X252 Forward Clamp Out Sensor Setup Stuertz Infeed

Setting the laser distance sensor for the forward clamp out input (Vorlaufwagen)

Difficulté

Hard Difficile

Durée

10 minute(s) minute(s)

X252_Forward_Clamp_Out_Sensor_Setup_Stuertz_Infeed_X252.jpg

Introduction

The out sensor used for the vorlaufwagen cannot be a standard reed switch because the cylinder that drives this output is a telescoping version. It is impossible to detect the out position.

Therefore, a sensor is fitted that must be programmed to set a high output when it detects the full range has been reached

The sensor is a Pepperl+Fuchs VDM28-8-L

Datasheet can be downloaded here

Function

The distance measurement device contains one transmitter and one receiver incorporated into a single housing. The transmitter light is reflected back to the receiver from a target. The sensor determines the distance to the target and triggers a switching function or supplies the relevant measured value for processing.

Assembly instructions

The sensor can be mounted by means of through holes or by using a mounting bracket or mounting clamp

Ensure that the surface is level in order to prevent the housing from becoming distorted when the fittings are tightened. It is advisable to secure the nuts and screws using spring washers in order to prevent the sensor from being incorrectly adjusted.

Connection

Connect the device in accordance with the connection diagram in the datasheet.

Adjustment

The green LED lights up when the operating voltage is switched on.

Adjust the sensor so that the laser point is on the gripper body

Étape 1 - Select Rotary switch

Select Q1

Étape 2 -

Étape 3 - Move the Clamp assembly to its out position

Via IO screen

Étape 4 - Set A th

Étape 5 - Reset to default settings

• Set the rotary switch to the "RUN" position

• Press and hold the "SET" button until the yellow and green LEDs stop flashing in phase (approx. 10 s)

• If the green LED lights up, the procedure is complete

Étape 6 - Error messages

• Short circuit: In the event of a short circuit at the sensor output, the green LED flashes with a frequency ofapprox. 4 Hz.

• Teach error: In the event of a teach error, the yellow and green LEDs flash alternately with a frequency of approx. 8 Hz

...Note!

The difference in the taught-in distance measured values for the switching thresholds A and B must be greater than the switching hysteresis set in the sensor. On delivery, the switching hysteresis is 15 mm. If the difference in the taught-in measured values is the same as or smaller than the set switching hysteresis, the sensor will visually signal an unsuccessful Teach-In. The last distance measured value that was taught in will not be adopted by the sensor. Select a new distance measured value for switching threshold A or B with a greater difference between the switching thresholds.

Teach in this distance measured value on the sensor again.

en none 0 Draft