SICK microScan3 Pro I/O User Manual

Options for assigning the data to the safety laser scanner:
•
In S
afety Designer in the Addressing dialog (preferred method)
•
With a DHCP server
In the delivery state, the safety laser scanner requests an IP address via DHCP. After a
configuration has been transferred to the safety laser scanner, an IP address assigned
via DHCP may no longer change.
Assigning safety network number
In a s
afety-oriented EFI-pro network, the safety laser scanner requires a safety network
number (SNN). The safety network number should be identical for all devices in an
EFI-pro network. The safety network is identified using the safety network number. The
safety network number is a 48-bit identifier.
You can assign the safety network number to the safety laser scanner in the following
ways:
•
In Safety Designer under Protocol settings, in dialog EFI-pro
A function of automatic setting of the safety network number is not supported.
Integration into a control
If t
he safety laser scanner has already been connected to a control and should be
connected to another control, the link to the old control must be explicitly removed.
The binding to the controller is also removed when a configuration is transferred to the
device.
You can remove the link to a control in different ways:
•
Transfer of a configuration into the device
•
Click on Remove link to control (reset ownership) in Safety Designer in the EtherNet/IP
dialog box
•
Reset the device to the factory settings in Safety Designer in the Factory settings
dialog box
4.5.3 Assemblies
The cyclic data transmission in an EFI-pro network is done via data sets called assem‐
blie
s. The safety laser scanner receives data in one assembly and sends data in
another assembly.
The safety laser scanner supports the following assemblies:
Input of the safety laser scanner, corresponds to the output of the control
•
"Assembly 103: input of the device, output of the control", page 76
•
"Assembly 104: Input of the device, output of the controller", page 76
•
"Assembly 105: input of the device, output of the control", page 76
•
"Assembly 106, Assembly 107, Assembly 108: Input of the device, output of the
guest device", page 76
Output of the safety laser scanner, corresponds to the input of the control
•
"Assembly 110: output of the device, input of the control", page 77
•
"Assembly 113: output of the device, input of the control", page 77
•
"Assembly 114: Output of the device, input of the guest device", page 77
•
"Assembly 115: Output of the device, input of the controller", page 77
•
"Assembly 120: output of the device, input of the control (not safety-related)",
page 78
•
"Assembly 121: Output of the device, input of the controller (not safety-related)",
page 78
Detailed information about the structure of the assemblies: see "Assemblies",
page 194.
PROJECT PLANNING 4
8025424/1ELL/2022-01-21 | SICK O P E R A T I N G I N S T R U C T I O N S | microScan3 Pro I/O
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Subject to change without notice

SICK microScan3 Pro I/O Specifications

General

Scanning angle	275°
Number of fields	128
Dimensions	102 mm x 152 mm x 106 mm
Number of safety outputs	2
Number of OSSD outputs	2
Scanning range	5.5 m
Protective field range	5.5 m
Resolution	30 mm
Number of monitoring cases	128
Response time	60 ms
Interfaces	Ethernet, USB
Operating temperature	+50 °C
Protection class	IP65
Supply voltage	24 V DC
Storage temperature	+70°C
Operating voltage	24 V DC (16.8 V DC ... 28.8 V DC)
Housing material	Plastic
Connection type	Male connector