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XRF410N™ INSTALLATION 

 

17 

 

 

SOFTWARE CONFIGURATION THROUGH DL.CODE 

 
 

DEFAULT CONFIGURATION 

 

Each XRF410N model has its own default configuration (job) which is detailed in the tables 
and  notes  below.  This  job  is  loaded  by  default  and  should  not  be  changed  or  deleted. 
Necessary modifications should be saved to a new job named for the application. 
 

 

NOTE:

 If the default job is ever accidentally deleted, backup files (.dlcfg) are 

provided in the DL.CODE mini-DVD (.zip file or accessory mini-DVD). They 
are located in the following directory:

 DL.CODE 1.x.0\Software\SW Utilities

 

 
 

  All  XRF410Ns  are  set  to  Phase  Mode.  The  photocell  (presence  sensor)  must  be 

connected to Input 1. 

 
 
The  following  table  shows  the 

Image  Setup

  (photometric)  parameters  settings  to  use  for 

each  model  based  on  the  reference  application  (conveyor  speed  and  code  resolution)  The 
Image Setup parameters can be modified if your application references are different. 
 

 

Typical Application 

Characteristics 

Image Setup 

XRF410N Model 

1D Code 

Resolution 

Conveyor 

Speed 

[m/s] 

Exposure 

Time 

[

s] 

Gain 

Gain 

Multiplier 

Internal 

Lighting 

PPI 

XRF410N-B0x 

Medium Res 

0.38mm 
(15mils) 

1.2 

310 

29 

X1 

Very High  

Power Strobe 

91 

XRF410N-B1x 

High Res 

0.33mm 
(13mils) 

320 

36 

X1 

Very High  

Power Strobe 

111 

XRF410N-H0x 

Medium Res 

0.38mm 
(15mils) 

2.2 

170 

25 

X1 

Very High  

Power Strobe 

91 

XRF410N-H1x 

High Res 

0.33mm 
(13mils) 

1.8 

160 

35 

X1 

Very High  

Power Strobe 

111 

XRF410N-H2x 
Very High Res 

0.25mm 
(10mils) 

1.5 

160 

19 

X1 

Very High  

Power Strobe 

147 

Table 2 - Default Image Setup Configuration

 

 
 
 

 

Summary of Contents for XRF410N Series

Page 1: ...History Issue Date Paragraph Change Rev 0 February 13 2015 First Release Rev A March 24 2015 Added baud rate note Rev B June 9 2015 Added Electrical connection diagrams and power supply table Rev C Ap...

Page 2: ...be used within an ID NET network in which at least one other reader is present They cannot be used as Stand Alone devices The various XRF410N models do not include CBX connection boxes or CBX connecti...

Page 3: ...or multi point reading stations the product line further includes the following models XRF410N xx0 MASTER made up of two readers one Master and one Slave 1 The Master must be connected directly to a C...

Page 4: ...s Required Accessories for XRF410N Base Performance Models Description 1 Module 2 Modules 4 Modules Part Number XRF410N B00 2HD_MED RES_MASTER 1 1 1 937400028 XRF410N B01 2HD_MED RES_EXTENSION 1 3 937...

Page 5: ...EP 593 PHOTOCELL KIT 1 1 1 93ACC1791 OEK 2 OPTICAL ENCODER CAB 10M SPRING 1 1 1 93ACC1770 BA400 M12 3P M PANEL CONN EXT POWER 1 93ACC1853 CAB PG 0002 VDC PWR PG120 IDNET 2M 1 93ACC1870 PG 120 K01 PWR...

Page 6: ...network 3 Run DL CODE and connect to the Master reader 4 Run New Configuration Multi Device This will assign ID NET addresses to all the Slaves in the network associating them with their respective s...

Page 7: ...front mounting bolt so that the XRF410N rests on the positioning bracket This allows positioning to be done without having to physically support the weight of the XRF410N Figure 2 XRF410N Mounting to...

Page 8: ...mage acquisition overlapping Figure 3 Maintaining Pitch Between Multiple Modules Example Mounting Distance for XRF410N B0x Models Figure 4 Example Reading Distance Reference DOF and Minimum Reading Di...

Page 9: ...mirror alignment however many variations can be constructed NOTE For all of the following mounting examples the positioning distances are not given since they depend on the application and characteris...

Page 10: ...one bolt in the center position and one bolt in the outer ring 2 Rotate the mirror brackets so that the 15 skew angle slot is aligned with the profile channel see the figure below 3 Mount the XRF410N...

Page 11: ...ion Mirror 1 Mount and center the ST 344 brackets on the vertical profile 2 Mount the mirror brackets to the ST 344 brackets with one bolt in the center position and one bolt in the outer ring 3 Rotat...

Page 12: ...Module Electrical Connections Figure 7 Bxx Single Module Electrical Connections back view Ethernet Host Power CBX500 ATS XRF410N Master P S CBL 1480 05 ID NET Terminator CAB DS05 S CBL 1480 05 ID NET...

Page 13: ...ions Figure 9 Bxx Multiple Module Electrical Connections back view Ethernet Host Power CBX500 ATS XRF410N Master XRF410N Extension XRF410N Extension P S CAB DS05 S CBL 1480 05 ID NET Terminator CBL 14...

Page 14: ...ination Power cable is connected directly to the power supply Connect the White wire to Vdc and Blue wire to GND Connect the cable shield to Earth ground Ethernet Host Power CBX500 ATS XRF410N Master...

Page 15: ...nected directly to the power supply Connect the White wire to Vdc and Blue wire to GND Connect the cable shield to Earth ground Ethernet Host Power CBX500 ATS XRF410N Master XRF410N Extension XRF410N...

Page 16: ...to Vdc and Blue wire to GND Connect the cable shield to Earth ground CBX500 ATS XRF410N Master XRF410N Extensions XRF410N Extension P S CAB DS05 S CBL 1480 05 ID NET Terminator CAB MLP 05 XRF410N Exte...

Page 17: ...ut 1 The following table shows the Image Setup photometric parameters settings to use for each model based on the reference application conveyor speed and code resolution The Image Setup parameters ca...

Page 18: ...l analysis of decoding times measured on a variety of packs considered typical in various T L applications Decoding Timeout depends heavily on the type of acquired images As a general rule it is sugge...

Page 19: ...have the same requirements and considerations as mentioned above for Phase Mode They also require an Encoder to register line speed conveyor In addition the PackTrack calibration procedure must be exe...

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