ZIBOO
ZIBOO DT35-B15551 electrician tool 12 m range 166 Hz laser class 1
Measures distances up to 12,000 mm with 0.1 mm resolution and 166 Hz switching frequency
- TypeTest Equipment
- Color/FinishRed
- Item Count1 pack
- Selling UnitBox
- Parts3 Years
- Labor1 Year
- Measures up to 12 m on bright surfaces
- Resolves distance changes as small as 0.1 mm
- Laser class 1 safe for eyes per IEC 60825-1:2014
- Adjustable response from 4.5 ms to 192.5 ms
- Switching frequency reaches 166 Hz for fast detection
Mid-range distance sensor
The ZIBOO DT35-B15551 is a laser-based distance sensor designed for industrial measurement tasks. It operates on a DC supply between 12 V and 30 V and consumes 1.7 W. A red laser spot of 15 mm by 15 mm at two metres provides visible alignment. The unit is rated laser class 1 under the 2014 safety standard.
Suited for automated positioning
This sensor fits applications that need a measuring range up to 12 000 mm on high-reflectance targets and repeatable switching outputs. Builders who require a narrower beam profile or a higher switching frequency than 166 Hz should evaluate alternative sensing technologies.
Core specification: 0.1 mm resolution
The sensor resolves distance changes down to 0.1 mm while delivering typical accuracy of ±10 mm across its range. Response times from 4.5 ms to 192.5 ms and selectable output modes let integrators match speed to precision for each installation.
Highlights
- Measures up to 12 m on bright surfaces
- Resolves distance changes as small as 0.1 mm
- Laser class 1 safe for eyes per IEC 60825-1:2014
- Adjustable response from 4.5 ms to 192.5 ms
- Switching frequency reaches 166 Hz for fast detection
Specifications
| Brand | ZIBOO |
|---|---|
| Model | DT35-B15551 |
| Type | Test Equipment |
| Color/Finish | Red |
| Item Count | 1 pack |
| Selling Unit | Box |
| Parts | 3 Years |
| Labor | 1 Year |
Questions about this item
At 166 Hz switching frequency, what is the first limit that appears during sustained use?
The 4.5 ms response time and 2 ms output time set the minimum cycle interval.
How much power does the sensor draw and what heat must be managed when it runs all day?
Power consumption is 1.7 W from a 12 V...30 V DC supply with 5 Vpp ripple.
What voltage supply must the installer already have to operate this sensor?
A DC supply between 12 V and 30 V with no more than 5 Vpp ripple is required.
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