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Camille Bauer SIRAX BM1450, Operating Instructions Manual

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Camille Bauer SIRAX BM1450 Operating Instructions Manual Download Page 21

PM 1001812 000 00 

Device handbook SIRAX BM1450 

21/36

Enclosure

 (acc. to IEC 60529):  

 

IP 54 (front), IP 20 (housing/terminals)

Measurement category: 

 

 

Measuring inputs:  1000 V CAT II, 600 V CAT III

     Power 

supply: 

300 

V 

CAT 

III

High voltage test (acc. to IEC 61010-1-2010): 

Frequency AC 50 Hz, test duration 60 sec.

•  Housing against all electrical circuits 

 

4400 V AC

•  Power supply against all other circuits 

 

3700 V AC

•  Inputs against all other circuits 

 

 

2200 V AC

•  Relay to relay   

 

 

 

2200 V AC

•  Bus-RS485 against all other circuits 

 

2200 V AC

Interface

Modbus/RTU 

   

via plug-in terminal (B, A, Gnd)

Protocol: 

    Modbus/RTU

Physics: 

    RS485, 

max 

1200 

m

Baud rate: 

 

 

 

4800, 9600, 19200, 38400, 57600 Baud

Parity:   

 

 

 

Odd or Even, with 1 stop bit, Or None with 1 or 2 stop bits

Number of participants: 

 

 

≤ 32

Outputs

Relaiy 

    

via plug-in terminal

Number of relays:   

 

 

4 (freely selectable for limit, pulse or timer output)

Switching voltage:   

 

 

250 V AC / 30 V DC

Switching 

current: 

   5 

A

9.1 Dimensional drawing

96mm

80mm

96mm

9.2 Connection and programming via RS485 (Modbus) interface

If the transmitter is programmed via the RS485 interface and Modbus, the following steps must be followed: 

Step 1: Connection

Connect the Modbus cable according to the connection diagram in chapter 4.2.3. Please also note the versions in the interface definition Mod-
bus (RS485).

COM COM N/O

Relay 1

Relay 2

B

A Gnd

RS 485 

N/O

N/O COM N/O

Relay 3

Relay 4

COM

Step 2: Programming

The SIRAX BM1450 is programmed via the Modbus RTU interface. Please refer to the detailed Modbus descriptions in chapter 10. The power 
supply must be connected to the SIRAX BM1450 before it can be programmed.

Summary of Contents for SIRAX BM1450

Page 1: ...BM1450 Universal 4 channel DC meter for the determination of voltage current power capacity and energy Camille Bauer Metrawatt AG Aargauerstrasse 7 CH 5610 Wohlen Schweiz Tel 41 56 618 21 11 Fax 41 56 618 21 21 info cbmag com www camillebauer com ...

Page 2: ...n errors or inconsistencies and we cannot guarantee completeness and correctness This is especially true for different language versions of this document This document is regularly reviewed and updated Necessary corrections will be included in subsequent version and are available via our webpage www camillebauer com Feedback If you detect errors in this document or if there is necessary informatio...

Page 3: ...figuration 16 6 5 1 2 1 Pulse parameter selection 16 6 5 1 2 2 Pulse divisor 16 6 5 1 2 3 Pulse duration 17 6 5 1 3 Timer 17 6 5 1 3 1 Number of cycles 17 6 5 1 3 2 Timer configuration 17 6 5 1 3 3 On delay 17 6 5 1 3 4 Off delay 17 6 5 1 4 Remote operation 17 6 5 1 5 Reverse locking Ralay 17 6 5 1 5 1 Parameter selection 17 6 5 1 5 2 Relay configuration 17 6 5 1 5 3 On delay 17 6 5 1 5 4 Off dela...

Page 4: ...onnection set 4 mounting clamps 1 3 Further documents The following documents are provided electronically via www camillebauer com Safety instructions SIRAX BM1450 Operating Instructions SIRAX BM1450 Data sheet SIRAX BM1450 Flyer SIRAX Monitor Line 2 Safety and Warnings notes Symbol Meaning Device may only be disposed of in a professional manner Caution General hazard point Read the operating inst...

Page 5: ...H 0 20 MW CH 0 9999 Durrent Demand Import Export 50 150 mV 0 9999 On Hour 999999 59 999999 59 Run Hour 999999 59 999999 59 Number of Interruptions 0 9999 0 9999 4 Installation and commissioning The installation and commissioning should only be carried out by trained personnel Check the following points before commissio ning that the limits of the operating temperature are not exceeded 10 55 C that...

Page 6: ...hould be given to the space required behind the instrument to allow for bends in the connection cables 4 1 3 Demounting of the device The demounting of the device may be performed only if all connected wires are out of service Remove all plug in terminals and all connections of the current and voltage inputs Pay attention to the fact that current transformers must be shortened before removing the ...

Page 7: ...ult current 4 2 4 Modbus interface RS485 Via the optional Modbus interface measurement data may be provided for a superior system However the Modbus interface cannot be used for device parameterization MASTER 3 3 5V Rx Tx A RS485 Bus Rs Rt Rs Rx Tx B GND 1 Rt A B G A B G A B G 1 One ground connection only This is possibly made within the master PC Rt Termination resistors 120 Ω each for long cable...

Page 8: ...of 3 keys 3 keys UP DOWN and OK for navigation and for the selection of values 4 3 2 LED indications The LED indicators are used for various purposes They change color according to their status In the setup menu LED Operating condition green Display of the channel to be parameterized In display mode LED Operating condition green Normal operation good condition red Overload condition In display mod...

Page 9: ...dition For channels 1 and 2 the LEDs light up green so these chan nels are in the normal state good condition For channel 3 the LED lights up red and a measured value is displayed This means that one of the following conditions exists 1 On this channel there is a limit relay and the alarm state is given 2 Voltage and current values are in overload condition Power import indicator Display Overload ...

Page 10: ...lue will start it s count from 0 User can reset this count in the reset menu 4 3 6 On hour This screen shows the total number of hours the auxiliary supply has stayed on Even if the Auxiliary supply is interrupted count of on hour will be maintained in internal memory displayed in the hhhhhh mm format For example if displayed count is 105000 10 it indicates 105000 hours and 10 minutes After 999999...

Page 11: ... hr Old 13 Ampere hour import channel 1 4 Overload counter Imp A hr 41 Ampere hour import channel 1 4 old Imp A hr Old 14 Ampere hour export channel 1 4 Exp A hr 42 Ampere hour export channel 1 4 Overload counter old Imp A hr Old 15 Ampere hour export channel 1 4 Overload counter Exp A hr 43 Ampere hour export channel 1 4 old Exp A hr Old 16 Total Ampere hour import Imp A hr 44 Ampere hour export ...

Page 12: ... hi Lo A 1 4 Current lo EnEr 1 4 Energy dMd 1 4 Demand A hr 1 4 Ampere hour r hr 1 4 Run hour CgAN 1 4 selected channel data PAritY xxxx Parity selection bAUd rt xxxx Baud rate OK OK OK OK OK OK SEt PuL dur pulse duration uSEr Scr xx User screen OK FACt rESEt Factory reset ConFirM xxx No Yes Factory reset Scr no zz xx Screen selection tYPE xxxxxxx nonE LiMit PuLSE tiMEr rEMotE rEVLoc rtc rLY Relay...

Page 13: ...onfirmation screen If the user now presses the OK button there are two options for the next screen 1 If the entered password is correct this is displayed again in the fourth display line By pressing the DOWN or UP button the user enters the password processing mode A new password can be entered here The work steps are the same as described above After editing the last digit the newly set password ...

Page 14: ...ows the voltage drop generated by the shunt on the channel This value can be in the range of 50 150 mV can be set This screen only shows the settings of the active channels The corre sponding LED for each selected channel is green Note If you change this value a Channel Reset is performed That all stored parameter values for this specific channel are deleted 6 2 6 Demand Integration Time This valu...

Page 15: ...old registers The various reset parameters are listed below none No parameter is reset All All parameters are reset on hr On hour is reset intr Interruptions is reset hi V Higher voltage is reset Lo V Lower voltage is reset hi A Higher current is reset Lo A Lower current is reset EnEr Energy is reset dMd Demand is reset A hr Ampere hour is reset r hr Run hour is reset CHAn Selected channel data is...

Page 16: ...re hour export 10 9999999 66 Total Energy import 10 9999999 67 Total Energy export 10 9999999 Note 1 Nominal power Nom U x Nom I 2 Range in of nominal value 6 5 1 1 2 Limit Configuration This screen allows the user to select the relay configuration out of 4 available options 1 Hi E 3 Lo E 2 Hi d 4 Lo d 6 5 1 1 3 Trip Point This is the value for selected parameter limit which is used as a reference...

Page 17: ... delay is the time in seconds taken by the relay in reverse locking configuration before tripping after a reverse locking is observed The value for this parameter can range from 0001 to 9999 6 5 1 5 4 Off Delay Off delay is the time in seconds taken by the relay in reverse locking configuration after a normal condition has observed The value for this parameter can range from 0001 to 9999 6 6 User ...

Page 18: ...parameters For high alarm configuration the ranges are 10 120 For low alarm configuration the ranges are 10 100 For energy and ampere hour parameters the ranges are 10 9999999 Example If nominal voltage value is 48V and trip point is 60 the absolute value of trip point will be 28 8V 60 of 48 Hysteresis Hyteresis is the offset value below high alarm trip point or above low alarm trip point which wh...

Page 19: ...itions are not met 8 3 Cleaning The display and the operating keys should be cleaned in regular intervals Use a dry or slightly moist cloth for this Damage due to detergents Detergents may not only affect the clearness of the display but also can damage the device Therefore do not use detergents 8 4 Disposal The disposal of devices and components may only be realised in accordance with good profes...

Page 20: ... Controls User interface 3 push buttons Display Type 4 line 8 digit LED Display Display height 9 mm Update rate approx 1 Sek Display range voltage 0 9999 Display range current 0 9999 Display range power 0 9999 Display range energy import export 0 99999999 Mechanical attributes Orientation Any Material Polycarbonate Flammability V 0 acc to UL94 self extinguishing non dripping free of halogen Weight...

Page 21: ...ne with 1 or 2 stop bits Number of participants 32 Outputs Relaiy via plug in terminal Number of relays 4 freely selectable for limit pulse or timer output Switching voltage 250 V AC 30 V DC Switching current 5 A 9 1 Dimensional drawing 96mm 80mm 96mm 9 2 Connection and programming via RS485 Modbus interface If the transmitter is programmed via the RS485 interface and Modbus the following steps mu...

Page 22: ...lues Example Current Ch 2 from 3X Start adress 00 04 Number of Register 02 Power Ch 1 from 4X Start adress 10 0A Number of Register 02 Query for 3X read Device address Function code Start adress Hi Start adress Lo No of Register Hi Datenbytes CRC Low CRC High 01 Hex 04 Hex 00 Hex 04 Hex 00 Hex 02 Hex 30 Hex 0A Hex 3X Response Current Ch2 219 254 A Device address Function code Byte count Data Regis...

Page 23: ...ent Mantisse Sign A B C D Table 10 3X and 4X register addresses for measured parameters Address 3X Register Address 4X Register Parameter Parameter No Start address Hex 3X Start address Hex 4X High Byte Low Byte High Byte Low Byte 30001 44097 Voltage 0 00 00 10 00 30003 44099 Current channel 1 1 00 02 10 02 30005 44101 Current channel 2 1 00 04 10 04 30007 44103 Current channel 3 3 00 06 10 06 300...

Page 24: ...emand import 47 00 5E 10 5E 30097 44193 Total power demand export 48 00 60 10 60 30099 44195 Current demand import channel 1 49 00 62 10 62 30101 44197 Current demand import channel 2 50 00 64 10 64 30103 44199 Current demand import channel 3 51 00 66 10 66 30105 44201 Current demand import channel 4 52 00 68 10 68 30107 44203 Current demand export channel 1 53 00 6A 10 6A 30109 44205 Current dema...

Page 25: ...B8 10 B8 30187 44283 Update rate energy import cannel 1 ON 93 00 BA 10 BA 30189 44285 Update rate energy import cannel 2 ON 94 00 BC 10 BC 30191 44287 Update rate energy import cannel 3 ON 95 00 BE 10 BE 30193 44289 Update rate energy import cannel 4 ON 96 00 C0 10 C0 30195 44291 Update rate energy export cannel 1 OFF 97 00 C2 10 C2 30197 44293 Update rate energy export cannel 2 OFF 98 00 C4 10 C4...

Page 26: ...ax current demand import old channel 1 139 01 16 11 16 30281 44377 Max current demand import old channel 2 140 01 18 11 18 30283 44379 Max current demand import old channel 3 141 01 1A 11 1A 30285 44381 Max current demand import old channel 4 142 01 1C 11 1C 30287 44383 Max current demand export old channel 1 143 01 1E 11 1E 30289 44385 Max current demand export old channel 2 144 01 20 11 20 30291...

Page 27: ...s Relay 2 182 01 6C 11 6C 30367 44463 Status Relay 3 183 01 6E 11 6E 30369 44465 Status Relay 4 184 01 70 11 70 30371 44467 On delay Timer 1 185 01 72 11 72 30373 44469 On delay Timer 2 186 01 74 11 74 30375 44471 On delay Timer 3 187 01 76 11 76 30377 44473 On delay Timer 4 188 01 78 11 78 30379 44475 OFF delay Timer 1 189 01 7A 11 7A 30381 44477 OFF delay Timer 2 190 01 7C 11 7C 30383 44479 OFF ...

Page 28: ...l 2 ON 03 3A 13 3A 30829 44925 Update rate energy export channel 3 ON 03 3C 13 3C 30831 44927 Update rate energy export channel 4 ON 03 3E 13 3E 30833 44929 Update rate energy export channel 1 OFF 03 40 13 40 30835 44931 Update rate energy export channel 2 OFF 03 42 13 42 30837 44933 Update rate energy export channel 3 OFF 03 44 13 44 30839 44935 Update rate energy export channel 4 OFF 03 46 13 46...

Page 29: ...6 13 96 30921 45017 Energy export old channel 4 OFF 03 98 13 98 30923 45019 Ampere hour import old channel 1 03 9A 13 9A 30925 45021 Ampere hour import old channel 2 03 9C 13 9C 30927 45023 Ampere hour import old channel 3 03 9E 13 9E 30929 45025 Ampere hour import old channel 4 03 A0 13 A0 30931 45027 Ampere hour import old channel 1 OFF 03 A2 13 A2 30933 45029 Ampere hour import old channel 2 OF...

Page 30: ...channel 4 1 60 min R W 00 3A 15 40061 Energy output channel 1 see table 5 page 15 R W 00 3C 2 40063 Energy output channel 2 see table 5 page 15 R W 00 3E 2 40065 Energy output channel 3 see table 5 page 15 R W 00 40 2 40067 Energy output channel 4 see table 5 page 15 R W 00 42 2 40069 Noise current cutoff 0 30 R W 00 44 0 40073 Register order R Wp 00 48 0 40075 Auto scolling 0 of 1 065 353 216 on ...

Page 31: ...2 0 40229 Relay 1 Energizing delay 0 9999 R W 00 E4 0 40231 Relay 1 De Energizing delay 0 9999 R W 00 E6 0 40233 Select relay output 2 see chapter 6 5 1 page 15 R W 00 E8 0 40235 Parameters for limit value output For limit relay see Table 6 page 15 For pulse relay see Table 7 page 16 For timer relay see Table 16 page 33 R W 00 EA 0 40237 Selection Configuration Relay 2 For limit relay see Table 15...

Page 32: ... Relay 3 0 OFF 1 ON R WP 01 32 0 40309 Status Relay 4 0 OFF 1 ON R WP 01 34 0 40311 Timer 1 Start Stop 0 OFF 1 ON R W 01 36 0 40313 Timer 2 Start Stop 0 OFF 1 ON R W 01 38 0 40315 Timer 3 Start Stop 0 OFF 1 ON R W 01 3A 0 40317 Timer 4 Start Stop 0 OFF 1 ON R W 01 3C 0 40319 Counterstart energy import Channel 1 R WP 01 3E 0 40321 Counterstart energy import Channel 2 R WP 01 40 0 40323 Counterstart...

Page 33: ...None 2 13 Table 15 Relay Configuration A For Limit Relay B For Timer Reverse Lock Relay Code Configuration Code Configuration 0 Hi alarm energised Relay 0 Energize when triggered 1 Hi alarm De energised Relay 1 De energize when triggered 2 Lo alarm Energised Relay 3 Lo alarm De energised Relay Table 16 Number of Cycles for Timer Relay Code Configuration 0 Unlimited 1 9999 Fixed Cycles 10 3 User As...

Page 34: ...er 12 1E 16 47685 Assignable Register 3 1E 04 47705 Assignable Register 13 1E 18 47687 Assignable Register 4 1E 06 47707 Assignable Register 14 1E 1A 47689 Assignable Register 5 1E 08 47709 Assignable Register 15 1E 1C 47691 Assignable Register 6 1E 0A 47711 Assignable Register 16 1E 1E 47693 Assignable Register 7 1E 0C 47713 Assignable Register 17 1E 20 47695 Assignable Register 8 1E 0E 47715 Ass...

Page 35: ...h 01 Hex 04 Hex 02 Hex 00 Hex 00 Hex 04 Hex F0 Hex 71 Hex Note Two consecutive 16 bit register represent one parameter Since two parameters are requested four registers are required Rsponse Current channel 1 219 30 A Power channel 3 1 0 W device address Funktion code Byte count i e current channel 1 i e power channel 3 CRC Low CRC High Data Reg 1 High Byte Data Reg 1 Low Byte Data Reg 2 High Byte ...

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