KUS630 2-39.4FT Ultrasonic Level Meter Ultrasonic Water Level Sensor Corrosion-Resistant Shell Black

KUS630 2-39.4FT Ultrasonic Level Meter Ultrasonic Water Level Sensor Corrosion-Resistant Shell Black

Features:
- High sensitivity
- Fully sealed
- IP68 protection level
- Corrosion-resistant shell. Suitable for corrosive media and applications
- With strong anti-interference and convenient interface to connect with related facilities
- Lightweight, non-scaling. Not scale or contaminate the medium
- Nontoxic. Easy to maintain
- Low power consumption

Specifications:
- Model: KUS630
- Measuring range: 600-12000mm/2-39.4ft
- Dead zone: 0-600mm/0-2ft (Within 600mm/2ft is an unstable working area, it is not recommended to work in this range); there is a 300mm/1ft blind zone version that can be customized.
- Power Supply: 3.3-12V
- Working current: ≤ 45mA (maximum measurement speed); Low-power version: the hibernation power is less than 0.3mA; the transmit power is less than 20mA (less than 2ms), and the receiving power is less than 5mA (less than 150ms)
- Output signal: 1. Programmable analog output 0-10V; 2. RS485 output; 3. UART serial port output; 4. 4-20mA output; 5. Switch output
- Measurement accuracy: ≤ 1%
- Temperature compensation: Yes

Working Conditions:
- Working temperature: -40 to 85℃ (233 to 358K)
- Storage temperature: -40 to 85℃ (233 to 358K)

Others:
- Electrical connection: 5-wire cable / 6-wire cable for switch output
- Protection level: IP68
- Shell material: PVC/PVDF/PTFE (Default PVC)

Applications:
- Water and sewage treatment, such as pump room, water collection well, biochemical reaction tank, sedimentation tank
- Electric power and mining, including mortar pool, coal slurry pool, and water treatment

Package Included:
- 1 x Ultrasonic Level Meter

Sensor Functions:
I. Analog:
The analog output can be set through RS485, and the sensor can work in 8 modes. The specific reference is as follows:
Step 1: Connect to the host computer through serial port debugging assistant or modus debugging assistant.
Step 2: To set a near point reference distance point.
Step 3: Set a far point reference point
Step 4: To set the output voltage or current of the near-point reference point.
Step 5: Set the output voltage or current of the remote reference point.
Step 6: To set the analog output as the switch characteristic selection.
Step7: To set the analog output as a linear output or switch output option.
Step 8: Reset the sensor to make the new parameters take effect.

8 Working Modes of the Sensor:
1: Open window mode by default
2: The window mode is closed by default
3: Single point mode is turned on by default
4: Single point mode is turned off by default
5: Single-point hysteresis mode is turned on by default
6: Single-point hysteresis mode is turned off by default
7: The presence or absence detection mode is turned on by default
8: The presence or absence detection mode is turned off by default

II. For the RS485 Output Types:
There are 2 kinds of working styles, one of which is for automatic 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-saving mode when the sensor is sleep, until the sensor received the inquiry command with pre-code. Communication protocol is for Modus-RTU. For example, the measure result can be read by access the register 0x101 by protocol for Modbus. For more information please contact us for the software engineering guide.