Sick S30A-6111CP (1045652)

• Direct integration in PROFINET IO safe bus system
• 5.5 m protective field range
• Four switchable field sets (four protective fields, four warning fields)
• Remote diagnostics and configuration through safety controller
• Managed 2-port switch for RJ45 plug connector
• Configuration memory integrated in the system plug
• Simultaneous monitoring of two protective fields

Your benefits

• Reliable, fault-tolerant communication with PLC controller using state-of-the-art fiber-optic technology.
• Efficient, cost-effective protection - networked through direct connection to PROFINET IO networks
• Rapid diagnosis by means of remote access prevents downtimes
• Standardized integration in PLC controllers, thanks to GSDML generic station description
• Largest protective field range in the market increases the variety of application possibilities
• Quick recommissioning via configuration memory
• Easy installation, commissioning and maintenance for stationary and mobile applications
• Decades of proven safety technology guarantee maximum reliability and availability - even under difficult conditions

Applications

Hazardous area protection (vertical):
Access protection (vertical):
Hazardous area protection (horizontal):
Functions
Number of simultaneously monitored protective fields:	2
Static protective field switching:	-
Incremental encoder inputs:	-
External device monitoring (EDM):	-
Integrated configuration memory:
Expanded measured data output (CMS, RS-422):	-
Measured data output (RS-422):	-
Safe SICK device communication via EFI/SDL:	-
Technical data
Laser class:	1 (21 CFR 1040.10 and 1040.11, DIN EN 60825:2001)
Enclosure rating:	IP 65 (EN 60529)
Protection class:	III (EN 50178)
Type:	Type 3 (IEC 61496)
Safety integrity level:	SIL2 (IEC 61508), SILCL2 (EN 62061)
Category:	Category 3 (EN ISO 13849)
Performance level:	PL d (EN ISO 13849)
PFHd:	8.0 * 1E-08 (EN ISO 13849)
TM (mission time):	20 a (EN ISO 13849)
Ambient operating temperature:	-10 °C ... 50 °C
Dimensions (W x H x D):	155 mm x 185 mm x 160 mm
Weight:	3.3 kg
Scan angle:	190 °
Protective field range:	5.5 m
Maximum warning field range:	49 m
Number of field sets:	4 1)
Number of monitoring cases:	4
Response time:	60 ms 2)
Resolution:	30 mm, 40 mm, 50 mm, 70 mm, 150 mm, configurable
Distance measuring range:	49 m
Number of multiple samplings:	Configurable 2 ... 16
Electrical connection:	Copper conductor (2 sockets for RJ-45 push-pull plug), system plug with or without connecting cable
Supply voltage:	16.8 V DC, 24 V DC, 28.8 V DC
Configuration and diagnostics interface:	RS-232
Device properties:	PROFINET IO device with 2-port real-time switch according to PROFINET specification V2.2 PROFIsafe profile with 6-octet input and 6-octet output according to IEC 61784-3-3 V2.4 Cycle time 4, 8, 16, 32 ms, etc. GSDML according to GSDML specification V2.25
Switch properties:	Filtering Data Base according to IEEE 802.1D 6 prioritization levels for IEEE 802.1Q - Network prioritization 64 KB SRAM memory for caching telegrams, managed in 768-byte segments Resource prioritization for network control and RTC2/3 frames Telegram extension based on "Cut-through" Port status (Disabled, Blocking, Forwarding) Support for non-real-time and real-time data transfer
Port properties:	Auto-negotiation Auto-crossover (MDIX) Auto-polarity 100Base-TX
Conformance:	Conformance Class B
Topology support:	SNMP, MIB-2, LLDP nach IEEE 802.1AB MRP client support
Diagnostics:	Application-related manufacturer-specific channel diagnostics and channel diagnostics for the PROFIsafe profile, individually switchable Report system errors Cable diagnostics Neighborhood alerts Support for port statistics I&M support from I&M0 to I&M4
Interfaces for configuration and diagnostics using CDS:	TCP port 9000 and UDP port 30718 RS-232
Functions that are not supported:	Multicast communication Supervisor AR MAC-pause mechanism in full duplex Back-pressure in half duplex Static learning Broadcast Storm Control
1) 1 field set = 1 protective field and 2 warning fields  2) Depending on basic response time and multiple sampling