Name: Non Contact Measurement Ultrasonic Sensor PVDF Low Power Consumption KUS600 Series
Brand: Kacise
SKU: KUS600
Rating: 4.7 (190 reviews)

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Non Contact Measurement Ultrasonic Sensor PVDF Low Power Consumption KUS600 Series

Product Details:

Place of Origin:	China
Brand Name:	Kacise
Model Number:	KUS600

Payment & Shipping Terms:

Minimum Order Quantity:	1
Price:	Negotiable
Packaging Details:	carton
Delivery Time:	5-8 work days
Payment Terms:	L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability:	100+

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Detailed Product Description

Range:	0.6m-5m, Low-power Product Supports Wide Voltage Input, This Range Is For 3.3V Power Supply (6m Range Customizable)	Unusable Area:	0 ...0.6m
Power Supply:	3.3V-24V	Power Consumption:	Less Than 0.3mA When Sleep, Less Than 20mA When Emitting, Less Than 5mA Than When Measurement
Output Signal:	0-5V /4-20mA/NPN/PNP/RS485	Electrical Connection:	5-core Cable (analog), 6-core Cable (switch)
Ranging Resolution:	1mm	Measurement Accuracy:	0.5%-1 %F.S.
Temp. Compensation:	Yes	Protection Class:	IP66
High Light:	Fluid Ultrasonic Level Sensor , PVDF Non Contact Ultrasonic Sensor , 0.6m Ultrasonic Level Transmitter

KUS600 Series Ultrasonic Sensor PVDF Non-contact measurement Low power consumption

Features

Non-contact measurement

PVDF casing for corrosion environment

Low power consumption solution

Various output options, wide voltage power supply

KUS600 low-power ultrasonic liquid level gauge is a real low-power ultrasonic sensor with low operating current, the stable time is short and the stability is good. We use nearly new ICs, usually with very low power consumption.The circuit in the sensor consists of three parts, the basic circuit of the transmitting circuit, the receiving circuit and the single-chip microcomputer. The single-chip microcomputer realizes power consumption management by enabling the work of various parts of the control circuit, and then controls power consumption.When the microcontroller itself is not working, it enters sleep mode to further reduce power consumption.

Dimension

Unit in the diagram is mm.

Parameter

Range	0.6m-5m, low-power product supports wide voltage input, this range is for 3.3V power supply (6m range customizable)
Unusable area	0 ...0.6m
Power supply	3.3V-24V
Power consumption	less than 0.3mA when sleep, less than 20mA when emitting, less than 5mA than when measurement
Output signal	0-5V /4-20mA/NPN/PNP/RS485
Electrical connection	5-core cable (analog), 6-core cable (switch)
Ranging resolution	1mm
Measurement accuracy	0.5%-1 %F.S.
Temp. compensation	Yes
Working temperature	-25…70℃(233...358K)
Storage temperature	-40…85℃(233...358K)
Protection class	IP66
Casing Material	PVDF

Description of Sensor Functions

Adjusting the analogue output.

The analogue output can be programed as the user want. Such as working at switch output or working at liner output all the parameters can be set by the RS485 interface. There are 8 types of output functions can be programed. All the setting routine as follows, step 1 set one pointed distance by the RS485, step 2 set another pointed distance by the RS485. Step3 set the output type liner or switch, and set the related output options Step4 reboot the sensor. 1. Window mode normally-open and liner mode positive slope output function. 2. Window mode normally-closed and liner mode negative slope output function. 3. Single switching point, normally-open function. 4. Single switching point, normally-closed function. 5. Single switch point with hysteresis gap normally-open function. 6. Single switch point with hysteresis gap normally-closed function. 7. Detection of object presence-normal open function. 8. Detection of object presence-closed open function. Switching point, Setting distance only after power on. The internal clock can assure can't be changed after 5 minutes after power on. If want to change the switching point, the user can only set the request distance after power restart.

For the RS485 output type.

There are 2 kinds of working style, One for auto measure, the sensor will measure the distance or level repeatedly, and the measurement period can be set by the UART. The measure result can be fetched every time. The other style is power save mode when the sensor is sleep, until the sensor received the inquiry command with pre-code. Communication protocol is Modus-RTU. For example the measure result can be read by access the register 0x101 by Modbus protocol. For more information please contact us for the software engineering guide.