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Brand: SICK
SICK nanoScan3 Core I/O Safety Laser Scanner
Description
The SICK nanoScan3 Core I/O (type NANS3-AAAZ30AN1) is a compact safety laser scanner that protects hazardous areas on automated guided vehicles, mobile robots, assembly cells and machine access points. It measures distance with a pulsed laser and detects a person or object entering a configured protective field, then switches its OSSD safety outputs off.
The listed version has a 3 m protective field and a 10 m warning field over a 275 degree scan. Seven Star LLC, an independent supplier in Muscat, quotes the exact SICK type code and part number from the official data sheet.
Technical specifications
| Parameter | Specification |
|---|---|
| Product version | nanoScan3 Core I/O, sensor without system plug (part no. 1100333) |
| Safety rating | Type 3 (IEC 61496), SIL 2 (IEC 61508), Category 3 and PL d (EN ISO 13849), PFHD 8.0 x 10-8, mission time 20 years |
| Protective field range | 3 m |
| Warning field range | 10 m |
| Distance measuring range | 40 m |
| Scanning angle | 275 degrees, angular resolution 0.17 degrees |
| Configurable resolution | 20, 30, 40, 50, 60, 70, 150 and 200 mm |
| Response time | 70 ms; protective field supplement 65 mm |
| Fields and cases | 8 fields, up to 4 monitored simultaneously, 2 monitoring cases |
| Outputs and inputs | 1 OSSD pair, 3 universal I/Os, 1 universal input, 1 static control input |
| Supply | 24 V DC (16.8 to 30 V DC), typical 3.9 W without output load |
| Interfaces | USB 2.0 micro USB for configuration with Safety Designer; Ethernet data output (CoLa 2, DHCP, SNTP) |
| Light source | Pulsed laser diode, 905 nm, laser class 1 |
| Enclosure rating | IP65; ambient light immunity up to 40 klx; operating temperature -10 to +50 C |
| Dimensions and weight | 106.6 x 80 x 117.5 mm including system plug; 0.67 kg; aluminium housing |
What the device is built for
A single scanner can hold up to eight fields and switch between two monitoring cases, so one device can guard different zones as a vehicle changes speed or a cell changes mode. Up to four fields can be monitored at once, and the data sheet lists static protective field switching, safe contour detection, contour as a reference, restart interlock and external device monitoring as functions. Measured data can be output over Ethernet for navigation or diagnostics.
Configuration and interfaces
The scanner is configured from a PC with the SICK Safety Designer software over micro USB, and an integrated configuration memory stores the project. A graphic colour display and LEDs show status on the housing. The version sold under this part number is the sensor without system plug, so the system plug that matches your wiring must be chosen separately; the data sheet notes that the connection type depends on the system plug.
Selection and what to confirm
A scanner replaces mechanical guarding where vehicles or robots need free movement, and the configurable resolution from 20 mm to 200 mm lets you trade detection size against field range. The scan plane is horizontal, so the mounting height and the position of the scan plane relative to floor and obstacles matter for the risk assessment. Choose the resolution and field size from the risk assessment and the stopping distance of your vehicle or machine, including the 65 mm protective field supplement given in the data sheet. You can also review the safety switches and guard locking category and the existing SICK microScan3 page. Please confirm before ordering: indoor use only (this is the indoor version), the number of OSSD pairs and I/Os needed, the system plug, the mounting bracket and the required resolution.
How the SICK NANS3-AAAZ30AN1 works
A pulsed laser sends light across the scan area and measures the time the light takes to return. The scanner builds a map of the surroundings and compares it with the configured protective fields. When a person or object enters a protective field, the safety outputs switch off.
Where the NANS3-AAAZ30AN1 is used
- Automated guided vehicles
- Mobile robots
- Assembly cells
- Machine access points
- Hazardous area guarding
Selection checklist for the NANS3-AAAZ30AN1
- Protective field range
- Warning field range
- Scan angle
- Number of fields
- Monitoring cases
- Resolution
- Supply voltage
- System plug
Installation, commissioning and maintenance notes for the NANS3-AAAZ30AN1
Mount the scanner firmly where its scan plane covers the hazard. Plug in the system plug and wire the safety outputs to the safety controller. Configure the fields in the Safety Designer software and test every field. Keep the optics cover clean and inspect the mounting at regular intervals.
Requesting a quotation for the SICK NANS3-AAAZ30AN1
Please send the exact type code, the protective field you need and the application. Seven Star LLC serves industrial customers in Oman and the GCC and replies with a quotation based on the information provided.
NANS3-AAAZ30AN1 scanner type
It is a compact safety laser scanner of the nanoScan3 Core I/O version.
NANS3-AAAZ30AN1 part number
The part number is 1100333, a sensor without system plug.
NANS3-AAAZ30AN1 protective field
The protective field range is 3 m.
NANS3-AAAZ30AN1 warning field
The warning field range is 10 m.
NANS3-AAAZ30AN1 measuring range
The distance measuring range is 40 m.
NANS3-AAAZ30AN1 scan angle
The scanning angle is 275 degrees with an angular resolution of 0.17 degrees.
NANS3-AAAZ30AN1 resolutions
The configurable resolutions are 20, 30, 40, 50, 60, 70, 150 and 200 mm.
NANS3-AAAZ30AN1 response time
The response time is 70 ms.
NANS3-AAAZ30AN1 fields
It stores 8 fields and can monitor up to 4 at the same time.
NANS3-AAAZ30AN1 monitoring cases
It has 2 monitoring cases, so one scanner can guard different zones.
NANS3-AAAZ30AN1 outputs
It has one OSSD pair and three universal I/Os.
NANS3-AAAZ30AN1 inputs
It has one universal input and one static control input.
NANS3-AAAZ30AN1 supply
The supply is 24 V DC with a typical power of 3.9 W without output load.
NANS3-AAAZ30AN1 configuration port
A micro USB port is used for configuration with Safety Designer.
NANS3-AAAZ30AN1 Ethernet
Measured data can be output over Ethernet for navigation or diagnostics.
NANS3-AAAZ30AN1 functions
Listed functions include static protective field switching, safe contour detection, restart interlock and external device monitoring.
NANS3-AAAZ30AN1 light source
The light source is a pulsed laser diode.
NANS3-AAAZ30AN1 ambient light
Ambient light immunity is up to 40 klx.
NANS3-AAAZ30AN1 temperature
The operating temperature runs from minus 10 to plus 50 degrees C.
NANS3-AAAZ30AN1 size
The size is 106.6 x 80 x 117.5 mm including the system plug.
NANS3-AAAZ30AN1 weight
The weight is 0.67 kg.
NANS3-AAAZ30AN1 housing
The housing is aluminium.
Scanner records for the NANS3-AAAZ30AN1
Record the configured fields, the project file and the date of each field test.
Choosing the right NANS3-AAAZ30AN1 setup
Choose the field layout from the speed of the vehicle and the stopping distance of the machine.
Documents and quotation
The attached file is the unaltered official SICK data sheet for NANS3-AAAZ30AN1. Seven Star LLC supplies the exact part number you specify; validation of the safety function remains with the machine builder under the applicable standards. Delivery time, availability and any required system plug, bracket, connector or cable are confirmed in the quotation, and the data sheet stays the reference for every technical value on this page. Send the part number, quantity and delivery location to our team and we will respond with a price and lead time.
Datasheets & Documents
- Data Sheet SICK NANS3-AAAZ30AN1 official data sheet (part no. 1100333) Download
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About brand
Machine builders have relied on SICK since 1946 for the sensors that tell a controller where a part, a pallet or a person is. The company, based in Waldkirch, Germany, makes photoelectric, inductive and magnetic sensors, distance sensors and safety devices. Seven Star LLC supplies SICK sensors to maintenance teams and integrators in Oman, mostly as exact replacements identified by type code and part number.
SICK sensor families on this page
Five of the SICK families listed here are described below. The W4 miniature photoelectric sensors include the WTB4-3, a proximity sensor with background suppression. IME is the standard inductive proximity line, and the IME18 is the M18 housing size. RZT7 cylinder sensors fit T-slot pneumatic cylinders and detect the piston magnet. The DT35 belongs to the Dx35 laser distance sensors for mid-range measurement. The microScan3 is a safety laser scanner that guards hazardous zones around machines and vehicles.
Where SICK sensors are used
SICK sensors are fitted on packaging and bottling lines, conveyors, palletizers, warehouse cranes and automated guided vehicles. Safety laser scanners protect robot cells and transfer cars. In process plants, the same proximity and cylinder sensors report valve and damper positions on packaged equipment.
Ordering SICK sensors: what we need
A SICK type code such as IME18-08NPSZW2K packs the whole specification into one string: housing size, sensing range, flush or non-flush mounting, output type and connection. Each variant also has a 7-digit part number, and that number is the safest identifier. Please send:
- Type code and part number from the sensor label, or a photo of it
- Output type (PNP or NPN, normally open or closed) and connection (cable length or M8/M12 plug)
- For microScan3: variant (Core or Pro), interface, protective field range, plus system plug and bracket
We check the code in SICK's documentation and tell you if the manufacturer lists a successor.
Browse SICK products by category: Sensors & Transmitters.
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Frequently Asked Questions
Is this the indoor nanoScan3?
Yes. The data sheet lists the application as indoor.
What protective field range does it have?
3 m protective field and 10 m warning field, with a 40 m distance measuring range.
What safety level is stated?
Type 3 per IEC 61496, SIL 2, Category 3 and PL d, with PFHD 8.0 x 10-8.
How is it configured?
From a PC with Safety Designer over micro USB; the project is stored in the integrated configuration memory.
Does the part number include the system plug?
No. It is the sensor without system plug, which must be ordered separately.
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