Turck
RU40U-M30M-2UP8X2-H11511610032
1610032
Ultrasonic sensor with 2 x LED indicators + 9° sonic cone - diffuse mode - front sensing - Turck (RU40U series) - model #1610032 - 25-400mm sensing range - M30 partially threaded medium length cylindrical/barrel - 5-pin M12 Eurofast QD male connector - 2 x digital outputs (10.8-30Vdc; PNP) (NO (Normally Open) or NC (Normally Closed) (programmable); 10.4Hz max. switching frequency) - Chrome-plated brass housing - supply voltage 15-30Vdc (24Vdc nom.) - IP67 - Rated for -25°C...+70°C ambient - equivalent to RU40UM30M2UP8X2H1151
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
Brand
SKU
RU40U-M30M-2UP8X2-H1151
Online Price
$464.80
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
RU40U-M30M-2UP8X2-H1151Turck - RU40U (M30)
Description
Ultrasonic sensor with 2 x LED indicators + 9° sonic cone - diffuse mode - front sensing - Turck (RU40U series) - model #1610032 - 25-400mm sensing range - M30 partially threaded medium length cylindrical/barrel - 5-pin M12 Eurofast QD male connector - 2 x digital outputs (10.8-30Vdc; PNP) (NO (Normally Open) or NC (Normally Closed) (programmable); 10.4Hz max. switching frequency) - Chrome-plated brass housing - supply voltage 15-30Vdc (24Vdc nom.) - IP67 - Rated for -25°C...+70°C ambient - equivalent to RU40UM30M2UP8X2H1151
Specifications
Primary brand
Turck
Main function
Sensor (Ultrasonic)
Product series / family name
Sensors > Ultrasonic sensors
Sub-range name
RU40U series
Functions
Ultrasonic sensor
TEACH-by-wire
Window mode programmable
TEACH-by-wire
Window mode programmable
Design
9° sonic cone
diffuse mode
front sensing
diffuse mode
front sensing
Supply voltage (DC)
15-30Vdc (24Vdc nom.)
Sensing distance
25-400mm
Frequency
10.4Hz max. switching frequency
Display
2 x LED indicators
Shape
M30 partially threaded medium length cylindrical/barrel
Thread size
M30
Connection type
Pre-equipped with 5-pin M12 Eurofast QD male connector
Protection functions
Short-circuit (pulsed)
Reverse polarity
Reverse polarity
Operating mode
NO (Normally Open) or NC (Normally Closed) (programmable)
Digital outputs
2 x digital outputs (10.8-30Vdc; PNP)
Measurement accuracy
(resolution) 0.5mm
Degree of protection
IP67
Material
Chrome-plated brass housing
PET (Polyethylene terephthalate) / PU (Polyurethane) / Epoxy sensing face
PET (Polyethylene terephthalate) / PU (Polyurethane) / Epoxy sensing face
Ambient air temperature for operation
-25°C...+70 °C
Current consumption
50mA (no-load current)
eClass code
27272803
Control circuit rated current
50mA / 0.05 A
Transmission frequency
300kHz / 0.3 MHz
Emission frequency
300kHz
Order code / Manufacturer SKU
RU40U-M30M-2UP8X2-H1151
1610032
1610032
Manufacturer product status
Commercialized
Equivalent to
RU40UM30M2UP8X2H1151
EAN code
4047101287356
Compliant with standard(s)
CE
cULus
cULus
Benefits
IO-Link enables the sensor to be precisely configured via software to meet application requirements
Turck Easy Teach simplifies the installation and commissioning of the new ultrasonic sensors
The newly developed sonic transducers enable larger measuring ranges up to 130cm in the M18 design and 600cm in the M30 version
With their extremely short blind zones the sensors can also detect very close objects
Maximum process safety is provided by the robust metal housing design
Threaded sleeve and the connector thread are made from one piece
Turck Easy Teach simplifies the installation and commissioning of the new ultrasonic sensors
The newly developed sonic transducers enable larger measuring ranges up to 130cm in the M18 design and 600cm in the M30 version
With their extremely short blind zones the sensors can also detect very close objects
Maximum process safety is provided by the robust metal housing design
Threaded sleeve and the connector thread are made from one piece
Location of origin
DE
Related Documents
| Name | Last Update | Language |
|---|---|---|
| Turck - Proximity sensors - Catalogue.pdf | 31 Jul 2022 | English (US) |
