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ENGLISH - 8/8

 

 SUPPLY AND MODBUS INTERFACE 

Electrical power connections are available from both terminals and using the Seneca 

DIN guide bus.  Connections relative to the MODBUS RS485 interface are instead 

available using the DIN rail bus or, after configuring the SW3 DIP-switch to ON, 

through terminals 4, 5 and 6.

 

POWER SUPPLY

 

19 – 28 V

~

 

50 – 60 Hz

 

2  

10 – 40 V

 

1 W Max

 

The power voltage must be between 10 and 40 V

 (any 

polarity), or between 19 and 28 V

~

. The upper limits must not 

be exceeded in order  to avoid serious risk to the module

.

 

The  power supply source must be protected from any module 

malfunctions using appropriately-sized safety fuses.

 

TRUE RMS VOLTAGE INPUT

 

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IN A

 

IN B

Max 1200 Vdc 

Max 850 Vac

 

WARNING  REFERRED TO GROUND

 

Current output

 

Voltage output

 

SW3= OFF 

4– 20 mA 

The output settings 

can be modified by 

the software. 

SW3= OFF 

0 – 

10 

V

The output settings 

can be modified by 

the software. 

FACTORY SETTINGS

 

Default conditions for module configuration parameters:

 

Full scale

 

1000 V

Analogue output

 

Current 4 - 20 mA

 

Communication parameters

 

38400 8, N, 1 Addr. 1

 

To change the input scale, set Dip-Switches SW1 as shown in the relevant table and load the configuration 

via the configuration software (EasySetup or Z-NET =

 

ACCESSORIES

 

Code

 

Description

 

Z-PC-DINAL1-35

DIN rail support with power supply terminals P = 35 mm

 

Z-PC-DIN1-35

DIN 1-slot support for rear connector P = 35mm

 

CS-JACK-DB9F

 

PC-Z204-1 serial cable

 

CONTACT INFORMATION:

 

Technical support

 

[email protected]

 

Product information

 

[email protected]

 

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Summary of Contents for Z204-1

Page 1: ...tated data may be modified or supplemented for technical and or sales purposes INSTALLATION MANUAL Z204 1 True RMS AC DC converter with Modbus protocol on RS485 SENECA s r l Via Austria 26 35127 PADOVA ITALY Tel 39 049 8705355 8705359 Fax 39 049 8706287 For manuals in French German English and configuration software visit the www seneca it products 204 1 website EN THE ORIGINAL VERSION IS IN ITALI...

Page 2: ... 28 V 50 60 Hz Typical absorption 1 W INPUTS Voltage 0 850 V Input impedance 4 MΩ precision 0 5 Frequency 30 60 Hz Voltage 0 1200 V Input impedance 4 MΩ precision 0 5 Pass band 30 400 Hz 3 dB N B the instrument below 3 of the selected full scale does not give the correct measurement OVERVOLTAGE Category V up to 300 Vac dc Category III up to 600 Vac dc Category II up to 1000 Vac dc For voltages up ...

Page 3: ... www seneca it prodotti Z204 1 The module must be repaired and damaged parts replaced by the Manufacturer The product is sensitive to electrostatic discharges Take appropriate measures during any operation Important Obstructing ventilation slots with any object is prohibited Installing the module next to devices that generate heat is prohibited Electrical and electronic waste disposal applicable i...

Page 4: ... 14 15 16 1 With the help of a screwdriver pull the two hooks on the side of the module outwards 17 18 19 20 25 26 27 28 21 22 23 24 29 30 31 32 2 Slowly extract the module from the rail USE OF THE Z PC DINAL ACCESSORY CAUTION Do not turn the module upside down and do not force the insertion of the IDC10 connector on the Z PC DIN bus The module s rear IDC10 connector must be plugged into a free sl...

Page 5: ...RICAL CONNECTIONS WARNING BEFORE CARRYING OUT ANY INSTRUMENT CONNECTIONS MAKE SURE THAT YOU DISCONNECT ALL THE CIRCUITS SUBJECT TO A DANGEROUS VOLTAGE TO CONNECT THE HIGH VOLTAGE INPUT USE ONLY THE PLUGS SUPPLIED WITH THE INSTRUMENT Insertion of high voltage plugs The figure at the side shows the insertion points of the two 4mm banana plugs supplied with the instrument Polarity of the high voltage...

Page 6: ...ta Bus length maximum length of the Modbus network in function of the Baud Rate It is the length of the cables that connect the two modules on which the bus terminal has been inserted by means of a DIPSwitch see Diagram 1 Derivation length maximum length of a derivation see Diagram 1 Diagram 1 Module 3 DL Module 1 Module 2 Module 5 DL Derivation length Bus length MODBUS Diagram 1 BUS length Deriva...

Page 7: ...ION PARAMETERS 1 2 BAUD RATE 3 4 5 6 7 8 COMMUNICATION ADDRESS From software Communication parameters from EEPROM 9600 Baud Fixed address 01 19200 Baud Fixed address 02 38400 Baud Fixed address 03 57600 Baud Fixed address 04 X X X X X X Fixed address represented as binary Fixed address 63 Note if DIP switches from 1 to 8 are OFF the communication parameters are loaded from EEprom Sw3 MEASUREMENT A...

Page 8: ...NPUT IN A IN B Max 1200 Vdc Max 850 Vac WARNING REFERRED TO GROUND Current output Voltage output 5 4 SW3 OFF 4 20 mA The output settings can be modified by the software 5 6 SW3 OFF 0 10 V The output settings can be modified by the software FACTORY SETTINGS Default conditions for module configuration parameters Full scale 1000 V Analogue output Current 4 20 mA Communication parameters 38400 8 N 1 A...

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