SICK MICS3 Series Laser Scanner Receiver, 5.5 m Max Range

Subtotal (1 unit)*

$12,849.75

(exc. GST)

$14,134.72

(inc. GST)

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RS Stock No.:
287-7937
Mfr. Part No.:
MICS3-CCAZ55AN1P01 / 1133820
Brand:
SICK
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Brand

SICK

Product Type

Laser Scanner

Series

MICS3

Component Type

Receiver

Minimum Scanning Distance

5.5m

Maximum Scanning Distance

5.5m

Safety Type

3

Standards/Approvals

d

Maximum Response Time

70ms

Terminal Type

M12

Hazardous Area Certification

No

Width

112mm

Length

111.1mm

Peak Wavelength

845nm

Height

163mm

COO (Country of Origin):
DE

SICK MICS3 Series Laser Scanner, 5.5m Maximum Scanning Distance, 70ms Maximum Response Time - MICS3-CCAZ55AN1P01 / 1133820


This laser scanner is a Compact receiver designed for short-range LiDAR detection in industrial settings. It operates as a sensing component that monitors proximity within a fixed span and delivers Rapid signal updates suitable for safety-related tasks. The device connects via an M12 Terminal and conforms to recognised regional standards to support integration into machinery and automation systems.

Features and Benefits:


• 70 MS maximum response time delivers fast detection updates
• 5.5 m maximum scanning distance provides defined short-range coverage
• Safety Type 3 rating supports risk reduction in guarded zones
• 845 nm Peak Wavelength enables reliable optical detection
• CE, cULus and UKCA approvals simplify regional acceptance

Applications


• Suitable for short-range presence monitoring in production lines
• Used with conveyor safeguarding arrangements requiring swift feedback
• Ideal for positioning verification on automated guided vehicles
• Can be used for access-zone detection on assembly machinery
• Used for proximity sensing in packaging and material handling

What electrical connection does it use?


It uses an M12 Terminal for the primary interface.

Is it certified for use in multiple markets?


It holds CE, cULus and UKCA approvals for regional compliance.

What component role does it fulfil in a sensing system?


It functions as a receiver component collecting reflected optical signals.

Does it have hazardous-area approval?


It does not carry hazardous-area certification.

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