Survey of Products - Baer Industrie- · PDF fileSurvey of Products ... (DLMS) Level converter...

E109604518000

Survey of Products

Bär Industrie-Elektronik GmbH Siemensstr. 3

D-90766 Fürth Germany

Phone +49 911 970590 Fax +49 911 9705950

Internet: www.baer-gmbh.com

Page 2 Survey of Products

Bär Industrie-Elektronik GmbH Siemensstr. 3 D-90766 Fürth Phone +49 911970590 Fax +49 9119705950

We represent us

We are a middle sized enterprise developing and producing customer specified hard

and software. Our apparatus and installations are used by energy supply companies

(gas / water / district heat supply / electricity) and in industry.

Quality Management according to DIN EN ISO 9001:2015

Products

The following products of our house deliver consistently outstanding results:

HARDWARE:

Telemeters, examination tools

Modems for metering application (LTE, UMTS, GPRS, GSM, PSTN, Ethernet)

Pulse separation relays, pulse conversion relays

M-Bus / RS485 components

Summation devices

Maximum demand devices

Telemeter examination devices

Supervisory systems

Control systems

Measuring systems with analogue and digital in- and output

Meter2SCADA components

and much more.

SOFTWARE:

AMR-Software SIGLON: software for data acquisition and metering

Meter2SCADA

Evaluation and analysis programs

Software for evaluation of logged data

Software for setting parameters of data loggers

We look forward to working with our customers and to the challenge of solving their problems.

Survey of Products Page 3


Type Inputs Outputs Special Features

Relays 4NWS01W 1 IES0 1IAW (electr.) Installation on a top-hat rail (DIN EN 50022),

7PA0024 1IED 2IAW (mech.) No auxiliary supply, mercury-wetted contacts

7PA0048/0049 2IEW 2IAW (mech.) No auxiliary supply, mercury-wetted contacts

7PAD1W 1IED 1IAW (electr.) Auxiliary supply 115V or 230V, pulse timer



7PAS01D 1IES0 1IAD Auxiliary supply 115V or 230V

7PAS01W 1IES0 1IAW (electr.) Auxiliary supply 115V or 230V

7PAS01Wt 1IES0 1IAW (electr.) Auxiliary supply 115V or 230V, pulse timer


7PAS02Wt 1IES0 2IAW (electr.) Auxiliary supply 115V or 230V, pulse timer


7PAW1D 1IEW 1IAD Auxiliary supply 115V or 230V

7PAW2W 1IEW 2IAW (electr.) Auxiliary supply 115V or 230V

7PAW2Wt 1IEW 2IAW (electr.) Auxiliary supply 115V or 230V, pulse timer

7PAW3W 1IEW 3IAW (electr.) Auxiliary supply 115V or 230V

7PW0113-X 1IEW 4IAW (mech.) No auxiliary supply

ITR141 1 input 4 outputs Auxiliary supply 115V or 230V, pulse timer, pulse gear

ITR242 2 inputs 22 outputs Auxiliary supply 18..72VDC, pulse timer, pulse gear

ITR244 2 inputs 4 outputs Auxiliary supply 115V or 230V

KLNW3WW 1 input 3 outputs 3 electronically outputs (change-over contact)

7FR… - - Only on request

Please Note: This relay overview table does not contain the complete list. You can order our separate product pamphlet, "Relays", which contains the complete list including detailed technical information.



Type Inputs Outputs Special Features Page

Data Logger (Load profile memory) DLM6 6 S0 pulse inputs 2 pulse outputs LCD-Display, wall-mounting case,

IEC62056-21 (VDEW2+), PTB-certification

6

DLX

DATAREG16

16 pulse inputs, (S0, wipe pulse; bipolar

current), max. 7 control inputs

2 mech. relays, 4 pulse outputs (wipe)

LCD (4 20 digits), sealable wall-mounting case or 19”, SCTM, IEC60870-5-102, Modbus,

PTB-certification

8

Modems UniMod LTE LTE/UMTS/GPRS Customer specified 14 LEDs 11

UniMod GSM-4 Quad-Band GSM + GPRS

Customer specified 9 LEDs 13

UniMod 01/I Analogue modem PSTN


UniMod

Ethernet

10 MBit LAN Network


M-Bus / RS485 System M-Bus Master

M-Bus Repeater

RS232 / M-Bus M-Bus interface up to 250 slaves

4 LEDs Control housing for top hat rail inst.

19

M-Bus Master

M-Bus Repeater

Customer specified interface

M-Bus interface up to 250 slaves

4 LEDs Control housing for wall mounting

23

ConvBox RS232 + customer spec. interface


3 LEDs Control housing for top hat rail inst.

25

Converter Box

M-Bus MiniMaster /

MiniRepeater



6 LEDs Control housing for wall mounting

Level converter

27

Metcom T X..

Converter Box

RS232 Customer specified interface

5 LEDs Level converter

29

M-Bus-Log 2 inputs none 2 LEDs 31

Converter

M-Bus to 20mA

M-Bus interface (passive)

20mA interface (active)

none 33

Converter

M-Bus to RS485-2

M-Bus interface (passive)

RS485 (2 wires) none 35

M-Bus AMR

Interface E350

L+G E350 M-Bus IEC62056-21 Level converter

37

RS485 AMR

Interface E350

L+G E350 RS485 IEC62056-21 Level converter

39

Interface Module XC

M-Bus (Level conv.)

EMH LZQJ-XC EMH DMTZ-XC

M-Bus BFC-Bus

IEC62056-21 (DLMS) Level converter

41

Interface Module XC

M-Bus (Protocol)


M-Bus BFC-Bus

M-Bus (DIN EN 13757-3) Protocol converter

43

Interface Module XC

Modbus


RS485 Modbus RTU (8N1) Protocol converter

45

Interface Module

BFCM1-XC


BFC-Bus M-Bus

Baer Field Control (8N1) Protocol converter

47

TS2M-Bus

(Protocol converter)


M-Bus BFC-Bus


49

IEC2M-Bus

(Protocol converter

VDEW2/OBIS meter

M-Bus BFC-Bus


51

Control System EinsManBox

CtrlBox

2 inputs 4 relays Relays box 49

EinsManBox 2 / 2U 6 inputs 4 relays Relays box 55

IOMod01 1 input 1 relay Control module 57

BFCI2 / BFCI10 2 / 10 inputs none 2 / 10 LEDs 59

BFCM1 RS485 none 2 LEDs 61

BFCR2 none 2 relays Relays box 63



DCF77 Radio Clock Receivers DCFSYN DCF77 receiver Output relays 3 + 2 LEDs 65

DCFSYNRS DCF77 receiver Output relays 3 + 2 LEDs 66

Warning and Monitoring Systems WD-USB USB 3 outputs Watchdog-Box 67

CWD01 Modbus (RS485-2) Output voltage Computer Watchdog-Box 69

ZMÜ 02 2 pulse inputs, 1 SYN

2 outputs (pulse, error)

LCD (2 16-digits), wall-mounting case, parameterization

via keyboard

71

ÜWASYS customer application combinable 19-Plug-in (84 HP) 72

Switching Cabinet Installation Dependent on the built-in devices

(DLX, DATA FW4, ÜWASYS) customer application combinable Cabinets from 3 HU to 40 HU (h. unit),

air conditioning, cabinet lighting 74

Counter Mounting Rack ESSAILEC 19" module (84 HP / horizontal pitch)

equipped with 2 current modules, 4, 6, or 8 voltage modules (customer specified) 76

Counter Test Unit FPR116 MPE,

3 pulse inputs 8 pulse outputs (wipe,

bipolar current) TR1, TR2, ABL, MRK, SYN, RSTX1, RSTX2,

MPA

LCD (2 16-digits), programmable signal packet

parameterization via keyboard

77

Memory Card Reading Module MSR10 Memory card reader, SCTM, LSV1 and BÄR-protocol 78

Laboratory Adapter RS-Box RS232/V.24-interface adapter, over voltage protection for host-computer (PC) 79

Accessories Converter Customer specified: RS232, RS485, 20mA, M-Bus

Opt. Read Head 7FX1121 Optical read head 7FX1121, for the read-out of units with an optical interface according to ZVEI

Software SIGLON

SIGLONMobileLt

Data acquisition system and processing software (AMR: load profiles, billing data and messages), data import and export

PowerTrend System for load management

Meter2SCADA Gateway for metering devices and systems to SCADA systems

IPTBridge IP-Telemetry according to DIN 43863-4, meter data communication via internet

DLM6Para Programming and reading software for DLM6

DLXPara Programming software for DLX

DMFPara Programming software for DataFW4 / DLC 32 / 7FMS1

SCTMWEXL Reading software for Bär data logger units (SCTM protocol)

UniModSet Programming software for UniMod...-Modems

MBusLogSet Programming software for M-Bus Logger

MBusSet Programming software for IEC2M-Bus



DLM6

Data Logger

00.23

06.01

Brief Description

The DLM6 has been developed as a powerful tool for local registration and evaluation of meter pulses. These can originate from energy meters, flow or heat meters etc. The computed values are stored internally and can be transmitted to a remote central station via different interfaces (communication protocol: IEC 62056-21 / VDEW2+ / IEC 61107). The data interface serves for local data inquiry using appropriate PC software or for connecting an external modem.

Technical Data

Pulse inputs 6 S0 (IES0), according to DIN 43864, active inputs (+11,5VDC)

Control input 1 S0 (IES0): SYN for clock synchronization

Outputs 2 (wipe pulse), max.: 250V/100mA

Function: sum or measuring period output

Display LCD (illuminated super twist), 2 lines of 16 characters,

controlled by keypad

Clock Real time clock, buffered by GoldCap,

max. deviation 30 sec/month at 25°C (10ppm)

reserve: min. 7 days without auxiliary voltage

Synchronization Via SYN input or telegram

Keys key 1: multifunctional

key 2: set key for set time



Interfaces Service interface: 1 (optical / infrared) according to IEC 62056-21

(IEC 1107);

Baud rate: 300 - 9600 Baud

3 wires RS232 interface(TxD, RxD, GND);


an exchangeable interface: RS232 (TxD, RxD, RTS, CTS, GND),

RS485 (2 or 4 wires), 20mA (CS/CL) or M-Bus


Transmission protocol IEC 62056-21 / VDEW2+ (IEC 61107 / IEC 1107)

Transmission mode Full duplex

Data memory Load profile: 512 Kbytes (DataFlash); ca. 83 days / 15min. values (8000

measurement periods)

Billing list: 15 previous demand values

Log book 1 (event buffer P.98): 200 events

Log book 2 (PTB buffer P.98): 1000 events

Digits of registers Energy registers: 8 digits

Demand registers: 6 digits

Energy feed: 6 digits

Registration periods 1

Period lengths 1, 2, 3, 4, 5, 6, 10, 12, 15, 20, 30, 60 minutes

in addition 2, 3, 4,6, 8, 12, 24 hours (programmable)

Load profile types Demand registers or energy registers increment or energy feed

Totals 2 (positive)

Internal tariff calendar Yes

Max. number rates Demand rates: 4

Energy rates: 4 + total register

Demand registration Yes, with storage of date and time

Reset for billing list Automatic

Switching between

summer and winter time

Automatic (March and October), which can be switched off

Program protection Via password and protection jumper

Certification by PTB Publication No.4630 of PTB Braunschweig and Berlin

Auxiliary voltage 200/230VAC, optionally 100/115VAC

Power consumption 4VA max

Enclosure Housing for panel mounting

Dimensions Ca. 171,6mm 117mm 66mm (W H D)

Connectors Pluggable terminals (type WAGO)

Number of terminals 26 (inputs and outputs) + 4 (auxiliary voltage)

Degree of protection IP42 (IEC)

Weight 0,6 kg

Accessories Programming software DLM6Para

programming cable, infrared head



DLX / DATAREG16

Data Logger

00.23

99.13

Brief Description

The DLX has been developed as a powerful tool for local registration and evaluation of meter pulses. These can originate from energy meters, flow meters etc. The computed values are stored internally and can be transmitted to a remote central station via different interfaces and communication protocols.

The data interface serves for local data inquiry using appropriate PC software or for connecting an external modem. Using the modem interface it is possible to connect the internal modem to the telephone network in order to read out the billing values remotely by PC. The service interface is used for setting the computation parameters by PC. Read-out is possible, too.

For security reasons, the contents of the internal data buffers and a part of the device parameters can be saved on a standard PC-Card. This card can be read by any PC equipped with a PC-Card drive.



Technical Data

Display LCD (illuminated super twist), 4 lines of 20 characters,

controlled by keypad or control input ANZ

Light emitting diodes

(Number / Usage)

16 / pulse inputs, 7 / control inputs, 6 / outputs, 2 / alarms,

1 / PC-Card (memory card), 3 / interfaces

Keypad 4 keys (Enter, Exit, Cursor-Up, Cursor-Down)

Interfaces Service interface (programming/data retrieval): RS232

Data interface (optional): RS232, RS485, optical fibre, 20mA/CS

or M-Bus

Internal modem (optional: PSTN, ISDN or LAN/Ethernet) or data

interface (RS232, RS485, optical fibre, 20mA/CS or M-Bus)

Data memory Internal memory: 1MByte (Flash-Memory)

Backup memory: PC-Card (memory card) acc. to JEIDA-

Standard, max. 4MByte (SRAM or Flash)

Clock Real time clock, buffered by GoldCap,

max. deviation 30 sec/month at 25°C (10ppm)

reserve: min. 7 days without auxiliary voltage

Synchronization Via SYN input or external DCF77 receiver (optional)

Pulse inputs 6 (standard), optional up to16

Input types S0 (IES), wipe (IEW), bi-current / bi-polar (IED), analogue (signal

current): 0..20mA or 4..20mA, ±1%

Control inputs 1 (standard: SYN),

optional up to 7 (SYN, TR1, TR2, TR3, TR4, RSTX, ANZ, LOG)

Control input types S0 (standard), wipe

Outputs 2 mech. relays (change-over for Alarm/MPA/RSTA/rates/LOG),

max.: 250V/2A

4 wipe (pulse), max.: 250V/100mA (optional)

Digits of energy registers 4, 6, 8 (programmable)

Digits of demand registers 4, 6, 8 (programmable)

Registration periods 2

Period lengths MP1:

MP2:

1, 2, 3, 4, 5, 6, 10, 12, 15, 20, 30, 60 minutes (programmable)

in addition 2, 3, 6, 12, 24 hours

Load profile types Register reading, register increment or demand

Totals 1 (standard), optional up to 4

cos() registers (alternatively

apparent energy)

1 (standard), optional 2

Internal tariff calendar Yes

Max. number of energy and

demand rates

4 / 4

Demand registration Yes, with storage of date and time

Number of stored previous

demand values

Min. 20

Switching between summer

and winter time.

automatic

Radio clock optional: external DCF77-Receiver

Event buffer min. 780 events

Transmission protocols SCTM, IEC 60870-5-102, automatic protocol recognition

alternatively: Modbus RTU



Internal modem PSTN (9600 Baud), optional

alternatively: ISDN or LAN/Ethernet

Transmission speed. Service: Data: Modem:

9600 Baud 300, 1200, 2400, 4800, 9600 Baud (programmable) Internal: 9600 Baud

Transmission mode Full duplex

Program protection Via password and protection switch

Certification by PTB Publication No. 3785 and 4208 of PTB Braunschweig and Berlin

Remote programming Not permitted

Auxiliary voltage 60 to 270VDC and 85 to 265VAC

(or 100/115VAC or 200/230VAC, internal selection switch)

Power consumption < 20W

Enclosure Housing for panel mounting or ½ 19” rack

Connectors Pluggable terminals with screws

Number of terminals 60 (inputs and outputs) + 3 (auxiliary voltage)

Dimensions Housing for panel mounting: ca. 175mm 300mm 150mm

19” rack: ca. 215mm 130mm 265mm (W H D)

Ancillary equipment Programming software DLXPara

programming cable

PC-Card (memory card)



UniMod LTE

LTE/UMTS/GPRS Radio Modem

Brief Description

The world-wide radio networks provide besides digital voice communication the possibility to transmit data. Data SIM-Cards for M2M applications (machine-to-machine) are optimally designed for professional data use. The universal radio modem UniMod LTE is supposed for remote inquiry of measurement data of any kind, especially however for telecounting applications. Optionally, a fault or status message can be queried or a switching command can be sent.

The UniMod LTE supports the following modes:

Client mode for meter data communication according to DIN 43863-4 (IP-Telemetry), optionally with encryption (TLS version 1.2)

Server mode with static IP address and VPN access

Requirements

The UniMod LTE can be used in LTE (Long Term Evolution / 4G: fourth generation) network with an arbitrary number of providers. It requires however the infrastructure for operating mobile. An existing LTE infrastructure with corresponding frequency ranges is one of the basic requirements. If LTE coverage is missing, the radio modem automatically switches to UMTS (3G) or GPRS (2G) (fallback technology). The modem supports an interface for Micro-SIM-Cards. For communication is the provision of a SIM-Card with data tariff needed.

Interfaces

One internal (on-board) RS485-2 wires interface is available for UniMod LTE. In the UniMod LTE modem an additional slot is available for another interface module. The following module types are available now:

CS (20mA current loop) interface module, active (supplies current) or passive

RS232 interface module (uses signals RxD, TxD, CTS, RTS, GND, DTR,DCD/DSR)

RS485 interface module

M-Bus interface module, active (can supply 20 devices max.) or passive

Communication is possible with many standard protocols, like DLMS, M-Bus, Modbus, IEC62056-21 (IEC1107), IEC60870, SCTM, LSV1 (transparent reading) etc.



Technical Data

Housing: Wall-mounted housing according to DIN 43861-2

Degree of protection: IP52 (IEC)

Dimensions: W = 105mm,

H = 179mm

D = 72mm

Protection class: 2

RoHS compliant: yes

Supply voltage: 85VAC to 265VAC (50/60Hz) or 60VDC to 375VDC Optional: 10VDC to 36VDC (0,8A)

Power consumption: 4 VA max. (depends upon supply voltage, kind of interface module and operating status of transmission unit)

Temperature range: -40°C to +75°C (operational)

-40°C to +85°C (storage temperature)

Interfaces: One internal interface (on-board): RS485 2 wires

Optionally one extra interface by pluggable module:

- RS232 (supports signals RxD, TxD, RTS, CTS, GND)

- CS (20mA, current loop) active (can supply 4 meter max.) or passive

- RS485 2 wires

- RS485 4 wires

- M-Bus active: can supply 20 devices max.

Display: 14 LEDs: GSM, 4 radio signal strength, 2G, 3G, 4G, TLS, IPT, Rx, Tx, INF and power

Radio unit: Telit 910-EU V2 module with SIM-Card interface Fully type approved conforming with R&TTE / GCF directive CE

SIM-Card: Micro-SIM (3FF, Mini-UICC), 3V, 15mm 12mm

Approval: RED (Radio Equipment Directive) – 2014/53/EU

Radio bands: LTE / 4G: B1(2100MHz), B3(1800MHz), B7(2600MHz), B8(900MHz), B20(800MHz) UMTS / 3G: B2(2100MHz), B8(900MHz) GPRS / 2G: B3(1800MHz), B8(900MHz)

Transmission rate UniMod LTE to connected meter:

300 to 38400 bit/sec (fixed baud rate)

Data format: 7E1, 8N1, 8E1

Output power: LTE / 4G: Class 3 (0,2W, 23 dBm) UMTS / 3G: Class 3 (0,25W, 23 dBm) GPRS / 2G: Class 4 (2W) für GSM 900 Class 1 (1W) für DCS 1800

Antenna jack: 50 FME (m)

Extent of delivery: - UniMod LTE including interface module as ordered

- Standard antenna: magnetic foot antenna with FME (f), 12dB, cable: 3m RG174

- Operation manual

Accessories: - Parameterization adapter with USB port (#12823)

- Antenna for special purposes

- Additional interface modules

- Suspension eye (#9141)

- Software UniModSet



UniMod GSM-4

GSM/GPRS Radio Modem

Brief Description

The universal radio modem UniMod GSM-4 is suitable for any kind of data transmission. Its main purpose however is the application in telecounting equipment. The modem has a built-in, low-loss switched power supply, which enables it to operate on a wide-range AC or DC supply voltage. The applied transmission unit GE864-Quad by Telit is intended for mobile radio networks using the GSM 850/900 and 1800/1900 MHz frequency band (Quad-Band). In addition to CSD-Connection (Circuit Switched Data connection) is a GPRS-Connection (General Packet Radio Service) via internet possible. The modem can be programmed with the Hayes AT command set

Requirements

The UniMod GSM-4 can be used in any GSM 850/900/1800/1900 MHz network with an arbitrary number of providers. It requires however the infrastructure for operating mobile stations with 2 Watt (EGSM850/900) or 1 Watt (GSM1800/1900) transmission power. The modem supports an interface for 3V SIM cards. For communication a SIM card with call number for 9600 Baud transmission is needed and the SIM protection must be unlocked.

Interfaces

The following internal (on-board) interfaces are available for UniMod GSM-4: RS232, RS485-2 wires and 20mA/CS. In the UniMod GSM-4 modem an additional slot is available for another interface module. The following module types are available now:


RS232 interface module (uses signals RxD, TxD, CTS, RTS, GND, DTR,DCD/DSR)



Communication is possible with many standard protocols, like SCTM, LSV1, IEC61107, IEC60870, DLMS, M-Bus, Modbus (transparent reading) etc.



Technical Data


Degree of protection: IP52

Dimensions: W = 105 mm, H = 179 mm, D = 72 mm

Protection class: 2

Supply voltage: 80VAC – 270VAC (50/60Hz) or 60VDC – 375VDC Optional: 12VDC – 15VDC (0,8A)


Temperature range: -40°C to +85°C (operational) -40°C to +90°C (storage temperature)

Interfaces: Three internal interfaces:

- RS232 (supports signals RxD, TxD, GND, DTR, DCD, DSR/RI)

- CS (20mA current loop) active (can supply 4 devices max.) or passive

- RS485 2 wires

Pluggable modules; available are:

- RS232 (supports signals RxD, TxD, RTS, CTS, GND, DTR, DCD/DSR)

- CS (20mA current loop) active (can supply 4 devices max.) or passive

- RS485 2 or 4 wires

- M-Bus active (can supply 20 devices max.)

Service-Interface: RS232 (RxD, TxD, GND, DTR, DCD), jumper between RTS and CTS

Input for SMS: 12VDC (in place of DTR-Input) for potential free contact

Display: LEDs: Operation (Power), GSM, 3 INF, RI, DCD, TxD, RxD

GSM unit: Telit module GE864-Quad with 3V SIM-Card interface

GSM band: Quad-Band EGSM850/900 and GSM1800/1900

GPRS: Multi-slot class 10: downlink 4 timeslots, uplink 2timeslot

Transmission rate remote modem to UniMod (CSD):

9600 bit/sec (V.32 / V.110), 7 / 8 data bits, asynchronous

Transmission rate UniMod to connected device:

300 to 19200 bit/sec, Optionally: Mode B or C according to IEC1107 (EN62056-21)

Transmission mode: 7E1, 8N1, 8E1, ...

Output power: 2W (Class 4) for EGSM850/900 MHz 1W (Class 1) for GSM1800/1900 MHz

Sensitivity: -106 dBm (demand for normal mobile station)

Antenna jack: 50 FME plug

Software-Interface: Hayes Standard-AT, GSM 07.07, GSM 07.05

References: European Telecommunications Standards Institute, http://www.etsi.fr

License: CE0168

Extent of delivery: - UniMod GSM-4 including interface module as ordered - Standard antenna (length of cable about 2,6m) - Operation manual

Accessories: - Adapter for parameterization or RS232 cable - Antenna for special purposes - Additional interface modules - Suspension eye (#9141) - Software UniModSet



UniMod 01/I

Analogue Modem PSTN (available on request only)

Brief Description

The universal analog modem UNIMOD 01/I is suitable for any kind of data transmission. Its main purpose however is the application in telecounting equipment. The modem has a built-in, low-loss switched power supply, which enables it to operate on a wide-range AC or DC supply voltage. The modem can be programmed with the Hayes AT command set.

Interfaces

The interface for connecting the target device can be specified by plugging the appropriate interface module. The following module types are available now:


RS232 interface module (uses signals RxD, TxD, CTS, RTS, GND, DTR, DCD/DSR)



Communication is possible with many standard protocols, like SCTM, LSV1, IEC61107, IEC60870, DLMS, M-Bus, Modbus (transparent reading) etc



Technical Data



Dimensions: W = 105 mm,

H = 179 mm

D = 72 mm

Protection class: 1

Supply voltage: AC: 80V - 270V

DC: 60V - 375V

Power consumption: About 4 VA (depends upon supply voltage, kind of interface module and operating status of transmission unit)

Interfaces: Plug-in modules; available are:


- CS (20mA current loop) active or passive

- RS485

- M-Bus active (can supply 20 devices max.) or passive

Display: LEDs for signals: operation, Rst, Hook, TxD, RxD and DCD.

Transmission rate remote modem to UniMod::

300 – 33600 bit/sec (V.21 / V.22 / V.22bis / V.32 / V.32bis / V34), tone or pulse dialing


300 to 19200 Baud, automatic baud rate detection


Data compression: V.42bis / MNP5

Error correction: V.42 / MNP4

Password: Possible

Remote access: Possible

Data Transmit Control: Possible

Reset function: Possible: every 3, 6, 12 or 24 hours

License: EU-License CETECOM CE0682, reg. no. D800739K/CTR21

Extent of delivery: - UniMod 01/I including interface module as ordered

- Standard cable TAE German (length of cable about 3m)

- Operation manual

Accessories: - Adapter for parameterization




- Detailed description of AT commands



UniMod Ethernet

LAN-Network Modem (Ethernet)

Brief Description

The universal modem UniMod Ethernet is supposed for remote inquiry of measurement data of any kind, especially however for telecounting applications. The modem has a built-in, low-loss switched power supply, which enables it to operate on a wide-range AC or DC supply voltage. The modem can be programmed with the Hayes AT command set.

Interfaces

The interface for connecting the target device can be specified by plugging the appropriate interface module. The following module types are available now:


RS232 interface module (uses signals RxD, TxD, CTS, RTS, GND, DTR, DCD/DSR))



Communication is possible with many standard protocols, like SCTM, LSV1, IEC61107, IEC60870, DLMS, M-Bus, Modbus (transparent reading) etc.



Technical Data



Dimensions: W = 105 mm,

H = 179 mm

D = 72 mm

Protection class: 1

Supply voltage: AC: 80V - 270V

DC: 60V - 375V

Power consumption: About 4 VA (depends upon supply voltage, kind of interface module and operating status of transmission unit)

Interfaces: Plug-in modules; available are:


- CS (20mA current loop) active or passive

- RS485

- M-Bus active (can supply 20 devices max.) or passive

Display: LEDs for signals: operation, Rst, Hook, DCD, TxD and RxD

Transmission rate remote modem to UniMod:

10 Mbits/s (IEEE802.3)

Ethernet connection: 10 Base-T

Protocols: ARP, ICMP, TCP/IP, UDP/IP


300 to 19200 Baud

Software-Interface: Hayes Standard-AT

Reset function: Possible: every 3, 6, 12 or 24 hours

Extent of delivery: - UniMod Ethernet including interface module as ordered

- RJ45 connector

- Operation manual

Accessories: - Adapter for parameterization




- Detailed description of AT commands



M-Bus Master / M-Bus Repeater

M-Bus System

The M-Bus system is a data transmission system for acquiring, evaluating, optimizing and controlling energy and process data. Modular components permit networking of a large number of different energy meters and computer-controlled terminals. The high degree of noise immunity, even in noisy environments, ensures reliably and error-free measured value transmission. Via modem interfaces, it is also possible to cover large distances to connect modular expansions or complex substation systems. The M-Bus system is the system preferred by operators supplying numerous consumers (e.g. industry and technology parks, trade fairs, building managements, etc.).

An M-Bus system consists of user specifically configurable and task specific system components and different repeaters that are grouped together in one or more segments via a simple twisted-pair cable. The structure of an M-Bus segment can be designed as a:

Star structure

Linear structure

Tree structure



Each segment is terminated with a repeater and connects up to 250 devices/terminals. Repeaters can be cascaded, i.e. segments can brunch to lower level segments. The control centre of an M-Bus system is formed by the M-Bus master. It consists of an M-Bus repeater connected to a normal commercially available PC.

For the M-Bus-Connector exist 3 versions:

M-Bus Master / Repeater: for up to 250 devices/terminals (slaves); standard

M-Bus MiniMaster / MiniRepeater: for up to 10 or 20 devices/terminals (slaves)

ConvBox (M-Bus MiniMaster / MiniRepeater): for up to 20 devices/terminals (slaves)

Metcom T X4: for up to 25 devices/terminals (slaves)



M-Bus Master / Repeater in control housing for top hat rail installation

Brief Description

The standard M-Bus Master is used in medium to large M-Bus systems. Its specific functions are implemented with the following elements:

Power supply module: the M-Bus Master can power up to 250 devices/terminals with a maximum current requirement of 1.5mA each. In cascaded operation, the master ca itself be the terminal for a higher-level bus segment and support the power supply. Current limitation protects the master from an overload or short circuit on the M-Bus. The cable length can be up to 10 km.

Interfaces - RS232 service interface for parameterization and error analysis of the terminals connected - M-Bus (active) for connecting the terminals (output) - M-Bus passive (input): Repeater

LED displays: - Power/Run: green - Transmit: yellow - Receive: green - Error: red

For long M-Bus distances is possible to activate a Byte-Refresh-Function.

External power supply: 24VDC.



Technical Data

Housing: Control housing for top hat rail installation (DIN 43880), DIN rail TS35 according to DIN EN 60715 (further DIN EN 50022)


Protection class: 2

Dimensions: Ca. 108mm 90mm 62mm (W H D), 6 width units

Supply voltage: 24VDC 25%

Power consumption: Max. ca. 20VA (without M-Bus active: 2VA)


Electrical separation: >2kV

Display: 4 LEDs: Power, TxD, RxD, Error

Ports: 22 terminals and 9 poles SUB-D socket (female connector)

Interfaces: RS232 (RxD-TxD-GND): for connection to a PC (M-Bus Master) RS232 (9 poles Sub-D socket): service interface M-Bus passive (terminals a-b): (M-Bus Repeater) M-Bus active (terminals A-B): to the slaves

M-Bus connection: Max. 250 unit loads à 1.5mA (e.g. heat meters) according DIN EN 1434-3 and ISO-OSI Reference Model

Baud rate: 300 to 9600 Baud

Data format: 7E1, 8N1, 8E1, ...

Transmission protocol: All protocols are possible (transparent data transmission)

Byte-Refresh-Mode: Possible

Total length of wiring:

(Cable type: JYStY n 2 0,8)

15km at 300 Baud 10km at 1200 Baud 7km at 2400 Baud 4km at 9600 Baud

Accessories: External power supply unit for top hat installation: input 100 to 240VAC (1,8A) / output 24VDC (2,5A)



M-Bus Master / Repeater in control housing for wall mounting

Brief Description

The standard M-Bus Master is used in medium to large M-Bus systems. Its specific functions are implemented with the following elements:

Power supply module: the M-Bus Master can power up to 250 devices/terminals with a maximum current requirement of 1.5mA each. In cascaded operation, the master ca itself be the terminal for a higher-level bus segment and support the power supply. Current limitation protects the master from an overload or short circuit on the M-Bus. The cable length can be up to 10 km.

Interfaces - M-Bus (active) for connecting the terminals (output) - RS232 service interface for parameterization and error analysis of the terminals connected - Exchangeable interface card for data transmission to the control center: RS232 or M-Bus passive (input)

LED displays: - Operation/Run: green - Error/Fault: red - Send: yellow - Receive: yellow

The M-Bus Repeater is a special version of standard M-Bus Master with follow interfaces:

Output: M-Bus active

RS232 service interface

Input: M-Bus passive for connecting the terminals



Technical Data

Housing: Control housing for wall mounting


Dimensions: 166mm 155mm 115mm (WHD)

Nominal voltage: 230VAC 15%, 50/60Hz; optional 115VAC

Power consumption: ca. 30VA

Fuse: 315mA, slow (for 230VAC) 630mA, slow (for 115VAC)

Display: 4 LED: Master: green – yellow – red – green

Repeater: green – yellow – red – yellow

Interfaces: M-Bus (active, on terminals): data transfer to the terminals Data interface (on terminals): Master: RS232 to PC Repeater: M-Bus (passive) to next M-Bus segment RS232 (9 poles Sub-D socket: female connector): service interface

M-Bus connection: Max. 250 devices à 1.5mA (e.g. heat meters) according DIN EN 1434-3 and ISO-OSI Reference Model







Converter Box / M-Bus MiniMaster / M-Bus MiniRepeater

ConvBox in control housing for top hat rail installation

Brief Description

The converter box ConvBox is a digital level converter in control housing for top rail installation with one RS232 interface. The box is used to adapt physically two interfaces and to separate them galvanicly (RS232 and M-Bus passive only). Two interface slots can be used to plug in different modules. The level converter is working fully transparent for transmission rates between 300 and 9600 Baud.

Brief Description

The following conversions are possible:

to (OUT)

from (IN)

M-Bus (active)

plug-in interface

20mA/CS (passive)

plug-in interface

20mA/CS (active)

plug-in interface

RS485 (2 wires)

plug-in interface

RS485 (4 wires)

plug-in interface

M-Bus passive

plug-in interface

RS232 Service / on Board

M-Bus (passive) plug-in interface

−

20mA/CS (passive) plug-in interface

−

20mA/CS (active) plug-in interface

RS485 (2 wires) plug-in interface

The RS232 (Service) can be use for error analysis of the devices connected (Rx signal).

For small M-Bus systems the ConvBox can also be used as M-Bus MiniMaster (M-Bus MiniRepeater)

if not more than 20 devices are connected.

Options for power supply:

AC / Alternating voltage: 100 – 240VAC, 50 / 60Hz

DC / Direct voltage: 24VDC



Technical Data

Housing: Control housing for top hat rail installation (DIN 43880)


Protection class: 2



Nominal voltage: (alternative)

100VAC to 240VAC (± 10%), terminals: L and N or 24VDC (± 10%), terminals: + and −

Power consumption: AC: max. 5VA DC: max. 3VA

Service interface: RS232

Interface 1 (Input / IN): M-Bus passive; 20mA/CS passive or active; RS485 2 wires;

Interface 2 (Output / OUT): M-Bus active for max. 20 slaves / meters á 1,5mA or passive; 20mA/CS passive or active; RS485 (2 or 4 wires);

Baud rate: 300 to 9600 Baud, (7E1, 8N1, 8E1...)

Transmission protocol: All protocols are possible (transparent data transmission, level converter)

Galvanic isolation: For RS232 and M-Bus passive (Input / IN)

Display: 3 LEDs for power and data transmission

Extent of delivery: ConvBox with RS232 service interface; Interface module as ordered;

Accessories: Additional interface modules; M-Bus Master / Repeater / MiniMaster



Converter Box in control housing for wall mounting

Brief Description

The Converter Box is used to adapt physically two interfaces and to separate them galvanicly.

Two interface slots can be used to plug in the following modules as required:

M-Bus-interface: (passive or active) for connection to the M-Bus cable. The length of the cable can go up to 10km, depending on the cable and the number of devices connected to it. For small M-Bus

systems the converter box can also be used as M-Bus MiniMaster (M-Bus MiniRepeater) if not

more than 10 or 20 (option) devices are connected.

RS232-interface to connect a modem or a PC. The length of the cable must not exceed 15m.

RS485-interface (2 or 4 wires) for connection to a PC. The length of the cable must not exceed 1,2km and the maximum number of devices is limited to 32 within the bus segment.

20mA/CS-current loop (passive or active): for connection to a PC. The length of the cable must not exceed 1km. Up to 3 devices can be connected to the bus segment.

Fiber-optic cable (820nm) with ST or SMA-connector (special design).

RS232-interface for Elster EK88 / EK260 / DL240 (volume conversion devises).

The following conversions are available:

from to

RS232 20mA (passive) 20mA (active) M-Bus (passive) M-Bus (active) RS485

Fiber-optic

RS232 1)

20mA (passive) 2)

20mA (active) 2)

M-Bus (passive) − 2)

M-Bus (active) − 2)

RS485 1)

2)

2)

2)

2)

2)

2)

Fiber-optic 2) −

1) The interfaces for RS485 are half duplex-interfaces which need a control signal to switch between „receive“ and „transmit“. The RTS-signal of the RS232-interface is used for this purpose. If there is no RTS-signal available, the change between reception and transmission is initiated by a timer. The time constant is adapted to the needed baud rate.

2) With no control signal available for the RS485-Module to switch from reception to transmission, a timer is used with a delay (ca. 36ms for 300 baud).

For small M-Bus systems the M-Bus MiniRepeater can also be used as M-Bus MiniMaster if not more

than 10 or 20 (option) devices are connected (with a maximum current requirement of 1.5mA each).



Indication elements

Six LEDs indicate the status of the interface modules:

2 green LEDs indicate the available power supply of 5V for each interface.

2 yellow LEDs for transmission (TxD, RxD) and 2 yellow LEDs for control signals (RTS, CTS). They indicate the signals of the relevant interface. Using the converter box as mini-master only the data indicator LEDs TxD and RxD are valid. The yellow LED (RxD) of interface 2 indicates a data request by a PC for devices connected to the M-Bus. The yellow LED (TxD) of interface 1 indicates data from the device to the PC.

There is an additional red LED on the module of the M-Bus Mini-Repeater. During power up it is switched on for a short time, afterwards it is only glowing with low volume under standard conditions. If the current of the M-Bus exceeds the limit of 30mA, the LED is glowing brightly. If the currents exceeds 100mA, the voltage of the M-Bus is cut-off and the red LED remains switched on. Then the Mini-Repeater tries periodically to switch on the voltage again, but this is only successful, if the current demand is lower than the current limit.

Technical Data



Dimensions: 105mm 179mm 72mm (WHD)

Nominal voltage: 230VAC 15%, 50/60Hz; optional 115VAC or 24VDC

Power consumption: ca. 9VA

Fuse: 100mA, slow (for 230VAC) 160mA, slow (for 115VAC) or 500mA, slow (for 24VDC)

Display: 6 LEDs

Interfaces: RS232 20mA/CS active or passive M-Bus active (max. 10 or 20 devices à 1.5mA) or passive RS485 (2 or 4 wires) Fiber-optic (820nm) with ST or SMA-connector







Metcom T X.. Converter Box

Brief Description

The Metcom T X.. Converter Box is used to adapt physically two interfaces and to separate them galvanicly. One of the interfaces is RS232 fix.

The second interface slots can be used to plug in the following modules as required:

Metcom T X2: 20mA/CS (current loop): active (30VDC), for max. 6 to 8 meters. The length of the cable must not exceed 1km.

Metcom T X3: 20mA/CS (current loop): passive. The length of the cable must not exceed 1km.

Metcom T X4: M-Bus-interface: (active, for small M-Bus systems if not more than 25 devices are connected) for connection to the M-Bus cable. The length of the cable can go up to 10km, depending on the cable and the number of devices connected to it.

Metcom T X6: RS485 (2 wires). The length of the cable must not exceed 1,2km and the maximum number of devices is limited to 32 within the bus segment.



Technical Data

Housing: Wall-mounted housing


Weight 0,6 kg

Climate-proofness: Conditions of storage and transport: -25°C to +70°C

Operating conditions: -20°C to +55°C

Dimensions: W = 171,6 mm

H = 117 mm

D = 66 mm

Protection class: 2

Supply voltage: AC: 85 V – 265 V

DC: 60 V – 375 V


Interfaces: Fix: RS232 (supports signals RxD, TxD, RTS, CTS, GND, DTR, DCD, DSR)

Pluggable modules; available are:

- 20mA/CS (current loop) active, (can supply 6 to 8 meters max.)

- 20mA/CS (current loop) passive

- M-BUS active (can supply 25 slaves/meters max.)

- RS485 (2 wires)

Display: LEDs: RUN, RI, DCD, RxD, TxD

Transmission rate Metcom to connected device:

300 to 19200 Baud


Extent of delivery: - Metcom T X.. including interface module as ordered

- Operation manual

Accessories: - Adapter for parametering

- RJ45 connector




M-Bus Logger

Reed and Option 1: Option 2:

Brief Description

The M-Bus Logger has a modular design in top-hat rail installation. The following versions are available:

Load profile: 4000 values ( ca. 40 day with 15 min. registration period).

Billing data: for 16 resets (e.g.: 16 month-values). Programming and data retrieval by M-Bus (according to DIN EN 1434-3). The following pulses are available:

Potential-free Reed pulse, voltage 2,6 to 3,6V (via M-Bus), standard

S0 pulse according to DIN 43864 (only with AC or DC auxiliary voltage), optional



Technical Data

Housing: top-hat rail installation


Dimensions: W = 35,5 mm (Option 1) or 71 mm (Option 2)

H = 90 mm

D = 58 mm

Protection class: 2

Auxiliary power (M-Bus): max. 3mA via M-Bus (:= 2 M-Bus standard load)

Battery: (necessary for load profile)

Type: Lithium 3,6V Lifespan: ca. 8 years without M-Bus connection

Supply voltage: optional (possible for S0 pulses only)

None: Reed-Inputs only Option 1: 15VDC to 24VDC (S0 and Reed) Option 2: 230VAC (S0 and Reed)

Interface: M-Bus passive (according to DIN EN 1434-3)

Baud rate: 300, 2400 (default), 9600 or 19200 Baud 8E1

Software interface: According to IEC 60870-5 primary or secondary addresses

Pulses: No.: 2 Type: Reed (all versions) or S0 (Option 1 or 2) Pulse frequency: max 12Hz, pulse length 40ms minimum Option: 150Hz (pulse length 50μs / break (low) 5ms)

Pulse reed: Potential-free, min. 1MΩ isolation Capacity: < 2nF (incl. cable) Resistor: open > 1 MΩ close < 2kΩ Voltage: 2,6 to 3,6V Currency: ca. 11μA

Pulse S0 (Option): According to DIN 43864

Adjustment: 1..255 / 1..255

Measuring period : 1min to 24hours

Real time clock: max. deviation 30 sec/month at 25°C (10ppm)

Data storage: Load profile: max. 4000 values Billing data: max. 16 resets

LED: 2 LEDs for: Error and M-Bus

Extent of delivery: - M-Bus-Logger with 2 Reed-Inputs

Optional: - Power supply for AC or DC - 2 pulse inputs for S0 pulses

Accessories: - M-Bus Master / M-Bus Repeater / M-Bus MiniMaster - Cable - Software MBusLogSet - AMR-Software (e.g. SIGLON)



Converter M-Bus to 20mA Brief Description

The converter M-Bus to 20mA is used to adapt physically two interfaces and to separate them galvanicly (level converter):

M-Bus-Interface passive: function „Slave“

20mA-Interface active: networking of one or more meters. The converter can be designed as a:

Version 1 (for Landis+Gyr ZMD meter only): with auxiliary voltage (e.g.: 230VAC or 110VAC) for connecting up to 8 meters with 20mA-Interface.

Version 2 (for Landis+Gyr ZMD meter only): without auxiliary voltage for connecting of one meter with 20mA-Interface.

Version 3 (universal): without auxiliary voltage for connecting of every one meter with 20mA-Interface

Version 4 (top-hat rail installation): with auxiliary voltage (e.g.: 230VAC or 110VAC) for connecting up to 8 meters with 20mA-Interface.

Version 1 and 2 (in the Picture: Version 1 with auxiliary voltage).

Version 3: with four cables for universal use. Version 4: top-hat rail installation



Examples

20mA 20mA20mA20mA

Version 1 Version 2 Version 3

20mA

230 VAC110 VAC

.

.

.

20mA

20mA

max. 8 meters

M-Bus

...

L+G ZMD... L+G ZMD... L+G ZMD... L+G ZMD... L+G ZMD...

M-BusMaster

Technical Data

Housing: Version 1 and 2: into terminal cover for ZMD Version 3: with four cables Version 4: top-hat rail installation

Degree of protection: Version 1 and 2: IP52 (in the terminal cover) Version 3: IP30 Version 4: IP52

Dimensions: Version 1 and 2: W = 80mm, H = 15mm, D = 70mm Version 3: W = 90mm, H = 15mm, D = 35mm Version 4: W = 75mm, H = 73mm, D = 114mm

Protection class: 2

Auxiliary voltage: Version 1 and 4: 230V or 110V Version 2 and 3: none

Number of terminals: Version 1: six terminals (incl. auxiliary voltage) Version 2: four terminals Version 3: four cables á 25cm Version 4: six terminals (incl. auxiliary voltage)

Interface: M-Bus passive according to DIN EN 1434-3, M-Bus standard load: Version 1 and 4: max. 1,5mA from M-Bus Version 2 and 3: max. 7,5mA (:= 5 M-Bus standard load)

20mA active (CS) according to IEC 62056-21, Version 1 and 4: max. 15mA with 27V output voltage Version 2 and 3: max. 12mA with 6V output voltage


Display: none

Function: Level converter, transparent, without protocol conversion

Extent of delivery: Version 1: converter without terminal cover #10262 Version 2: converter without terminal cover #10276 Version 3: converter with four cables á 25cm #10243 Version 4: converter for top-hat rail installation #10521

Accessories: - Terminal cover for ZMD (Version 1 and 2 only) - M-Bus Master / M-Bus Repeater / M-Bus MiniMaster - Cable - Software



Converter M-Bus to RS485 (2 wires) Brief Description

The converter M-Bus to RS485 (2 wires) is used to adapt physically two interfaces and to separate them galvanicly (level converter):

M-Bus-Interface passive: function „Slave“

RS485 (2 wires) interface: networking of one or more meters (max. 8) Version 1 Version 2



Examples

Technical Data

Housing: Version 1: Board with four cables Version 2: Control housing for top rail installation (DIN 42880)

Degree of protection: Version 1: IP30 Version 2: IP20

Dimensions: Version 1: W = 60mm, H = 10mm, D = 35mm Version 2: W = 35mm, H = 90mm, D = 62mm, 2 width units

Protection class: 2

Auxiliary voltage: none

Number of terminals: Four cables á 25cm

Interface: M-Bus passive according to DIN EN 1434-3, M-Bus standard load: max. 1,6mA from M-Bus M-Bus voltage: min. 30V

RS485 (2 wires) half-duplex to drive up to 8 standard loads

With out galvanic separation


Resistor terminator (Rt): not permitted

Display: none

Function: Level converter, transparent, without protocol conversion

Order number: Version 1: #12209 Version 2: #12208

Extent of delivery: Converter-board with four cables á 25cm

Accessories: - M-Bus Master / M-Bus Repeater / M-Bus MiniMaster - Cable - Software

http://dict.leo.org/ende?lp=ende&p=5tY9AA&search=resistor

http://dict.leo.org/ende?lp=ende&p=5tY9AA&search=terminator



M-Bus AMR Interface for Landis+Gyr Meter E350

Brief Description

Upgradable for future communication needs: flexible remote communication modules without breaking approval seal. The new series of modules for domestic use puts promises into practice, paving the way not only for multi-energy applications but also for new services in personal energy management. This specification details the operation and the electrical requirements for connection of an AMR module with M-Bus interface to the L+G E350 (ZxF series 100) meter.

Functions

Bi-directional communications: an integrated M-Bus (2 wires, passive) interface provides a simple means of connecting multi-energy meters. This makes multi-energy applications an affordable proposition for domestic use.

Transmission protocol: IEC 62056-21 (conform to VDEW2+)

Rate input for tariff switching via external control inputs

Pulse output Pulse rate: 1/1, 1/10, 1/20 and 1/40

Internal communication interface for the transfer billing data between the meter and AMR module. For details of the communications protocol, refer to the software interface specification (IEC 62056-21 and OBIS Codes).

Phase connections to one phase (230VAC)

Display: 2 LEDs

Parameter setting via jumper

Compatible Meters

ZCF110/120 single phase meter

ZMF110/120 multiphase meter

ZFF110/120 multiphase meter



Technical Data

Housing: Polycarbonate housing with terminals for using with Landis+Gyr E350 meters (L+G ZxF domestic meters)

Degree of protection: IP52 (according to IEC 60529)

Protection class: 2

Dimensions: 165mm x 90mm x 33mm (W x H x D)

Nominal voltage: 230VAC (-20% / +15%) / 50Hz connection spring for one phase: Live (L1) and Neutral (N) from meter

Power consumption: ca. 2,8W


LED displays: 2 LEDs: green: Power red: Error

Interface: M-Bus (2 wires, passive) according to EN 13757-2 (physical layer)

Baud rate: 2400, 4800 or 9600 baud; default: 9600 baud (fixed baud rate)

Data format: 7E1, 8N1, 8E1; default: 7E1

Transmission protocol: IEC 62056-21 (conform to VDEW2+) with fixed baud rate (OBIS Codes)

Buffer size: 745 bytes

Rate input: Max. voltage: 230VAC (-20% / +15%) max. current: 2mA

Pulse output: Wipe, according to DIN 42864 (S0 output) max. voltage: 265VAC/DC max. current: 50mA min. voltage: 5VDC



RS485 AMR Interface for Landis+Gyr Meter E350

Brief Description

Upgradable for future communication needs: flexible remote communication modules without breaking approval seal. The new series of modules for domestic use puts promises into practice, paving the way not only for multi-energy applications but also for new services in personal energy management. This specification details the operation and the electrical requirements for connection of an AMR module with RS485 interface to the L+G E350 (ZxF series 100) meter.

Functions

Bi-directional communications: an integrated RS485 (2 wires) interface provides a simple means of connecting multi-energy meters. This makes multi-energy applications an affordable proposition for domestic use.

Transmission protocol: IEC 62056-21 (conform to VDEW2+)

Rate input for tariff switching via external control inputs

Pulse output Pulse rate: 1/1, 1/10, 1/20 and 1/40

Internal communication interface for the transfer billing data between the meter and AMR module. For details of the communications protocol, refer to the software interface specification (IEC 62056-21 and OBIS Codes).

Phase connections to one phase (230VAC)

Display: 2 LEDs

Parameter setting via jumper

Compatible Meters

ZCF110/120 single phase meter

ZMF110/120 multiphase meter

ZFF110/120 multiphase meter



Technical Data

Housing: Polycarbonate housing with terminals for using with Landis+Gyr E350 meters (L+G ZxF domestic meters)


Protection class: 2


Nominal voltage: 230VAC (-20% / +15%) / 50Hz connection spring for one phase: Live (L1) and Neutral (N) from meter

Power consumption: ca. 2,8W


LED displays: 2 LEDs: green: Power red: Error

Interface: RS485 (2 wires) according to ANSI/TIA/EIA-485-A-98, ISO-8482 max. 31 slaves

Baud rate: 2400, 4800 or 9600 baud; default: 9600 baud (fixed baud rate)

Data format: 7E1, 8N1, 8E1; default: 7E1

Transmission protocol: IEC 62056-21 (conform to VDEW2+) with fixed baud rate (OBIS Codes)

Buffer size: 745 bytes

Rate input: Max. voltage: 230VAC (-20% / +15%) max. current: 2mA

Pulse output: Wipe, according to DIN 42864 (S0 output) max. voltage: 265VAC/DC max. current: 50mA min. voltage: 5VDC



M-Bus Interface Module XC for EMH Meter (Level Converter)

Brief Description

The Interface Module XC is designed for use with the EMH LZQJ-XC and DMTZ-XC meters.

The module is equipped with a M-Bus (passive) interface (M-Bus level converter / transparent). The

module can be plugged easily into the module compartment of the meter. It can be mounted or

exchanged during operation (without breaking approval seal). An integrated M-Bus interface provides a

simple means of connecting multi-energy meters. This makes multi-energy applications an affordable

proposition for domestic use. Due the transparent mode, the modules are suitable for all common control

centres.

Functions

M-Bus interface (2 wires, passive) for bi-directional communications Alternative: BFC-Bus (BAER Field Control, 56VDC)

Transmission protocol: IEC 62056-21 or DLMS

Internal communication interface for the transfer billing data and load profiles between the meter and AMR module

Transparent data readout (without protocol conversion)

Level converter (Physical Layer, DIN EN 13757-2)

Control / limiting of EEG installations (German Renewable Energy Low) possible

Internal power supply from meter

Display: 2 LEDs

Exchangeable during the meter operation

Compatible Meters

LZQJ-XC (special meter for industrial applications):

- Standard meter for direct connection

- Transformer connection version Cl. B (Cl. 1)

- Precision meter Cl. C (Cl. 0.5S)

- Precision meter Cl. 0,2S

LZQJ-XC (industry meter)



Technical Data

Housing: Polycarbonate housing with terminals for using with EMH LZQJ-XC and DMTZ-XC meters for residential and industrial applications


Protection class: 2


Nominal voltage: Internal power supply from LZQJ-XC or DMTZ-XC meter

M-Bus load: 1,9mA

Installation: exchangeable during the meter operation


Relative humanity: 0..95%, non-condensing

LED displays: 2 LEDs: (green) Tx: transmit data

(yellow) Rx: receive data

Interface: M-Bus (2 wires, passive) according to EN 13757-2 (Physical Layer) alternative: BFC-Bus (BAER Filed Control, 56VDC)

Baud rate: 300 to 9600 baud (fixed baud rate)

Data format: IEC 62056-21: 7E1 DLMS: 8N1

Data readout: Transparent data readout suitable for all common control centers Note: it is a transparent M-Bus level converter without protocol conversion

Transmission protocol: IEC 62056-21 (VDEW2+) wit fixed baud rate (OBIS) DLMC (option)

Order number: #12413



M-Bus Interface Module XC for EMH Meter (Protocol Converter)

Brief Description

The Interface Module XC is designed for use with the EMH LZQJ-XC and DMTZ-XC meters.

The module is equipped with a M-Bus (2 wires) interface. The module can be plugged easily into the

module compartment of the meter. It can be mounted or exchanged during operation (without breaking

approval seal). An integrated M-Bus interface (Protocol Converter to DIN EN 13757-3) provides a simple

means of connecting multi-energy meters. This makes multi-energy applications an affordable proposition

for domestic use. Due to the communication, the modules are suitable for a lot of control centres.

Functions

M-Bus interface (2 wires, passive) for bi-directional communications Alternative: BFC-Bus (BAER Field Control, 56VDC)

Transmission protocol: M-Bus (DIN EN 13757-3:2013-08)

Internal communication interface for the transfer data between the meter and the interface module (service data list / table TS)

Protocol converter for meter data into M-Bus-Format (non transparent data readout)


Display: 3 LEDs


Compatible Meters









Technical Data



Protection class: 2



M-Bus load: 1,9mA

Installation: Exchangeable during the meter operation



LED displays: 3 LEDs: (green) Power/Tx: power / transmit data via M-Bus

(yellow) Rx: receive data via M-Bus

(red) Error: internal communication error

Interface: M-Bus (2 wires, passive) according to DIN EN 13757-2 (Physical Layer) Alternative: BFC-Bus (BAER Field Control, 56VDC)


Data format: 8E1

Data readout: Internal service data list / table TS

Transmission protocol: According to DIN EN 13757-3:2013-08 with fixed baud rate (Application Layer)




Modbus Interface Module XC for EMH Meter (Protocol Converter)

Brief Description

The Interface Module XC Modbus is designed for use with the EMH LZQJ-XC and DMTZ-XC meters.

The module is equipped with a RS485 (2 wires) interface. The module can be plugged easily into the

module compartment of the meter. It can be mounted or exchanged during operation (without breaking

approval seal). An integrated Modbus interface provides a simple means of connecting multi-energy

meters. This makes multi-energy applications an affordable proposition for domestic use. Due to the

communication, the modules are suitable for a lot of control centres.

Functions

RS485 (2 wires) interface for bi-directional communications

Transmission protocol: Modbus RTU (8N1)

Internal communication interface for the transfer data between the meter and the interface module (service data list / table TS, max. 125 values)

Protocol converter for meter data into Modbus-Format (non transparent data readout)


Display: 3 LEDs


Compatible Meters









Technical Data



Protection class: 2






LED displays: 3 LEDs: (green) Power/Tx: power / transmit data


(red) Error: internal communication error

Interface: RS485 (2 wires) according to ANSI/TIA/EIA-485-A-98


Data format: 8N1

Data readout: Internal service data list / table TS: see EMH COMBI-TOOL-Software; (readout via /4!)

Transmission protocol: Modbus RTU, Function Code 3




BFCM1-XC Interface Module for EMH Meter (Protocol Converter)

Brief Description

The Interface Module BFCM1-XC is designed for use with the EMH LZQJ-XC and DMTZ-XC meters.

The module is equipped with a BFC-Bus (BAER Field Control, passive) interface. The module can be

plugged easily into the module compartment of the meter. It can be mounted or exchanged during

operation (without breaking approval seal). An integrated BFC-Bus interface provides a simple means of

connecting multi-energy meters. This makes multi-energy applications an affordable proposition for use

with renewable energy systems. The module is suitable for connection via telecontrol.

Functions

BFC-Bus (BAER Field Control, 2 wires, 56VDC) for bi-directional communications Alternative: M-Bus interface (2 wires, passive)

Transmission protocol: BFC (proprietary / manufacturer-dependent)

Internal communication interface for the transfer data between the meter and the interface module

Protocol converter for meter data into BFC-Bus-Format (non transparent data readout)

For use in M2S-Systems (Meter2SCADA, process control)


Display: 3 LEDs


Compatible Meters









Technical Data



Protection class: 2


Nominal voltage: Internal power supply from LZQJ-XC meter

BFC-Bus (M-Bus) load: 1,9mA




LED displays: 3 LEDs: (green) Power / Tx: power / transmit data


(red) Error: communication error

Interface: BFC-Bus (BAER Field Control, 56VDC) Alternative: M-Bus (2 wires, passive) according to DIN EN 13757-2 (Physical Layer)


Data format: 8N1

Transmission protocol: Meter internal lists: billing list, service data list (TS), tables 1..3

Data readout: proprietary / manufacturer-dependent: BAER Field Control (BFC)




M-Bus Protocol Converter TS2M-Bus for EMH Meter

Brief Description

The Protocol Converter TS2M-Bus is designed for use with the EMH LZQJ-XC and DMTZ-XC

meters. The module is equipped with one RS485 interface (to the meter) and one M-Bus passive interface

(to the data acquisition). The module can be connected easily with the meter. It can be mounted or

exchanged during operation (without breaking approval seal). An integrated M-Bus interface (Protocol

Converter to DIN EN 13757-3) provides a simple means of connecting multi-energy meters. This makes

multi-energy applications an affordable proposition for domestic use. Due to the communication, the

modules are suitable for a lot of control centres.

Functions

M-Bus interface (2 wires, passive) for bi-directional communications with the meter reading software;

Alternative: BFC-Bus (BAER Field Control, 56VDC);

Transmission protocol: M-Bus (DIN EN 13757-3:2013-08);

Serial RS485 interface for the transfer data between the meter and the module (service data list /

table TS);

Protocol converter for meter data into M-Bus-Format (non transparent data readout);

Power supply via M-Bus interface;

Can be connected during the meter operation;

Compatible Meters









Technical Data

Housing: Control housing for top hat installation (DIN 43880)


Protection class: 2



Dimensions: Ca. 35mm x 90mm x 62mm (W x H x D)

Nominal voltage: Power supply via M-Bus interface, max. voltage 56VDC

M-Bus load: 4,5mA (3 M-Bus loads), max. voltage: 56VDC

Battery: None

LED displays: 2 LEDs: (green) BFC: power / transmit data via M-Bus (red) Error: communication error with meter

Meter interface: RS 485-2wires; termination for RS485 (R = 120Ω) is not allowed! Data readout: internal service data list / table TS

M-Bus interface: M-Bus (2 wires, passive) according to DIN EN 13757-2 (Physical Layer) Alternative: BFC-Bus (BAER Field Control, 56VDC)

Baud rate: 300 to 9600 baud (fixed baud rate), 8E1; default: 2400 baud

Transmission protocol: M-Bus according to DIN EN 13757-3:2013-08 (Application Layer) with fixed baud rate


Accessories: M-Bus Master / Repeater / Mini-Master AMR-Software: SIGLON © / Field Control Center: Meter2SCADA ©



M-Bus Protocol Converter IEC2M-Bus for VDEW2/OBIS Meter

Brief Description

The Protocol Converter IEC2M-Bus is designed for use with any type of (VDEW2-) meters

according to IEC 62056-21 with OBIS index. The module is equipped with one RS485 interface (to the

meter) and one M-Bus passive interface (to the data acquisition). The module can be connected easily

with the meter. It can be mounted or exchanged during operation (without breaking approval seal). It is

possible to read the billing list or service/additional table from the meter. An integrated M-Bus interface

(protocol converter to DIN EN 13757-3) provides a simple means of connecting multi-energy meters. This

makes multi-energy applications an affordable proposition for domestic use. Due to the communication,

the modules are suitable for a lot of control centres.

Functions

M-Bus interface (2 wires, passive) for bi-directional communications with the meter reading software;

Alternative: BFC-Bus (BAER Field Control, 56VDC);

Transmission protocol: M-Bus (according to DIN EN 13757-3:2013-08);

Serial RS485 interface for the transfer data between the meter (according to IEC 62056-21) and the

module;

Protocol converter for meter data into M-Bus format (non transparent data readout);

Power supply via M-Bus interface;

Can be connected during the meter operation;

Supported Meters / Devices

EMH LZQJ / DMTZ-XC

Landis + Gyr E350 / E650

Elster Axxxx

ISKRA MT383

ACTARIS SL7000

BAER DLM6



Technical Data

Housing: Control housing for top hat installation (DIN 43880)


Protection class: 2




Nominal voltage: Power supply via M-Bus interface, max. voltage 56VDC

M-Bus load: 4,5mA (3 M-Bus loads), max. voltage: 56VDC

Battery: None

LED displays: 2 LEDs: BFC (green): power / transmit data via M-Bus

Error (red): communication error with meter

Meter interface: RS 485-2wires; termination for RS485 (R = 120Ω) is not allowed! (internal resistance > 1kOhm) Data readout: billing list (standard) with or without address or meter specific table According to IEC 62056-21 (Data exchange for meter reading) and -61 (OBIS)

M-Bus interface: M-Bus (2 wires, passive) according to DIN EN 13757-2 (Physical Layer) Alternative: BFC-Bus (BAER Field Control, 56VDC)

Baud rate: 300 to 19200 baud (fixed baud rate), 8E1; default: 2400 baud

Transmission protocol: M-Bus according to DIN EN 13757-3:2013-08 (Application Layer) with fixed baud rate

Order number: # 13048

Accessories: M-Bus Master / Repeater / Mini-Master AMR-Software: SIGLON © / Field Control Center: Meter2SCADA ©



EinsManBox / CtrlBox

Brief Description

The EinsManBox / CtrlBox is a field control unit with four mechanical outputs (relays, function closer,

bistable) und two digital signal inputs. Every change at the output / input causes a log message with time

stamp and new input state to be generated in the internal buffer.

Typical application is monitoring and control infrastructure of buildings, properties and local distribution

networks.



Technical Data

Housing: Control housing recording to DIN 43861-2


Protection class: 2



Power supply: 230VAC (±10%), 50/60Hz

Battery: none

Interface: RS485 (2 wires, on board) according to ANSI/TIA/EIA-485-A-98 optionally: RS232, 20mA/CS/CL, RS485, M-Bus (plug in)

Baud rate: 300 to 19200 baud, 8N1 / 7E1 / 8E1

Transmission protocol: Compatible to IEC 62056-21 with Secure Hash Algorithm SHA-256

Inputs: Number: 2

Type: S0 according to DIN 43864

active, for use with floating contacts, passive optic

coupler elements and transistor elements

Input voltage: ca. 12VDC

Max. frequency: 25Hz

Function: pulse counter, 8 digits

Outputs: Number: 4 (can be set automatically or by manual operation)

Type: mechanical relay, polarized latching

Max. switching voltage: 440VAC

Max. switching current: 10A

Max. switching power: 1000VA

Max. capacitive load: 140µF

Mechanical life: 106 switching operations

Conform to: IEC61810 part 1 / VDE 0435 part 201 VDE, UL, CSA, SEV, SEMKO

Measuring period: 1 to 60 minutes or by status changing

Real clock: 5ppm at 25°C (ca. 15 seconds per month)

Internal memory: Load profile: 4000 records wit time stamp Logbook: 95 events

LED: 8

Extent of delivery: Relays box with 2 S0 inputs and 4 mechanical relays

Accessories: Service software CTRLBoxConfig Parameterization adapter with USB interface (#12683)



EinsManBox 2 / 2U

Brief Description

Renewable energy generation facilities must be remote controlled by the network operator.

The EinsManBox 2 / 2U is a field control unit with four mechanical outputs (relays, function closer,

bistable) und six digital signal inputs. Every change at the output / input causes a log message with time

stamp and new input state to be generated in the internal buffer.

Typical application is monitoring and control infrastructure of buildings, properties and local distribution

networks.



Technical Data

Housing: Control housing for wall mounting


Protection class: 2



Power supply: 230VAC (±10%), 50/60Hz, max. 8VA

Battery: None

Interface: RS485 (2 wires, on board) according to ANSI/TIA/EIA-485-A-98 optionally: RS232, 20mA/CS/CL, RS485, M-Bus (plug in)

Internal modem: Quad Band, GPRS Class 10, Mini-SIM (2FF): fixed IP Address with connection to RADIUS-Server via IP VPN

Baud rate: 300 to 19200 baud, 8N1 / 7E1 / 8E1

Transmission protocol: Compatible to IEC 62056-21 with Secure Hash Algorithm SHA-256

Inputs: Number: 6

Type: S0 according to DIN 43864

active, for use with floating contacts, passive optic

coupler elements and transistor elements

Input voltage: ca. 12VDC

Max. frequency: 25Hz

Function: pulse counter / signal, 8 digits

Outputs: Number: 4 (can be set automatically or by manual operation)


Max. switching voltage: 60VDC (EinsManBox 2: 40VAC)

Max. switching current: 2A (EinsManBox 2: 10A)

Max. switching power: 30A (EinsManBox 2: 1000VA)

Mechanical life: 2 x 105 switching operations (EMB 2: 10

6)

Conform to: IEC61810 part 1 / VDE 0435 part 201 VDE, UL, CSA, SEV, SEMKO

Measuring period: 1 to 60 minutes or by status changing

Real clock: 5ppm at 25°C (ca. 15 seconds per month)

Internal memory: Load profile: 4000 records wit time stamp Logbook: 95 events

LED: 16

Extent of delivery: Relays box with 6 S0 inputs and 4 mechanical relays

Accessories: Service software CTRLBoxConfig Parameterization adapter with USB interface (#12683)



Control Module IOMod01

Brief Description

Renewable energy generation facilities must be remote controlled by the network operator. With the help

of the IOMod01 module, the feed-in power (especially PV systems) can be determined, called up and

reduced.

The IOMod01 is an add-on module for the Baer standard

slot, which is intended for controlling EEG systems. The

UniMod GSM-4 or LTE Control with an IOMod01 is a field

control unit with one electronically output and one digital

signal input. Typical application is monitoring and control

infrastructure of photovoltaic installations, buildings,

properties and local distribution networks. The buffer

retains its content at power loss.

Parameterization and remote query is done via Modbus

RTU.

Technical Data

Housing: Additional module without housing

Plug in location: Baer standard slot, e.g. UniMod GSM-4 or LTE

Protection class: Depending on location


Power supply: 3,3VDC to 5VDC for internal the CPU and the serial interface 12VDC to 15VDC for the S0-Input and output


Display 2 LEDs

Input: S0-Input

Output: Switching relay: Setting A: potential-free NO contact/NC contact (as-delivered condition)

max. switching power: 60W

max. voltage: 220VDC or 250VAC

max. current: 2A

Setting B: active output with 12VDC to 15VDC, max. 250mA

Transmission protocol: Modbus/RTU according to MODBUS Application Protocol Specification V1.1b3

Baud rate: 600 to 19200Baud, 8N1



Field Control System (SCADA) General

BAER Field Control System (BFC System) is a simple and inexpensive SCADA (Supervisory Control and

Data Acquisition) System for recording, processing, transmission and delivery of signals. Typical

application is monitoring and control infrastructure of buildings, properties and local distribution networks.

A BFC System consists of these components:

1. Field Control Center (FCC): The FCC computer communicates constantly with the devices in field,

fetching messages and performing control tasks. The user interface of the FCC enables the user to

configure the system, shows the current system state and messages, and allows for manual and

automatic signal control.

2. Network (M-Bus or BFC-Bus): Field Control Center and devices are connected via a network according

to EN13757-2 (physical layer), a noise immune and polarity independent electrical 2-wire bus. Its

structure (star, tree, line) can be freely chosen, maximum line length is 20km. The bus-master device

is able to supply the devices in field with power over the communication line, so the devices don’t need

their own power source and the system can be operated independently of public power supply. In

addition, the bus-master serves as the entry point for communication with the network. Connection to

the FCC can be done either directly via its RS232 interface or via other means of communication (e.g.

LAN, internet, GPRS, powerline-carrier). As physical medium a standard two-wire cable (e.g. JYStY n

2 0,8mm or better) can be used.

3. Field Control Units (FCU): The devices in field are supplied via the bus. They are equipped with a real

time clock (precision 0.1 seconds), which is synchronized by the Field Control Center. The BFCI2

recording units register changes at their inputs (with debouncing) and save these in a log with

millisecond-precise time stamp to be fetched by FCC.

Converter LAN – RS232

LAN

Bus Master

Work station

Bus

FCU Units

GPRS - Modem

Bus

RS232 Bus Master

Bus

Field Control Center



BFCI2

The BFCI2 is a FCU in DIN rail enclosure (width of two

modules=35mm) with two active digital inputs to receive

signals from passive contacts (e.g. relays). Debouncing time

is 20ms. Every change at the inputs causes a log message

with time stamp and new input state to be generated in the

internal buffer. The device holds all messages in a ring buffer

with a capacity of about 2000 entries. Furthermore every input

has a counter (9 digits) which is incremented at every rising

edge. It can optionally be stored in the ring buffer at a

programmable time interval.

The buffer retains its content at power loss.

Parameterization and remote query is done via bus interface

(according to EN13757.2).

BFCI10

The BFCI10 is a FCU in DIN rail enclosure (width of four

module=70mm) with ten active digital inputs to receive

signals from passive contacts (e.g. relays). Debouncing

time is 20ms. Every change at the inputs causes a log

message with time stamp and new input state to be

generated in the internal buffer. The device holds all

messages in a ring buffer with a capacity of about 2000

entries. Furthermore every input has a counter (9 digits)

which is incremented at every rising edge. It can optionally

be stored in the ring buffer at a programmable time interval.


Parameterization and remote query is done via bus

interface (according to EN13757.2).

Data storage

For every input it is possible to save these events:

Change of input state, optionally both edges or rising edge only

Change of pulse counter

Periodic recording of input state or counter value

Periodic recording can be combined with the other possibilities, e.g. one can save the state of an input at

every change and additionally every 5 minutes.

The device has a common message buffer for all inputs. The buffer is stored in non-volatile memory, it

retains its contents at power-loss. The internal clock is not buffered and must be set after every return of

power. Please note that no events can be saved in buffer as long as the clock is not set. This is

because every event needs a valid time stamp, which is not available when the clock was not set before.



Technical Data



Protection class: 2


Dimensions: BFCI2: ca. 35mm 90mm 62mm (W H D), 2 width units

BFCI10: ca. 70mm 90mm 62mm (W H D), 4 width units

Supply voltage: BFCI2: max. 3mA (2 M-Bus loads) BFCI10: max. 7mA (5 M-Bus loads) max. voltage: 56VDC

Battery: None

Interface: Bus according to EN13757-2 (passive); M-Bus or BFC-Bus

Baud rate: 300, 600, 1200 (default), 2400, 4800 or 9600 baud (8N1)

Software interface: BFC protocol (manufacturer specific, link via Meter2SCADA)

Digital inputs: Number: BFCI2: 2 BFCI10: 10 Type: active, for use with floating contacts, passive optic

coupler elements and transistor elements Voltage: max. 12VDC (ca. 11VDC typ.) Current: max. 0,5mA Switching threshold: 0,2mA (typ.) Scanning time: 1ms (BFCI2) or 10ms (BFCI10) Debouncing time: 20ms

Measuring period: 1 to 3600 seconds

Internal clock: Max. deviation: 100ppm at 25°C (300 sec/month) without buffering at power fail

Internal memory: Ca. 2000 events with time stamp

Display: BFCI2: 2 LED for both inputs BFCI10: 10 LED for all inputs

Extent of delivery: BFCI2 unit with 2 active digital inputs #12061 BFCI10 unit with 10 active digital inputs #12168

Accessories: Bus Master / Repeater / MiniMaster FieldControl Service Tool Field Control Center: Meter2SCADA ©



BFCM1

The BFCM1 is a FCU in DIN rail enclosure (width of two

module=35mm) with a RS485-2wires interface. The BFCM1

reads periodically the billing list from the meter (protocol

IEC62056-21) and saves the digital values. Every record

(max. 400 bytes) causes a log message with time stamp and

new input state to be generated in the internal buffer. The

device holds all records in a ring buffer with a capacity of

about 4000 entries.


Parameterization and remote query is done via bus interface

(according to EN13757.2).

Data storage

The BFCM1 read periodically the billing list from the meter (protocol IEC62056-21): /?!

With the ACK-Character a list can be selected:

ACK = 0: billing list (default)

ACK = 3: alternative: internal list / test data / data table 3 (depended on the type of meter)

ACK = 7: alternative: actually list / service data / special list (depended on the type of meter)



Technical Data



Protection class: 2



Supply voltage: Ca. 4,5mA (3 M-Bus loads) max. voltage: 56VDC

Battery: None




Meter interface: RS 485-2wires

Termination for RS485 (R = 120Ω) is not allowed!



Internal memory: Ca. 4000 events with time stamp (ca. 100 billing lists wit 40 lines)

Display: 2 LED for device status

Extent of delivery: BFCM1 unit with RS485 interface

Accessories: Bus Master / Repeater / Mini-Master FieldControl Service Tool

Field Control Center: Meter2SCADA ©



BFCR2

The BFCR2 is a FCU in DIN rail enclosure (width of

three module=53mm) with two mechanical outputs

(relays, function closer, polarized latching / bistable).

Every change at the outputs causes a log message with

time stamp and new output state to be generated in the

internal buffer. The device holds all messages in a ring

buffer with a capacity of about 2000 entries. Furthermore

every output has a counter (9 digits) which is

incremented at every rising edge. It can optionally be

stored in the ring buffer at a programmable time interval.


Parameterization and remote query is done via bus

interface (according to EN13757.2).

Data storage

For every output it is possible to save these events:

Change of output state (0 := output is open / off or 1 := output is closed / on)

Change of output counter

Periodic recording of output state or counter value

Periodic recording can be combined with the other possibilities, e.g. one can save the state of an output at

every change and additionally every 5 minutes.

The device has a common message buffer for all outputs. The buffer is stored in non-volatile memory, it

retains its contents at power-loss. The internal clock is not buffered and must be set after every return of

power. Please note that no events can be saved in buffer as long as the clock is not set. This is

because every event needs a valid time stamp, which is not available when the clock was not set before.



Technical Data



Protection class: 2



Supply voltage: Max. 6mA (4 M-Bus loads) max. voltage: 56VDC

Battery: None




Digital outputs: Number: 2 (can be set automatically or by manual operation)


Max. switching voltage: 440VAC

Max. switching current: 20A

Max. switching power: 5000VA

Max. capacitive load: 140µF

Mechanical life: 106 switching operations

Conform to: IEC61810 part 1 / VDE 0435 part 201

VDE, UL, CSA, SEV, SEMKO



Internal memory: Ca. 2000 events with time stamp

Indicator: 2 sliders for both outputs

Extent of delivery: BFCR2 unit with 2 relays outputs

Accessories: Bus Master / Repeater / Mini-Master FieldControl Service Tool Field Control Center: Meter2SCADA ©



DCFSYN

DCF77 Radio Clock Receiver

Brief Description

The relay DCFSYN serves for synchronization of time-controlled devices with the time information sent by German DCF77 transmitter in Frankfurt/Main. When the signal is correctly received, the relay closes for the first second of every hour. Without reception no pulse is generated.

The front panel provides three LEDs:

“Antenna” flashes according to the received DCF signal (once per second)

“Sync/Error” lights permanently, if the time of the previous minute has been correctly received. It flashes, if an error occurred. Note: The time information needs one minute to be sent. So it is possible that the LED flashes for up to two minutes, even if the reception is OK.

"Relay" lights while the output relay is closed. (E.g. for one second once per hour, if no error occurred.)

Technical Data

Voltage supply 115VAC or 230VAC switchable

Output relays

Max. load for relay 250VAC/DC, 5A

Contact protection external RC circuit needed

Display 3 LEDs in device 2 LEDs in receiving

Receiver external, delivered with 3m cable, different lengths possible

Connectors screw-clamping terminal

Dimensions device: width: 65mm

height: 110mm

depth: 119mm

receiver: width: 60mm

height: 50mm

depth: 20mm



DCFSYNRS

DCF77 Radio Clock Receiver

Brief Description

The relay DCFSYN serves for synchronization of time-controlled devices with the time information sent by German DCF77 transmitter in Frankfurt/Main. When the signal is correctly received, the relay closes for the first second of every hour. Without reception no pulse is generated.

The front panel provides three LEDs:

“Antenna” flashes according to the received DCF signal (once per second)

“Sync/Error” lights permanently, if the time of the previous minute has been correctly received. It flashes, if an error occurred. Note: The time information needs one minute to be received. So it is possible that the LED flashes for up to two minutes, even if the reception is OK.

"Relay" lights while the output relay is closed. (E.g. for one second once per hour, if no error occurred.)

Technical Data

Voltage supply: 115VAC or 230VAC switchable

Output: Relays

Max. load for relay 250VAC/DC, 5A

Contact protection external RC circuit needed

Display: 3 LEDs in device 2 LEDs in receiving

Receiver external, delivered with 3m cable, different lengths possible

Connectors screw-clamping terminal

Housing: wall-mounted housing according to DIN 43861-2

Dimensions: device: width: 105mm height: 179mm depth 72mm

receiver width: 60mm height: 50mm depth 20mm



Warning and Monitoring Systems

WD-USB (Watchdog-Box)

The Watchdog-Box WD-USB can be used to check on

programs if they are still running and being “active” or if

they have been stopped by internal or external events.

The special customer advantage is to be able to

control a specific program of being “alive” independent

of the operating system. So a “hung up” program can

be easily and fast detected even if the operating

system is still working correctly.

Functionality

The communication to the Watchdog-Box uses a USB serial interface (according to specification USB 1.1,

Type B) via a virtual COM interface. The program to be checked sends periodically the message “Output

relay or digital on for x minutes”. If this signal is missing for a time longer than a customizable time (x

minutes) the Watchdog creates a programmable off impulse at output (relay or digital). This signal can be

used to “reset” the computer. Alternatively, the potential free contact can be parameterized as alarm

output

Example for using of WD-USB box with SIGLON communication server:

USB 1.1

SIGLON

Communication server WD-USB



Technical Data



Protection class: 2


Dimensions: Ca. 35mm 90mm 62mm (W H D), 2 with units

Supply voltage: Via USB connection, max. 90mA

Battery: None

Interface:

USB 1.1, Type B

Driver: FTDI Chip, VCP Drivers for Virtual COM Port (needed for Windows XP / Server 2000/2003); www.ftdichip.com

Software interface: BFC protocol (manufacturer specific)

Baud rate: 9600 baud, data format 8N1

Digital output (13 / 14): Electronically output (IAW); max. 265VAC/DC and 100mA

Relay outputs (23 / 24 und 31 / 32):

Mechanical contacts; contact material: silver-nickel, gold -covered max. 250VAC/220VDC and 3A max. switching capacity: 60W, 125VA electrical endurance: 3 x 10

5 at 230VAC / 0,5A (typical)

2 x 106 at 6VDC / 0,1A

5 x 105 at 30VDC / 1A

1 x 105 at 30VDC / 1A

Display: 2 LEDs for outputs

Extent of delivery: WD-USB box with two relay outputs (23 / 24 and 31 / 32) #12115

Option: Digital output (13 / 14)

Accessories: USB cable

http://www.ftdichip.com/



CWD01 (Computer Watchdog-Box)

The Computer Watchdog-Box CWD01 can be used to

check on programs if they are still running and being

“active” or if they have been stopped by internal or

external events/errors. The customer advantage is to

be able to control a specific program, independently of

the underlying operating system. This way a “hung up”

program can be easily and quickly detected even if the

operating system is still working correctly. The

Computer Watchdog-Box turns off the supply voltage

of a connected device (e.g. embedded PC) if it has not

received a trigger message for an adjustable period of

time, causing a system reset. This monitoring assures

the correct function of the device (watchdog

functionality).

Functionality

The Computer Watchdog-Box connects the input voltage (11 to 32VDC) immediately after power-on to the

output voltage and initializes its internal timer using the setting of the left coding switch (Tstart). If it does

not receive a trigger message in the specified time, it turns off the voltage at Vout for the specified off-

time, given by the right coding switch (Toff). Every trigger message contains the duration of the new

timeout T in seconds. This value is loaded into the internal timer at every correctly received message.

Example for using of CWD01 with PC / Application:



Technical Data

Housing: Open control housing for top hat rail installation

Degree of protection: IP00 (without protection)


Dimensions: Ca. 100mm 128mm 50mm (W H D)

Supply voltage: Input voltage

Battery: None

Input / output voltage: 11VDC to 32VDC

Max. current: 5A

Display: 4 LEDs

Operating elements: 2 coding switches: Tstart for timer Toff for switching time

Interface: RS232-2 according to ANSI/TIA/EIA-485-A-9

Baud rate: 9600 baud

Data format: 8N1

Protocol: Modbus RTU, function code 06

Extent of delivery: CWD01 Computer Watchdog-Box #13035



ZMÜ 02 (Counter Supervision Measuring Set)

3 punched openings for connection cables

Drawing without transparent cover

Brief Description

The ZMÜ 02 counter measuring mechanism control provides for continuous monitoring of pairs of counters. There are two types of control available:

Temporary control: differences with-in a specified time period

Long term control: time-independent differences based on the setting of the counter values Differences exceeding the set tolerances will activate alarm signals.

Features

3 pulse inputs: 2 isolated control elements, one synchronization input.

2 outputs: error output and pulse output (wipe pulse: 80 ms)

supervision of a counter pair: temporary and / or long-term

parameterization through the keyboard (guided by the menu)

Technical Data

Housing: wall-mounting case with pre-mountable clip socket

Dimensions: 145mm 96mm 103mm (W H D)

Power supply: 115 / 230VAC, 50 / 60 Hz

Power input: < 10VA

Display: LCD, 2 16 characters



ÜWASYS (Control System for Counter Assembles)

Brief Description

The control units using the 19" housing format serve to control transformer voltages, signal processing and in- and output terminals, and in alarm switching system selection. There are a variety of customer specified models possible. The above graphic is only one, of many, possibilities. There are various operating voltage ranges available, AC/DC or DC/DC, with automatic voltage supply switching that can be used. Since our control units are produced to customer specification, there are a large number of available possibilities. There are many possible combinations for the individual components. The following components are available in our control units:

Type Width

ITR141 6 HP (signal isolation and doubling card)



STM101 4 HP (brake-down notification card)

SUR353 EZ 6 HP (three-phase low voltage control)

EPW2Ü/4K 6 HP (three-phase low voltage control / high voltage control)

AC/DC, DC/DC power supply unit 8 HP (voltage supply)

PSW6215 12 HP (automatic power supply switching 230VAC – 60VDC)

Technical Data

Housing: 19" plug-in module

Dimensions: width: 84 HP, height: 3 HU

Operating voltage: customer specified



ITR141, ITR242, ITR243

The signal isolation relays from the ITR series serve in telecounting-, summation telecounting- and maximum surveillance for galvanic separation, shifting and multiplication of electrical pulse and / or signal

circuits. The relays are designed for 19 racks. The main plug complies with DIN 41612 model D. Dimensions: Width: 6 HP, 7 HP or 10 HP, Height: 3 HU.

Further information can be found in the Relay Catalogue.

STM101

The service interruption card STM101 serves as the central location for up to 10 defect notification contacts from other appliances and for notification of service interruptions. Active defect locations and service interruption notices will be indicated through 11 LEDs, the interruption notices will also be acoustically communicated. Two keys allow for separated cancellation of the acoustic alarm and the service interruption notification.

Features: 10 switching contact inputs (high - active).

controlling programs (to customer specification).

LED notification of operating situation and defects.

SUR353 EZ

The low voltage relay SUR353 EZ surveys 3-phase AC networks and gives notification of voltage reductions. Notification is done through LEDs and output relays with 2 unoccupied switches. When combined with a STM101 card, the service interruption notification can be stored in a switch contact. The voltage reduction limit and time delay before notification can be steplessly set (Low voltage: 0.7 - 0,95 Unet , Time delay: 0,5 - 5 sec.)

EPW2Ü/4K

The voltage control card EPW2Ü/4K surveys, in contrast to the SUR353 EZ, voltage reductions and surges and offers the possibility of defect suppression with 3-phase alternation (not available with the SUR353 EZ). If there is incorrect voltage in 1 or 2 phases, the voltage reduction or surge will be indicated through an LED and the switching of a relay contact. The STM101 can also be used with this card.

AC/DC, DC/DC Power Supply

These are available in many variations so that the primary side will match the customer installation and

the secondary side will match the electronics of the 19 components. The maximum output of the power

supply is based on the number and type of the installed 19components. AC: 115V / 230V (switchable on the power supply unit) DC: 24V, 48V, 60V, or 220V (pre-set)

PSW6215

This auxiliary power supply provides the availability of a continues electrical supply (e.g. 60VDC) in the event of an interruption in the net supply. PSW6215: 230VAC / 60VDC Different input voltage possibilities are available upon request.



Switching Cabinet Installation

Cabinet 1 (height: 9 HU with one DATA FW 4 and two ÜWASYS)

Brief Description

Complex tasks in the area of telecounting can only be solved through the use of a variety of equipment. One example is the forwarding of counter output over a long distance through the use of signal isolation relays. For this we offer the installation of this equipment in one switching cabinet complete with internal wiring of the individual appliances and connecting the individual signals over terminal strips. The individual requests of our customers will always be at the focus of our planning. We naturally also offer the assembly of individual appliances in one switching cabinet with pivoting frames designed for 19"-equipment from the Rittal company with a height of between 3 HU and 40 HU. Three HU corresponds to the height of a DATA FW or an ÜWASYS. The frame manufacturer can provide additional accessories (e.g. various fastening systems and, especially for larger cabinets, air conditioning, cabinet lighting and much more). For further information please request the catalogue, “Complete Solutions - installation of equipment in switching cabinets“, available from us.



Cabinet 2 (height: 40 HU with one DATA FW4, one ÜWASYS and 2 counter assemblies)



ESSAILEC

Counter Mounting Rack

Brief Description

ESSAILEC module frames allow the use of 19“ components with ESSAILEC modules from varied manufacturers.

Features

Equipped with max. 2 current blocks (each current block with 3 or 4 voltage blocks)

Other configuration available upon request

Technical Data

Housing: 19“ plug-in module

Dimensions: Width: 84 HP, Height: 3 HU

Minimum installation depth: 35cm



FPR116

Counter Test Unit

Brief Description

The FPR116 pulse generator serve in the testing of counter equipment (e.g. DLM6, DLX, etc). The control inputs are operated manually with switches.

Features

designed to test conventional and electronic counters

8 isolated pulse inputs (IAW / IAD max. 4)

4 outputs (individually programmable)

programming of up to 10 pulse packets per output

setting of up to 999 999 pulses per pulse packet

switch-operated control inputs

one integration period input (IES / IED / IEW)

input pulse counter (8 characters) for bipolar current, S0 or for wipe pulse

built-in gate switching (for synchronization between input and output counters)

storage of all programmed values

pulse packet transmission frequency: 2 range (0.1Hz - 9.9Hz or 1Hz - 99Hz)

Technical Data

Housing: desktop case with foldable feet

Dimensions: 290mm 250mm 100mm (W H D)

Weight: approx. 2 kg

Voltage: 115VAC or 230VAC 50Hz



MSR10

Memory Card Reading Module

Brief Description

The MSR10 reader makes it possible to load data from memory cards into PCs over a serial interface (V.24). The MSR10 Memory Card reader distinguishes itself from all other card readers that are currently available through the two different transfer protocols that are used: 1) Standard protocol creates the possibility of reading in only a specified number of bytes from the

requested memory card (for copying the contents of the memory card to PC hard disk) address and allows for the formatting of the memory card (Bär-protocol for DATA FW4 and DLC 32)

2) SCTM-protocol - enables the reading and formatting of memory cards This unit is capable to read and format memory cards with a capacity of up to 8 MByte (JEIDA/ PC-card

standard).

Features

The following stored information can be requested from memory cards that come from DATA FW units:

The specification of the periodic buffer (PP-01 or PP-02) with measurement values (load-profile).

The last 100 entries in the spontaneous buffer (e.g. voltage interruption, parameter changes, etc.)

The values that were current at the time that the memory card was removed from the card reader in the following areas: Date and time, the most recent working values, the performance values.

depending on the software version of the originating unit of the memory card: The outstation location number or the unit identification, the working values at the time that the memory card was installed in the unit, the reference constants.

The time of the last measuring period, the most recently set baud rate for requests through the SCTM-protocol.

The measuring period, the status of the unit, information about the radio clock was turned on.

The total capacity of the periodic buffer on the memory card in measurement periods, the length of a measurement period, entry bytes, the contents of periodic buffers 01 and 02.

Technical Data

Housing: desktop case

Dimensions: 160mm 110mm 200mm (H W D)

Interface: Front side V.24-interface (9-pole socket)

Available baud rates: SCTM-Protocol: 2400 or 9600 baud (7, E, 1), switchable, Standard protocol: 19200 baud (8, N, 1)

Supply voltage: 115VAC or 230VAC 50/60Hz (switchable)

Display: 1 LED as operation indicator, 1 LED on the plugged MSC01 unit (multi-function)



RS-BOX

Laboratory Adapter

Brief Description

The RS-Box is a laboratory adapter for tracking-down problems that occur in RS232 / V.24 interfaces. It also offers protection for the host computer / PC against voltage surges so that damage to interface cards can be avoided.

Features

The RS-Box has two identical function blocks which provide the following:

a secure 9-pole connection (to be screwed-in) on the PC.

a separate ground attachment for connection to the PC housing.

a 9-pole and a 25-pole SUBD plug terminal for connection to the test unit.

8 red and 8 green LEDs display the conditions in the signal connections

The LEDs draw their current direct from the signal connections (the RS-Box has no net connections and needs no battery). Low current light emitting diodes are used in order to keep the power-draw to a minimum. The LEDs are bright enough so that the conditions on the respective connections can be quickly and reliably recognized. The draw on the signal connections is approx. 2mA (with a 12-volt signal voltage).

9 posts for connection of oscilloscopes or meters.

8 4-pole jumper connection for special wiring or for bridges.

The upper 2 and the lower 2 rows are switched in parallel. This allows not only for the creation of simple RTS-CTS bridges, but also of DTR-DSR-DCD bridges through the use of short-circuit jumpers.

Overvoltage protection (through zener diodes) limits the signal voltage to about 13V.

Technical Data

Housing: desktop case

Dimensions: approx. 199mm 157.5mm 100mm (L W H)

Voltage supply: not required

Subject to change without notice!

Bär Industrie-Elektronik GmbH Siemensstr. 3

D-90766 Fürth Germany

Phone +49 911 970590 Fax +49 911 9705950

Internet: www.baer-gmbh.com

Date post:	12-Mar-2018
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