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YB27 Series · Model Selection Tool
Industrial 2D LiDAR Sensor Selector
Select the right YB27 2D LiDAR in two steps: first choose the required output function, then select the required working range.
Selection Principle
Output function first. Working range second. Choose whether the system needs switching signals, raw scan data, or both. Then use the required working range to narrow the YB27 model selection.
Step 1 · Choose Output Function
What Output Does Your System Need?
YB27 models can be grouped by the type of information the LiDAR needs to provide to the machine or host system.
Switching Output
PNP / NPN Switching Signals
Choose this option when the system needs discrete switching signals for detection, triggering or machine integration.
Output:
configurable PNP / NPN switching signals.
Raw Data
Scan Data for Host-Side Processing
Choose this option when the host system needs raw LiDAR scan data for navigation, localization, interactive systems or other software-based processing.
Interface:
model-dependent raw-data communication, including
Ethernet UDP or RS232.
Switching Output + Raw Data
Combined Detection and Scan Data
Choose this option when the system needs both configurable switching outputs and raw LiDAR data from the same sensor.
D models:
configurable PNP / NPN switching output +
raw scan data via Ethernet UDP.
Range convention:
every working-range value in this selector should be read together with
its stated target reflectivity condition. For example,
15 m @ 70% reflectivity and
40 m @ 70% reflectivity are not interchangeable with
unqualified distance claims.
02 · Quick Selector
Industrial 2D LiDAR Sensor Selector for YB27 Models
Choose the required output function first, then select the required detection range at 70% target reflectivity.
1. What output function do you need?
2. What detection range is required?
Every range value below is specified at 70% target reflectivity.
Selection note:
where more than one model matches the same output function and
detection range @ 70% reflectivity, compare the
communication interface and model-specific performance in the table below.
03 · Model Comparison
Compare YB27 Models
Use the output function and detection range selected above to narrow the model list, then compare the product version and communication interface.
Product Version
C = Standard version · H = High-performance version
Output Code
S = Switching · E = Ethernet · D = Dual · R = RS232
Switching Output
Configurable PNP / NPN| Model | Detection Range | Version | Output |
|---|---|---|---|
| YB27-15CS | 15 m @ 70% reflectivity | Standard | Configurable PNP / NPN |
| YB27-25CS | 25 m @ 70% reflectivity | Standard | Configurable PNP / NPN |
| YB27-25HS | 25 m @ 70% reflectivity | High-performance | Configurable PNP / NPN |
| YB27-35HS | 35 m @ 70% reflectivity | High-performance | Configurable PNP / NPN |
| YB27-40HS | 40 m @ 70% reflectivity | High-performance | Configurable PNP / NPN |
Raw Data
Ethernet UDP or RS232| Model | Detection Range | Version | Raw-Data Interface |
|---|---|---|---|
| YB27-15CE | 15 m @ 70% reflectivity | Standard | Ethernet UDP |
| YB27-25CE | 25 m @ 70% reflectivity | Standard | Ethernet UDP |
| YB27-25HE | 25 m @ 70% reflectivity | High-performance | Ethernet UDP |
| YB27-35HE | 35 m @ 70% reflectivity | High-performance | Ethernet UDP |
| YB27-40HE | 40 m @ 70% reflectivity | High-performance | Ethernet UDP |
| YB27-15CR | 15 m @ 70% reflectivity | Standard | RS232 |
| YB27-25CR | 25 m @ 70% reflectivity | Standard | RS232 |
Switching Output + Raw Data
D models · PNP/NPN + Ethernet UDP raw data| Model | Detection Range | Version | Output / Interface |
|---|---|---|---|
| YB27-15CD | 15 m @ 70% reflectivity | Standard | Configurable PNP / NPN + Ethernet UDP |
| YB27-25CD | 25 m @ 70% reflectivity | Standard | Configurable PNP / NPN + Ethernet UDP |
| YB27-25HD | 25 m @ 70% reflectivity | High-performance | Configurable PNP / NPN + Ethernet UDP |
| YB27-35HD | 35 m @ 70% reflectivity | High-performance | Configurable PNP / NPN + Ethernet UDP |
| YB27-40HD | 40 m @ 70% reflectivity | High-performance | Configurable PNP / NPN + Ethernet UDP |
Selection rule: first match the required output function, then match the required detection range at the stated reflectivity condition. Where both C and H versions are available at the same range, compare the detailed performance parameters in the current model datasheet before final selection.
04 · Selection Notes
Three Checks Before Final Model Selection
The selector narrows the YB27 family quickly, but the final model should still be checked against the actual system requirement.
01 · Output Function
Choose the Function First
Decide whether the system needs switching output, raw scan data, or both. D models combine configurable PNP / NPN switching output with Ethernet UDP raw data.
02 · Range
Always Check Reflectivity
Do not compare LiDAR working distance as a standalone number. A range value must always be read together with its target reflectivity condition.
03 · Final Check
Confirm the Exact Model
Before ordering, confirm the model-specific output, communication interface, working range and configuration requirements against the current datasheet.
Series-level reference:
YB-series models support up to a 270° scan angle with configurable active
angle, and power consumption is below 2 W across the series.
Working range and communication interface remain model-dependent.
05 · FAQ & Next Steps
YB27 Model Selection FAQ
Confirm the output architecture, interface and detection-range condition before making the final model selection.
What is the difference between switching output and raw data?
Switching-output models provide configurable
PNP / NPN signals for detection, triggering or machine control.
Raw-data models provide LiDAR scan data for
processing by a host controller, industrial computer or software
system. The raw-data interface can be Ethernet UDP or RS232,
depending on the model.
Which YB27 models provide both switching output and raw data?
YB27 D models combine configurable PNP / NPN
switching outputs with raw LiDAR scan data. Current D models provide
the raw-data connection through Ethernet UDP.
Why must a detection-range value include reflectivity?
LiDAR detection distance depends on the optical characteristics of
the target. For this reason, specifications such as
15 m @ 70% reflectivity or
40 m @ 70% reflectivity should always be read
together with the stated reflectivity condition.
Do all YB27 models have the same scan angle and power consumption?
YB-series models support a maximum scan angle of
270°, with a smaller active scan angle configurable
according to the application. Power consumption is
below 2 W across the YB series.
Detection range, output architecture and communication interface
remain model-dependent.
Open the Relevant YB27 Product Family
Need Help Confirming the Exact Model?
Send us the required output function, communication interface, detection range with target reflectivity, and application conditions. We can help confirm the appropriate YB27 model.