00194614-08 Trainingsdoku. SG X-Serie_X4i SW70x (AL2)_EN.pdf - 第337页

TwinHead Settings Parameter and Calibrations 337 Student Guide SIPLACE X-Serie and X4I SW70x (AL2) The 42V are use for the illumination of the stationary cameras. When replacing the Vision DC/DC converter, obse rve the f…

TwinHead

Description of Boards on the TwinHead Settings

Student Guide SIPLACE X-Serie and X4I SW70x (AL2) 336

to 5) DIP switch

Mechanical Ad justment of th e Z Axis Incre mental Encode r

9.4.1.6 Mechanical Adjustment of the Z Axis Incremental Encoder

Vision DC/DC Converter

9.4.1.7 Vision DC/DC Converter

The function of the Vision DC/DC converter is to provide the 42V voltage supply for the stationary

cameras.

Vision control board TwinHead IC camera

Legend

1. Connector for FC Camera illumination

2. Connector for IC Camera illumination

3. Service connector

4. LEDs (downwards D4 - D1)

+5 V/-15 V/+15 V/+40 V

5. DIP switch

6. Connector CAN Bus

7. Voltage supply for Vision control

Connector for DC/DC converter (sector 2)

DC/DC distributor (sector 4)

8. Connectors for 16 bit CAN Bus processor (TQM

modules)

9. Flash signal (not used for Siplace Vision)

S Sector 2

Main distributor

Sector 4

Subdistributor

Description

1 OFF OFF CAN terminating resistor - 120 Ohm not set

2 OFF OFF Reset

3 OFF OFF Bootstrap

4 OFF OFF TEST

5 OFF ON P1 address switch, gantry ID 1

6 ON ON P0 address switch, gantry ID 2

7 OFF OFF CAN - ID 1

8 OFF OFF CAN -ID 0

NOTICE

The incremental encoder on the Z axis must be adjusted to a distance of 0.4 mm to the

incremental scale. Please adjust the incremental encoder parallel to the incremental scale.

After fitting, check the Z axis track signals (see Section Component Handling).

TwinHead

Settings Parameter and Calibrations

337 Student Guide SIPLACE X-Serie and X4I SW70x (AL2)

The 42V are use for the illumination of the stationary cameras.

When replacing the Vision DC/DC converter, observe the following settings, which depend on your

installation location (main/subdistributor).

Parameter and Calibrations

9.4.2 Parameter and Calibrations

Overview of C alibration Step s and Paramete rs

9.4.2.1 Overview of Calibration Steps and Parameters

Overview of calibration steps and parameters

Main distributor Subdistributor

Bypass 1 (wire jumper) 10 - 13 6 - 13

Bypass 2 (wire jumper) 11 - 12 4 - 12

NOTICE

These steps are necessary during the first initial setup or a replacement of the TwinHead

module. The detailed description can be found on the following pages.

TwinHead

Parameter and Calibrations Settings

Student Guide SIPLACE X-Serie and X4I SW70x (AL2) 338

Procedur e

9.4.2.2 Procedure

Entering Parameters

Determining the Z Axis Zero Point Correction

After performing a head exchange or service work to the

TwinHead, the following settings are required for

successful calibration of the TwinHead.

1. Entering Parameters

2. Calibrate Z zero point

3. Calibrate Dp zero point

► Log in as service (customer).

► Select Sensors and Functions (1).

► Select the Z axis (2).

► Switch over to the Zero correction data tab (3).

► Mark the parameters at Machine data (4) and

select Edit.

Enter the values for both segments 1 and 2.

Apply the values to the head EEPROM with the arrow

buttons (5).

► Save the values with the Write head and

machine data button (6).

Perform a complete reference run. The TwinHead is

positioned over the fixed conveyor edge to determine the

Z axis zero point correction value.

► To determine the Z axis zero point correction value,

select the Calibrate Z zero point

correction button (1).