check
check
check
check
check
check
check
check
check
check
In automated production lines, distance measurement is not just about "detecting a target." Whether equipment is accurately positioned, whether material levels are reliably fed back, whether roll diameter changes are identified in time, and whether measurement data can be smoothly transmitted to the control system — all directly affect production rhythm and equipment efficiency.
Dark color attenuation — Dark-colored targets have low reflectivity, and conventional solutions are prone to distance attenuation or fluctuation.
Single signal — Insufficient output compatibility requires additional conversion when connecting to PLC or host systems.
Weak light interference — Ambient light changes can easily cause signal jumps, affecting continuous detection and stable judgment.
Temperature drift失控 — Under complex temperature conditions, measurement accuracy and repeatability become harder to maintain.
Real parameters, real adaptability — welcome on-site testing and comparison.
The KJT-D laser distance sensor is configured according to real industrial field requirements — from measurement range and output compatibility to IO-Link communication.
| KJT-D10 | Conventional Alternatives | |
|---|---|---|
| Measurement Range | 0.05m–10m, covering short to medium distance detection | Range adaptability requires case-by-case confirmation; some models only suit fixed distance segments; re-selection may be needed when field distances vary significantly |
| Measurement Stability | Absolute accuracy ±10mm, repeat accuracy 3mm — both range and stability matter | Focusing only on maximum distance is insufficient; if accuracy and repeatability are not clearly specified, post-debugging and stable judgment carry higher risks |
| Smart Communication | IO-Link V1.1.4 supported — process data, status info, and parameter configurations can be read, facilitating remote debugging, equipment maintenance, and data management | Mostly relies on local debugging; parameter viewing and maintenance are less intuitive; higher costs for line changes, machine changes, and maintenance |
| Output Compatibility | PNP/NPN/Push-Pull multi-output options; supports 4–20mA/0–10V analog output; easier integration with PLC, I/O modules, and control systems | Output methods may be limited; repeated verification of output, voltage, and interface matching is required before connecting to different control systems |
| Response Settings | Multi-gear configurable response time: 1ms/5ms/10ms/50ms/100ms/500ms — flexible settings based on detection speed and stability requirements | Response logic must be confirmed in advance; if response speed or filtering method does not match, high-speed detection or fluctuating materials are prone to misjudgment |
| Environmental Protection | IP67 protection rating; features short-circuit protection and overload protection — suitable for long-term installation in dusty, humid, vibrating, or miswired industrial environments | Protection and safeguarding functions need to be confirmed; stability is lower in such environments |
| Installation & Wiring | M12×1 connector with clearly defined 5-pin wiring; display + button settings for intuitive on-site wiring, debugging, and viewing | Wiring and installation information may be incomplete; additional verification of dimensions and pin assignments is required before equipment cutouts, wiring, and debugging |
| Application Adaptability | Covers multiple industrial distance measurement scenarios: stacking inventory, hopper material levels, coil roll diameter, tire workstations, and high-temperature equipment perimeter detection | Scenario adaptability requires on-site verification; target material, color, and reflectivity differences may affect actual detection performance |
The positioning of KJT-D10 is not simply about pursuing "a bigger distance number," but rather building a more complete industrial distance feedback capability around measurement range, measurement consistency, output compatibility, and on-site debugging.
KJT-D10 offers a 0.05–10m measurement range, suitable for equipment positioning, material level monitoring, roll diameter detection, stacking height and position verification, and more. The wider range coverage helps reduce repeated model selection and equipment replacement, making production line design and subsequent retrofits more flexible.
| Core Specification | Product Configuration | On-Site Value | Usage Tips |
|---|---|---|---|
| Measurement Range | 0.05–10m | Covers short to medium distance applications | Confirm range margin based on installation position |
| Measurement Stability | ±10mm / 3mm | Distance feedback is clearer | Target material and surface condition need on-site verification |
| Response Settings | 1–500ms multi-gear | Balances high speed and stability | Select response gear according to production rhythm |
| On-Site Protection | IP67 | Suited for long-term industrial installation | Still avoid exceeding rated environmental conditions |
What industrial sites truly need is not just a distance value, but continuous, stable, and repeatable measurement feedback. KJT-D10 features ±10mm absolute accuracy and 3mm repeat accuracy, providing reliable basis for equipment positioning, in-position judgment, and material level feedback — reducing misjudgment and downtime risks caused by data fluctuation.
| Absolute Accuracy | Repeat Accuracy | Measurement Range |
|---|---|---|
| ±10mm | 3mm | 0.05–10m |
| Evaluates the deviation range between measured and true distance | Evaluates the consistency of multiple measurement results | Covers more industrial distance scenarios |
Distance Feedback Logic:
Target enters → Distance acquisition → Status judgment → Data output → PLC / HMI
Accuracy and repeatability support stable judgment.
Stable measurement — "It's not just about distance!"
Suitable for distance detection, in-position judgment, material level feedback, and position verification in automated equipment.
Two core parameters for understanding measurement stability at a glance:
±10mm Absolute Accuracy — for evaluating deviation between measured and true distance
3mm Repeat Accuracy — for evaluating consistency of multiple measurements
Clear parameters make it easy for procurement, engineers, and equipment debuggers to quickly determine if the sensor suits the field measurement needs.
KJT-D10 supports IO-Link V1.1.4, enabling reading of distance measurement data, output status, and configuration parameters. After connecting to PLC or HMI via an IO-Link Master, engineering personnel can more intuitively complete debugging, monitoring, and maintenance — moving distance measurement from single-point judgment toward data-driven management.
| Parameter Reading | Status Monitoring | Remote Debugging | System Integration |
|---|---|---|---|
| Distance data, output status, and configuration parameters can be read; debugging information is clearer | Operating status is more intuitive, facilitating timely anomaly detection and problem localization | Reduces per-unit setup and repetitive operations, improving equipment maintenance efficiency | Connects to IO-Link Master, PLC, and HMI, forming a complete data链路 |
KJT-D KAIJITE — Creating More Valuable Sensors
IO-Link smart communication brings distance measurement data into the control system. Supports IO-Link V1.1.4 for easier equipment debugging, monitoring, and maintenance.
Parameter Reading — Distance data, output status, and configuration parameters can be read
Status Monitoring — Operating status is more intuitive for identifying field anomalies
Remote Debugging — Reduces per-unit setup, improving equipment maintenance efficiency
From distance measurement to communication — helping equipment obtain clearer data feedback.
✓ From "presence/absence detection" to "data-driven distance measurement" — from local output to system integration, from manual debugging to status monitoring — KJT-D10 makes distance data easier for equipment to read, understand, and manage.
For different equipment and control architectures, KJT-D10 offers switching, analog, and IO-Link communication outputs, reducing model selection and retrofit costs caused by interface mismatches.
One D10, multiple output integration paths:
Supports PNP/NPN/Push-Pull switching output, and 4–20mA/0–10V analog output — facilitating integration with PLCs, control cabinets, and analog modules.
| Output Type | Supported Methods | Typical Integration | Applicable Value |
|---|---|---|---|
| Switching Output | PNP / NPN / Push-Pull | PLC, I/O modules, control cabinets | Completes in-position, presence, and threshold judgment |
| Analog Output | 4–20mA / 0–10V | Analog modules, host systems | Outputs continuous distance variation |
| Smart Communication | IO-Link V1.1.4 | IO-Link Master, PLC, HMI | Reads parameters, status, and process data |
Different field conditions — please confirm based on control system, input type, power supply method, and wiring definition.
KJT-D10 features a compact industrial structure with a display and buttons for on-site data viewing and parameter setting. Key installation dimensions are clearly marked, and the M12×1 five-pin connector makes it easy for engineers to plan cutouts, wiring design, and installation confirmation.
| Dimension Confirmation | On-Site Setting | Wiring & Maintenance |
|---|---|---|
| Engineering dimensions clearly marked for more reliable equipment预留 | Display and buttons enable intuitive data viewing and parameter setting | M12×1 connector facilitates installation, debugging, and later maintenance |
| Equipment Positioning | Material Level Monitoring | Roll Diameter Detection | Stacking Height | Workpiece Distance Measurement | Tire Manufacturing | High-Temperature Environments | Warehousing & Logistics |
|---|---|---|---|---|---|---|---|
| Positioning and distance verification | Silo height feedback | Online coil diameter measurement | Inventory and presence detection | Dimension and position judgment | Distance feedback on black materials | Non-contact distance monitoring | Conveying and stacking applications |
Different working conditions have different requirements for range, target object, output method, and installation environment. To achieve more stable actual performance, it is recommended to fully confirm the following field information before selection.
| Confirmation Item | Information to Provide | Why It Matters |
|---|---|---|
| Measurement Distance | Nearest and farthest distances and installation position | Determines range and installation margin |
| Target Object Status | Material, color, reflectivity, and surface morphology | Affects actual echo and detection performance |
| Output Method | PNP, NPN, Push-Pull, 4–20mA, 0–10V, or IO-Link | Determines interface compatibility with the control system |
| Response Requirements | Production rhythm, detection frequency, and filtering requirements | Balances speed and stability |
| Field Environment | Dust, moisture, temperature, vibration, and light interference | Affects protection and long-term stability |
| Installation & Wiring | Installation space, hole positions, wiring, and power supply method | Reduces repeated verification before installation |
Selection Recommendation: Please provide measurement distance, target material and color, output method, wiring requirements, installation space, and field environment. Kaijite can assist in confirming model and output configuration accordingly, reducing blind selection.
From short to medium distance coverage, from stable distance feedback to system communication integration, from multi-mode output to on-site debugging — KJT-D10 is not just a laser distance sensor, but an important sensing unit for automated equipment to obtain distance data, determine position status, and improve operational efficiency.
