Safety Sensors
SICK S30B-2011DA Sensor
SICK S30B-2011DA safety laser scanner, part 1026822. Configurable protective field monitoring for machines and mobile platforms.
Overview
The SICK S30B-2011DA (part number 1026822) is a safety laser scanner of the S30B family, providing configurable protective and warning field monitoring for hazardous areas and points on machinery and mobile equipment, with safe outputs for the machine safety circuit.
How It Works
Pulsed infrared light is scanned across the monitoring plane and evaluated by time of flight. The device compares the measured profile against the configured fields and switches the safe outputs when a protective field is violated, ensuring the machine reaches the safe state.
Key Features
- Safety laser scanner, S30B family
- Part number 1026822
- Configurable protective and warning fields
- Reliable evaluation for stationary and mobile use
- Durable housing for industrial conditions
- Proven safety platform
Typical Applications
- Hazardous area monitoring on automated machinery
- Personnel protection on guided vehicles
- Access protection on production lines
- Protection zones on heavy equipment
- Safety zoning in flexible cells
Specifications
Attribute | Value |
|---|---|
Model | SICK S30B-2011DA |
Part number | 1026822 |
Device type | Safety laser scanner, S30B family |
Installation and Setup Notes
Configure the scanner's fields for the machine layout using the family software and validate them with test targets. Mount rigidly to avoid field shift from vibration, and maintain the optical window per the contamination diagnostics.
Frequently Asked Questions
What distinguishes the DA variant?
The order code defines range, field and interface configuration of this S30B variant.
Does it require a safety controller?
The scanner provides safe outputs; integration depends on the machine's safety architecture, with or without additional relay stages.
How often should fields be revalidated?
After configuration changes, mechanical changes to the machine, and per the validation schedule of the safety concept.
