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• Series：318
• Contains：2x M18 mounting nut
• Special version：Teach input
• Ultrasonic frequency：300 kHz
• Direction of beam：Front
• Opening angle：7 °
• Measurement range：40... 300 mm
• Resolution：< 2 mm
• Accuracy：0.

• Series：318
• Contains：2x M18 mounting nut
• Special version：Teach input
• Ultrasonic frequency：300 kHz
• Direction of beam：Front
• Opening angle：7 °
• Measurement range：40... 300 mm
• Resolution：< 2 mm
• Accuracy：0.

• Series：430B
• Contains：2x M30 mounting nut
• Special version：Multiplex operation，Synchronous operation
• Ultrasonic frequency：120 kHz
• Direction of beam：Front
• Opening angle：15 °
• Measurement range：300... 3，000 mm
• Resolution：1.0 mm
• Accuracy：0.

• Series：430B
• Contains：2x M30 mounting nut
• Special version：Multiplex operation，Synchronous operation
• Ultrasonic frequency：120 kHz
• Direction of beam：Front
• Opening angle：15 °
• Measurement range：300... 3，000 mm
• Resolution：1.0 mm
• Accuracy：0.

• Series：418B
• Contains：2x M18 mounting nut
• Special version：Multiplex operation，Synchronous operation
• Ultrasonic frequency：200 kHz
• Direction of beam：Front
• Opening angle：16 °
• Measurement range：150... 1,300 mm
• Resolution：1.0 mm
• Accuracy：-5...

• Benefit from the high level of manipulation protection through the use of RFID technology when monitoring the actuator
• Take advantage of discreet integration into the machine design thanks to the innovative mounting concept
• Increase the availability of your machine thanks to the high door offset tolerance
• Save time and money thanks to very

• High reliability due to rugged metal actuator head, even when the guard has a mechanical offset
• Flexible electrical connectivity due to three cable entry glands
• Improved diagnostics due to additional contacts for door monitoring and LED lock monitoring
• Different switching elements offer the appropriate solution for electrical

• Cost-effective solution for all standard safety applications
• LED status indicator offers improved diagnostics
• Easy access to wiring for installation and maintenance due to a hinged cover – access to the unlocking mechanism from three sides
• Small housing saves space and can be mounted in tight areas
• Compact plastic

• Makes machine integration easier thanks to the flexible entry point of the actuator into the locking head − even for applications with small door radii
• Provides high manipulation protection at a high coding level
• Saves you time and money when cleaning the housing, making it particularly well-suited for use in dirty

• High level of manipulation protection due to individually coded actuator (depending on the type)
• High level of machine availability due to large door offset tolerances and periphery indicator
• High level of reliability due to resistance to shock and vibration
• Economical solution due to series connection of up to 30 sensors
• Long

• Long service life due to durable and low-maintenance design
• Just one safety switch in conjunction with a suitable safety module makes it possible to solve applications up to PL e and Cat.

• Long service life due to durable and low-maintenance design
• Space-saving mounting due to compact housing design
• Just one safety switch in conjunction with a suitable safety module makes it possible to solve applications up to PL e and Cat.

• Fast diagnostics via LED status indicator
• Cascadability of up to 9 sensors saves costs
• Long service life due to durable and low-maintenance design
• Just one safety switch in conjunction with a suitable safety module makes it possible to solve applications up to PL e (EN ISO 13849)
• The devices are easy to clean, making them suitable

•  
• Compact design for easy and ergonomic integration into the machine design without separate actuator
• High machine availability thanks to low susceptibility to dirt and

The Erwin sick inductive proximity sensor has a Semiconductor (OSSD) type of out put works with a supply voltage of 24V DC and the housing material of this sensor is made of nickel plated brass.

i16S Safety switches with a separate actuator are made up of two parts: a safety switch that is mounted on the fixed part and an actuator that is mounted on the mobile part of the guard. When the guard is closed, the actuator is moved into the safety switch. This achieves the safe status and the safety-relevant contacts are closed.

Safety switches with a separate actuator are made up of two parts: a safety switch that is mounted on the fixed part and an actuator that is mounted on the mobile part of the guard. When the guard is closed, the actuator is moved into the safety switch. This achieves the safe status and the safety-relevant contacts are closed.

• Dimension (W x H x L)：20.5 mm x 76.3 mm x 44 mm
• Housing material：Plastic
• Plastic housing    PC-PBT
• Lens cover material：Plastic / PMMA
• Net weight：60 g
• Housing color：Red
• Type of fastening：Through-hole mounting

• Dimension (W x H x L)：11.4 mm x 34.2 mm x 18.3 mm
• Housing material：Plastic
• Plastic housing：PC-ABS
• Lens cover material：Plastic / PMMA
• Net weight：10 g
• Housing color：Red
• Type of fastening：Through-hole mounting

• Dimension (W x H x L)：20.5 mm x 76.3 mm x 44 mm
• Housing material：Plastic
• Plastic housing：PC-PBT
• Lens cover material：Plastic / PMMA
• Net weight：60 g
• Housing color：Red
• Type of fastening：Through-hole mounting 

• Dimension (W x H x L)：11.4 mm x 34.2 mm x 18.

• Dimension (W x H x L)：17 mm x 66 mm x 35 mm
• Housing material：Metal
• Metal housing：Zinc
• Lens cover material：Glass
• Net weight：90 g
• Housing color：Red
• Type of fastening：Through-hole mounting