UR12.TA0-ZZZX.7BCU, BAUMER, ultrasonic through-beam emitter, 0–1000mm, cable 2m, 5 wires, IP67

UR12.TA0-ZZZX.7BCU, BAUMER, ultrasonic through-beam emitter, 0–1000mm, cable 2m, 5 wires, IP67

UR12.TA0-ZZZX.7BCU is the emitting part of a Baumer ultrasonic through-beam barrier. It works in a pair with the corresponding receiver; an emitter alone does not constitute a complete detection system. The declared range of the system is 0–1000mm. Connection: cable 2m, 5 wires.

Technical parameters – overview

Function and suitable use

The emitter is designed to build an ultrasonic through-beam barrier with a compatible receiver, for example when monitoring the passage of material between two fixed points. Before ordering, verify the corresponding counterpart and mutual alignment.

How to choose the right variant

• Range: 0–1000mm; design the target position within the declared interval, not on the basis of the series designation.
• Mounting: cylindrical version; observe the dimensions and recommended fixing.
• Wiring: The cable version allows direct routing to the switchboard. During mounting, verify the cable length, strain relief and suitable cable protection.
• Environment: protection IP67; verify suitability for specific contamination, temperatures or chemical influences according to the operating conditions.

Difference from a related model

Compared with the variant UR12.TA0-ZZZX.7BF this model differs in the parameter connection: zde cable 2m, 5 wires, u varianty UR12.TA0-ZZZX.7BF connector M12, 5 pins. This is decisive when choosing the correct version.

Most frequent selection questions

Can this emitter be operated on its own?

Not as a complete ultrasonic through-beam barrier. Detection requires a corresponding receiving unit and correct mutual positioning.

Jde o cableovou variantu?

Yes. The connection of this model is cable 2m, 5 wires. When designing the cable route, take into account the length and mechanical protection of the line.

What is the working range of the through-beam barrier?

The manufacturer states 0–1000mm for this variant. The actual position of the emitter and receiver must suit the entire application.