MT830 MT831 SMS Metering

Mt830 Mt831 Sms Metering-PDF Download

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MT830 MT831,Installation manual,1 Meter parts 4,Meter terminals 5. Technical description,Input Output modules 7,Communication modules 10. Front plate 12,Power supply 14,2 Installation 16,3 Checking the meter 20. Voltages 20,4 Meter handling 21,5 Display 22, 2 4 2 Power flow direction and quadrant indicator 24. 2 4 3 Phase voltages indicator 24,Display test 25,6 Display handling 25.
Menus on the display 31,6 1 1 Auto menu and Std dAtA display 31. 6 1 2 GRID menu 34,6 1 3 DIAG menu for GSM modem only 36. 7 Setup meter time setup by pushbuttons 36,8 GSM GPRS communication module MK f38a 3 37. 9 Meter reading with MeterView 42, Reading the meter via optical probe in the meter 42. Reading the meter via RS 232 or RS 485 or current loop communication interface in the meter 43. Reading the meter via GSM or PSTN or ISDN modem in the meter selection Standard modem 44. Reading the meter via GSM or PSTN or ISDN modem in the meter selection Custom modem 46. Reading the meter via Ethernet transparent or consereth type 47. 9 6 1Setup the IP number in the Ethernet module consereth type 47. Reading the meter via Ethernet module transparent type 49. Reading the meter via GPRS modem in the meter 51, 10 GPRS network connection setting in Windows XP system 52.
11 Meter data reading with MeterViev 56,Data read out reading 56. Load profile reading 57,Log book reading 62,Setting time and date with MeterView 62. 11 3 1 With command W5 62,11 3 2 With command W1 63. Programming the meter MT83x 64,11 5 1 Entering the Password 64. 11 5 2 Reading the Parameters 66,11 5 3 Writting the Parameters 68.
12 MT83x meter parameters 69, 12 1 Open the existing parameters from the Meter View 69. 12 2 2 Group Device information 71,12 2 3 Group Display 73. 13 Adding support for new meters 81,14 Installation of SONDA 5 USB driver 84. 15 Technical data 90,MT830 MT831,Installation manual. DOCUMENTATION, Technical and programming details on the MT830 MT831 meter can be found in.
MT830 MT831 ENG V1 1 pdf Technical description MT860. MeterView 4 Users manual Technical description, Note MT83x meters comply with the current valid FNN instructions Leitfaden zur Bewertung der Zuverl ssigkeit und. Messbest ndigkeit von Elektrizit tsz hlern und Zusatzeinrichtungen from november 2011 and can be installed in. photovoltaic and cogeneration systems, The meter installation must be performed by authorized persons who are familiar with security against electric. current stroke Feed through terminals and auxiliary terminals are under voltage that can be lethal. MT830 MT831,Installation manual,1 Meter parts,Technical description. 1 LCD display,2 Meter technical data,3 IR optical interface. 4 Input output module mark,5 Legend of displaying registers on LCD.
6 Meter cover sealing screw,7 Terminal cover,8 Terminal cover sealing screw. 9 Communication module mark,10 RESET key blocking element. 11 RESET key,12 DISPLAY key,13 Impulse diode active and reactive energy. 14 Meter cover,Fig 1 Meter parts,MT830 MT831,Installation manual. Meter and fixing dimensions comply with the DIN 43857 standard. Technical description, Fig 2 Dimensions MT831 meter Fig 3 Dimensions MT830 meter.
A compact plastic casing is made of high quality self extinguishable materials and is resistant to water and dust IP53. Meter terminals,MT830 meter,Sensor for terminal cover opening. Voltage link,Additional voltage terminal,Voltage terminals Auxiliary terminals. Fig 4 Terminal block direct connected meter MT830,MT830 MT831. Installation manual,Closed opened voltage link,Voltage link is opened MT860. Technical description,Voltage link is closed,Fig 5 Voltage link direct connected meter.
There are 6 auxiliary terminals on the meter basic board They could be defined as inputs max 2 outputs max 4. communication CS or RS 232 or RS 485 and external power supply. To access terminal block remove terminal cover 8 Fig 1 Meter parts fixed with two screws 9 Seals from screws. must be removed,Sensor for terminal cover opening,Additional voltage terminal. Voltage and current terminals Auxiliary terminals, Fig 6 Terminal block indirect connected meter MT830. MT831 meter with input output and communication module. There are 6 auxiliary terminals on the meter basic board They could be defind as inputs max 2 and external power. supply Additional inputs and outputs are located in the module. MT830 MT831,Installation manual,Input output module. Communication module Technical description,Sensor for terminal cover opening. Additional voltage terminal,Auxiliary terminals,Voltage and current terminals.
Fig 7 Terminal block indirect connected meter MT831. Input output module,Communication module,Sensor for terminal cover opening. Additional voltage terminal,Auxiliary terminals,Voltage and current terminals. Fig 8 Terminal block direct connected meter MT831,Input Output modules. Regarding the module programming two versions exists. Factory preprogrammed modules terminal function is burned in the module memory meter automatically. acccept the module setting terminals are denotated according to the VDEW denotation modules could be. reprogrammed only in the factory or with special factory tool Module Programmator. Empty modules modules are programmed as empty terminal function is defined by meter parameters meter. defines the terminal function terminals are denotated as T1 Tn for outputs and I1 In for inputs. When moudule is inserted into the meter cursor IM must be ON If it blinks module is not programmed properly or it is. not programmed at all Module must be sent back to the factory. MT830 MT831,Installation manual, Connection diagram for modules is printed on the module itself and on the label on the bottom side of the terminal cover. Definition of input terminals factory programmed input output module function is define in the module. Technical description,Fig 9 Factory programmed input output module.
Terminal Additional explanation,designation,15 COM Common terminal for functional inputs. 13 33 TE1 2 TE3 4 Energy tariff input T1 T4,14 34 ME1 2 ME3 4 Demand tariff input M1 M4. 16 MPE External time measurement period synchronization input. 17 MZE External input for disabling of demand measurement. 18 MREa Input a for external billing reset,19 MREb Input b for external billing reset. 35 COM Common terminal,36 MKA Alarm output,37 MPA Measurement period output. 38 ERA A Energy flow direction A,39 ERA R Energy flow direction R.
40 COM Common terminal,41 AA Pulse output A,42 AA Pulse output A. 43 RA Pulse output R,44 RA Pulse output R,45 RA1 Pulse output RA1. 46 RA2 Pulse output RA2,47 RA3 Pulse output RA3,48 RA4 Pulse output RA4. 65 COM Common terminal,61 63 TA1 2 TA3 4 Demand tariff outputs T1 T4. 62 64 MA1 2 MA3 4 Demand tariff outputs M1 M4,67 MZA Output for disabled max demand measurement.
68 MRAa Output for external billing reset a,69 MRAb Output for external billing reset b. MT830 MT831,Installation manual, Definition of input terminals non programmed input output module function is defined by the parameters in. Technical description,Fig 10 Default non programmed input output module. Terminal Additional explanation, C1 C2 C3 Common terminal for functional inputs or outputs. I1 I1 I3 I4 Input terminals,T1 T8 Output terminals.
Function of input output terminal is written on the meter connection diagram sticked on the bottom terminal cover side. It could be also read out with the MeterView program. Module designation, MIO V12L51 1 x input 4 x OPTOMOS outputs 1 x OPTOMOS output. MIO V42L81 4 x input 4 x OPTOMOS outputs 4 x OPTOMOS output. MIO V12L41B11 1 x input 4 x OPTOMOS outputs 1 x bistable 5A relay output. Definition of external power supply,Terminal Additional explanation. designation,30 50 240 V AC DC External power supply. 31 50 240 V AC DC External power supply,MT830 MT831. Installation manual,Technical description,Communication modules.
Regarding the module programming two versions exists. Factory preprogrammed modules communication parameters are burned in the module memory meter. automatically acccept the module setting modules could be reprogrammed only in the factory or with special. factory tool Module Programmator, Empty modules modules are programmed as empty communication parameters could be changed by meter. parameters, When moudule is inserted into the meter cursor CM must be ON If it blinks module is not programmed properly or it is. not programmed at all Module must be sent back to the factory. Each module has two independend communication interfaces. Passive communication modules modules without modem. MK 2 3 RS 232 RS 485,MK 3 3 RS 485 RS 485,MK 1 3 CS RS 485. Module designation Primary interface Secondary interface. MK 2 3 RS 232 RS 485,MK 3 3 RS 485 RS 485,MK 1 3 Curent loop RS 485. Primary and secondary communication interfaces are defined by the hardware in the module Denotation expresess. which interface is primary and which is secondary,Communication module MK 2 3 RS 232 RS 485.
Primary interface RS 232 Secondary interface RS 485. Meter enables simultaneously reading via the both interfaces at the same time Secondary communication interface is. shared with IR optical interface when communication runs via optical probe communication via interface in the module. is not possible,MT830 MT831,Installation manual,Active communication modules modules with modem. Module designation Primary interface MT860,Secondary interface. MK f37 3 PSTN modem CS RS 485 RS 485 Technical description. MK f39 3 ISDN modem CS RS 485 RS 485,MK f3a 3 GSM GPRS modem CS RS 485 RS 485. old version,MK f38a 3 GSM GPRS modem CS RS 485 RS 485. MK 3e 3 Ethernet RS 485 RS 485, Modules composed of primary interface modem CS RS 485 these two interfaces are intended for multidrop.
communication and secondary RS 485 interface, Meter enables simultaneously reading via the both interfaces at the same time Secondary communication interface is. shared with IR optical interface when communication runs via optical probe communication via interface in the module. is not possible,Secondary RS 485 interface,FME antenna for GSM GPRS. RS 485 and CS interface intended for multi drop communication If. CS is not used it must be shortcuted,Fig 12 Communication module. Note ISKRAEMECO suggest that primary communication channel on multi drop meter is used for cascading. Fig 13 Example of multidrop connectionwith MK f38 3 communication module. MT830 MT831,Installation manual,Front plate Technical description. The following data is printed on the meter front plate. serial number,ownership number,type and version designation.
year of manufacturing,approval mark,rated voltage,rated and maximum currents. rated frequency,LED and output pulse constants,software version. owner s name or logo,code of connection diagram and program number. MT830 MT831,Installation manual,Technical description. Fig 14 Front plate MT831,MT830 MT831,Installation manual.
Technical description,Fig 15 Front plate MT830,Power supply. Meter could be supplied from, multi range internal power supply from main voltages. external power supply 50 230 V AC DC on request,no power reading option with SONDA 6 on request. MT830 MT831,Installation manual,Technical description. Fig 16 Optical magnetic interface Iskraemeco SONDA 6 connected to portable computer. No power reading meter is powered via SONDA 6 optical interface SONDA 6 could be connected to the portable. computer in such case is possible to read meter manually via LCE or reading and programming parameters and time. setting with MeterView, SONDA 6 could also be powered via soecial battery pack In such case it is possible to read meter only manually via.
Fig 17 Optical magnetic interface Iskraemeco SONDA 6 connected tospecial battery pack. Page 3 MT830 MT831 Installation manual MT860 Technical description DOCUMENTATION Technical and programming details on the MT830 MT831 meter can be found in

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