered on, connect the orange wire to the black wire (0V) for 2 minutes to switch the encoder value direction.

Drawing of 0~500mm and 0~1000mm Measurement Range

Drawing of 0~2000mm Measurement Range

Drawing of 0~3000mm Measurement Range

Drawing of 0~4000mm Measurement Range

To know more about the Absolute Encoder or the 3D Drawing of the Linear Sensor, please visit briterencoder.com

Matters needing attention in the installation of rope displacement sensor:

1. The rope displacement sensor is installed in a fixed position, and the pull head is pulled out, and it is strictly forbidden to release the hand and let the cable retract instantly; the end of the rope is on the moving object, and the movement should be kept barrier-free, and the cable should be pulled out vertically during installation.

3. Disassembly is strictly prohibited by non-technical personnel. if necessary, please disassemble and reinstall under the guidance of technicians.

4. When installing the stainless steel rope, the angle control should be paid attention to. If necessary, the pulley can be appropriately increased to change the direction, so as to ensure the measurement accuracy and the service life of the cable, and prevent the line from rubbing against the outlet.

5. In the process of use, excessive dust impurities should be reduced as far as possible, which can easily lead to the failure of the plastic coating of steel cable or the failure of the operation.

6. Please confirm the wiring when the power is off, and note that the wrong wiring may cause the encoder motherboard to burn out.