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5.0 INSTALLATION

Power off the module before cabling.

To install/remove the Z-SUPPLY on/from DIN 46277 rail, execute the following operations  
(Fig.1a and Fig.1b)

5.1 Installation on/removal from DIN 46277 rail 

INSTALLATION
1)Pull the four latchs (placed in the back-
side panel) outwards;
2) insert the module in a DIN rail free slot;
3) make sure that the IDC10-connector pins 
are inserted on the slot correctly;
4) press the four latchs inwards.

REMOVAL
1) Pull the four latchs (placed in the back-
side panel) outwards, using a screwdriver;
2) pull out the module gently.

It’s important to insert the pins on the slot correctly because IDC10-connector is polarized; 
this connection is facilitied by use of a female/male insertion between IDC10 connector and 
DIN rail slot  (Fig 1c and Fig 1d).

12

11

9

8

+24Vdc

0 Vdc

7

P.E.

From OUT of the 
 Z-SUPPLY: 0 V

DC

CANH/A

GNDSHLD

GND

B/L

A/H

SHD

AC+

AC-

P.E.

Fig. 1c

Z-PC-DIN

Slot

CANL/B

GND

From OUT of the 

 Z-24 V

DC

MI002273-E

ENGLISH 5/8

Fig. 1a

Fig. 1b

GOOD

PWR

Z-SUPPLY

Input M1,M3:

100.. 240 Vac

50.. 60 Hz

Output M7,M10:

24 Vdc

1,5 A

Z-SUPPL

Y

Power supply: 
110.. 230 V

ac, to

24 Vdc, 1,5A

ET003481B

1.5

DC Output:

24 Vdc
max 1,5 

A

M6,Com.

Power good

[N]M3

[L]M1

M1

1,gnd

M10,gnd

M12,gnd

M8,+24Vdc

M7,+24Vdc

M9,+24Vdc

AC main input*:

100.. 260 V

ac

50.. 60 Hz

Fuse

M4,N.Open.

GOOD

PWR

Z-SUPPLY

Input M1,M3:

100.. 240 Vac

50.. 60 Hz

Output M7,M10:

24 Vdc

1,5 A

Z-SUPPL

Y

Power supply: 
110.. 230 V

ac, to

24 Vdc, 1,5A

ET003481B

1.5

DC Output:

24 Vdc
max 1,5 

A

M6,Com.

Power good

[N]M3

[L]M1

M1

1,gnd

M10,gnd

M12,gnd

M8,+24Vdc

M7,+24Vdc

M9,+24Vdc

AC main input*:

100.. 260 V

ac

50.. 60 Hz

Fuse

M4,N.Open.

Power

Supply

AC-

Power

Supply

AC+

Fig. 1d

IDC10

Output 

of the 

Z-SUPPLY

0 V

DC

Output 

of the 

Z-SUPPLY

+24 V

DC

Summary of Contents for Z-SUPPLY

Page 1: ...relay power good 3 5 Enclosure 3 6 Connectors 3 7 Environmental conditions 3 8 Standards 3 9 Module layout 4 0 Preliminary instructions for use 5 0 Installation 5 1 Installation on removal from DIN 46...

Page 2: ...ge from 110 Vac to 230 Vac 47 Hz 63 Hz 0 7 A DC input rated voltage from 110 Vdc to 315 Vdc 0 7 A Output voltage 24 Vdc 2 it is possible the redundancy between two Z SUPPLY through connection in paral...

Page 3: ...hut down voltage 90Vac Derating curve for output the derate starts at 55 C for 0 02 A K Temperature C 20 0 55 70 1 5 A 1 2 A Current A 3 4 Output relay power good Relay type N O with 1 A 30 Vdc resist...

Page 4: ...vertical position No operation on the module is allowed while it is power on It is forbidden to install the module near heat emitting devices It is reccomended that the use and installation operations...

Page 5: ...and DIN rail slot Fig 1c and Fig 1d 12 11 9 8 24Vdc 0 Vdc 7 P E From OUT of the Z SUPPLY 0 VDC CANH A GNDSHLD G N D B L A H S H D A C A C P E Fig 1c Z PC DIN Slot CANL B GND From OUT of the Z SUPPLY...

Page 6: ...2 2 0 5 mm 2 5 mm 6 2 24 Vdc output by screw terminals The output is available on the screw terminals M7 M8 M9 24 Vdc and M10 M11 M12 0 V dc as shown in Fig 4 The output is protected against the curre...

Page 7: ...ernally connected at the end of the IDC10 output so it is possible to connect more Z SUPPLY modules in parallel ONLY if the redundant outputs are connected by IDC10 IT IS FORBIDDEN to connect more Z S...

Page 8: ...WEEE directive This symbol found on your producr or on its packaging indicates that this product should not be treated as household waste when you wish to dispose of it Instead it should be handed ove...

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