XSLQ7 Thin Bus Controller | Compact Card Design & High-Speed Core
The XSLQ7 Thin Bus Controller is an industrial-grade PLC engineered
with a compact card-type design that maximizes space utilization in
crowded electrical cabinets, making it ideal for automation setups
with limited layout room. Boasting a high-speed, powerful core, it
delivers ultra-responsive performance for multi-axis motion control
and real-time EtherCAT bus communication, ensuring seamless
synchronization of connected devices. Certified to meet global
standards like CE, UL, and RoHS, this controller is tailored for
overseas industrial applications, balancing space-saving
convenience with robust processing capabilities to boost the
efficiency of automated production lines.
Product Features & Core Advantages
- Compact Card-Type Design: Features an ultra-slim card-style structure that minimizes
installation space in electrical cabinets, perfectly suited for
high-density automation line layouts. Its plug-and-play design
enables quick disassembly and maintenance, reducing on-site
downtime for overseas customers.
- High-Performance Processing Core: Equipped with a powerful industrial-grade core that supports
multi-axis real-time synchronous control and high-speed EtherCAT
bus communication. Delivers microsecond-level response to meet the
precision and beat requirements of high-end industrial scenarios,
effectively boosting the operational efficiency of automated
equipment.
- Industrial-Grade Stable Architecture: Built to withstand harsh factory environments with wide
temperature tolerance and strong anti-electromagnetic interference
capability. Key components undergo rigorous aging testing before
leaving the factory, ensuring low failure rates and significantly
cutting after-sales maintenance costs for global users.
- Globally Compliant Certifications: Comes with CE, UL and RoHS certifications, fully meeting the
market access standards of mainstream regions such as Europe,
America and Southeast Asia. Eliminates the need for additional
certification procedures, enabling smooth customs clearance and
hassle-free deployment in overseas markets.
- Flexible Expansion Configuration: Supports left and right I/O module expansion, and is compatible
with both PNP and NPN signal types. Matches the sensor
specifications of industrial equipment in different regions,
offering strong versatility and reducing the cost of system
matching and transformation.
Core Technical Specifications
| Parameter Category | Parameter Details |
|---|
| Basic Configuration | Main Processor: Industrial-grade Cortex-A8 core, 1.0 GHz frequency Program Memory: 32 MB (user program area) Data Memory: 32 MB; Retention Memory: 6 MB (non-volatile) Basic Instruction Execution Speed: LD Bit 30 ns; MovDouble 42 ns Power Supply: DC 24 V (wide voltage range 18-30 V); Typical Power
Consumption: ≤ 15 W Real-Time Clock: Built-in, with battery backup for continuous
timekeeping Expansion Capability: Left/right I/O module expansion + remote I/O;
Max I/O Points: 542 Mechanical Design: Ultra-slim card-type structure; Protection
Class: IP20; Installation: DIN rail-mounted |
| Motion Control Performance | EtherCAT Bus: 1 ms cycle for 4 axes; 4 ms cycle for 32 axes Axis Control Capacity: Up to 8 synchronous axes; Supports 32
electronic cams Interpolation Functions: Linear, circular, helical interpolation
(PLCopen-compliant) High-Speed I/O: 4 channels of 100 kHz pulse output; 4 channels of
200 kHz high-speed counter |
| Communication Interfaces | Ethernet: 1×RJ45 (EtherCAT master); Supports Ethernet/IP, Modbus
TCP, TCP/IP, UDP, OPC UA Serial Ports: 1×RS232, 1×RS485 (compatible with Modbus RTU/ASCII) Fieldbus: 1×CAN port (supports CANopen protocol) Other Interfaces: USB Type-C (programming/download); SD card slot
(data storage/backup) |
| Environmental & Compliance | Operating Temperature: -20 °C to +60 °C; Storage Temperature: -40
°C to +85 °C Relative Humidity: 5%-95% (non-condensing); Anti-electromagnetic
interference (EMI/EMC compliant) Certifications: CE, UL, RoHS (meets EU/US market access
requirements) |
| Model Variations | XSLQ7-30A32: 30 digital inputs, 32 NPN transistor outputs XSLQ7-24A16: 24 digital inputs, 16 NPN transistor outputs XSLQ7-24A8: 24 digital inputs, 8 NPN transistor outputs |
XSLQ7 Series Complete Model Specifications
| Model Number | Core Configuration | Digital I/O Specifications | Motion Control Capability | Terminal Type | Key Features for Overseas Markets |
|---|
| XSLQ7-24A8-N | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 24 digital inputs (NPN), 8 transistor outputs (NPN) | Up to 8 synchronous axes; 1 ms cycle for 4 axes; Supports
linear/circular interpolation | European-style Terminal | CE/UL/RoHS certified; Ultra-slim card design; Ideal for small-batch
automation equipment in Southeast Asia |
| XSLQ7-24A8-P | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 24 digital inputs (PNP), 8 transistor outputs (PNP) | Up to 8 synchronous axes; 1 ms cycle for 4 axes; Supports
linear/circular interpolation | European-style Terminal | Global compliance certifications; Plug-and-play structure; Suitable
for North American industrial layout upgrades |
| XSLQ7-24A16-N | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 24 digital inputs (NPN), 16 transistor outputs (NPN) | Up to 12 synchronous axes; 2 ms cycle for 8 axes; 32 electronic
cams supported | European-style Terminal | High-speed EtherCAT bus; Wide voltage supply (18-30 VDC); Fits EU
high-precision production lines |
| XSLQ7-24A16-P | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 24 digital inputs (PNP), 16 transistor outputs (PNP) | Up to 12 synchronous axes; 2 ms cycle for 8 axes; 32 electronic
cams supported | European-style Terminal | Anti-EMI compliant; Low power consumption (≤15 W); Perfect for
energy-saving automation projects in Japan/Korea |
| XSLQ7-30A32-N | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 30 digital inputs (NPN), 32 transistor outputs (NPN) | Up to 16 synchronous axes; 4 ms cycle for 32 axes; Helical
interpolation supported | European-style Terminal | Max I/O expansion (542 points); High-temperature resistant
(-20~60℃); For heavy-industry applications in the Middle East |
| XSLQ7-30A32-P | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 30 digital inputs (PNP), 32 transistor outputs (PNP) | Up to 16 synchronous axes; 4 ms cycle for 32 axes; Helical
interpolation supported | European-style Terminal | DIN rail mounting; SD card data backup; Meets strict industrial
standards in Oceania |
| XSLQ7-16A16-R | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 16 digital inputs (universal NPN/PNP), 16 relay outputs | Up to 8 synchronous axes; 1 ms cycle for 4 axes; Basic
interpolation functions | European-style Terminal | Relay output for high-voltage scenarios; CE/UL certified; Suitable
for general automation in South America |
| XSLQ7-24A8-KF | Industrial-grade Cortex-A8 core, 1.0 GHz; 32 MB program memory; 32
MB data memory | 24 digital inputs (NPN), 8 transistor outputs (NPN); 4-channel
analog I/O (AI+AO) | Up to 8 synchronous axes; 1 ms cycle for 4 axes; Supports OPC UA
protocol | European-style Terminal | Integrated analog signals; Enhanced communication compatibility;
For smart factory projects in Europe |
Application Fields and Scenarios
Automotive Component Manufacturing (Europe/North America)
Scenario: Used in automated assembly lines for small parts like sensors,
connectors, and dashboard modules. For example, in a Hungarian
auto-parts plant, the XSLQ7-24A16-P controls 8 synchronous axes to
align and press-fit micro-connectors, with 1 ms cycle time ensuring
0.01 mm positioning accuracy. Its PNP I/O matches European standard
wiring, and CE/UL certification meets local safety requirements.
Why It Fits: Supports helical interpolation for complex assembly paths;
EtherCAT master enables real-time coordination with servo motors
and vision inspection systems.
Food & Beverage Packaging (Southeast Asia/Middle East)
Scenario: Deployed in high-speed flow-pack machines for snacks or bottled
drinks. In a Thai snack factory, the XSLQ7-30A32-N runs 32
electronic cams to sync film feeding, sealing, and cutting,
handling 200 packs per minute. Wide 18-30 VDC power supply copes
with unstable grid voltage; IP20 protection resists dust from flour
or sugar.
Why It Fits: NPN transistor outputs handle inductive loads (like solenoid
valves) without burnout; non-volatile retention memory preserves
recipes during power outages.
Lithium-ion Battery Production (North America/Europe)
Scenario: Used in cell stacking and tab-welding stations of EV battery
packs. In a German gigafactory, the XSLQ7-24A8-KF integrates
4-channel analog I/O to monitor welding current/voltage, while OPC
UA protocol uploads process data to MES for traceability. Its slim
design saves space in compact cleanroom cabinets.
Why It Fits: High-speed counters (200 kHz) track tab feeding length; 8
synchronous axes ensure precise stacking of 100+ layers with <
0.1 mm offset.
Common Q&A for Overseas Installation & Operation
Q1: Why does the device report I/O signal abnormalities after
wiring in European factories?
A: It's most likely a signal type mismatch. European factories
mainly use PNP sensors. If you selected an XSLQ7 model with NPN
outputs, signal loss or false triggering will occur. Either switch
to a PNP-output model, or add a signal converter. Also, pay
attention to distinguishing whether the common terminal should be
connected to the positive or negative power supply during wiring.
Q2: The power grid voltage in Southeast Asia fluctuates
drastically, and the controller often restarts unexpectedly. How to
fix this?
A: In many Southeast Asian regions, grid voltage fluctuations
exceed ±10%. Although the XSLQ7 supports a wide voltage range of
18-30V, it still can't handle extreme voltage spikes. It's
recommended to install a regulated power supply and a surge
protector in front of the controller to prevent motherboard damage
caused by lightning strikes or voltage surges. In addition, back up
the program to an SD card so that it can be restored directly after
a restart without reprogramming.
Product Certification & Quality Assurance
Global Market Access Certifications
- CE Certification (EU Market): Complies with the Low Voltage Directive (LVD 2014/35/EU) and
Electromagnetic Compatibility Directive (EMC 2014/30/EU). Passed
strict tests on voltage tolerance, radiation emission, and
electrostatic discharge, ensuring stable operation in EU factories
without interfering with other equipment. We can provide the
original certification certificate and test report for customs
clearance and factory inspection.
- UL Certification (North American Market): Certified to UL 61010-1 standard, meeting the safety requirements
of the United States and Canada. The internal circuit design and
material selection fully comply with North American electrical
safety norms, avoiding safety risks such as overheating and short
circuits in high-voltage industrial environments.
- RoHS Certification (Global Universal): Meets the RoHS 2.0 (2011/65/EU) standard, with no restricted
substances such as lead, mercury, and cadmium exceeding the limit.
Suitable for green production lines in markets with strict
environmental requirements such as Europe, Japan, and South Korea,
helping customers avoid product recall risks due to environmental
issues.
- IEC 61131-2 Certification: Complies with the international standard for programmable
controllers, supporting standard programming languages such as
ladder diagram and function block diagram. It can seamlessly
connect with PLC systems of other brands in overseas factories,
reducing the difficulty of system integration for customers.
Rigorous Quality Control Process
- Component Selection: All core components (main control chip, capacitor, connector) are
purchased from well-known international suppliers. Each batch of
components must pass incoming inspection, including high and low
temperature aging tests and electrical performance tests, to
eliminate defective components from the source.
- Production Process Control: Adopt automated SMT production lines and strict anti-static
operation specifications. The welding process uses lead-free solder
paste, and the assembly process is inspected by special personnel
to ensure that the wiring is firm and the shell is tightly fitted.
After production, each controller will go through a 48-hour aging
test at high temperature (55℃) to screen out potential hidden
dangers of quality.
- Final Testing Before Delivery: Each finished product must pass a full set of performance tests
before leaving the factory, including I/O signal accuracy test, bus
communication stability test, power supply voltage fluctuation
test, and environmental adaptability test. Only products that pass
all test items can be packaged and shipped, and a unique test
report is attached for each product.
Overseas After-Sales Quality Assurance Commitment
3-Year Global Warranty: For all XSLQ7 series controllers sold overseas, we promise a
3-year warranty period from the date of delivery. During the
warranty period, if the product has quality problems caused by
non-human factors, we will provide free replacement or repair
services, and bear the round-trip freight for the replacement parts
(limited to mainstream countries and regions).