50m 300m Ultrasonic Sensor Transmitter Handheld water level sensor using ultrasonic

Brand Name:ACMESENSOR
Certification:CE
Model Number:AUT704
Minimum Order Quantity:1Piece
Delivery Time:7work days
Payment Terms:L/C, D/A, D/P, T/T, Western Union, MoneyGram
Contact Now

Add to Cart

Active Member
Address: A001,6th Floor,Block A,Cross West,Fengcheng 7th Rd and Wenjing Rd,Xian 710007 P.R.China
Supplier`s last login times: within 2 hours
Product Details Company Profile
Product Details

AUT704 Handheld Underwater Ultrasonic Level Sensor

Handheld Underwater Ultrasonic Level Sensor

Introduction of the ultrasonic level sensor

♦ The instrument uses international advanced technology and has perfect functions of depth measurement, controlment, data transmission and manmachine communication.

♦ It is a combination of ultrasonic sensor,ultrasonic servo circuit, temperature compensation sensor and compensation circuit unit.

Features

Long using life

High reliability and precision

Convenient to use and operate

Widely used in hydrographic surveying, hydropower plant, reservoir, shallow seas, lakes, rivers surveying and water environment

monitoring


Specifications


Range50-300m(Customize)
Blind800-1200mm(according to range)
Accuracy±0.5%F·S(default)
Output signal4~20mA, RS485
Application mediumFlesh water, sea water
Operation temperature0~40°C(sensor),-10°C~50°C(instrument)
Sensor Cablestandard 10m(Customizable:20m,30m,50m)
Display modemulti information and large screen LCD display
KeyboardFive light touch buttons
Mounting model

Instrument: hand-held portable

Sensor: Thread

chargerinput voltage:110-240VAC 50/60Hz output voltage:12.6VDC 350mA

Accessories

Successful Case

Package&Shipping

  • Standard export package: each unit has individual box and all boxes are packed in standard packages
  • As the clients requirement

China 50m 300m Ultrasonic Sensor Transmitter Handheld water level sensor using ultrasonic supplier

50m 300m Ultrasonic Sensor Transmitter Handheld water level sensor using ultrasonic

Inquiry Cart 0