SICK Ultrasonic Threaded Barrel Proximity Sensor, M30, 6 m Detection, PNP 0-10 V/4-20 mA, 9 → 30 V dc

RS Stock No.:: 267-2147
Mfr. Part No.:: UM30-215118
Manufacturer:: SICK

SICK Ultrasonic Threaded Barrel Proximity Sensor, M30, 6 m Detection, PNP 0-10 V/4-20 mA, 9 → 30 V dc

Subtotal (1 unit)*

PHP52,724.19

(exc. VAT)

PHP59,051.09

(inc. VAT)

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Units	Per Unit
1 +	PHP52,724.19

*price indicative

RS Stock No.:: 267-2147
Mfr. Part No.:: UM30-215118
Manufacturer:: SICK

Specifications

Technical data sheets

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	SICK
	Thread Size	M30
	Sensor Technology	Ultrasonic
	Detection Range	6 m
	Body Style	Threaded Barrel
	Digital Switching Output Type	PNP
	Analogue Switching Output Type	0-10 V/4-20 mA
	Connection Type	M12
	Supply Voltage	9 → 30 V dc
	IP Rating	IP65, IP67
	Length	105mm
	Width	65mm
	Housing Material	Metal
	Maximum DC Voltage	30V
	Diameter	65 mm
	Minimum Operating Temperature	-25°C
	Short Circuit Overload Protection	Yes
	Series	UM
	Switching Frequency	3 Hz
	Switching Current	200 mA
	Standards Met	CE, EAC
	Reverse Polarity Protection	Yes
	Depth	65mm
	Maximum Switching Frequency	3Hz
	Maximum Operating Temperature	+70°C

	Select all
	Brand SICK
	Thread Size M30
	Sensor Technology Ultrasonic
	Detection Range 6 m
	Body Style Threaded Barrel
	Digital Switching Output Type PNP
	Analogue Switching Output Type 0-10 V/4-20 mA
	Connection Type M12
	Supply Voltage 9 → 30 V dc
	IP Rating IP65, IP67
	Length 105mm
	Width 65mm
	Housing Material Metal
	Maximum DC Voltage 30V
	Diameter 65 mm
	Minimum Operating Temperature -25°C
	Short Circuit Overload Protection Yes
	Series UM
	Switching Frequency 3 Hz
	Switching Current 200 mA
	Standards Met CE, EAC
	Reverse Polarity Protection Yes
	Depth 65mm
	Maximum Switching Frequency 3Hz
	Maximum Operating Temperature +70°C

COO (Country of Origin):: DE

SICK UM30 Series Proximity Sensor, Ultrasonic Sensor Technology, 6 m Detection Range - UM30-215118

This proximity sensor is an ultrasonic model designed for precise distance measurement and object detection. With a cylindrical design and dimensions of 65mm in diameter and 105mm in length, it features an M30 threaded barrel for easy integration. Operating within a temperature range of -25°C to +70°C, it is suitable for various industrial applications.

Features & Benefits

• Ultrasonic technology provides high accuracy in detection
• Switchable between 0-10V and 4-20mA output types
• Offers a detection range of up to 6m for versatile usage
• Reverse polarity and short circuit protection enhance safety
• IP65/IP67 rating ensures protection against dust and water
• Temperature compensation allows reliable operation in varying conditions

Applications

• Utilised in robotics for precise distance measurement
• Employed in material handling systems to detect object presence
• Compatible with various machine safety systems

What is the maximum operating range of the ultrasonic sensing technology?

The operating range of this ultrasonic sensor extends up to 6000mm, providing flexibility in various applications, including industrial and automation settings.

How does this sensor perform in challenging environments?

Thanks to its IP65/IP67 rating, it effectively withstands dust and water exposure, making it suitable for use in harsh conditions commonly found in manufacturing and outdoor environments.

What benefits does the adjustable output provide?

The ability to switch between 0-10V and 4-20mA output types allows the sensor to easily integrate with various control systems, adapting to specific application requirements without compromising accuracy.

Can this sensor be used with multiple units in close proximity?

Yes, it supports the synchronisation of up to 50 sensors, enabling deployment in complex setups without interference or cross talk, useful for expansive monitoring situations.

How does temperature compensation improve sensor functionality?

Temperature compensation ensures consistent performance by adjusting readings based on environmental temperature changes, which enhances measurement reliability across a wide temperature spectrum.