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MICS3-AAAZ40AZ1 | Sick Safety Laser Scanner
- Regular price
- $4,087.00
- Sale price
- $4,087.00
- Regular price
-
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Product Description P/N: MICS3-AAAZ40AZ1
Description
The Sick MICS3-AAAZ40AZ1 Safety Laser Scanner is a highly reliable safety solution designed to protect industrial environments. Offering a 4-meter protective field range and advanced diagnostic features, it ensures effective monitoring with high accuracy and efficiency.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Sick |
| Category | Sensors |
| Part Number |
MICS3-AAAZ40AZ1 |
| Subcategory | Photoelectric Sensors |
| Series | MicroScan3 |
| Field Range | 4 m Protective Field, 40 m Warning Field |
| Laser Type | Pulsed Laser Diode (845 nm) |
| Number of Fields | 8 Fields Total |
| Simultaneous Monitored Fields | 4 Fields |
| Power Supply | 24 VDC |
| IP Rating | IP65 |
Information About MICS3-AAAZ40AZ1
The MICS3-AAAZ40AZ1 is part of Sick’s MicroScan3 series, designed to provide robust safety in industrial applications. It uses a pulsed laser diode at 845 nm for precise scanning and features 8 fields, with 4 fields monitored simultaneously for real-time protection. This scanner is capable of covering a 4-meter protective field range and a 40-meter warning field range, ensuring wide-area safety detection. With an IP65 rating, it is built for durability and reliable performance in harsh environments, operating on a 24 VDC power supply.
Key Features include:
- 4m Protective Field Range & 40m Warning Field Range: Offers extensive coverage for industrial safety applications.
- Pulsed Laser Diode (845 nm): Ensures accurate and reliable scanning for detection of personnel or obstacles.
- 8 Fields with 4 Monitored Simultaneously: Provides comprehensive protection by monitoring multiple safety zones at once.
- 24 VDC Power Supply: Ensures energy-efficient operation, suitable for various industrial systems.
The MICS3-AAAZ40AZ1 is ideal for industrial applications where safety and reliability are critical. Its advanced scanning and diagnostic features offer high levels of protection, improving both operational safety and efficiency.
Description
The Sick MICS3-AAAZ40AZ1 Safety Laser Scanner is a highly reliable safety solution designed to protect industrial environments. Offering a 4-meter protective field range and advanced diagnostic features, it ensures effective monitoring with high accuracy and efficiency.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Sick |
| Category | Sensors |
| Part Number |
MICS3-AAAZ40AZ1 |
| Subcategory | Photoelectric Sensors |
| Series | MicroScan3 |
| Field Range | 4 m Protective Field, 40 m Warning Field |
| Laser Type | Pulsed Laser Diode (845 nm) |
| Number of Fields | 8 Fields Total |
| Simultaneous Monitored Fields | 4 Fields |
| Power Supply | 24 VDC |
| IP Rating | IP65 |
Information About MICS3-AAAZ40AZ1
The MICS3-AAAZ40AZ1 is part of Sick’s MicroScan3 series, designed to provide robust safety in industrial applications. It uses a pulsed laser diode at 845 nm for precise scanning and features 8 fields, with 4 fields monitored simultaneously for real-time protection. This scanner is capable of covering a 4-meter protective field range and a 40-meter warning field range, ensuring wide-area safety detection. With an IP65 rating, it is built for durability and reliable performance in harsh environments, operating on a 24 VDC power supply.
Key Features include:
- 4m Protective Field Range & 40m Warning Field Range: Offers extensive coverage for industrial safety applications.
- Pulsed Laser Diode (845 nm): Ensures accurate and reliable scanning for detection of personnel or obstacles.
- 8 Fields with 4 Monitored Simultaneously: Provides comprehensive protection by monitoring multiple safety zones at once.
- 24 VDC Power Supply: Ensures energy-efficient operation, suitable for various industrial systems.
The MICS3-AAAZ40AZ1 is ideal for industrial applications where safety and reliability are critical. Its advanced scanning and diagnostic features offer high levels of protection, improving both operational safety and efficiency.