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ECKELMANN VDD 500, Operating Instruction

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ECKELMANN VDD 500 Operating Instruction Download Page 22

 

 

08.11.2022

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7 Technical Data VDD 500

VDD 500

Electrical data

Operating voltage

Via DISPLAY interface of the case controller.
For supported controllers, see chapter 

VDD 500 Functions

.

Data interface

Display range of the temperature

-50 °C ... +100 °C

Environmental conditions

Temperature range

Transport: -20 °C ... +80 °C 
Operation: -20 °C .. +50 °C (non-condensing)

Temperature change

Transport: max. 20 K/h 
Operation: max. 10 K/h

Relative humidity
(non-condensing)

Transport: 5% ... 85% 
Operation: 20% ... 80%

Atmospheric pressure

Transport: 660 hPa ... 1060 hPa 
Operation: 860 hPa ... 1060 hPa

Weight
(without accessories and cables)

22 g

Standards and Directives

Protection rating

Front: IP40
Rear side: IP00

CE conformity according to

DIN EN 60730-1 (VDE 0631-1):2021-06
DIN EN IEC 60730-2-9 (VDE 0631-2-9):2021-01

Dimensions and mounting cut-out (mm)

Summary of Contents for VDD 500

Page 1: ...08 11 2022 Doku 1 1 Operating instruction Temperature Display Virtus Data Display...

Page 2: ...ion Platform at www eckelmann de elds You reach all relevant documents for this component directly using the QR code You reach all relevant documents for this component directly using the QR code http...

Page 3: ...Use 8 2 4 BGV A3 Five safety rules 8 2 5 Electrostatic sensitive devices ESDs 9 2 5 1 ESD Rules for handling and working 9 2 6 Abbreviations used 9 3 VDD 500 Functions 10 3 1 Comparison of VDD 500 ver...

Page 4: ...f the specified instructions are not observed WARNING Instructions with this symbol and or the signal word WARNING warn the user of situations that may cause severe injury or death if the specified in...

Page 5: ...and Hazard Warnings Safety instructions or hazard warnings are composed of four elements The symbol with text e g for DANGER a concise description of the hazard and a description of the possible cons...

Page 6: ...itable for your application with regard to its limit values The equipment must be installed in an electrically shielded area within the switch cabinet Before connecting the device it must be checked w...

Page 7: ...h persons The applicable regulations e g DIN EN 60204 EN 50178 DGUV Regulation 3 DIN VDE 0100 0113 must be observed The operating personnel must be instructed in how to handle the system machine and t...

Page 8: ...d from the power supply at all poles 2 Secure against reconnection Attach information signs to the disconnected operating equipment stating What has been disconnected Reason for the disconnection Name...

Page 9: ...ESD workstations equipped with suitable tools grounded soldering guns antistatic wrist straps etc Conductive ESD bags conductive plastic containers IC tubes or cartons lined with conductive foam Cont...

Page 10: ...mperatures are not corrected The correction value has no influence on the control cooling defrosting etc Defrost The defrost status is indicated by a d defrost and always refers to the temperature zon...

Page 11: ...perature zone for details see chapter Connection Terminal Assignment VDD 500 Connection Terminal assignment VDD 500 Limitations UA 400 E UA 401 E UA 410 E Up to max 4 temperature displays can be conne...

Page 12: ...gh the shield E mounting a terminating resistor at the end of the cable F type of installation Line structure Simple Each BT 30 has a shielded RJ45 connector with 7m connection cable Connect the RJ45...

Page 13: ...scan displays were found on the Modbus no subsequent assignment of sensors is possible via BT 300 always only via the system centre Via system centre and CAN bus standalone local configuration easily...

Page 14: ...re display Integrate temperature displays VDD 500 first call up the terminal mode of the desired case controller via the system centre E connected via the CAN bus D start the search via the VDD scan p...

Page 15: ...e last two digits of their serial number SN and are registered in the controller If the last two digits of the serial number are 00 then this corresponds to the address 100 If 2 temperature displays h...

Page 16: ...for the communication with BT 300 Set DIP switch 7 to OFF C Connect operator interface BT 300 if necessary BT 30 to the DISPLAY interface D for details see operating manual Operating Manual BT 300 Con...

Page 17: ...e shield at each terminal point the shield ends of the cables must be connected to each other as short as possible E The individual temperature displays VDD 500 must be connected to each other in a li...

Page 18: ...irtus 5 CI 5xx0 CI 4xx0 and the pack controller VPC 5000 A 120 Ohm terminating resistor is permanently integrated in the case controller between terminals 2 and 3 This means that the DISPLAY interface...

Page 19: ...UA 400 E UA 410 E Two temperature zones maximum number of VDD 500 Two temperature displays per zone e g for return air R4 1 R4 2 and supply air R2 1 R2 2 Variant 3 Case controller with only one tempe...

Page 20: ...ocks should be provided there to loop through the cabling for easier connection A The cabling comes from the DISPLAY interface of the case controller or from another temperature display VDD 500 B The...

Page 21: ...rked with this symbol may not be disposed of with household waste at the end of its service life but must be taken for separate disposal by the end user In accordance with the contractual agreement th...

Page 22: ...20 C 80 C Operation 20 C 50 C non condensing Temperature change Transport max 20 K h Operation max 10 K h Relative humidity non condensing Transport 5 85 Operation 20 80 Atmospheric pressure Transpor...

Page 23: ...6 pole mating connector for connection to the DISPLAY interface 6x TWIN wire end sleeves long for connection to the temperature display VDD 500 1x terminating resistor 120 Ohm KGLVDD500E The temperat...

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