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Pin Assignments 

- 13 - 

7.2

 

Connection of Z58-654 (VAC Versions) 

Additional description for connecting devices with 115 or 230 VAC power supply 

  
ATTENTION!   

The following functions, encoders and options (

 14) are not available with VAC-versions (654): 

 

1. Unavailable Standard Functions: 

 

For technical reasons, no relay outputs can be equipped. 

 

2. Unavailable Measuring Systems: 

 

1   = A/B/Z with 24 VDC encoder supply, HTL (PNP), 100 KHz 
2   = A/A’ B/B’ Z/Z’ with 24 VDC encoder supply, TTL (PNP), 100 KHz 
3   = A/A’ B/B’ Z/Z’ with 5 VDC encoder supply, TTL (PNP), 100 KHz 

4   = compatible to ELGO FMAX absolute encoders 
5   = compatible to ELGO EMAX absolute encoders 
8   = A/A’ B/B’ Z/Z’ with 24 VDC encoder supply, TTL (PNP), 500 KHz 
9   = A/A’ B/B’ Z/Z’ with 5 VDC encoder supply, TTL (PNP), 500 KHz 

 

3. Unavailable Options: 

 

F   = analog output 0 ... 10 V  
G  = analog output 0 ... 20 mA 
H   = analog output 4 ... 20 mA 
 

 

REMARK! 

The 115/230 VAC versions are mainly offered to replace the predecessor type Z54 standard. 
For technical reasons the above encoders and options cannot be realized here. However, if you 
need any of the above encoders/options and do not have a 24 VDC power supply, please use 
the Z58-600 standard device in combination with the external ELGO power pack NG24.0, 
which is available as an accessorial component (

 14.1). 

7.2.1

 

Pin Assignment of Z58-654 

Table 3: Pin Assignment of Z58-654 

Rear

  

Pin  ST2 

- (external inputs) 

 

1  Screen / shield 
2  0 V / GND 
3  +24 VDC out (HIGH level) 
4  Tool-offset (active high) 
5  Reference (active high) 
6  Reset (active high) 

 

 

 

 

 

 

Pin  ST1

 - (rotary encoder) 

Pin  ST3 

- (AC supply)* 

1

 

0 V / GND (encoder supply)

 

1  L1 

2

 

+24 V out (encoder supply)

 

2  N 

3

 

Channel A 

3  PE 

4

 

Channel B 

 *) ST3 is not required for option AG (built-on housing).   

 A separate connector for AC supply is included. 

5

 

Screen / shield 

ST1

 1  2   3  4   5

ST2

 1  2   3  4   5

6

External power plug 
only with option AG*

ST3*

 1    2    3

Summary of Contents for Z58-600 Series

Page 1: ...or reference value tool offset four edge evaluation and inch mm switching 6 digit LED display 14 mm high with brightness control 3 external 24 V control inputs reset reference tool offset Switching fu...

Page 2: ...z Str 1 D 78239 Rielasingen Worblingen Technical Support 49 0 7731 9339 0 49 0 7731 2 13 11 info elgo de Document No 799000082 Document Name Z58 600 MA E_45 18 Document Revision Rev 0 Issue Date 2018...

Page 3: ...sport 7 4 8 Storage 7 5 Product Features 8 5 1 Compatible Measuring Systems 8 5 2 Digital Inputs 8 6 Technical Data 9 6 1 Identification 9 6 2 Dimensions Panel Housing standard 9 6 3 Dimensions Built...

Page 4: ...Errors and their Clearance 22 13 3 Re start after Fault Clearance 22 13 4 Maintenance 23 13 5 Cleaning 23 14 Type Designation 24 14 1 Accessories 24 15 Index 27 2 List of Figures Figure 1 Panel housin...

Page 5: ...r to avoid accidents damage and injuries Warning notes DANGER This symbol in connection with the signal word Danger indicates an immediate danger for the life and health of persons Failure to heed the...

Page 6: ...device if you have understood the operating manual The operating company is obliged to take appropriate safety measure The initial operation may only be performed by qualified and trained staff Select...

Page 7: ...r Transport Unpacking and Loading CAUTION Transport the package box palette etc professionally Do not throw hit or fold it 4 6 Handling of Packaging Material Notes for proper disposal 4 1 4 7 Inspecti...

Page 8: ...ly available when order type Z58 654 115 X restrictions 7 2 230 VAC supply alternatively available when order type Z58 654 230 X restrictions 7 2 Standardly with panel mounting housing cut out 93 x 67...

Page 9: ...e and indicates the exact type designation order reference 14 with the corresponding part number Furthermore the type label contains a unique traceable device number When corresponding with ELGO pleas...

Page 10: ...Technical Data 10 6 3 Dimensions Built on Housing Option AG Figure 4 Dimensions built on housing Option AG 60 30 Screw max 15 mm 95 90 71 30 102 60 0 2 0 2 0 2 Side view Front Front Rear Insert nut M6...

Page 11: ...mption 70 mA without measuring system Signal inputs HTL TTL RS422 depends on order Input channels incremental A B resp A A B B Z Z Channels for absolute encoders RX RX TX TX Input frequency max 100 KH...

Page 12: ...coder supply 4 Tool offset active high 4 RS422_RX 5 Reference active high 5 RS422_RX 6 Reset active high 6 RS422_TX Pin ST4 differential encoders 7 RS422_TX 1 0 V GND 8 n c 2 5 V 24 V out encoder supp...

Page 13: ...20 mA H analog output 4 20 mA REMARK The 115 230 VAC versions are mainly offered to replace the predecessor type Z54 standard For technical reasons the above encoders and options cannot be realized h...

Page 14: ...not be installed close to sources of strong inductive or capacitive interference or strong electrostatic fields CAUTION The electrical connections must be made by suitably qualified personnel in accor...

Page 15: ...so that the threaded holes point outwards and then tighten the Phillips screws 3 Now insert the provided grub screws into the threaded holes of the mounting brackets and turn clockwise until the devi...

Page 16: ...ver 9 2 2 Key Functions in Parameter Level Short keystroke confirm save parameter step to next parameter Short keystroke select decade Short keystroke increase decade Sign changeover only relevant par...

Page 17: ...to section 9 6 P09 Reference value A reference value can be entered here which is taken over into the display when keys F are pressed or the external reference input is activated P10 Tool offset An o...

Page 18: ...set 99999 9 99999 9 00000 0 P 11 Saw blade thickness 0 99999 9 00000 0 P 12 Preset limit relay 1 min 99999 9 99999 9 00000 0 P 13 Preset limit relay 2 max 99999 9 99999 9 00000 0 P 14 Display brightne...

Page 19: ...urement can be switched from the total absolute to the relative incremental mode In incremental mode the display is set to 0 at the current position and the device counter starts from this point By pr...

Page 20: ...the same time appears in the display 2 Move the FMAX sensor back and forth by approx 2 cm and press the key appears in the display 3 Now move the FMAX sensor to the desired zero point and press the ke...

Page 21: ...ication Z58 responds only to PC request 12 2 Commands Read out the actual value Command STX i ETX Example 02h 69h 03h Response e g B 9712 3 decimal bzw 0001 7B63 hexadecimal STX 8 byte data CRC ETX 02...

Page 22: ...ts via contactor coils of AC contactors e g 0 1 F 100 2 Installation of recovery diodes via DC inductors 3 Installation of RC circuits via the different motor phases in the terminal box of the motor 4...

Page 23: ...ventional maintenance Non conventional maintenance can lead to severe injuries and damage of property Therefore Maintenance works may only be completed by staff that has been authorized and trained by...

Page 24: ...1 A B Z with 24 VDC encoder supply HTL PNP 100 KHz 2 A A B B Z Z with 24 VDC encoder supply TTL PNP 100 KHz 3 A A B B Z Z with 5 VDC encoder supply TTL PNP 100 KHz 4 compatible to ELGO FMAX absolute...

Page 25: ...25 Notes...

Page 26: ...26 Notes...

Page 27: ...art up 14 Identification 9 Installation 14 Installation of the indicator 15 Key assignment and LED overview 16 Key Functions in Normal Mode 16 Key Functions in Parameter Level 16 Load Default Paramete...

Page 28: ...e Z58 600 MA E_45 18 Subject to change 2018 ELGO Electronic GmbH Co KG ELGO Electronic GmbH Co KG Measuring Positioning Control Carl Benz Str 1 D 78239 Rielasingen Fon 49 0 7731 9339 0 Fax 49 0 7731 2...

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