SICK SX0A-A0000B

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SICK SX0A-A0000B Specification

Operating Temperature
-10C to +50C

Application
Area monitoring, access protection, mobile robotics

Rated Power
4 W

Phase
Single Phase

Connector Type
M12, 8-pin

Current Range
0 to 400 mA

Noise Level
< 30 dB(A)

Rated Current
0.4 A

Working Temperature
-10C to +50C

Output Type
PNP Transistor Output

Power Supply
External 24 V DC

Output Current
Max. 0.4 A per output

Features
Configurable protective field, integrated display, compact design, diagnostics via USB

Cooling Method
Passive cooling

Power Factor
> 0.9

Product Type
Safety Laser Scanner

Output Power
Max. 4 W

Output Frequency
50/60 Hz

Input Voltage
24 V DC

Voltage Protection
Overvoltage and Reverse Polarity Protection

Efficiency
> 85%

Material
Plastic housing

Line Regulation
< 0.5%

Storage Temperature
-25C to +70C

Weight
Approx. 1.1 kg

About SICK SX0A-A0000B

Access unrivaled safety and monitoring performance with the SICK SX0A-A0000B, a commanding area sensor engineered for eminent efficiency and robust protection. Select this gorgeous, compact unit for precision applicationsboasting a 30 mm resolution, response time of just 10 ms, and a maximum sensing height of 600 mm. Its bracket-mount plastic housing is built for durability, IP65-rated against the elements, and operates silently below 30 dB(A). Integrated diagnostics, configurable protective fields, and advanced overvoltage/reverse polarity protection guarantee steadfast operation within mobile robotics and sophisticated access control systems.

Advanced Features and Versatile Applications

The SICK SX0A-A0000B comes equipped with a configurable protective field, integrated display, and versatile diagnostics via USB. Its compact design complements installations in constrained spaces, while the passive cooling ensures durability. Designed for area monitoring, access protection, and mobile robotics, this sensor thrives in dynamic industrial environments. The 8-pin M12 connector and PNP transistor output ensure reliable integration, making it a go-to choice for demanding automation and safety projects.

Domestic Market Reach and Efficient Delivery

Serving the vast Indian market, the SICK SX0A-A0000B is available through reputable suppliers and traders, ensuring reliable access and competitive sale prices. Delivery times are prompt and aligned with industry standards, accommodating project timelines with minimal expenditure on logistics. Sample units may be available upon inquiry, enabling firsthand evaluation before bulk procurement, ultimately streamlining facility upgrades and automation planning.

FAQs of SICK SX0A-A0000B:

Q: How does the SICK SX0A-A0000B ensure reliable area monitoring?

A: The SX0A-A0000B employs a 20-beam infrared grid with a 30 mm resolution, configurable protective field, and rapid 10 ms response to guarantee precise and consistent area monitoring for demanding environments.

Q: What are the major benefits of the integrated diagnostics feature?

A: Integrated diagnostics via USB enhance maintenance efficiency, enabling real-time monitoring, rapid troubleshooting, and seamless configuration changes without the need for external tools.

Q: When should I select this sensor for an application?

A: Choose the SX0A-A0000B for applications requiring high-speed detection, robust access protection, area monitoring, or mobile robotics, especially when demanding reliable performance in compact installations.

Q: Where can this sensor typically be installed?

A: It is ideal for industrial plants, automation lines, robotic zones, and mobile platforms where safety, access control, or object detection is critical.

Q: What is the process for integrating this sensor into a new system?

A: Integration is straightforward using the M12, 8-pin connector and bracket mount. Configuration is efficiently handled through the on-board display and USB diagnostics interface.

Q: How does the SX0A-A0000B handle voltage protection and power efficiency?

A: The unit features overvoltage and reverse polarity protection, along with high power efficiency exceeding 85% and a power factor over 0.9 for optimized performance and resilience.

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