SICK 1100334 NANS3-CAAZ30AN1 nanoScan3 Safety Laser Scanner

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Product Information

Product Family: nanoScan3

The SICK 1100334, model NANS3-CAAZ30AN1, is a nanoScan3 safety laser scanner for indoor machine safeguarding, hazardous-area access monitoring and automated workcell protection. It uses SICK safeHDDM time-of-flight measurement technology to monitor protective and warning zones around machinery, robotic cells, conveyors and automated material-handling equipment. The scanner provides a 3 m protective field range, a 10 m warning field range and distance measurement up to 40 m, with a 275° scanning angle and 0.17° angular resolution.

Replacement commissioning depends on the installed system plug and the machine configuration. The sensor unit is supplied without a system plug; an appropriate nanoScan3 Pro I/O system plug must be selected separately or transferred from a compatible unit. Configuration and parameterization are handled with SICK Safety Designer software through the Mini-USB interface. A compatible system plug can be moved from a defective sensor to a replacement unit, helping preserve the existing wiring and configuration while reducing service work.

For troubleshooting, the scanner provides visual LED indication for operational status and fault diagnostics. SICK Safety Designer supports local diagnostics through Mini-USB, while Ethernet-based diagnostics are available when an appropriate system plug with a network connector is installed. Before returning a replacement to service, check the 24 V DC supply, the system plug, the machine connections and the transferred configuration. The device supports 128 configurable fields, 128 monitoring cases and up to 8 simultaneously monitored fields, with a response time of 70 ms.

Technical Specifications

ManufacturerSICK
Part number1100334
Model/typeNANS3-CAAZ30AN1
Product familynanoScan3
Component typeSafety laser scanner
Protective field range3 m
Warning field range10 m
Distance measurement range40 m
Scanning angle275°
Angular resolution0.17°
Response time70 ms
Configurable fields128
Monitoring cases128
Simultaneously monitored fields8
Protective field supplement65 mm
Measurement technologySICK safeHDDM time-of-flight measurement technology
Supply voltage24 V DC
Supply voltage range16.8 to 30 V DC
Power consumption3.9 typical, without output load
Configuration interfaceMini-USB
Ethernet connectivityAvailable through an appropriate system plug
Communication protocolEthernet, configuration-dependent
System plugSupplied without system plug
Application environmentIndoor applications
Lifecycle statusActive

Programming and Configuration

SICK Safety Designer is used for configuration and parameterization of the NANS3-CAAZ30AN1. Local access is provided through the integrated Mini-USB interface. The scanner supports 128 configurable fields and 128 monitoring cases, with up to 8 fields monitored simultaneously.

Configuration transfer is part of replacement commissioning. The system plug can be transferred from a defective sensor to a compatible replacement unit, while non-volatile configuration storage supports the service process. Confirm that the replacement sensor and system plug form a compatible nanoScan3 Pro I/O configuration before restoring the scanner to operation.

Communication and System Integration

The Mini-USB interface provides local access for configuration and diagnostics with SICK Safety Designer. Ethernet connectivity is configuration-dependent and is available through an appropriate system plug with a network connector.

The correct nanoScan3 Pro I/O system plug is therefore important when replacing the sensor. Part number 1100334 is the sensor unit only and does not include a system plug. An existing compatible plug can be transferred to the replacement sensor to retain the machine-side connection arrangement.

Diagnostics and Status Indication

The integrated LED provides visual indication of operational status and fault diagnostics. SICK Safety Designer can be used for software diagnostics through the Mini-USB interface.

Ethernet-based software diagnostics are available when an appropriate system plug with a network connector is installed. During replacement checks, verify the 24 V DC supply, system plug connection, machine wiring and transferred configuration before commissioning the scanner.

Status LED Indicators

LEDColor/StatusMeaning
LEDOperational status and fault diagnostic visual indication

Replacement and Spare Part Considerations

Verify the SICK part number 1100334 and model NANS3-CAAZ30AN1 before ordering a replacement. This part is the sensor unit only and is supplied without a system plug. The replacement therefore requires a suitable nanoScan3 Pro I/O system plug or transfer of an existing compatible plug.

A spare sensor may require configuration transfer and commissioning before it can run in the machine. Use SICK Safety Designer through Mini-USB for configuration and diagnostics, and check Ethernet availability when the installed system plug includes a network connector. A compatible system plug exchange can reduce rewiring and service time.

Frequently Asked Questions

What is the SICK 1100334?

The SICK 1100334, model NANS3-CAAZ30AN1, is a nanoScan3 safety laser scanner for indoor machine safeguarding and access monitoring.

What protective range does the NANS3-CAAZ30AN1 provide?

It provides a 3 m protective field range, a 10 m warning field range and distance measurement up to 40 m.

Does the SICK 1100334 include a system plug?

No. Part number 1100334 is the sensor unit only and is supplied without a system plug. A suitable nanoScan3 Pro I/O system plug must be selected separately or transferred from a compatible unit.

Which software is used to configure the nanoScan3 scanner?

SICK Safety Designer is used for configuration, parameterization and diagnostics through the Mini-USB interface.

How can a replacement scanner be commissioned?

Transfer the compatible system plug where appropriate, configure the replacement with SICK Safety Designer, and check the 24 V DC supply, connections and machine configuration before returning it to service.

Is Ethernet available on the SICK 1100334?

Ethernet connectivity is configuration-dependent and is available through an appropriate system plug with a network connector.

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Specific firmware and hardware versions

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