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Datasheet 2.50-40.051-71-EN

SBM51/06

Product Description

Digital Parameter Function

First Menu SBM51 Gateway (Odd-Numbered Addresses)

Set the FI motor enable via the parameter 2216 “Q digital setpoint 1”. 

!

NOTICE

If the parameter 

2216 “Q digital setpoint 1” 

has not been configured, it is not possible to enable the 

motor in automatic FI mode. The motor remains at a standstill.

NOTE

When the value of parameter 

2216 “Motor enable”

 changes, parameter 2254 can adopt a negative 

value.

Motor freewheel stop is activated using parameter 

2220 “Q digital setpoint 2”

.

If the value of parameter 2220 is 1, the motor will coast down to a stop. This function has higher 
priority than motor enable (parameter 2216). This function has no effect if parameter 2220 has not 
been configured. This function is used in conjunction with the motor flying start function (see the 
commissioning instructions from Danfoss).

Acknowledging Alarms

Set FI alarm acknowledgment via the parameter 

2245 “Q digital setpoint 3”

. Messages are always 

acknowledged via the 0/1 edge of the assigned digital signal.

Second Menu SBM51 Gateway (Even-Numbered Addresses)

You can control the first two relay outputs with the SBM51/06 if the Danfoss frequency inverter is 
equipped with relay outputs. Relay control is enabled via the parameter 

2245 “Q digital setpoint 3”

If the value of parameter 2245 is 1, the frequency inverter relay outputs can be controlled via the DDC 
system.
Relay 1 is controlled via the 

2216 “Q digital setpoint 1”

 parameter, relay 2 is controlled via the 

parameter 

2220 “Q digital setpoint 2”

.

The values of the parameters 2216 and 2220 result in the following relay contact state:

“0” or “deleted” 

  Relay is switched

“1” 

  Relay is not switched

The DC brake of the frequency inverter is activated using parameter 

2246 “Q digital setpoint 4”

.

The value of parameter 2246 has the following effect on the state of the DC brake:

“0” or “deleted” 

  The DC brake is switched off.

“1” 

  The DC brake is active.

Summary of Contents for SBM51/06

Page 1: ...000 DDC4000 automation system The connection is made via the RS485 interface of the SBM51 06 Danfoss FC protocol is used for communi cation You can use the following Danfoss series VLT 2800 series VLT...

Page 2: ...ly with local regulations Mounting installation and commissioning work on the devices may only be carried out by qualified technicians Qualified technicians are persons who are familiar with the descr...

Page 3: ...e AC 24 V 10 230 mA max 5 4 VA Fuse Electronic fuse protection for AC 24 V power Indicators and Controls 2 LEDs in housing 2 rotary switches in housing for setting the switch cabinet bus address Inter...

Page 4: ...nal DIP switch in the first and last frequency inverter This means you are able to achieve the best immunity to disturbance for the bus system During commissioning ensure that the Danfoss bus system i...

Page 5: ...plastic insulation and an electrostatic shield with a lead diameter of at least 0 8 mm Use a stranded pair of leads for the data lines and and another free lead for the ground 0 At the end of the swi...

Page 6: ...can cause death due to electric shock Mounting removal may only be carried out when power is switched off NOTICE Switching on the power supply of unparameterized products can lead to unforeseen conseq...

Page 7: ...t planning documentation Indicators and Controls 1 Rotary switch for setting the switch cabinet bus address 2 Switch cabinet bus LED LED Signal Meaning Switch cabinet bus LED Green SBM51 06 is operati...

Page 8: ...switch cabinet bus address are located inside the SBM51 06 Set the first rotary switch to the first digit of the switch cabinet bus address and the second rotary switch to the second digit The exampl...

Page 9: ...death due to electric shock Only connect the device and switch on the power supply if you are qualified to do so Be sure to comply with VDE guidelines and local wiring regulations Before switching on...

Page 10: ...er with the DDC3000 DDC4000 automation system In addition the SBM51 06 automatically registers the connected frequency inverter with the DDC Parameter List in the DDC3000 System The SBM51 06 basic pro...

Page 11: ...he parameter cycle readout cycle is not needed for SBM51 06 Enable parameter Enable bus The Enable parameter turns the communication for the bus system FC bus on or off 0 FC bus OFF 1 FC bus ON Hardwa...

Page 12: ...istered with the automation station by the SBM51 06 Parameter 2209 External System OK Only applies for DDC3000 Parameter 2251 Analog Actual Value 4 and 2215 Analog Actual Value 5 Contains a CAN contro...

Page 13: ...ency inverters Parameter 2216 Q Digital Setpoint 1 Parameter 2216 switches bus system FC bus communication on or off 0 or invalid Diagnosis function is inactive 1 Diagnosis function is active Paramete...

Page 14: ...nalog actual value 5 Rated motor speed rpm 2252 Analog actual value 6 Absolute speed rpm 2253 Analog actual value 7 User defined display 2254 Analog actual value 8 Relative rotary frequency 2255 Analo...

Page 15: ...found in the following project planning sections Parameter 2222 Digital Actual Value 1 The FI switches off in the event of a malfunction The malfunction must be acknowledged via digital setpoint 3 22...

Page 16: ...SBM switches to actual value mode and returns the value 0 for parameter 2211 02 Parameter Plain text Meaning Unit 2209 External system ok only DDC3000 Participant is registered 2211 Analog actual valu...

Page 17: ...of FIs on the bus and the display of error values Parameter 2210 Analog Actual Value 1 Number of FIs found on the bus Parameter 2240 Q Analog Setpoint 1 Selection of the maximum number of FIs that ca...

Page 18: ...uring operation Changes made are only active following motor stop Switch the parameter set using parameter 2240 Q analog setpoint 1 of the second respective menu SBM51 gateway see Parameter 2240 Q Ana...

Page 19: ...uctions from Danfoss Acknowledging Alarms Set FI alarm acknowledgment via the parameter 2245 Q digital setpoint 3 Messages are always acknowledged via the 0 1 edge of the assigned digital signal Secon...

Page 20: ...t such that it is not equal to 0 In this case automatic configuration of the SBM51 06 remains undone The value displayed in the first respective software menu SBM51 gateway parameter 2253 Analog actua...

Page 21: ...t can be set on the FI Additional Alarms and Warnings Refer to the parameter table in this document for additional alarms and warnings Special functions The number of frequency inverters can be set in...

Page 22: ...l value 11 Performance 515 522 522 2258 Analog actual value 12 Energy consumption 602 602 602 2240 Q analog setpoint 1 Relative rotary frequency setpoint Control word setpoint frequency Control word s...

Page 23: ...ual value mode Control word 13 14 Control word 13 14 Control word 13 14 2241 Q analog setpoint 2 Minimum setpoint PS2 204 204 204 2242 Q analog setpoint 3 Maximum setpoint PS2 205 205 205 2222 Digital...

Page 24: ...erformance 16 10 16 10 16 10 2258 Analog actual value 12 Energy consumption 15 02 15 02 15 02 2240 Q analog setpoint 1 Relative setpoint rotary frequency Control word setpoint frequency Control word s...

Page 25: ...etpoint 2 Minimum setpoint PS2 3 02 3 02 3 02 2242 Q analog setpoint 3 Maximum setpoint PS2 3 03 3 03 3 03 2222 Digital actual value 1 Mains phase error Warning word 14 Warning word 14 Warning word 14...

Page 26: ...A Page 26 26 Product Description SBM51 06 Datasheet 2 50 40 051 71 EN...

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